602 vRAN2.0 vDU ADPF
Command Reference
for SVR21D NR
Radio Access Network
This manual describes commands of vRAN2.0 vDU ADPF.
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Document Version 1.0
October 2021
Document Number: 2600-00UB8SGA6
© 2021 SAMSUNG Electronics Co., Ltd.
All Rights Reserved. The contents of this document/presentation contain proprietary information that
must be kept confidential. No part of this document shall be photocopied, reproduced, stored in a
retrieval system, or transmitted, in any form or by any means whether, electronic, mechanical, or
otherwise without the prior written permission of SAMSUNG Electronics Co., Ltd.
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SAMSUNG Electronics Co., Ltd. reserves the right to change details in this publication without notice.
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This manual should be read and used as a guideline for properly installing and/or operating the
product.
This manual may be changed for system improvement, standardization and other technical
reasons without prior notice.
Updated manuals are available at: https://systems.samsungwireless.com/
For questions on the manuals or their content, contact
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Contents
Preface
xx
Relevance ........................................................................................................................................ xx
Conventions in this Document ........................................................................................................ xx
Revision History .............................................................................................................................. xxi
Organization of This Document ..................................................................................................... xxi
Related Documentation ................................................................................................................. xxi
Chapter 1
Introduction
1
Chapter 2
Object Module
5
managed-element ............................................................................................................................ 5
cbrs-function .................................................................................................................................... 8
cbsd-info......................................................................................................................................... 10
group-info ...................................................................................................................................... 13
grant-info ....................................................................................................................................... 14
virtual-function .............................................................................................................................. 16
cnf................................................................................................................................................... 17
config-info ...................................................................................................................................... 18
pod ................................................................................................................................................. 20
pod-entries ..................................................................................................................................... 21
pod-inventory................................................................................................................................. 23
frame-timing-offset-configuration ................................................................................................. 25
sync ................................................................................................................................................ 26
ip-system ........................................................................................................................................ 27
system-ip-information.................................................................................................................... 28
system-ip-version ........................................................................................................................... 29
service-ipv4-info ............................................................................................................................. 30
service-ipv6-info ............................................................................................................................. 33
logical-interface-config .................................................................................................................. 36
virtual-lan ....................................................................................................................................... 37
ip-interface ..................................................................................................................................... 39
external-interfaces ......................................................................................................................... 40
ipv4-address ................................................................................................................................... 41
dhcp-ip-range ................................................................................................................................. 43
ipv6-address ................................................................................................................................... 44
dhcp-ip-range ................................................................................................................................. 46
ip-route .......................................................................................................................................... 47
ipv4-route ....................................................................................................................................... 48
ipv4-static-route ............................................................................................................................. 49
ipv6-route ....................................................................................................................................... 50
ipv6-static-route ............................................................................................................................. 51
dhcp................................................................................................................................................ 52
dhcpv4 ............................................................................................................................................ 53
ip-leased-oru .................................................................................................................................. 54
dhcpv6 ............................................................................................................................................ 55
ip-leased-oru .................................................................................................................................. 56
access-control-list .......................................................................................................................... 57
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acl-rule-config ................................................................................................................................ 58
backhaul-acl ................................................................................................................................... 62
transport-system ............................................................................................................................ 63
network-performance-monitoring ................................................................................................. 64
sla ................................................................................................................................................... 65
sla-threshold .................................................................................................................................. 66
twamp ............................................................................................................................................ 71
twamp-config ................................................................................................................................. 72
twamp-reflector-config .................................................................................................................. 74
twamp-light-reflector-config .......................................................................................................... 76
twamp-reflector-count................................................................................................................... 78
reset-count ..................................................................................................................................... 79
session-list ...................................................................................................................................... 80
diagnostic-test-list .......................................................................................................................... 83
diagnostic-test-result-list ............................................................................................................... 85
virtual-port ..................................................................................................................................... 88
virtual-port-entries ......................................................................................................................... 89
cpu .................................................................................................................................................. 92
memory .......................................................................................................................................... 93
gnb-du-function ............................................................................................................................. 95
gnb-du-cac-info .............................................................................................................................. 98
call-preemption-priority-for-standalone...................................................................................... 100
emergency-arp-info ..................................................................................................................... 103
du-call-status ................................................................................................................................ 105
graceful-system-release-conf ....................................................................................................... 106
timer-info ..................................................................................................................................... 107
ue-timer-const-info ...................................................................................................................... 110
end-point-f1c ............................................................................................................................... 112
end-point-dss ............................................................................................................................... 114
end-point-x1 ................................................................................................................................. 116
sctp-connection ............................................................................................................................ 118
sctp-param ................................................................................................................................... 119
gnb-du-overload-control .............................................................................................................. 122
overload-protect-info ................................................................................................................... 124
endc-bc-information .................................................................................................................... 126
endc-bc-information-entries ........................................................................................................ 127
band-parameters-nr ..................................................................................................................... 128
band-parameters-eutra................................................................................................................ 130
blacklisted-endc-bc-information-entries ..................................................................................... 132
band-parameters-nr ..................................................................................................................... 133
band-parameters-eutra................................................................................................................ 135
blocklisted-nr-bc-information ...................................................................................................... 137
all-ue-blocklisted-nr-bc-information ............................................................................................ 138
nr-bc-information-entries ............................................................................................................ 139
band-parameters-entries ............................................................................................................. 140
imeisv-blocklisted-nr-bc-information-entries .............................................................................. 142
nr-bc-information-entries ............................................................................................................ 143
band-parameters-entries ............................................................................................................. 144
gnb-du-plmn-info ......................................................................................................................... 146
du-group-info ............................................................................................................................... 147
son ................................................................................................................................................ 149
energy-saving ............................................................................................................................... 150
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rach-optimization ......................................................................................................................... 152
rach-problem-detection ............................................................................................................... 153
rach-para-optimization ................................................................................................................ 155
network-slice-instance ................................................................................................................. 157
min-bit-rate-scheduling................................................................................................................ 158
gutran-du-cell ............................................................................................................................... 159
gutran-du-cell-entries .................................................................................................................. 160
cbrs-info ....................................................................................................................................... 167
cbrs-channel-preference .............................................................................................................. 169
block-listed-cbrs-channel ............................................................................................................. 173
occupied-cbrs-channel ................................................................................................................. 175
ampr-config .................................................................................................................................. 179
pusch-ra-in-blank-config .............................................................................................................. 181
bwp-adaptation-config................................................................................................................. 182
dl-preschedule ............................................................................................................................. 184
cell-physical-conf-idle .................................................................................................................. 185
bwp-config ................................................................................................................................... 188
bwp-list-dl .................................................................................................................................... 189
bwp-list-ul .................................................................................................................................... 191
nr-frequency-band-info ................................................................................................................ 193
cell-access-info ............................................................................................................................. 194
conn-est-failure-control ............................................................................................................... 197
graceful-cell-release-conf ............................................................................................................. 199
cell-cac-info .................................................................................................................................. 200
cac-per-plmn-info......................................................................................................................... 206
cell-call-status .............................................................................................................................. 209
cell-slice-group-cac-info ............................................................................................................... 210
slice-list-info ................................................................................................................................. 214
uac-barring-info ........................................................................................................................... 216
uac-barring-for-common .............................................................................................................. 218
uac-barring-per-plmn-list ............................................................................................................. 219
uac-barring-info-set-list ............................................................................................................... 220
barring-connection-ratio .............................................................................................................. 223
barring-info-set-list ...................................................................................................................... 227
barring-connection-request-rate ................................................................................................. 230
barring-info-set-list ...................................................................................................................... 233
barring-connection-reject-ratio ................................................................................................... 236
barring-info-set-list ...................................................................................................................... 240
ue-timer-constants ....................................................................................................................... 243
qos-based-cac-info ....................................................................................................................... 246
threshold-per-qci ......................................................................................................................... 248
threshold-per-fiveqi ..................................................................................................................... 249
threshold-per-plmn-qci ................................................................................................................ 250
threshold-per-plmn-fiveqi ............................................................................................................ 252
fiveqi-drb-cac-info ........................................................................................................................ 254
fiveqi-cac-info ............................................................................................................................... 255
nr-carrier-aggregation .................................................................................................................. 256
sib-info ......................................................................................................................................... 259
cell-management-info .................................................................................................................. 263
cell-selection-info ......................................................................................................................... 264
graceful-es-cell-off-conf ............................................................................................................... 266
plmn-portion-control-function..................................................................................................... 268
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plmn-portion-info......................................................................................................................... 269
cell-plmn-info ............................................................................................................................... 271
bcch-config ................................................................................................................................... 272
dl-layer-pooling-config ................................................................................................................. 273
etilt-configuration ........................................................................................................................ 275
pdcch-configuration ..................................................................................................................... 277
ul-power-control-config ............................................................................................................... 280
ul-power-control-common-config................................................................................................ 281
pusch-power-control-config......................................................................................................... 283
alpha-set....................................................................................................................................... 286
pusch-reference-rs ....................................................................................................................... 288
pucch-power-control-config ........................................................................................................ 290
p0-set ........................................................................................................................................... 293
pucch-reference-rs ....................................................................................................................... 294
srs-power-config .......................................................................................................................... 296
network-slicing-conf..................................................................................................................... 298
slice-support-info ......................................................................................................................... 299
scheduling-slice ............................................................................................................................ 300
slice-portion-control-function ...................................................................................................... 301
slice-portion-info .......................................................................................................................... 302
ul-mimo-configuration ................................................................................................................. 304
ul-mu-mimo-config-idle ............................................................................................................... 306
ul-su-mimo-config ........................................................................................................................ 308
tdd-dl-massive-mimo-config ........................................................................................................ 310
dl-physical-resource-config .......................................................................................................... 314
dl-nr-prb-blanking-conf ................................................................................................................ 316
pdsch-config ................................................................................................................................. 318
pdsch-symbol-reduction-list ........................................................................................................ 320
dl-dmrs-config-idle ....................................................................................................................... 321
dl-ptrs-config-idle ......................................................................................................................... 323
csi-rs-config .................................................................................................................................. 325
trs-config ...................................................................................................................................... 327
ul-physical-resource-config .......................................................................................................... 329
srs-resource-config....................................................................................................................... 331
ul-prb-blank-config-idle................................................................................................................ 332
ul-blank-region-list ....................................................................................................................... 333
pucch-resource-config-idle .......................................................................................................... 335
ul-dmrs-config-idle ....................................................................................................................... 338
ul-ptrs-config-idle ......................................................................................................................... 342
ul-pusch-config ............................................................................................................................. 344
pusch-waveform-config-idle ........................................................................................................ 345
prach-config ................................................................................................................................. 347
dl-scheduling-config ..................................................................................................................... 354
dl-harq-config ............................................................................................................................... 355
dl-link-adaptation-config .............................................................................................................. 357
dl-nr-vonr-conf ............................................................................................................................. 360
ul-scheduling-config ..................................................................................................................... 362
ul-harq-config ............................................................................................................................... 363
ul-link-adaptation-config .............................................................................................................. 365
ul-scheduling-common-config ..................................................................................................... 369
ul-radio-link-failure-config ........................................................................................................... 372
ssb-configuration ......................................................................................................................... 374
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dl-codebook-configuration........................................................................................................... 379
drx-config-du-cell ......................................................................................................................... 381
drx-profile-du ............................................................................................................................... 382
hm-avoidance-config.................................................................................................................... 387
en-dc-mac-config ......................................................................................................................... 388
flow-control-mac-config ............................................................................................................... 390
emf-control-config ....................................................................................................................... 391
emf-control-gob ........................................................................................................................... 393
ul-cell-ta-config ............................................................................................................................ 395
ul-vonr-codec-config .................................................................................................................... 397
ul-vonr-scheduling-config ............................................................................................................ 399
es-beam-nulling-config ................................................................................................................ 400
nr-tim-conf ................................................................................................................................... 401
rim-mitigation .............................................................................................................................. 403
rim-operation-time ...................................................................................................................... 404
rim-rs-global ................................................................................................................................. 405
frequency-domain-para ............................................................................................................... 406
rim-rs-starting-frequency-offset-id-list ........................................................................................ 408
sequence-domain-para ................................................................................................................ 409
rim-rs-scramble-id-list-of-rs1 ....................................................................................................... 411
rim-rs-scramble-id-list-of-rs2 ....................................................................................................... 412
time-domain-para ........................................................................................................................ 413
consecutive-rim-rs1-list................................................................................................................ 415
consecutive-rim-rs2-list................................................................................................................ 416
rim-rs-set ...................................................................................................................................... 417
tdd-config-idle .............................................................................................................................. 418
tdd-config-list ............................................................................................................................... 419
tdd-config-semi-static-common ................................................................................................... 420
tdd-ul-dl-pattern-1 ....................................................................................................................... 422
tdd-ul-dl-pattern-2 ....................................................................................................................... 425
tdd-config-semi-static-dedicated ................................................................................................. 427
tdd-config-semi-static-dedicated-sequence ................................................................................ 428
csi-rs-slot-config-common............................................................................................................ 430
ul-preschedule ............................................................................................................................. 431
ul-transmit-skip ............................................................................................................................ 433
imd-avoidance-config ................................................................................................................... 434
spectrum-sharing-scheduler-config ............................................................................................. 437
cell-son ......................................................................................................................................... 441
son-function-cell-control.............................................................................................................. 442
cell-energy-saving ........................................................................................................................ 443
es-scheduler-func ......................................................................................................................... 445
energy-saving-stat-data ............................................................................................................... 447
cell-load-balancing ....................................................................................................................... 449
resource-status-reporting-info..................................................................................................... 450
gutran-du-qci................................................................................................................................ 452
logical-channel-config .................................................................................................................. 453
qci-scheduling-config ................................................................................................................... 455
min-bit-rate-config-qci ................................................................................................................. 456
mac-bcch-control-func ................................................................................................................. 457
pcch-config ................................................................................................................................... 458
gnb-du-slice-info .......................................................................................................................... 459
dl-scheduling-parameter-config ................................................................................................... 460
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dl-scheduling-rfsp......................................................................................................................... 461
dl-scheduling-priority ................................................................................................................... 462
dl-scheduling-spid ........................................................................................................................ 463
ul-scheduling-parameter-config ................................................................................................... 464
ul-scheduling-rfsp......................................................................................................................... 465
ul-scheduling-priority ................................................................................................................... 466
ul-scheduling-spid ........................................................................................................................ 467
rim ................................................................................................................................................ 468
gutran-du-5qi ............................................................................................................................... 470
fiveqi-scheduling-config ............................................................................................................... 471
logical-channel-config-5qi ............................................................................................................ 472
min-bit-rate-config-5qi ................................................................................................................. 474
nru-functions ................................................................................................................................ 475
rlc-functions ................................................................................................................................. 476
drb-rlc-info-func ........................................................................................................................... 477
drb-rlc-info-func-5qi ..................................................................................................................... 491
srb-rlc-info-func ........................................................................................................................... 505
multicarrier-scenario-functionality-config ................................................................................... 512
nr-crnti-config .............................................................................................................................. 513
fr1-carrier-info-entries ................................................................................................................. 514
hardware-management ............................................................................................................... 515
fsu-radio-unit ............................................................................................................................... 516
fsu-entries .................................................................................................................................... 517
users ............................................................................................................................................. 518
user .............................................................................................................................................. 519
mplane-info .................................................................................................................................. 521
mplane-interfaces ........................................................................................................................ 522
cuplane-info ................................................................................................................................. 524
cuplane-interfaces........................................................................................................................ 525
processing-element-entries ......................................................................................................... 527
interfaces ..................................................................................................................................... 529
o-ran-dhcp .................................................................................................................................... 530
dhcp.............................................................................................................................................. 531
interfaces ..................................................................................................................................... 532
dhcpv4 .......................................................................................................................................... 533
netconf-clients ............................................................................................................................. 535
dhcpv6 .......................................................................................................................................... 536
dhcp-client-identifier ................................................................................................................... 537
dhcp-server-identifier .................................................................................................................. 538
netconf-clients ............................................................................................................................. 539
m-plane-dhcp ............................................................................................................................... 540
o-ran-interfaces............................................................................................................................ 541
interfaces ..................................................................................................................................... 542
interface ....................................................................................................................................... 543
class-of-service ............................................................................................................................. 548
port-reference .............................................................................................................................. 549
ipv4 ............................................................................................................................................... 550
address ......................................................................................................................................... 552
ipv6 ............................................................................................................................................... 554
address ......................................................................................................................................... 556
o-ran-mplane-int .......................................................................................................................... 558
mplane-info .................................................................................................................................. 559
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searchable-mplane-access-vlans-info .......................................................................................... 560
vlan-range .................................................................................................................................... 561
m-plane-interfaces ....................................................................................................................... 562
m-plane-sub-interfaces ................................................................................................................ 563
client-info ..................................................................................................................................... 564
mplane-ipv4-info .......................................................................................................................... 565
mplane-ipv6-info .......................................................................................................................... 566
o-ran-processing-element ............................................................................................................ 567
processing-elements .................................................................................................................... 568
ru-elements .................................................................................................................................. 569
transport-flow .............................................................................................................................. 570
eth-flow ........................................................................................................................................ 572
sync .............................................................................................................................................. 574
o-ran-sync .................................................................................................................................... 575
sync .............................................................................................................................................. 576
sync-status ................................................................................................................................... 577
supported-reference-types .......................................................................................................... 578
gnss-config ................................................................................................................................... 579
gnss-status ................................................................................................................................... 581
gnss-data ...................................................................................................................................... 583
location ........................................................................................................................................ 584
operations .................................................................................................................................... 585
o-ran-operations .......................................................................................................................... 586
operational-info ........................................................................................................................... 587
declarations .................................................................................................................................. 588
supported-header-mechanism .................................................................................................... 589
operational-state.......................................................................................................................... 591
clock ............................................................................................................................................. 592
o-ran-lbm ..................................................................................................................................... 593
md-data-definitions ..................................................................................................................... 594
maintenance-domain ................................................................................................................... 595
o-ran-performance-management-rx-window .............................................................................. 596
performance-measurement-objects ............................................................................................ 597
rx-window-measurement-objects ................................................................................................ 598
tr-measured-result ....................................................................................................................... 600
eaxc-measured-result .................................................................................................................. 601
system .......................................................................................................................................... 603
o-ran-hardware ............................................................................................................................ 604
hardware ...................................................................................................................................... 605
component ................................................................................................................................... 606
state ............................................................................................................................................. 612
label-content ................................................................................................................................ 616
vru ................................................................................................................................................ 617
vru-entries .................................................................................................................................... 618
location ........................................................................................................................................ 620
cuplane-info ................................................................................................................................. 622
cuplane-interfaces........................................................................................................................ 623
sharing-info .................................................................................................................................. 624
path .............................................................................................................................................. 625
path-entries .................................................................................................................................. 626
pim-info ........................................................................................................................................ 627
path-control ................................................................................................................................. 629
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antenna-port ................................................................................................................................ 630
antenna-port-info ........................................................................................................................ 631
operations .................................................................................................................................... 632
o-ran-software-management ....................................................................................................... 633
software-inventory....................................................................................................................... 634
software-slot ................................................................................................................................ 635
files ............................................................................................................................................... 638
o-ran-uplane-conf ........................................................................................................................ 640
user-plane-configuration ............................................................................................................. 641
low-level-tx-links .......................................................................................................................... 642
low-level-rx-links .......................................................................................................................... 644
endpoint-types ............................................................................................................................. 646
supported-section-types .............................................................................................................. 650
static-low-level-tx-endpoints ....................................................................................................... 651
static-low-level-rx-endpoints ....................................................................................................... 653
low-level-tx-endpoints ................................................................................................................. 655
compression ................................................................................................................................. 657
number-of-prb-per-scs ................................................................................................................. 660
e-axcid .......................................................................................................................................... 662
low-level-rx-endpoints ................................................................................................................. 664
compression ................................................................................................................................. 666
number-of-prb-per-scs ................................................................................................................. 669
ul-fft-sampling-offsets .................................................................................................................. 671
e-axcid .......................................................................................................................................... 673
tx-array-carriers ........................................................................................................................... 675
lte-tdd-frame ................................................................................................................................ 678
rx-array-carriers ........................................................................................................................... 680
tx-arrays ....................................................................................................................................... 683
polarisations ................................................................................................................................. 685
rx-arrays ....................................................................................................................................... 686
polarisations ................................................................................................................................. 687
o-ran-performance-management-transceiver ............................................................................. 688
performance-measurement-objects ............................................................................................ 689
transceiver-measurement-objects ............................................................................................... 691
transceiver-measurement-result ................................................................................................. 693
min ............................................................................................................................................... 695
max ............................................................................................................................................... 696
first ............................................................................................................................................... 697
latest ............................................................................................................................................ 698
radio ............................................................................................................................................. 699
o-ran-module-cap ........................................................................................................................ 700
module-capability ........................................................................................................................ 701
ru-capabilities ............................................................................................................................... 702
format-of-iq-sample ..................................................................................................................... 705
compression-method-supported ................................................................................................. 707
ul-mixed-num-required-guard-rbs ............................................................................................... 710
dl-mixed-num-required-guard-rbs ............................................................................................... 712
band-capabilities .......................................................................................................................... 714
system .......................................................................................................................................... 719
o-ran-hardware ............................................................................................................................ 720
hardware ...................................................................................................................................... 721
component ................................................................................................................................... 722
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state ............................................................................................................................................. 725
label-content ................................................................................................................................ 728
interface ....................................................................................................................................... 729
o-ran-ald-port ............................................................................................................................... 730
ald-ports-io ................................................................................................................................... 731
ald-port ........................................................................................................................................ 732
ald-port-dc-control ....................................................................................................................... 734
o-ran-externalio ........................................................................................................................... 735
external-io .................................................................................................................................... 736
input ............................................................................................................................................. 737
output .......................................................................................................................................... 739
output-setting .............................................................................................................................. 740
o-ran-tranceiver ........................................................................................................................... 741
port-transceivers .......................................................................................................................... 742
port-transceiver-data ................................................................................................................... 743
antenna-line-device ..................................................................................................................... 749
antenna-line-device-info .............................................................................................................. 750
ret ................................................................................................................................................. 752
ret-info ......................................................................................................................................... 753
active-ret-alarms .......................................................................................................................... 757
tma ............................................................................................................................................... 758
tma-info........................................................................................................................................ 759
active-tma-alarms ........................................................................................................................ 766
non-linear-gain-value ................................................................................................................... 767
ras ................................................................................................................................................. 768
ras-info ......................................................................................................................................... 769
active-ras-alarms .......................................................................................................................... 774
antenna-line-device-userdata ...................................................................................................... 775
hdlc-state ..................................................................................................................................... 776
o-ran-radio-unit............................................................................................................................ 779
o-ran-radio-unit-info .................................................................................................................... 780
topology-information ................................................................................................................... 783
north-nodes ................................................................................................................................. 784
south-nodes ................................................................................................................................. 785
location ........................................................................................................................................ 786
users ............................................................................................................................................. 788
user .............................................................................................................................................. 789
mplane-info .................................................................................................................................. 791
mplane-interfaces ........................................................................................................................ 792
cuplane-info ................................................................................................................................. 794
cuplane-interfaces........................................................................................................................ 795
led-control .................................................................................................................................... 797
interfaces ..................................................................................................................................... 798
o-ran-ald-port ............................................................................................................................... 799
ald-ports-io ................................................................................................................................... 800
ald-port ........................................................................................................................................ 801
ald-port-dc-control ....................................................................................................................... 803
o-ran-dhcp .................................................................................................................................... 804
dhcp.............................................................................................................................................. 805
interfaces ..................................................................................................................................... 806
dhcpv4 .......................................................................................................................................... 807
netconf-clients ............................................................................................................................. 809
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ca-ra-servers................................................................................................................................. 810
segw ............................................................................................................................................. 812
dhcpv6 .......................................................................................................................................... 813
dhcp-client-identifier ................................................................................................................... 814
dhcp-server-identifier .................................................................................................................. 817
netconf-clients ............................................................................................................................. 820
ca-ra-servers................................................................................................................................. 821
segw ............................................................................................................................................. 823
m-plane-dhcp ............................................................................................................................... 824
o-ran-ethernet-forwarding .......................................................................................................... 825
ethernet-forwarding-table ........................................................................................................... 826
filtering-entry ............................................................................................................................... 827
port-map ...................................................................................................................................... 828
o-ran-externalio ........................................................................................................................... 829
external-io .................................................................................................................................... 830
input ............................................................................................................................................. 831
output .......................................................................................................................................... 833
output-setting .............................................................................................................................. 834
o-ran-interfaces............................................................................................................................ 835
interfaces ..................................................................................................................................... 836
interface ....................................................................................................................................... 837
statistics ....................................................................................................................................... 843
class-of-service ............................................................................................................................. 848
enhanced-uplane-markings ......................................................................................................... 850
port-reference .............................................................................................................................. 851
ipv4 ............................................................................................................................................... 852
address ......................................................................................................................................... 854
neighbor ....................................................................................................................................... 856
diffserv-markings ......................................................................................................................... 858
enhanced-uplane-markings ......................................................................................................... 860
ipv6 ............................................................................................................................................... 861
address ......................................................................................................................................... 863
neighbor ....................................................................................................................................... 865
autoconf ....................................................................................................................................... 867
diffserv-markings ......................................................................................................................... 869
enhanced-uplane-markings ......................................................................................................... 871
o-ran-mplane-int .......................................................................................................................... 872
mplane-info .................................................................................................................................. 873
searchable-mplane-access-vlans-info .......................................................................................... 874
vlan-range .................................................................................................................................... 875
m-plane-interfaces ....................................................................................................................... 876
m-plane-sub-interfaces ................................................................................................................ 877
client-info ..................................................................................................................................... 878
mplane-ipv4-info .......................................................................................................................... 879
mplane-ipv6-info .......................................................................................................................... 880
configured-client-info .................................................................................................................. 881
mplane-ipv4-info .......................................................................................................................... 882
mplane-ipv6-info .......................................................................................................................... 883
o-ran-tranceiver ........................................................................................................................... 884
port-transceivers .......................................................................................................................... 885
port-transceiver-data ................................................................................................................... 886
additional-multi-lane-reporting ................................................................................................... 893
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o-ran-processing-element ............................................................................................................ 895
processing-elements .................................................................................................................... 896
enhanced-uplane-mapping .......................................................................................................... 897
uplane-mapping ........................................................................................................................... 898
ru-elements .................................................................................................................................. 900
transport-flow .............................................................................................................................. 901
aliasmac-flow ............................................................................................................................... 903
eth-flow ........................................................................................................................................ 904
udpip-flow .................................................................................................................................... 905
north-eth-flow .............................................................................................................................. 907
south-eth-flow ............................................................................................................................. 908
operations .................................................................................................................................... 909
o-ran-software-management ....................................................................................................... 910
software-inventory....................................................................................................................... 911
software-slot ................................................................................................................................ 912
files ............................................................................................................................................... 915
o-ran-ecpri-delay .......................................................................................................................... 917
ecpri-delay-message .................................................................................................................... 918
ru-compensation .......................................................................................................................... 919
message5-sessions ....................................................................................................................... 920
session-parameters ...................................................................................................................... 921
flow-state ..................................................................................................................................... 922
o-ran-lbm ..................................................................................................................................... 924
md-data-definitions ..................................................................................................................... 925
maintenance-domain ................................................................................................................... 926
maintenance-association ............................................................................................................. 927
component-list ............................................................................................................................. 928
maintenance-association-end-point ............................................................................................ 930
loopback ....................................................................................................................................... 932
o-ran-operations .......................................................................................................................... 933
operational-info ........................................................................................................................... 934
declarations .................................................................................................................................. 935
supported-header-mechanism .................................................................................................... 936
operational-state.......................................................................................................................... 938
clock ............................................................................................................................................. 939
o-ran-udp-echo ............................................................................................................................ 940
udp-echo ...................................................................................................................................... 941
o-ran-uplane-conf ........................................................................................................................ 943
user-plane-configuration ............................................................................................................. 944
low-level-tx-links .......................................................................................................................... 945
low-level-rx-links .......................................................................................................................... 947
endpoint-types ............................................................................................................................. 949
supported-section-types .............................................................................................................. 953
endpoint-capacity-sharing-groups ............................................................................................... 954
endpoint-prach-group .................................................................................................................. 958
static-low-level-tx-endpoints ....................................................................................................... 960
static-low-level-rx-endpoints ....................................................................................................... 962
low-level-tx-endpoints ................................................................................................................. 964
compression ................................................................................................................................. 966
number-of-prb-per-scs ................................................................................................................. 969
e-axcid .......................................................................................................................................... 971
low-level-rx-endpoints ................................................................................................................. 973
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compression ................................................................................................................................. 975
number-of-prb-per-scs ................................................................................................................. 978
ul-fft-sampling-offsets .................................................................................................................. 980
e-axcid .......................................................................................................................................... 982
tx-array-carriers ........................................................................................................................... 984
lte-tdd-frame ................................................................................................................................ 988
laa-carrier-configuration .............................................................................................................. 990
max-cw-usage-counter................................................................................................................. 992
rx-array-carriers ........................................................................................................................... 993
tx-arrays ....................................................................................................................................... 997
normal-vector-direction ............................................................................................................. 1000
leftmost-bottom-array-element-position .................................................................................. 1001
polarisations ............................................................................................................................... 1002
capabilities ................................................................................................................................. 1003
rx-arrays ..................................................................................................................................... 1005
normal-vector-direction ............................................................................................................. 1007
leftmost-bottom-array-element-position .................................................................................. 1008
polarisations ............................................................................................................................... 1009
gain-correction-range ................................................................................................................ 1010
capabilities ................................................................................................................................. 1011
relations ..................................................................................................................................... 1013
array1 ......................................................................................................................................... 1014
array2 ......................................................................................................................................... 1015
types ........................................................................................................................................... 1016
pairs ............................................................................................................................................ 1017
eaxc-id-group-configuration ...................................................................................................... 1018
tx-eaxc-id-group ......................................................................................................................... 1020
rx-eaxc-id-group ......................................................................................................................... 1022
general-config ............................................................................................................................ 1023
o-ran-performance-management .............................................................................................. 1024
performance-measurement-objects .......................................................................................... 1025
measurement-capabilitites ........................................................................................................ 1027
transceiver-objects ..................................................................................................................... 1028
rx-window-objects ..................................................................................................................... 1030
tx-stats-objects ........................................................................................................................... 1032
epe-stats-objects ........................................................................................................................ 1033
remote-SFTP-uploads ................................................................................................................. 1034
password .................................................................................................................................... 1035
server ......................................................................................................................................... 1036
keys ............................................................................................................................................ 1037
certificate ................................................................................................................................... 1038
transceiver-measurement-objects ............................................................................................. 1039
transceiver-measurement-result ............................................................................................... 1042
min ............................................................................................................................................. 1044
max ............................................................................................................................................. 1045
first ............................................................................................................................................. 1046
latest .......................................................................................................................................... 1047
rx-window-measurement-objects .............................................................................................. 1048
tr-measured-result ..................................................................................................................... 1051
eaxc-measured-result ................................................................................................................ 1052
tx-measurement-objects ............................................................................................................ 1054
tr-measured-result ..................................................................................................................... 1056
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eaxc-measured-result ................................................................................................................ 1057
epe-measurement-objects ......................................................................................................... 1059
epe-measurement-result ........................................................................................................... 1060
radio ........................................................................................................................................... 1062
o-ran-antenna-calibration .......................................................................................................... 1063
antenna-calibration .................................................................................................................... 1064
antenna-calibration-capabilities ................................................................................................ 1065
self-calibration-policy ................................................................................................................. 1068
o-ran-beamforming .................................................................................................................... 1069
beamforming-config................................................................................................................... 1070
per-band-config .......................................................................................................................... 1071
static-properties ......................................................................................................................... 1073
frequency-domain-beams .......................................................................................................... 1074
additional-compression-method-supported .............................................................................. 1078
time-domain-beams ................................................................................................................... 1082
additional-compression-method-supported .............................................................................. 1086
hybrid-beams ............................................................................................................................. 1090
additional-compression-method-supported .............................................................................. 1094
beam-information ...................................................................................................................... 1098
beamforming-properties ............................................................................................................ 1099
beamforming-property .............................................................................................................. 1100
capabilities-groups ..................................................................................................................... 1102
static-properties ......................................................................................................................... 1104
frequency-domain-beams .......................................................................................................... 1105
additional-compression-method-supported .............................................................................. 1109
time-domain-beams ................................................................................................................... 1113
additional-compression-method-supported .............................................................................. 1117
hybrid-beams ............................................................................................................................. 1121
additional-compression-method-supported .............................................................................. 1125
beam-information ...................................................................................................................... 1129
beamforming-properties ............................................................................................................ 1130
beamforming-property .............................................................................................................. 1131
ue-specific-beamforming ........................................................................................................... 1133
operational-properties ............................................................................................................... 1134
beam-tilt ..................................................................................................................................... 1136
predefined-beam-tilt-offset-information ................................................................................... 1137
predefined-beam-tilt-state ........................................................................................................ 1140
o-ran-delay-management .......................................................................................................... 1142
delay-management .................................................................................................................... 1143
bandwidth-scs-delay-state ......................................................................................................... 1144
ru-delay-profile .......................................................................................................................... 1146
adaptive-delay-configuration ..................................................................................................... 1149
bandwidth-scs-delay-state ......................................................................................................... 1150
o-du-delay-profile ...................................................................................................................... 1152
transport-delay .......................................................................................................................... 1154
o-ran-laa ..................................................................................................................................... 1156
laa-config .................................................................................................................................... 1157
o-ran-module-cap ...................................................................................................................... 1159
module-capability ...................................................................................................................... 1160
ru-capabilities ............................................................................................................................. 1161
format-of-iq-sample ................................................................................................................... 1165
compression-method-supported ............................................................................................... 1167
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ul-mixed-num-required-guard-rbs ............................................................................................. 1171
dl-mixed-num-required-guard-rbs ............................................................................................. 1173
eaxcid-grouping-capabilities ...................................................................................................... 1175
band-capabilities ........................................................................................................................ 1177
sub-band-info ............................................................................................................................. 1182
sub-band-frequency-ranges ....................................................................................................... 1184
rw-sub-band-info ....................................................................................................................... 1186
o-ran-shared-cell ........................................................................................................................ 1187
shared-cell .................................................................................................................................. 1188
shared-cell-module-cap ............................................................................................................. 1189
compression-method-supported ............................................................................................... 1192
shared-cell-config ....................................................................................................................... 1195
shared-cell-copy-entities ............................................................................................................ 1196
shared-cell-copy-uplane-config.................................................................................................. 1198
tx-eaxc-id .................................................................................................................................... 1199
rx-eaxc-id .................................................................................................................................... 1200
shared-cell-combine-entities ..................................................................................................... 1201
shared-cell-combine-uplane-config ........................................................................................... 1203
rx-eaxc-id .................................................................................................................................... 1205
comression-method ................................................................................................................... 1206
sync ............................................................................................................................................ 1210
o-ran-sync .................................................................................................................................. 1211
sync ............................................................................................................................................ 1212
sync-status ................................................................................................................................. 1213
supported-reference-types ........................................................................................................ 1214
sync-capability ............................................................................................................................ 1215
ptp-config ................................................................................................................................... 1216
accepted-clock-classes ............................................................................................................... 1217
g-8275-1-config .......................................................................................................................... 1218
g-8275-2-config .......................................................................................................................... 1219
master-ip-configuration ............................................................................................................. 1220
ptp-status ................................................................................................................................... 1221
sources ....................................................................................................................................... 1223
synce-config ............................................................................................................................... 1229
synce-status ............................................................................................................................... 1230
sources ....................................................................................................................................... 1231
gnss-config ................................................................................................................................. 1233
gnss-status ................................................................................................................................. 1235
gnss-data .................................................................................................................................... 1237
location ...................................................................................................................................... 1238
system ........................................................................................................................................ 1239
o-ran-hardware .......................................................................................................................... 1240
hardware .................................................................................................................................... 1241
component ................................................................................................................................. 1242
state ........................................................................................................................................... 1248
sensor-data ................................................................................................................................ 1252
label-content .............................................................................................................................. 1255
o-ran-fan .................................................................................................................................... 1256
fan-tray ....................................................................................................................................... 1257
fan-state ..................................................................................................................................... 1258
antenna-line-device ................................................................................................................... 1260
antenna-line-device-info ............................................................................................................ 1261
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ret ............................................................................................................................................... 1263
ret-info ....................................................................................................................................... 1264
active-ret-alarms ........................................................................................................................ 1268
tma ............................................................................................................................................. 1269
tma-info...................................................................................................................................... 1270
active-tma-alarms ...................................................................................................................... 1277
non-linear-gain-value ................................................................................................................. 1278
ras ............................................................................................................................................... 1279
ras-info ....................................................................................................................................... 1280
active-ras-alarms ........................................................................................................................ 1285
antenna-line-device-userdata .................................................................................................... 1286
hdlc-state ................................................................................................................................... 1287
near-earth-station-info .............................................................................................................. 1290
earth-station-entries .................................................................................................................. 1291
antenna-unit .............................................................................................................................. 1293
software-management............................................................................................................... 1295
software-inventory..................................................................................................................... 1296
pod-entries ................................................................................................................................. 1297
files ............................................................................................................................................. 1298
performance-management ........................................................................................................ 1300
measurement-job-configuration ................................................................................................ 1301
measurement-job-schedule ....................................................................................................... 1302
measurement-job-family ........................................................................................................... 1304
pm-file-backup-information ....................................................................................................... 1307
pm-file-ftp-delay-time ................................................................................................................ 1308
pm-file-server-configuration ...................................................................................................... 1309
threshold-crossing-alert-configuration ...................................................................................... 1310
threshold-crossing-alert ............................................................................................................. 1311
test-management ....................................................................................................................... 1315
test-eping-thr ............................................................................................................................. 1316
ret-tilt-diff-thr ............................................................................................................................ 1317
monitor-test ............................................................................................................................... 1318
active-test-list............................................................................................................................. 1319
fault-management ..................................................................................................................... 1322
alarm-configuration ................................................................................................................... 1323
alarm-flooding-control ............................................................................................................... 1324
alarm-inhibition .......................................................................................................................... 1326
alarm-severity ............................................................................................................................ 1328
resource-alarm-threshold .......................................................................................................... 1330
recovery-action-control ............................................................................................................. 1332
active-alarm ............................................................................................................................... 1333
active-alarm-entries ................................................................................................................... 1334
additional-information ............................................................................................................... 1343
alarm-history .............................................................................................................................. 1344
alarm-history-entries ................................................................................................................. 1345
additional-information ............................................................................................................... 1354
file-transfer-management .......................................................................................................... 1355
ftm-entries ................................................................................................................................. 1356
upload-file-info ........................................................................................................................... 1358
common-management............................................................................................................... 1360
ems-configuration ...................................................................................................................... 1361
ves-configuration ....................................................................................................................... 1362
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domain-server-root .................................................................................................................... 1363
domain-server-root-entries ....................................................................................................... 1364
ecpri-user-management............................................................................................................. 1366
ecpri-users .................................................................................................................................. 1367
user ............................................................................................................................................ 1368
ecpri-supervision ........................................................................................................................ 1370
ecpri-netconf-info ...................................................................................................................... 1371
m-plane-ssh-ports ...................................................................................................................... 1372
time-sync-service ....................................................................................................................... 1373
local-time-info ............................................................................................................................ 1374
csl-configuration ........................................................................................................................ 1377
csl-tce-ems-server ...................................................................................................................... 1378
csl-tce-server .............................................................................................................................. 1379
qos .............................................................................................................................................. 1380
diffserv ....................................................................................................................................... 1381
signal-traffic ............................................................................................................................... 1382
bearer-traffic .............................................................................................................................. 1383
nr-bearer-traffic ......................................................................................................................... 1384
management-traffic ................................................................................................................... 1385
ca-traffic ..................................................................................................................................... 1387
dss-traffic ................................................................................................................................... 1388
dscp-to-cos-table ....................................................................................................................... 1389
transport-system ........................................................................................................................ 1390
ethernet-oam ............................................................................................................................. 1391
cfm ............................................................................................................................................. 1392
ecpri-lbm .................................................................................................................................... 1393
Chapter 3
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Remote Procedure Call (RPC)
1395
request-cbsd-registration........................................................................................................... 1395
request-grant ............................................................................................................................. 1396
retrieve-rssi-measurement ........................................................................................................ 1397
rssi-measurement-entries .......................................................................................................... 1398
request-grant-relinquishment.................................................................................................... 1399
request-cbsd-deregistration ...................................................................................................... 1400
terminate-test ............................................................................................................................ 1401
test-ocns ..................................................................................................................................... 1402
test-external-ping ....................................................................................................................... 1405
test-trace-route .......................................................................................................................... 1409
test-model-b6-mplane ............................................................................................................... 1412
test-antenna-mplane ................................................................................................................. 1415
test-antenna-vru ........................................................................................................................ 1417
test-antenna-line-device-mplane ............................................................................................... 1419
test-antenna-line-device-vru...................................................................................................... 1420
initialize-software....................................................................................................................... 1422
initialize-system ......................................................................................................................... 1423
initialize-pod ............................................................................................................................... 1424
retrieve-package-inventory ........................................................................................................ 1425
package-inventory ...................................................................................................................... 1426
upload-inventory ........................................................................................................................ 1428
upload-varlog ............................................................................................................................. 1429
test-tw-ping ................................................................................................................................ 1430
test-twl-ping ............................................................................................................................... 1434
backup-db .................................................................................................................................. 1438
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restore-db .................................................................................................................................. 1439
start-db-pretest .......................................................................................................................... 1440
update-license ............................................................................................................................ 1441
retrieve-license-information ...................................................................................................... 1442
license-entries ............................................................................................................................ 1443
update-ru-whitelist .................................................................................................................... 1444
mplane-radio-unit-log-upload-request ...................................................................................... 1445
mplane-radio-unit-log-upload-stop ........................................................................................... 1446
mplane-radio-unit-stop-logs ...................................................................................................... 1447
retrieve-ue-count-information ................................................................................................... 1448
retrieve-bearer-count-information ............................................................................................ 1449
retrieve-sa-bearer-count-information ....................................................................................... 1450
retrieve-ue-count-information-for-all-cells................................................................................ 1451
ue-count-information-entries .................................................................................................... 1452
change-cell-identity.................................................................................................................... 1453
cell-identity-set .......................................................................................................................... 1454
start-ru-trace-logs ...................................................................................................................... 1455
stop-ru-trace-logs ....................................................................................................................... 1456
retrieve-unregistered-ru ............................................................................................................ 1457
unregistered-ru-list .................................................................................................................... 1458
retrieve-cell-throughput ............................................................................................................ 1459
cell-throughput-data .................................................................................................................. 1460
initialize-es-statdata ................................................................................................................... 1462
retrieve-acl-count....................................................................................................................... 1463
initialize-antenna-line-device ..................................................................................................... 1465
retrieve-antenna-line-device-inventory ..................................................................................... 1466
retrieve-antenna-line-device-userdata ...................................................................................... 1469
change-antenna-line-device-userdata ....................................................................................... 1471
update-antenna-line-device-firmware ....................................................................................... 1473
update-antenna-line-device-configuration ................................................................................ 1475
upload-antenna-line-device-information ................................................................................... 1477
change-antenna-line-device-all .................................................................................................. 1478
update-beamforming-config ...................................................................................................... 1479
clear-ret-alarm ........................................................................................................................... 1480
clear-tma-alarm.......................................................................................................................... 1481
clear-ras-alarm ........................................................................................................................... 1482
clear-oru-ret-alarm .................................................................................................................... 1483
clear-oru-tma-alarm ................................................................................................................... 1484
clear-oru-ras-alarm .................................................................................................................... 1485
upload-sa-information-mplane .................................................................................................. 1486
initialize-mplane-radio-unit........................................................................................................ 1487
mplane-radio-unit-software-download-request ........................................................................ 1488
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Preface
This manual describes the object module and Remote Procedure Call (RPC) for
the vRAN2.0 vDU Access Distribute unit Processing Function (ADPF).

Object Module: Container, List, Leaf, Leaf-List and others for configuring or
retrieving system parameter value and status.

Remote Procedure Call (RPC): Remote Procedure Call for system.
Relevance
This manual applies to the following products/software.
Name
Type
SVR21D NR
Software
Conventions in this Document
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Samsung Networks product documentation uses the following conventions.
Symbols
Symbol
Description
Indicates a task.
Indicates a shortcut or an alternative method.
Provides additional information.
Provides information or instructions that you should follow to avoid service
failure or damage to equipment.
Provides information or instructions that you should follow to avoid personal
injury or fatality.
Provides antistatic precautions that you should observe.
Menu Commands
menu | command
This indicates that you must select a command on a menu, where menu is the
name of the menu, and command is the name of the command on that menu.
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Preface
File Names and Paths
These are indicated by a bold typeface. For example:
Copy filename.ext into the /home/folder1/folder2/bin/ folder.
User Input and Console Screen Output Text

The input and output text is presented in the Courier New font. For example,
context <designated epc-context-name>

The command and counter are presented in Courier New font and bold style.
For example, RTRV-NE-STS, eutran-cell-conf-idle or CSL.

The alarm is presented in bold style. For example, A2100216R ump
temperature-high.
Revision History
The following table lists all versions of this document.
Document Version
Publication Date
Remarks
1.0
October 2021
First Version
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Organization of This Document
Section
Title
Description
Chapter 1
Introduction
This chapter describes the configuration items and
execution procedures of commands for the
Samsung system.
Chapter 2
Object Module
This chapter describes object module of the
system.
Chapter 3
Remote Procedure Call (RPC)
This chapter describes Remote Procedure Call
(RPC) of the system.
Related Documentation

vRAN2.0 vDU ADPF Parameter Description for SVR21D NR

vRAN2.0 vDU ADPF Event Message Reference for SVR21D NR
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Chapter 1
Introduction
This chapter describes the configuration items and execution procedures of
commands for the Samsung system.
The commands of Samsung system can be executed through the Element
Management System (EMS), and the system and the EMS communicate through
the Network Configuration Protocol (NETCONF).
Commands Item
The following table describes the items of command.
Item
Description
Description
This field describes an object (presented at a command). It shows
the explanation of the command, such as what is the command,
how to use it and its relations with other objects.
Hierarchy
This field represents the instantiated tree of configuration and state
data on a device. The field shows the full path of a command from a
root.
Attribute
This field represents the type of a command:
 container: An interior data node that exists in at most one instance
in the data tree. A container has no value, however, it holds a set
of child nodes.
 list: An interior data node that may exist in multiple instances in
the data tree. A list has no value, however, it holds a set of child
nodes.
A container and a list are similar in a kind of the structure having a
set of child nodes. But they have a big difference, a list could have
a key like array index for identifying each list entry.
 rpc: A data node defines a Remote Procedure Call (RPC)
operation, as used within the NETCONF protocol.
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Configurable
This field represents whether a command is configurable or not. It is
not presented for RPC modules. The field has either Yes or No. If
the field has a value No, it means the command is not configurable.
The field has the following values:
 Yes: The command is configurable. The configuration data means
the set of writable data that is required to transform a system from
its initial default state into the current state.
 No: The command is not configurable. It means the object
represents state data. The additional data on a system that is not
configuration data such as read-only status information and
collected statistics.
Key
This field lists key leafs of a command. The field is only presented
when the object type is a list in YANG modeling.
If a parameter needs to be configured differently for cell-id, the
parameter should be designed to have a cell-id as a key leaf node.
With this, an operator can configure a different value of the
parameter for all or some cells usually equipped.
Leaf
This section shows a leaf or a leaf-list of a command as a
parameter.
A leaf is a data node that exists in at most one instance in the data
tree. It has a value, however, no child nodes. A leaf-list defines a set
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Chapter 1 Introduction
Item
Description
of uniquely identifiable nodes rather than a single node (like leaf).
Each node has a value, however, no child nodes.
This presents the detailed information below for a parameter.
 Name: This field presents a name of a parameter.
 Description: This field presents the explanation of a parameter,
which includes the following:
o A description of the leaf.
o Precautions when changing the value of leaf.
 Type: This field represents the type of a parameter. This field
takes a string as an argument that is the name of a YANG built-in
type or a derived type (typedef), followed by an optional block of
substatements that are used to put further restrictions on the type.
If there is no particular type for the parameter, the field has N/A.
 Range: This field represents the range of a parameter. This takes
a range expression string as an argument. It is used to restrict
integer and decimal built-in types, or types derived from them.
A range consists of an explicit value or a lower-inclusive bound,
two consecutive dots '..', and an upper-inclusive bound. Multiple
values or ranges can be given, separated by '|'. When data type of
a node is string or derived from it and the length statement
according to YANG design is presented to specify clearly its
allowable length, the length information will be presented.
If an object type is a list and a leaf-list, the min-elements and the
max-elements will be presented additionally. The list and the leaflist should have at least the number of min-elements list entries
while it should have at most the number of max-elements entries
like the lower and upper boundaries of an array.
 Unit: This field represents the unit of a parameter. The field has
either a textual information of the unit presented at YANG
modeling or N/A as no presence of a particular unit. General
terms like ms, min, hours and other general units will be
presented if needed, with some numbers like 0.5 dB.
If the field is filled with N/A (in other words, not defined in YANG
modeling), it means a parameter will have general integers or float
or string that has no particular range granularity. If a parameter
has a value as an index number logically used by function, so the
value could not be specified with any particular unit, the field has
N/A.
If the field has anything like dB but it has no particular number
specifying increase or decrease amount, then it is assumed that it
will be increased or decreased in 1. If this column has anything
like 0.5 dB, then increase or decrease will be counted on 0.5 not
1.
 Key Leaf: This field represents whether a parameter is a key
parameter or not. All key leafs must be given values when a list
entry is created. It is presented when a parent node is a list node.
o Yes: This is a key parameter.
o No: This is not a key parameter.
 Configurable: This field represents whether a parameter is
configurable or not. It is not presented for RPC modules. The field
has either Yes or No. If the field has a value, No, it means a
parameter is not configurable. In this case, only operators can
read the value using the get command. Otherwise, along with the
get-config, by using the edit-config, they could change the
value.
Usually a key parameter that updated by applications, and a
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Chapter 1 Introduction
Item
Description
parameter related to NE and cell identification or hardware
configuration that is not be changed during the operation have No
at their Configurable.
The field has the following values:
o Yes: The parameter value is configurable. The configuration
data means the set of writable data that is required to transform
a system from its initial default state into the current state.
o No: The parameter value is not configurable. It means the
parameter represents state data. The additional data on a
system that is not configuration data such as read-only status
information and collected statistics.
 Related Feature ID: This field represents the feature ID of features
or functionalities a parameter is associated with or related to. The
feature ID is identical the official feature ID of the feature list
presented to operators. For details, refer to the feature
description. The field has either a string or N/A. It is not presented
for RPC modules.
Child Node
This section lists a child object, which is a container, a list and a rpc
in YANG modeling as a command.
The following table summarizes the built-in types.
Type Item
Description
binary
Any binary data.
bits
A set of bits or flags.
boolean
decimal64
empty
73960
'true' or 'false'.
64-bit signed decimal number.
A leaf that does not have any value.
enumeration
Enumerated strings.
identityref
A reference to an abstract identity.
instance-identifier
References a data tree node.
int8
8-bit signed integer, represents integer values between -128 and
127, inclusively.
int16
16-bit signed integer, represents integer values between -32768 and
32767, inclusively.
int32
32-bit signed integer, represents integer values between 2147483648 and 2147483647, inclusively.
int64
64-bit signed integer, represents integer values between 9223372036854775808 and 9223372036854775807, inclusively.
leafref
A reference to a leaf instance. The leafref type is used to reference
a particular leaf instance in the data tree.
string
Human-readable string.
uint8
8-bit unsigned integer, represents integer values between 0 and
255, inclusively.
uint16
16-bit unsigned integer, represents integer values between 0 and
65535, inclusively.
uint32
32-bit unsigned integer, represents integer values between 0 and
4294967295, inclusively.
uint64
64-bit unsigned integer, represents integer values between 0 and
18446744073709551615, inclusively.
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Chapter 1 Introduction
Type Item
Description
union
Choice of member types, represents a value that corresponds to
one of its member types.
Execution Procedures of Commands
A command can be executed on a Yang Browser window of EMS. Yang Browser
is a module that allows an operator to execute the command to an NE via GUI.
Refer to EMS User Manual for detailed information of the Yang Browser usages.
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Chapter 2
Object Module
managed-element
This container indicates the root object of the data model. It is only used to contain
sub-objects, but does not have any data meaning.
Basic Information

Hierarchy: root

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
du-reparenting
This leaf indicates that the system is in a state for dureparenting.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0101
ne-id
This leaf indicates the identifier given by operator, NE ID can
be assigned only once after system is created.
 Type: union (enumeration, int64)
 Range
o not-configured (-1): The NE ID is not configured.
o 0 to 68719476735
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0102
ne-type
This leaf indicates an NE classification type. It is the top level
system classification in Samsung system classification.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ne-type, enumeration
 Range
o adpf (104)
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-CM0102
system-type
This leaf indicates the system classification subordinate the
NE Type.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: No
 Related Feature ID:
OAMP-CM0102
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-enum-system-type,
enumeration
 Range
o gnb-du-cnf (226)
 Unit: N/A
user-label
This leaf indicates an additional system name given by
operator.
 Type: common:common-type-user-label, string
 Range
o length (0 to 96)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0102
administrativestate
This leaf indicates the administrative state of the system.
- locked: The system does not provide any call services. The
operator can management the related resources
- unlocked: The system is ready to provide call services.
- shutting-down: The call service previously provided in the
unlocked state continues, but no further call services are
provided. When the call service currently being provided
ends, the cell automatically switches to the locked state.
[Note] If you change to locked or shutting-down, Call service
would be off.
 Type: common:common-enum-admin-type, enumeration
 Range
o locked (0)
o unlocked (1)
o shutting-down (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0102, OAMPCM0201
operationalstate
This leaf indicates operational state of the system.
- unknown: Unknown operation status (value:-1)
- disabled: No cells are available to assign calls
- enabled: One or more cells are available to assign calls
- not-avail: Operation is unavailable (value:255)
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-oper-type, enumeration
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-CM0201
gpl-version
This leaf indicates the GPL version.
 Type: string
 Range
o length (0 to 128)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0102
operationalmode
This leaf indicates the operational mode for system
maintenance.
An operator can minimize the functions for monitoring alarms
 Configurable: Yes
 Related Feature ID:
OAMP-FM0101, OAMP-
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Chapter 2 Object Module
Name
Description
and collecting counters by switching the operational-mode.
When the growth-mode and the maintenance-mode are
enabled, the downtime and reset count for certain systems
are not updated to remove data associated with normal
operations. In the growth-mode and the maintenance-mode,
a NE continues to transmit alarms to the EMS, however the
EMS does not forward the alarms collected in the growthmode and the maintenance-mode to the OSS with the
exception of the system service off alarm.
- growth-mode: This is the operation mode that occurs
immediately after a system is grown. Newly created systems
such as NEs and RUs come up in the growth-mode, and it
remains in the mode until the operator decide to change to
another mode. When the growth-mode is enabled, the
downtime and reset count for certain systems do not update,
and the alarms except for the system service off alarm are
not forwarded to the OSS.
- normal-mode: This is the normal operation mode.
- maintenance-mode: This is the operation mode for
checking equipment during system maintenance. When the
maintenance-mode is enabled, the downtime and reset count
for certain systems do not update, and the alarms except for
the system service off alarm are not forwarded to the OSS.
 Type: common:common-enum-oper-mode-type,
enumeration
 Range
o growth-mode (0): immediately after-growth mode
o normal-mode (1): normal operation mode
o maintenance-mode (2): equipment check mode
 Unit: N/A
Remarks
SW0401
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Child Node

cbrs-function

virtual-function

gnb-du-function

hardware-management

software-management

performance-management

test-management

fault-management

file-transfer-management

common-management

qos

transport-system
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Chapter 2 Object Module
cbrs-function
This container contains the Citizens Broadband Radio Service (CBRS) related
information of the cell.
Basic Information

Hierarchy: managed-element

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
cbrs-mode
This leaf indicates if the system supports CBRS, it is
configured by the operator when growing the system.
 Type: common:access-enum-cbrs-mode, enumeration
 Range
o cbrs-not-configured (-1): The system's CBRS mode is
not configured
o cbrs-off (0): The system's CBRS mode is OFF
o cbrs-on (1): The system's CBRS mode is ON
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-SV0102
measure-unit
This leaf indicates the measurement unit of RSSI
Measurement for all cbsd and it is configured by operator.
 Type: common:access-enum-cbrs-measure-unit,
enumeration
 Range
o 5mhz (5): The measBandwidth of individual RSSI
measurement is 5 MHz
o 10mhz (10): The measBandwidth of individual RSSI
measurement is 10 MHz
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-SV0102
max-heartbeatinterval
This leaf indicates the configured heartbeat interval between
two heartbeat requests.
 Type: uint16
 Range
o 50 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
cbrs-dp-server
This leaf defines ip/port information of the DP expressed as
https:://{Domain}:{Port}/{optionalRoutingPath}.
 Type: inet:uri, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
second-cbrsdp-server
This leaf defines ip/port information of the Secondary DP
expressed as https:://{Domain}:{Port}/{optionalRoutingPath}.
 Type: inet:uri, string
 Range: N/A
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
periodic-grantswitch
This leaf controls whether to request a new grant periodically
for the grant with GRANT state = IDLE.
 Type: common:access-enum-cbrs-period-grant-switch,
enumeration
 Range
o cbrs-periodic-grant-off (0): The system's period grant
switch is OFF
o cbrs-periodic-grant-on (1): The system's period grant
switch is ON
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-SV0102
periodic-grantstart-time
This leaf controls the start time of Periodic Grant Request
function.
 Type: uint16
 Range
o 0 to 23
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
Child Node

cbsd-info
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Chapter 2 Object Module
cbsd-info
This list contains the possible Citizens Broadband Radio Service Device (CBSD)
units in the system.
Basic Information

Hierarchy: managed-element/cbrs-function

Attribute: list

Configurable: Yes

Key: cbsd-index
Leaf
Name
Description
Remarks
cbsd-index
This leaf indicates the key node of cbsd-info. It is
incremented sequentially whenever added.
 Type: int32
 Range
o 0 to 89
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
cbsd-id
This leaf indicates the CBRS-wide unique identifier of the
CBSD.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 256)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
cbsd-state
This leaf indicates the registration state of the CBSD.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:access-enum-cbrs-cbsd-state, enumeration
 Range
o cbrs-not-avail (-1): The cbsd registration state is not
known
o cbrs-unregistered (0): The cbsd is not registered with
SAS
o cbrs-registered (1): The cbsd is registered with SAS
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
user-id
This leaf indicates the system-wide unique identifier for all
cbsd.
 Type: string
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o length (1 to 256)
 Unit: N/A
Remarks
fcc-id
This leaf indicates the FCC certification identifier of the cbsd.
 Type: string
 Range
o length (1 to 256)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
call-sign
This leaf indicates the device identifier for the cbsd provided
by the FCC.
 Type: string
 Range
o length (1 to 256)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
tech
This leaf controls whether to request a new grant periodically
for the grant with GRANT state = IDLE.
 Type: common:access-enum-tech, enumeration
 Range
o cbrs-lte (0): The system's period grant switch is OFF
o cbrs-nr (1): The system's period grant switch is ON
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-SV0102
connected-ru
This leaf controls whether to request a new grant periodically
for the grant with GRANT state = IDLE.
 Type: string
 Range
o length (1 to 256)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-SV0102
sector-id
This leaf indicates sector-id for multi-sector case. If CBRS
radio unit is operated as multi-sector each sectored antenna
shall be treated CBSD.
 Type: int16
 Range
o -1 to 128
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
tp-id
This leaf indicates TP which means Transmission Point of the
Passive DAS, tp-id is appended to cbsdSerialNumber by
WINNF-TR-5001.
 Type: int16
 Range
o -1 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
cbsd-category
This leaf indicates the device category of the cbsd in
conformance with CBRS federal regulations.
 Type: common:access-enum-cbsd-category, enumeration
 Range
o cbrs-not-avail (-1): The device category is not available
for the RU
o cbsd-a (0): The device category of the cbsd is A
o cbsd-b (1): The device category of the cbsd is D
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Child Node

group-info

grant-info
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Chapter 2 Object Module
group-info
This list contains the information of the group the cbsd belongs to.
Basic Information

Hierarchy: managed-element/cbrs-function/cbsd-info

Attribute: list

Configurable: Yes

Key: group-id
Leaf
Name
Description
Remarks
group-id
This leaf specifies the identifier for the group of one or more
CBSDs registered as a group.
 Type: string
 Range
o length (1 to 256)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
group-type
This leaf specifies the type of group for this group ID.
 Type: common:access-enum-cbsd-group-type,
enumeration
 Range
o cbrs-not-avail (-1): The group type of the CBSDs group
is not available for the RU
o INTERFERENCE_COORDINATION (0): The group type
of the CBSD group for the RU is
INTERFERENCE_COORDINATION
o COEXISTENCE_GROUP (1): The group type of the
CBSD group for the RU is COEXISTENCE_GROUP
o PRINCIPAL_SUBORDINATE_SFG (2): The group type
of the CBSD group for the RU is
PRINCIPAL_SUBORDINATE_SFG
o INTERDEPENDENT_SFG (3): The group type of the
CBSD group for the RU is INTERDEPENDENT_SFG
o SEPARABLE_SFG (4): The group type of the CBSD
group for the RU is SEPARABLE_SFG
o SPECTRUM_REUSE (5): The group type of the CBSD
group for the RU is SPECTRUM_REUSE
o PASSIVE_DAS (6): The group type of the CBSD group
for the RU is PASSIVE_DAS
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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There is no child node in this object.
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Chapter 2 Object Module
grant-info
This list contains the possible Grant units in the system.
Basic Information

Hierarchy: managed-element/cbrs-function/cbsd-info

Attribute: list

Configurable: Yes

Key: grant-index
Leaf
Name
Description
Remarks
grant-index
This leaf indicates the key node of grant-info. It is
incremented sequentially whenever added.
 Type: int32
 Range
o 0 to 4
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
grant-id
This leaf indicates the cbsd-wide unique identifier of the cell.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 256)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
cell-num
This leaf controls whether to request a new grant periodically
for the grant with GRANT state = IDLE.
 Type: int16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-SV0102
sector-carrier-id
This leaf indicates the carrier ID used in the corresponding
sector when RU is operating sector mode.
 Type: int16
 Range
o -1 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
grant-state
This leaf indicates the cbrs grant state for the cell.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:access-enum-cbrs-grant-state, enumeration
 Range
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o cbrs-not-avail (-1): The cbrs grant state is not available
for the cell
o cbrs-idle (0): The cbrs grant state of the cell is idle
o cbrs-granted (1): The cbrs grant state of the cell is
granted
o cbrs-authorized (2): The cbrs grant state of the cell is
authorized
 Unit: N/A
Remarks
transmit-expiretime
This leaf indicates the transmission expiry time for the cell, it
is UTC time expressed in the format <YYYYMMDDThh:mm:ssZ> conformant with RFC-3339.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 32)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
grant-expiretime
This leaf indicates the grant expiry time for the cell, it is UTC
time expressed in the format <YYYYMM-DDThh:mm:ssZ>
conformant with RFC-3339.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 32)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
This leaf indicates the maximum time interval between two
CBRS heartbeat requests of the cell.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to max
 Unit: s
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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heartbeatinterval
Child Node
There is no child node in this object.
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Chapter 2 Object Module
virtual-function
This container is for cloud native network function.
Basic Information

Hierarchy: managed-element

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

cnf
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Chapter 2 Object Module
cnf
This container has information for the CNF.
Basic Information

Hierarchy: managed-element/virtual-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
cnf-id
This leaf indicates the identifier of this Cloud native Network
Function (CNF).
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

config-info

pod
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Chapter 2 Object Module
config-info
This container has information assigned when the CNF has been configured.
Basic Information

Hierarchy: managed-element/virtual-function/cnf

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
ne-id
This leaf indicates identifier of the NE, assigned when the
CNF has been configured. At NE creation time in EMS,
operator should assign same value to NE ID.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int64
 Range
o -9223372036854775808 to 9223372036854775807
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-SW0401
flavor-id
This leaf indicates the flavor ID assigned when the CNF was
configured. The number of available cells and DPPs is limited
according to the flavor ID. This value follows the system
architecture.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o unknown (-1): The configured flavor is unknown or not
updated yet.
o small-fdd (0): A DPP supports max 6 FDD cells, and the
NE supports one DPP.
o small-tdd (1): A DPP supports max 3 TDD cells, and the
NE supports one DPP.
o small-fdd-cran (2): A DPP supports max 6 FDD cells,
and the NE supports max 3 DPPs.
o small-tdd-cran (3): A DPP supports max 3 TDD cells,
and the NE supports max 2 DPPs.
o medium (4): A DPP supports max 18 cells, and the NE
supports one DPP.
o medium-icl (5): A DPP supports max 18 cells, and the
NE supports one DPP.
o medium-uni (6): A DPP supports max 18 cells, and the
NE supports one DPP.
o medium-cran (7): A DPP supports max 18 cells, and the
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
NE supports max 2 DPPs.
o small-tdd-3fh (8): A DPP supports max 3 TDD cells, and
the NE supports one DPP.
 Unit: N/A
Remarks
ems-ip-address
This leaf indicates the IP address of the EMS server. This IP
is used for NE registration to EMS.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address-no-zone, union (inet:ipv4-address-nozone, inet:ipv6-address-no-zone)
 Range
o inet:ipv4-address-no-zone
o inet:ipv6-address-no-zone
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-SW0401
softwareversion
This leaf indicates software version which is deployed to the
NE.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-SW0401
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
pod
This container is for pod which configures the CNF.
Basic Information

Hierarchy: managed-element/virtual-function/cnf

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

pod-entries
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Chapter 2 Object Module
pod-entries
This list indicates the pod entries.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod

Attribute: list

Configurable: Yes

Key: pod-type, pod-id
Leaf
Name
Description
Remarks
pod-type
This leaf indicates a type of the pod.
 Type: gnbducnf_type:access-enum-vdu-pod-type,
enumeration
 Range
o dmp (0): DB Management Pod. This pod manages
centralized database and provides external interfaces.
o cmp (1): Cell Management Pod. This pod manages
resources related to cells.
o rmp (2): RU Management Pod. This pod manages
connected RUs.
o pmp (3): Performance Management Pod. This pod
manages performance measurement data.
o dpp (32): vDU Protocol Pod.
o dip (33): vDU Interface Pod.
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
pod-id
This leaf indicates an identifier to distinguish the pod within
the same type.
 Type: gnbducnf_type:access-type-vdu-pod-id, uint8
 Range
o 0 to 3
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
operationalstate
This leaf indicates operational state of the pod.
- disabled: The pod does not perform properly
- enabled: The pod can provide its services
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-oper-type, enumeration
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Key Leaf: No
 Configurable: No
 Related Feature ID:
OAMP-CM0201
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
Child Node

pod-inventory

frame-timing-offset-configuration

sync

ip-system

transport-system

virtual-port

cpu

memory
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Chapter 2 Object Module
pod-inventory
This container has pod information which is provided from controller.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
name
This leaf indicates the identical name allocated to the pod,
which is provided from controller.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-IM0101
ip
This leaf indicates the IP address allocated to the pod, which
is provided from controller. This value may be empty if not yet
allocated.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-IM0101
namespace
This leaf indicates the namespace of the pod, which is
provided from controller.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-IM0101
status
This leaf indicates the phase of the pod, which is a simple,
high-level summary of where the pod is in its lifecycle. This
value is provided from controller.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
 Configurable: No
 Related Feature ID:
OAMP-IM0101
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Chapter 2 Object Module
Name
Description
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
Remarks
start-time
This leaf indicates the data and time at which the pod was
acknowledged by the Kubelet. This is before the Kubelet
pulled the container image for the pod.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-IM0101
ready
This leaf indicates whether the pod has passed its readiness
probe of all containers.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-IM0101
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
frame-timing-offset-configuration
This container manages the frame timing offset configuration. This feature is to
configure frame timing offset to adjust frame alignment.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ecpri-frametiming-offset
This leaf indicates the configured frame timing offset value.
[Note] This command must be executed in service off state.
 Type: int32
 Range
o 0
o 200 to 12288000
 Unit: timeslot
 Configurable: Yes
 Related Feature ID: N/A
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
sync
This container has information for clock synchronization of the pod.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
sync-state
This leaf indicates synchronization status.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o - (-1): The equipment clock is in the unknown mode.
o locked (0): The equipment clock is in the locked mode.
o unlocked (1): The equipment clock isn't locked to an
input reference, and is not in the holdover mode.
o holdover (2): The equipment clock is in holdover mode.
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0401
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ip-system
This container indicates the IP information for the NR service and includes IP
version and IP address information.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

system-ip-information

logical-interface-config

ip-interface

ip-route

dhcp

access-control-list
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Chapter 2 Object Module
system-ip-information
This container retrieves the IP information for the NR service and includes IP
version and IP address information.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

system-ip-version

service-ipv4-info

service-ipv6-info
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Chapter 2 Object Module
system-ip-version
This container retrieves the version information of the IP protocol for the NR
service. The information is read-only.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/system-ip-information

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
service-ipversion
This leaf indicates the IP address version for NR service.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-version, enumeration
 Range
o unknown (0): An unknown or unspecified version of the
Internet protocol.
o ipv4 (1): The IPv4 protocol as defined in RFC 791.
o ipv6 (2): The IPv6 protocol as defined in RFC 2460.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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Child Node
There is no child node in this object.
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Chapter 2 Object Module
service-ipv4-info
This list indicates the IPv4 address and the IP address status information used for
NR service when the service-ip-version is set to ipv4.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/system-ip-information

Attribute: list

Configurable: No

Key: service-ipv4-address
Leaf
Name
Description
Remarks
service-ipv4address
This leaf indicates the IPv4 address for NR service, if the
‘service-ip-version’ leaf is set to ‘ipv4’.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
interface-name
This leaf indicates the interface name.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-type-interface-name, string
 Range
o length (1 to 15)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
ifindex
This leaf indicates the ifindex of interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
address-state
This leaf indicates the link status of the interface where the
‘service-ipv4-address’ leaf is configured. The configuration
values can be:
- False: The link in down.
- True: The link up.
[Note] To apply the changes, the cell must be switched to the
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
Remarks
f1
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for f1 traffic.
- false: The IP address is not used for f1 traffic.
- true: The IP address is used for f1 traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
dss
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for dss
traffic.
- false: The IP address is not used for dss traffic.
- true: The IP address is used for dss traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
carrieraggregation
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for inter vDU
carrier aggregation traffic.
- false: The IP address is not used for carrier aggregation
traffic.
- true: The IP address is used for carrier aggregation traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
mplane
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for eCPRI m-
 Key Leaf: No
 Configurable: No
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Chapter 2 Object Module
Name
Description
plane traffic.
- false: The IP address is not used for eCPRI m-plane traffic.
- true: The IP address is used for eCPRI m-plane traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
Remarks
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
service-ipv6-info
This list indicates the IPv6 address and the IP address status information used for
NR service when the service-ip-version is set to ipv6.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/system-ip-information

Attribute: list

Configurable: No

Key: service-ipv6-address
Leaf
Name
Description
Remarks
service-ipv6address
This leaf indicates the IPv6 address for NR service, if the
‘service-ip-version’ leaf is set to ‘ipv6’.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
interface-name
This leaf indicates the interface name.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-type-interface-name, string
 Range
o length (1 to 15)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
ifindex
This leaf indicates the ifindex of interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
address-state
This leaf indicates the link status of the interface where the
‘service-ipv6-address’ leaf is configured. The configuration
values can be:
- False: The link in down.
- True: The link up.
[Note] To apply the changes, the cell must be switched to the
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
Remarks
f1
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for f1 traffic.
- false: The IP address is not used for f1 traffic.
- true: The IP address is used for f1 traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
dss
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for dss
traffic.
- false: The IP address is not used for dss traffic.
- true: The IP address is used for dss traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
carrieraggregation
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for inter vDU
carrier aggregation traffic.
- false: The IP address is not used for carrier aggregation
traffic.
- true: The IP address is used for carrier aggregation traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
mplane
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for eCPRI m-
 Key Leaf: No
 Configurable: No
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Chapter 2 Object Module
Name
Description
plane traffic.
- false: The IP address is not used for eCPRI m-plane traffic.
- true: The IP address is used for eCPRI m-plane traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
Remarks
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
logical-interface-config
This container manages the logical interface configuration for the NR service. You
can configure the contents related to the Virtual Local Area Network (VLAN).
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

virtual-lan
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Chapter 2 Object Module
virtual-lan
This list manages the Virtual Local Area Network (VLAN) interface configuration
information. The VLAN interface can be grown and degrown by creating and
deleting the list. In the interface-name leaf, enter the physical interface name
connected to the VLAN interface. If the physical interface does not exist, the
expansion of the VLAN interface fails.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/logical-interface-config

Attribute: list

Configurable: Yes

Key: interface-name, vlan-id
Leaf
Name
Description
Remarks
interface-name
This leaf indicates the virtual Network Interface Card (vNIC)
name to configure the Virtual Local Area Network (VLAN).
 Type: common:common-type-interface-name, string
 Range
o length (1 to 15)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
vlan-id
This leaf indicates the VLAN ID for NR service.
 Type: uint16
 Range
o 1 to 4094
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
administrativestate
This leaf indicates the administration state of the VLAN.
- locked (0): This enum indicates locked the administrative
state. Interface communication is disabled.
- unlocked (1): This enum indicates unlocked the
administrative state. Interface communication is enabled.
[Note] If this vlan is locked, services provided using this vlan
may be stopped.
 Type: access-s5gtype:access-enum-administrative-state,
enumeration
 Range
o locked (0): This enum indicates locked state of
administrative state. Interface communication is
disabled.
o unlocked (1): This enum indicates unlocked state of
administrative state. Interface communication is
enabled.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
user-label
This leaf indicates the user label for VLAN.
 Key Leaf: No
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Name
Description
Remarks
 Type: string
 Range
o length (1 to 96)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ip-interface
This container manages the IP interface information set in the vDU. It includes the
list information for IP configuration.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

external-interfaces
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Chapter 2 Object Module
external-interfaces
This list manages the external interface information for the NR service of the vDU.
When an external interface is created, this list is created automatically.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-interface

Attribute: list

Configurable: Yes

Key: interface-name
Leaf
Name
Description
Remarks
interface-name
This leaf indicates the interface name.
 Type: common:common-type-interface-name, string
 Range
o length (1 to 15)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
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
ipv4-address

ipv6-address
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Chapter 2 Object Module
ipv4-address
This list manages the IPv4 address configuration of the external interface for the
NR service. You can configure and delete the IPv4 address, and simultaneous
settings of the IPv4 address and the IPv6 address are not supported.
[Note] This configuration may cause to stop services.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-interface/external-interfaces

Attribute: list

Configurable: Yes

Key: ip, prefix-length
Leaf
Name
Description
Remarks
ip
This leaf indicates the IPv4 address of the interface.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
prefix-length
This leaf indicates the prefix length of the IPv4 address.
 Type: uint8
 Range
o 0 to 32
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
f1
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for f1 traffic.
- false: The IP address is not used for f1 traffic.
- true: The IP address is used for f1 traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
dss
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for dss
traffic.
- false: The IP address is not used for dss traffic.
- true: The IP address is used for dss traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Name
Description
Remarks
carrieraggregation
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for inter vDU
carrier aggregation traffic.
- false: The IP address is not used for carrier aggregation
traffic.
- true: The IP address is used for carrier aggregation traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
mplane
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for eCPRI mplane traffic.
- false: The IP address is not used for eCPRI m-plane traffic.
- true: The IP address is used for eCPRI m-plane traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
dhcp-serverenable
This leaf indicates the DHCP Server configuration in order to
assign RU IP. When it is set to 'true', this IP can be used as
DHCP Server.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-TR4103
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dhcp-ip-range
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Chapter 2 Object Module
dhcp-ip-range
This container manages the IP range to be allocated by the DHCP server. The IP
range must be the same subnet as the IP set on the interface. If the IP range is not
set, it is automatically. (first-ip is the smallest IP of the subnet, and last-ip is set to
31st IP.)
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-interface/externalinterfaces/ipv4-address

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
first-ip
This leaf indicates the first IP address of IP range.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR4103
last-ip
This leaf indicates the last IP address of IP range.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR4103
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Chapter 2 Object Module
ipv6-address
This list manages the IPv6 address configuration of the external interface for the
NR service. You can configure and delete the IPv6 address, and simultaneous
settings of the IPv6 address and the IPv4 address are not supported.
[Note] This configuration may cause to stop services.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-interface/external-interfaces

Attribute: list

Configurable: Yes

Key: ip, prefix-length
Leaf
Name
Description
Remarks
ip
This leaf indicates the IPv6 address of the interface.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
prefix-length
This leaf indicates the prefix length of the IPv6 address.
 Type: uint8
 Range
o 0 to 128
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
f1
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for f1 traffic.
- false: The IP address is not used for f1 traffic.
- true: The IP address is used for f1 traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
dss
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for dss
traffic.
- false: The IP address is not used for dss traffic.
- true: The IP address is used for dss traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Name
Description
Remarks
carrieraggregation
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for inter vDU
carrier aggregation traffic.
- false: The IP address is not used for carrier aggregation
traffic.
- true: The IP address is used for carrier aggregation traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
mplane
This leaf is the attribute of the IP address. This information
indicates whether to use the IP address entered for eCPRI mplane traffic.
- false: The IP address is not used for eCPRI m-plane traffic.
- true: The IP address is used for eCPRI m-plane traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
dhcp-serverenable
This leaf indicates the DHCP Server configuration in order to
assign RU IPv6. When it is set to 'stateful' or 'stateless', this
IP can be used as DHCP Server.
 Type: access-s5gtype:access-enum-dhcpv6-server-mode,
enumeration
 Range
o disable (0): DHCPv6 server disable
o stateful (1): DHCPv6 server stateful mode enable
o stateless (2): DHCPv6 server stateless mode enable
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-TR4103
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
dhcp-ip-range
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Chapter 2 Object Module
dhcp-ip-range
This container manages the IP range to be allocated by the DHCP server. The IP
range must be the same subnet as the IP set on the interface. If the IP range is not
set, it is automatically. (first-ip is the smallest IP of the subnet, and last-ip is set to
31st IP.)
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-interface/externalinterfaces/ipv6-address

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
first-ip
This leaf indicates the first IP address of IP range.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR4103
last-ip
This leaf indicates the last IP address of IP range.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR4103
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Chapter 2 Object Module
ip-route
This container manages the route information of vDU. It includes the IPv4/IPv6
route information and routing table information.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

ipv4-route

ipv6-route
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Chapter 2 Object Module
ipv4-route
This container manages the IPv4 route information of vDU. It includes a list that
manages the IPv4 route information.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-route

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

ipv4-static-route
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Chapter 2 Object Module
ipv4-static-route
This list manages the IPv4 static route configuration. You can configure a static
route manually in the system.
[Note] This configuration may cause to stop services.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-route/ipv4-route

Attribute: list

Configurable: Yes

Key: prefix, gateway
Leaf
Name
Description
Remarks
prefix
This leaf indicates the prefix of the destination address of
route entry.
 Type: inet:ipv4-prefix, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
gateway
This leaf indicates the nexthop address of the destination
prefix.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
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Child Node
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Chapter 2 Object Module
ipv6-route
This container manages the IPv6 route information of vDU. It includes a list that
manages the IPv6 route information.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-route

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

ipv6-static-route
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Chapter 2 Object Module
ipv6-static-route
This list manages the IPv6 static route configuration. You can configure a static
route manually in the system.
[Note] This configuration may cause to stop services.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/ip-route/ipv6-route

Attribute: list

Configurable: Yes

Key: prefix, gateway
Leaf
Name
Description
Remarks
prefix
This leaf indicates the prefix of the destination address of
route entry.
 Type: inet:ipv6-prefix, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
gateway
This leaf indicates the nexthop address of the destination
prefix.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
dhcp
This container manages the DHCP server configuration for eCPRI RU.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
lease-time
This leaf is the IP lease time seconds.
 Type: uint32
 Range
o 10 to 4294967295
 Unit: s
 Configurable: Yes
 Related Feature ID:
FGP-TR4103
Child Node

dhcpv4

dhcpv6
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Chapter 2 Object Module
dhcpv4
This container indicates DHCP client IPv4 information allocated by DHCP server.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/dhcp

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

ip-leased-oru
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Chapter 2 Object Module
ip-leased-oru
This list indicates the serial number of ORU to which IP is allocated from the
DHCP server of vDU.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/dhcp/dhcpv4

Attribute: list

Configurable: No

Key: interface-name, serial-number
Leaf
Name
Description
Remarks
interface-name
This leaf indicates the interface name of vDU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-type-interface-name, string
 Range
o length (1 to 15)
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
FGP-TR4103
serial-number
This leaf indicates the serial number of the ORU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
FGP-TR4103
ip
This leaf indicates the IPv4 address allocated to ORU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR4103
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Chapter 2 Object Module
dhcpv6
This container indicates DHCP client IPv6 information allocated by DHCP server.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/dhcp

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

ip-leased-oru
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Chapter 2 Object Module
ip-leased-oru
This list indicates the serial number of ORU to which IP is allocated from the
DHCP server of vDU.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/dhcp/dhcpv6

Attribute: list

Configurable: No

Key: interface-name, serial-number
Leaf
Name
Description
Remarks
interface-name
This leaf indicates the interface name of vDU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-type-interface-name, string
 Range
o length (1 to 15)
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
FGP-TR4103
serial-number
This leaf indicates the serial number of the ORU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
FGP-TR4103
ip
This leaf indicates the IPv6 address allocated to ORU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR4103
73960
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There is no child node in this object.
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Chapter 2 Object Module
access-control-list
This container indicates the Access Control List (ACL) configuration. The ACL
provides the basic packet filtering function based on the L3/L4 packet header. The
network access can be controlled by transmitting or blocking packets according to
the specified rules for packets entering and leaving the interface.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

acl-rule-config

backhaul-acl
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Chapter 2 Object Module
acl-rule-config
This list manages the Access Control List (ACL) rule configuration information.
The ACL rule classifies packets based on the following 6-tuple:
- Source IP
- Destination IP
- Source port
- Target port
- L3/L4 protocol
- Differentiated Services Code Point (DSCP)
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/access-control-list

Attribute: list

Configurable: Yes

Key: acl-name, sequence-id
Leaf
73960
Name
Description
acl-name
This leaf indicates the Access Control List (ACL) name. One
ACL can have a set of rules. The unit used to classify these
ACLs is acl-name.
 Type: string
 Range
o length (1 to 32)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
sequence-id
This leaf indicates the rule application priority in an Access
Control List (ACL) classified by acl-name. A rule in an ACL
cannot have duplicate priority and a lower sequence-id has a
higher priority.
 Type: uint8
 Range
o 1 to 127
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
action
This leaf indicates whether to allow or reject a packet that
matches the ACL rule.
 Type: access-s5gtype:access-enum-action-type,
enumeration
 Range
o deny (0): This enum means the deny. Refuse and
discard packets that match the ACL rule.
o permit (1): This enum means the permit. Receives or
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
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Chapter 2 Object Module
Name
Description
transmits packets that match the ACL rule.
 Unit: N/A
Remarks
protocol
This leaf indicates the protocol to apply an ACL rule.
 Type: access-s5gtype:access-enum-acl-proto-type,
enumeration
 Range
o all (0): This enum means all protocol. All protocol
numbers of a packet satisfy this condition.
o icmp (1): This enum means the ICMP.
o icmpv6 (2): This enum means the ICMPv6.
o tcp (3): This enum means the TCP.
o udp (4): This enum means the UDP.
o sctp (5): This enum means the SCTP.
o number (20): This enum means the check of the value
entered in the protocol-num.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
protocol-num
This leaf indicates the protocol number. For example, TCP is
6. This value is valid only when protocol is number.
 Type: uint16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
ip-version
This leaf indicates the IP version of Access Control List (ACL)
rule. The IPv4 and IPv6 cannot be configured as one aclname. The configuration values can be:
- ipv4: The IP version of ACL rule is IPv4.
- ipv6: The IP version of ACL rule is IPv6.
 Type: inet:ip-version, enumeration
 Range
o unknown (0): An unknown or unspecified version of the
Internet protocol.
o ipv4 (1): The IPv4 protocol as defined in RFC 791.
o ipv6 (2): The IPv6 protocol as defined in RFC 2460.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
source-ipv4prefix
This leaf indicates the source IP address and the prefix
length of IPv4 ACL rule. This value is valid only when ipversion is ipv4.
 Type: inet:ipv4-prefix, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
destinationipv4-prefix
This leaf indicates the destination IP address and the prefix
length of IPv4 ACL rule. This value is valid only when ipversion is ipv4.
 Type: inet:ipv4-prefix, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
source-ipv6prefix
This leaf indicates the source IP address and the prefix
length of IPv6 ACL rule. This value is valid only when ipversion is ipv6.
 Type: inet:ipv6-prefix, string
 Range: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
destinationipv6-prefix
This leaf indicates the destination IP address and the prefix
length of IPv6 ACL rule. This value is valid only when ipversion is ipv6.
 Type: inet:ipv6-prefix, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
source-port
This leaf indicates the source port number of ACL rule for the
specified protocol type. This value is valid only when the
protocol is ANY (or any), tcp (6), udp (17) or sctp (132). The
configuration values can be:
- ANY (or any): The source port number of packet is not
compared if no value is entered or ANY (or any) is entered.
- 0 to 65535: The entered value is compared with the source
port number of packet to find out if they match.
- MIN-MAX: Compares if the source port number is included
in the entered range.
 Type: string
 Range
o length (0 to 16)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
destination-port
This leaf indicates the destination port number of ACL rule for
the specified protocol type. This value is valid only when the
protocol is ANY (or any), tcp (6), udp (17) or sctp (132). The
configuration values can be:
- ANY (or any): The destination port number of packet is not
compared if no value is entered or ANY (or any) is entered.
- 0 to 65535: The entered value is compared with the
destination port number of packet to find out if they match.
- MIN-MAX: Compares if the destination port number is
included in the entered range.
 Type: string
 Range
o length (0 to 16)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
dscp-switch
This leaf determines whether or not to compare the DSCP
number of a packet. The configuration values can be:
- disable: The DSCP number of packet is not compared.
- enable: The DSCP number of packet is compared to
generate the Access Control List (ACL) rule.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
dscp
This leaf indicates the Differentiated Services Code Point
(DSCP) number. This value is only valid when dscp-switch is
enabled.
 Type: inet:dscp, uint8
 Range
o 0 to 63
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
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Chapter 2 Object Module
Child Node
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Chapter 2 Object Module
backhaul-acl
This list manages the Access Control List (ACL) rule setting information that is
applied to the interface. It supports the ingress and egress of ACL functions.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/ip-system/access-control-list

Attribute: list

Configurable: Yes

Key: interface-name, direction, acl-name
Leaf
Name
Description
Remarks
interface-name
This leaf indicates the name of backhaul interface.
 Type: common:common-type-interface-name, string
 Range
o length (1 to 15)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
direction
This leaf indicates the direction to apply the Access Control
List (ACL) to the interface.
 Type: access-s5gtype:access-enum-acl-direction,
enumeration
 Range
o ingress (0): This enum means the ingress. The ACL rule
is applied to the packets received by the interface.
o egress (1): This enum means the egress. The ACL rule
is applied to the packets transmitted from the interface.
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
acl-name
This leaf indicates Access Control List (ACL) name to be
applied to the interface.
 Type: leafref
 Range
o length (1 to 32)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGP-SE0501
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Chapter 2 Object Module
transport-system
This container manages the Transport Element.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

network-performance-monitoring
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Chapter 2 Object Module
network-performance-monitoring
This container manages the network performance monitoring configuration. The
Service Level Agreement (SLA) and Two-Way Active Measurement Protocol
(TWAMP) related items of diagnostic tests can be configured.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

sla

twamp

diagnostic-test-list

diagnostic-test-result-list
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Chapter 2 Object Module
sla
This container indicates Service Level Agreement (SLA) of the diagnostic test.
The container is a collection of sub containers that manage each settings of SLA.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

sla-threshold
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Chapter 2 Object Module
sla-threshold
This container includes Service Level Agreement (SLA) thresholds of the
diagnostic test. These thresholds are used to determine the status of KPIs used in
network diagnostic tests.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring/sla

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
good-lossthreshold
This leaf indicates the good threshold of test packet loss. If
the loss is below good-loss-threshold, the loss alarm is
EXCELLENT. If the loss is between good-loss-threshold and
bad-loss-threshold, the loss alarm is GOOD. If the loss is
over bad-loss-threshold, the loss alarm is BAD.
 Type: uint32
 Range
o 1 to 80000
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-lossthreshold
This leaf indicates the bad threshold of test packet loss. If the
loss is below good-loss-threshold, the loss alarm is
EXCELLENT. If the loss is between good-loss-threshold and
bad-loss-threshold, the loss alarm is GOOD. If the loss is
over bad-loss-threshold, the loss alarm is BAD.
 Type: uint32
 Range
o 1 to 80000
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-loss-ratiothreshold
This leaf indicates the good threshold of test packet loss
ratio. If the loss ratio is below good-loss-ratio-threshold, the
loss ratio alarm is EXCELLENT. If the loss ratio is between
good-loss-ratio-threshold and bad-loss-ratio-threshold, the
loss ratio alarm is GOOD. If the loss ratio is over bad-lossratio-threshold, the loss ratio alarm is BAD.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-loss-ratiothreshold
This leaf indicates the bad threshold of test packet loss ratio.
If the loss ratio is below good-loss-ratio-threshold, the loss
ratio alarm is EXCELLENT. If the loss ratio is between goodloss-ratio-threshold and bad-loss-ratio-threshold, the loss
ratio alarm is GOOD. If the loss ratio is over bad-loss-ratio-
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
Name
Description
threshold, the loss ratio alarm is BAD.
 Type: uint32
 Range
o 1 to 100
 Unit: %
Remarks
goodthroughputthreshold
This leaf indicates the good threshold of test packet
throughput. If the throughput is below bad-throughputthreshold, the throughput alarm is BAD. If the throughput is
between good-throughput-threshold and bad-throughputthreshold, the throughput alarm is GOOD. If the throughput is
over good-throughput-threshold, the throughput alarm is
EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-throughputthreshold
This leaf indicates the bad threshold of test packet
throughput. If the throughput is below bad-throughputthreshold, the throughput alarm is BAD. If the throughput is
between good-throughput-threshold and bad-throughputthreshold, the throughput alarm is GOOD. If the throughput is
over good-throughput-threshold, the throughput alarm is
EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-delaythreshold
This leaf indicates the good threshold of test packet delay. If
the delay is below good-delay-threshold, the delay alarm is
EXCELLENT. If the delay is between good-delay-threshold
and bad-delay-threshold, the delay alarm is GOOD. If the
delay is over bad-delay-threshold, the delay alarm is BAD.
 Type: uint32
 Range
o 1 to 5000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-delaythreshold
This leaf indicates the bad threshold of test packet delay. If
the delay is below good-delay-threshold, the delay alarm is
EXCELLENT. If the delay is between good-delay-threshold
and bad-delay-threshold, the delay alarm is GOOD. If the
delay is over bad-delay-threshold, the delay alarm is BAD.
 Type: uint32
 Range
o 1 to 5000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-jitterthreshold
This leaf indicates the good threshold of test packet jitter. If
the jitter is below good-jitter-threshold, the jitter alarm is
EXCELLENT. If the jitter is between good-jitter-threshold and
bad-jitter-threshold, the jitter alarm is GOOD. If the jitter is
over bad-jitter-threshold, the jitter alarm is BAD.
 Type: uint32
 Range
o 1 to 5000
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: ms
bad-jitterthreshold
This leaf indicates the bad threshold of test packet jitter. If the
jitter is below good-jitter-threshold, the jitter alarm is
EXCELLENT. If the jitter is between good-jitter-threshold and
bad-jitter-threshold, the jitter alarm is GOOD. If the jitter is
over bad-jitter-threshold, the jitter alarm is BAD.
 Type: uint32
 Range
o 1 to 5000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-mosthreshold
This leaf indicates the good threshold of test packet Mean
Opinion Score (MOS). If the MOS is below bad-mosthreshold, the MOS alarm is BAD. If the MOS is between
good-mos-threshold and bad-mos-threshold, the MOS alarm
is GOOD. If the MOS is over good-mos-threshold, the MOS
alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 5
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-mosthreshold
This leaf indicates the bad threshold of test packet Mean
Opinion Score (MOS). If the MOS is below bad-mosthreshold, the MOS alarm is BAD. If the MOS is between
good-mos-threshold and bad-mos-threshold, the MOS alarm
is GOOD. If the MOS is over good-mos-threshold, the MOS
alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 5
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-availthreshold
This leaf indicates the good threshold of test packet
availability. If the availability is below bad-avail-threshold, the
availability alarm is BAD. If the availability is between goodavail-threshold and bad-avail-threshold, the availability alarm
is GOOD. If the availability is over good-avail-threshold, the
availability alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-availthreshold
This leaf indicates the bad threshold of test packet
availability. If the availability is below bad-avail-threshold, the
availability alarm is BAD. If the availability is between goodavail-threshold and bad-avail-threshold, the availability alarm
is GOOD. If the availability is over good-avail-threshold, the
availability alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-connthreshold
This leaf indicates the good threshold of test packet
connectivity. If the connectivity is below bad-conn-threshold,
the connectivity alarm is BAD. If the connectivity is between
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
Name
Description
good-conn-threshold and bad-conn-threshold, the
connectivity alarm is GOOD. If the connectivity is over goodconn-threshold, the connectivity alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
Remarks
bad-connthreshold
This leaf indicates the bad threshold of test packet
connectivity. If the connectivity is below bad-conn-threshold,
the connectivity alarm is BAD. If the connectivity is between
good-conn-threshold and bad-conn-threshold, the
connectivity alarm is GOOD. If the connectivity is over goodconn-threshold, the connectivity alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-transfertime-ratiothreshold
This leaf indicates the good threshold of test packet transfer
time ratio. If the transfer time ratio is below bad-transfer-timeratio-threshold, the transfer time ratio alarm is BAD. If the
transfer time ratio is between good-transfer-time-ratiothreshold and bad-transfer-time-ratio-threshold, the transfer
time ratio alarm is GOOD. If the transfer time ratio is over
good-transfer-time-ratio-threshold, the transfer time ratio
alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-transfertime-ratiothreshold
This leaf indicates the bad threshold of test packet transfer
time ratio. If the transfer time ratio is below bad-transfer-timeratio-threshold, the transfer time ratio alarm is BAD. If the
transfer time ratio is between good-transfer-time-ratiothreshold and bad-transfer-time-ratio-threshold, the transfer
time ratio alarm is GOOD. If the transfer time ratio is over
good-transfer-time-ratio-threshold, the transfer time ratio
alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
good-bufferdelay-threshold
This leaf indicates the good threshold of test packet buffer
delay. If the buffer delay is below good-buffer-delaythreshold, the buffer delay alarm is EXCELLENT. If the buffer
delay is between good-buffer-delay-threshold and bad-bufferdelay-threshold, the buffer delay alarm is GOOD. If the buffer
delay is over bad-buffer-delay-threshold, the buffer delay
alarm is BAD.
 Type: uint32
 Range
o 1 to 300
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-buffer-
This leaf indicates the bad threshold of test packet buffer
delay. If the buffer delay is below good-buffer-delay-
 Configurable: Yes
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Chapter 2 Object Module
Name
delay-threshold
Description
threshold, the buffer delay alarm is EXCELLENT. If the buffer
delay is between good-buffer-delay-threshold and bad-bufferdelay-threshold, the buffer delay alarm is GOOD. If the buffer
delay is over bad-buffer-delay-threshold, the buffer delay
alarm is BAD.
 Type: uint32
 Range
o 1 to 300
 Unit: %
Remarks
good-efficiencythreshold
This leaf indicates the good threshold of test packet
efficiency. If the efficiency is below bad-efficiency-threshold,
the efficiency alarm is BAD. If the efficiency is between goodefficiency-threshold and bad-efficiency-threshold, the
efficiency alarm is GOOD. If the efficiency is over goodefficiency-threshold, the efficiency alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
bad-efficiencythreshold
This leaf indicates the bad threshold of test packet efficiency.
If the efficiency is below bad-efficiency-threshold, the
efficiency alarm is BAD. If the efficiency is between goodefficiency-threshold and bad-efficiency-threshold, the
efficiency alarm is GOOD. If the efficiency is over goodefficiency-threshold, the efficiency alarm is EXCELLENT.
 Type: uint32
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
twamp
This container manages configuration settings to provide various functions of
Two-Way Active Measurement Protocol (TWAMP). TWAMP is an advanced
protocol of the Internet Control Message Protocol (ICMP) for obtaining accurate
and detail information about network conditions. You can check the operation
setting of the TWAMP client and the reflector and the session information being
operated by the TWAMP reflector.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node
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twamp-config

twamp-reflector-config

twamp-light-reflector-config

twamp-reflector-count
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Chapter 2 Object Module
twamp-config
This container manages the configuration settings of the client to provide TwoWay Active Measurement Protocol (TWAMP) function. The TWAMP client
performs the test by requesting the TWAMP reflector to test the IP of the 862
well-known port. The container manages the operation policy on the TWAMP
client side during the test.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring/twamp

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
min-udp-port
This leaf indicates minimum value of client's port range for
conducting TWAMP test.
 Type: inet:port-number, uint16
 Range
o 65344 to 65375
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
max-udp-port
This leaf indicates maximum value of client's port range for
conducting TWAMP test.
 Type: inet:port-number, uint16
 Range
o 65344 to 65375
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
log-dir-size
This leaf indicates maximum value of the directory for log
storage after the end of the TWAMP test. If the capacity of
the log storage directory exceeds the set value, the TWAMP
test is not performed. But, if set to 0, no restrictions apply.
The range of values is 0 to 100 (MB), and the default value is
50.
 Type: uint8
 Range
o 0 to 100
 Unit: MB
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
clock-type
This leaf indicates the clock source to be used by the
TWAMP client for synchronization when performing the test.
- none: Unsynchronized
- ntp: Synchronized with Network Time Protocol (NTP)
- 1588: Synchronized with IEEE 1588v2 Phase Precision
Time Protocol
 Type: access-s5gtype:access-enum-twamp-client-clocktype, enumeration
 Configurable: Yes
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o none (0): This enum indicates the time synchronization
is not enabled.
o ntp (1): This enum indicates the Network Time Protocol
(NTP).
o 1588 (2): This enum indicates the IEEE 1588v2_Phase
Precision Time Protocol.
 Unit: N/A
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Chapter 2 Object Module
twamp-reflector-config
This container manages the configuration settings of the reflector to provide TwoWay Active Measurement Protocol (TWAMP) function. The TWAMP reflector
accepts or denies TWAMP client requests through the well-known 862 port. The
container manages the operation policy on the TWAMP reflector side during the
test.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring/twamp

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
reflector-type
This leaf determines how the TWAMP reflector works.
 Type: gnbducnf_type:access-enum-twamp-reflector-type,
enumeration
 Range
o disable (0): This enum indicates the TWAMP reflector is
disabled.
o enable-tr (1): This enum indicates the TWAMP reflector
is in operation.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
min-udp-port
This leaf indicates minimum value of reflector's UDP port
range for conducting TWAMP test.
 Type: inet:port-number, uint16
 Range
o 65376 to 65407
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
max-udp-port
This leaf indicates maximum value of reflector's UDP port
range for conducting TWAMP test.
 Type: inet:port-number, uint16
 Range
o 65376 to 65407
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
acl-usage
This leaf decides whether to apply ACL rule.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
acl-action
This leaf determines the behavior of the TWAMP reflector by
 Configurable: Yes
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Chapter 2 Object Module
Name
Description
ACL rule.
- deny: reject the TWAMP test requested from the IP
contained in the set mask.
- permit: accept only the TWAMP test requested from the IP
contained in the set mask.
 Type: access-s5gtype:access-enum-action-type,
enumeration
 Range
o deny (0): This enum means the deny. Refuse and
discard packets that match the ACL rule.
o permit (1): This enum means the permit. Receives or
transmits packets that match the ACL rule.
 Unit: N/A
Remarks
in-ip-address
This leaf-list indicates the list of IP address prefix that
specifies the scope to which the ACL rule applies.
 Type: inet:ip-prefix, union (inet:ipv4-prefix, inet:ipv6-prefix)
 Range
o inet:ipv4-prefix, inet:ipv6-prefix, min-elements (1), maxelements (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
clock-type
This leaf indicates the clock source to be used by the
TWAMP reflector for synchronization when performing the
test.
- none: Unsynchronized
- 1588: Synchronized with IEEE 1588v2 Phase Precision
Time Protocol
 Type: access-s5gtype:access-enum-twamp-reflector-clocktype, enumeration
 Range
o none (0): This enum indicates the time synchronization
is not enabled.
o 1588 (2): This enum indicates the IEEE 1588v2_Phase
Precision Time Protocol.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
 Related Feature ID:
FGP-TR3102
73960
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Chapter 2 Object Module
twamp-light-reflector-config
This container manages the configuration settings of the reflector to provide TwoWay Active Measurement Protocol (TWAMP) function. The TWAMP Light
reflector immediately returns the test packet of the TWAMP client through the
UDP port. The container manages the operation policy on the TWAMP Light
reflector side during the test.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring/twamp

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
reflector-type
This leaf determines how the TWAMP Light reflector works.
 Type: gnbducnf_type:access-enum-twamp-reflector-type,
enumeration
 Range
o disable (0): This enum indicates the TWAMP reflector is
disabled.
o enable-tr (1): This enum indicates the TWAMP reflector
is in operation.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
udp-port
This leaf indicates light reflector's UDP port for conducting
TWAMP test.
 Type: inet:port-number, uint16
 Range
o 65408 to 65415
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
acl-usage
This leaf decides whether to apply ACL rule.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
acl-action
This leaf determines the behavior of the TWAMP Light
reflector by ACL rule.
- deny: reject the TWAMP test requested from the IP
contained in the set mask.
- permit: accept only the TWAMP test requested from the IP
contained in the set mask.
 Type: access-s5gtype:access-enum-action-type,
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
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Chapter 2 Object Module
Name
Description
enumeration
 Range
o deny (0): This enum means the deny. Refuse and
discard packets that match the ACL rule.
o permit (1): This enum means the permit. Receives or
transmits packets that match the ACL rule.
 Unit: N/A
Remarks
in-ip-address
This leaf-list indicates the list of IP address prefix that
specifies the scope to which the ACL rule applies.
 Type: inet:ip-prefix, union (inet:ipv4-prefix, inet:ipv6-prefix)
 Range
o inet:ipv4-prefix, inet:ipv6-prefix, min-elements (1), maxelements (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
clock-type
This leaf indicates the clock source to be used by the
TWAMP Light reflector for synchronization when performing
the test.
- none: Unsynchronized
- 1588: Synchronized with IEEE 1588v2 Phase Precision
Time Protocol
 Type: access-s5gtype:access-enum-twamp-reflector-clocktype, enumeration
 Range
o none (0): This enum indicates the time synchronization
is not enabled.
o 1588 (2): This enum indicates the IEEE 1588v2_Phase
Precision Time Protocol.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
73960
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Chapter 2 Object Module
twamp-reflector-count
This container retrieves entire session information of the Two-Way Active
Measurement Protocol (TWAMP) reflector. The TWAMP reflector manages the
request of each TWAMP client as a session. You can use this information to
determine whether or not the TWAMP reflector is working properly.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring/twamp

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node
73960

reset-count

session-list
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Chapter 2 Object Module
reset-count
This container initializes the packet counter of the Two-Way Active Measurement
Protocol (TWAMP) test session that is currently running on the TWAMP reflector.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring/twamp/twamp-reflector-count

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
reset-all
This leaf initializes the packet counter of the entire TWAMP
test session running on the TWAMP reflector.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
session-id
This leaf specifies the ID of the TWAMP test session to reset.
 Type: uint32
 Range
o 0 to 3000
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-TR3102
73960
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Chapter 2 Object Module
session-list
This list retrieves the entire Two-Way Active Measurement Protocol (TWAMP)
test session running on the TWAMP reflector.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring/twamp/twamp-reflector-count

Attribute: list

Configurable: No

Key: session-id
Leaf
Name
Description
Remarks
session-id
This leaf specifies the ID of the TWAMP test session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 3000
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
FGP-TR3102
source-ipaddress
This leaf is the source IP address of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
source-udp-port
This leaf is the source UDP port number of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
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Chapter 2 Object Module
Name
Description
Remarks
destination-ipaddress
This leaf is the destination IP address of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
destinationudp-port
This leaf is the destination UDP port number of the TWAMP
test session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
twamp-type
This leaf indicates what kind of TWAMP reflector is working.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-twamp-type,
enumeration
 Range
o twamp (0): This enum indicates the TWAMP test.
o twamp-light (1): This enum indicates the TWAMP Light
test.
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
reflector-type
This leaf determines how the TWAMP reflector works.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-twamp-reflector-type,
enumeration
 Range
o disable (0): This enum indicates the TWAMP reflector is
disabled.
o enable-tr (1): This enum indicates the TWAMP reflector
is in operation.
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
rx-count
This leaf indicates the total number of TWAMP test packets
received by the TWAMP reflector.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
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Chapter 2 Object Module
Name
Description
Remarks
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
tx-count
This leaf indicates the total number of TWAMP test packets
transmitted by the TWAMP reflector.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
drop-count
This leaf indicates the total number of TWAMP test packets
dropped by the TWAMP reflector.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
last-updatedtime
This leaf represents the last time the current information was
updated.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:date-and-time, string
 Range: N/A
 Unit: N/A
73960
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3102
Child Node
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Chapter 2 Object Module
diagnostic-test-list
This list shows the entire diagnostic test running on the Two-Way Active
Measurement Protocol (TWAMP) client. You can use this information to
determine whether or not the TWAMP clients are working properly.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring

Attribute: list

Configurable: No

Key: test-id
Leaf
Name
Description
Remarks
test-id
This leaf indicates the ID of diagnostic test. Its value is unique
for the entire diagnostic test.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-diagnostic-test-idrange, uint32
 Range
o 0 to 127
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
FGP-TR3101
test-type
This leaf indicates the type of diagnostic test.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-diagnostic-test-type,
enumeration
 Range
o twamp-ping (0): This enum indicates the Two-Way
Active Measurement Protocol (TWAMP) test.
o twamp-light-ping (1): This enum indicates the Two-Way
Active Measurement Protocol (TWAMP) Light test.
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
source-ipaddress
This leaf is the source IP address of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6-
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
Name
Description
address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
Remarks
source-udp-port
This leaf is the source UDP port number of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
destination-ipaddress
This leaf is the destination IP address of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
destinationudp-port
This leaf is the destination UDP port number of the TWAMP
test session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
73960
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Chapter 2 Object Module
diagnostic-test-result-list
This list retrieves the diagnostic test results for entire Two-Way Active
Measurement Protocol (TWAMP) clients that have completed. The list can store
up to 1000 errors or results. You can use this information to verify the results of
TWAMP client operation.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/transport-system/network-performancemonitoring

Attribute: list

Configurable: No

Key: result-saved-time
Leaf
Name
Description
Remarks
test-id
This leaf indicates the ID of diagnostic test. Its value is unique
for the entire diagnostic test.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-diagnostic-test-idrange, uint32
 Range
o 0 to 127
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
test-type
This leaf indicates the type of diagnostic test.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-diagnostic-test-type,
enumeration
 Range
o twamp-ping (0): This enum indicates the Two-Way
Active Measurement Protocol (TWAMP) test.
o twamp-light-ping (1): This enum indicates the Two-Way
Active Measurement Protocol (TWAMP) Light test.
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
source-ipaddress
This leaf is the source IP address of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
Name
Description
Remarks
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
source-udp-port
This leaf is the source UDP port number of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
destination-ipaddress
This leaf is the destination IP address of the TWAMP test
session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
destinationudp-port
This leaf is the destination UDP port number of the TWAMP
test session.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
result-savedtime
This leaf represents the time when the test results were
saved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:date-and-time, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
FGP-TR3101
result-type
This leaf represents the result of diagnostic test.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
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Chapter 2 Object Module
Name
Description
Remarks
 Type: access-s5gtype:access-enum-diagnostic-test-resulttype, enumeration
 Range
o test-fail (-1): This enum indicates the failure reason of
the test.
o test-success-summary (0): This enum indicates the test
is completed successfully and shows the summary
result.
o test-success-periodic (1): This enum indicates the test is
in progress and shows the periodic result.
 Unit: N/A
resultadditional-info
This leaf shows the detailed results of the diagnostic test. In
certain error situations, the leaf may be empty.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 3968)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGP-TR3101
Child Node
73960
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Chapter 2 Object Module
virtual-port
This container manages the virtual port information of pod. It includes a virtualport-entries list.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

virtual-port-entries
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virtual-port-entries
This list indicates the information of the virtual port. It includes status information
such as port type, ID, administrative-state, redundancy-state, Maximum
Transmission Unit (MTU) information, and so on.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries/virtual-port

Attribute: list

Configurable: Yes

Key: port-type, port-id
Leaf
Name
Description
Remarks
port-type
This leaf indicates port types. Supported Port types are
midhaul, fronthaul types.
 Type: access-s5gtype:access-enum-pod-port-type,
enumeration
 Range
o external (1): This enum is a port for external
communication.
o midhaul (3): This enum is a port for midhaul
communication.
o fronthaul (4): This enum is a port for fronthaul
communication.
o backhaul (5): This enum is a port for backhaul
communication.
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
port-id
This leaf indicates the port ID, where the external link
information is configured.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
administrativestate
This leaf indicates the administrative state for usage of the
external link.
- locked: The system does not provide any call services. The
operator can management the related resources.
- unlocked: The system is ready to provide call services. This
leaf indicates the administrative state for usage of the
external link.
- locked: The system does not provide any call services. The
operator can management the related resources.
- unlocked: The system is ready to provide call services.
[Note] If the port has been locked, communication through
the port is disabled and physical port down can be occurred.
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Remarks
 Type: access-s5gtype:access-enum-administrative-state,
enumeration
 Range
o locked (0): This enum indicates locked state of
administrative state. Interface communication is
disabled.
o unlocked (1): This enum indicates unlocked state of
administrative state. Interface communication is
enabled.
 Unit: N/A
operationalstate
This leaf indicates the operational state of the virtual port link.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-oper-type, enumeration
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
mtu
This leaf indicates the Maximum Transmission Unit (MTU).
[Note] In case that MTU changes cause mismatch between
the NE and the other network elements, loss of
communication with the NE can be occurred.
 Type: uint16
 Range
o 1280 to 9000
 Unit: byte
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
user-label
This leaf indicates the user label of virtual port. This leaf can
be set for description.
 Type: string
 Range
o length (1 to 96)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
interface-name
This leaf indicates the interface name.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
hw-address
This leaf indicates the MAC address.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:mac-address, string
 Range: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Unit: N/A
Child Node
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cpu
This container manages CPU usage information. You can retrieve the current CPU
usage. CPU usage is updated periodically and displayed as a percentage.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
cpu-load
This leaf indicates the current CPU used rate in percentage
points.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: union (int16, enumeration)
 Range
o - (-1)
o -32768 to 32767
 Unit: %
 Configurable: No
 Related Feature ID: N/A
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memory
This container manages the memory usage information. You can retrieve the total
size of memory, size in use, available size, and current memory usage.
Basic Information

Hierarchy: managed-element/virtual-function/cnf/pod/podentries

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
total-size
This leaf indicates the total memory size in kilobytes.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-union-int32-and-unknown,
union (int32, enumeration)
 Range
o - (-1)
o -2147483648 to 2147483647
 Unit: KB
 Configurable: No
 Related Feature ID: N/A
used-size
This leaf indicates the used memory size in kilobytes.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-union-int32-and-unknown,
union (int32, enumeration)
 Range
o - (-1)
o -2147483648 to 2147483647
 Unit: KB
 Configurable: No
 Related Feature ID: N/A
free-size
This leaf indicates the available memory size in kilobytes.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-union-int32-and-unknown,
union (int32, enumeration)
 Range
o - (-1)
o -2147483648 to 2147483647
 Unit: KB
 Configurable: No
 Related Feature ID: N/A
used-ratio
This leaf indicates the used rate of memory in percentage
 Configurable: No
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Name
Description
points.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-union-decimal64-digit2-andunknown, union (decimal64, enumeration)
 Range
o - (-1)
o -92233720368547758.08 to 92233720368547758.07
 Unit: %
Remarks
 Related Feature ID: N/A
Child Node
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gnb-du-function
This container indicates the function of gNB-DU.
Basic Information

Hierarchy: managed-element

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
gnodeb-id
This leaf indicates the ID of the gNB set by the user when a
gNB-DU is grown. This leaf may be limited in the range of
values that can be set according to the value of the gnodebid-length. The cell must not be grown to change the setting
value. [System Impact] If the value is changed during an
operation, it must be changed with the gnodeb-id of the
mapped gNB-CU. Otherwise, it may not be interoperated with
the gNB-CU.
[Note] If you change this parameter, gNB service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
gnodeb-idlength
This leaf indicates the bit length of a gnodeb-id set by the
user when the gNB-DU is grown. When changing the setting
value, it must be set in consideration of the pre-set gnodeb-id
value. The cell must not be grown to change the setting
value. [System Impact] If the value is changed during an
operation, it must be changed with the gnodeb-in-length of
the mapped gNB-CU. Otherwise, it may not be interoperated
with the gNB-CU.
[Note] If you change this parameter, gNB service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 22 to 32
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
gnb-du-id
This leaf indicates the ID of the gNB-DU set by the user when
a gNB-DU is grown. It is a unique value that does not overlap
 Configurable: Yes
 Related Feature ID:
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Name
Description
with the ID of the other gNB-DU in the same gNB. Cell should
not be grown to change the setting value. [System Impact]
The gNB DU id should be unique within a gNB. Otherwise,
the operation with the gNB-CU could not perform correctly.
[Note] If you change this parameter, gNB service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint64
 Range
o 0 to 68719476735
 Unit: N/A
Remarks
FGR-CC1103
gnb-du-name
This leaf indicates the human readable name of a gNB-DU
set by the user during the gNB-DU expansion.
 Type: string
 Range
o length (0 to 150)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
Child Node

gnb-du-cac-info

call-preemption-priority-for-standalone

emergency-arp-info

du-call-status

graceful-system-release-conf

timer-info

ue-timer-const-info

end-point-f1c

end-point-dss

end-point-x1

sctp-connection

sctp-param

gnb-du-overload-control

overload-protect-info

endc-bc-information

blocklisted-nr-bc-information

gnb-du-plmn-info
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
du-group-info

son

min-bit-rate-scheduling

gutran-du-cell

gutran-du-qci

mac-bcch-control-func

pcch-config

gnb-du-slice-info

dl-scheduling-parameter-config

ul-scheduling-parameter-config

rim

gutran-du-5qi

nru-functions

rlc-functions

multicarrier-scenario-functionality-config

nr-crnti-config
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gnb-du-cac-info
This container manages the capacity based Call Admission Control (CAC) per DU.
It provides call count based CAC that limit the number of UEs, and Dedicated
Radio Bearer (DRB) count based CAC that limit the number of bearers. To
configure the call count based CAC function, set the call-count-cac-use to 'use'. To
configure the DRB count based CAC function, set drb-count-cac-use to 'use'.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
call-count-cacusage
This leaf configures whether or not to perform an admission
control based on the call count per DU. To perform the
Admission Control function based on a call count per DU, set
the call-count-cac-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
max-call-count
This leaf indicates the maximum number of calls per DU. It
cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-max-call-count-per-durange-type, uint32
 Range
o 1 to 10800
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC0301
reserved-callcount
This leaf indicates the number of reserved calls for
emergency.
 Type: access-s5gtype:access-type-reserved-call-countrange-type, int32
 Range
o 0 to 40
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
drb-count-cacusage
This leaf configures whether to perform an admission control
based on the DRB count per DU. To perform the admission
control function based on a DRB count per DU, set the drbcount-cac-usage to use.
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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Name
Description
Remarks
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
max-drb-count
This leaf indicates the maximum number of DRBs per DU. It
cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-max-drb-count-per-durange-type, uint32
 Range
o 1 to 43200
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC0301
consider-hpacall-asemergencyusage
This leaf configures whether or not to consider
highPriorityAccess call as Emergency call. To consider
highPriorityAccess call as Emergency call, set the considerhpa-call-as-emergency-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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call-preemption-priority-for-standalone
This container manages the preemption priority per establishment or resume cause.
It provides priority per each cause of standalone call. Smaller value is higher
priority.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
emergencypriority
This leaf indicates the preemption priority of emergency
cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
high-priorityaccess-priority
This leaf indicates the preemption priority of high-priorityaccess cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
mt-accesspriority
This leaf indicates the preemption priority of mt-access
cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
mo-signallingpriority
This leaf indicates the preemption priority of mo-signalling
cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
mo-data-priority
This leaf indicates the preemption priority of mo-data cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
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Name
Description
Remarks
 Unit: N/A
mo-voice-callpriority
This leaf indicates the preemption priority of mo-voice-call
cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
mo-video-callpriority
This leaf indicates the preemption priority of mo-video-call
cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
mo-sms-priority
This leaf indicates the preemption priority of mo-sms cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
mps-priorityaccess-priority
This leaf indicates the preemption priority of mps-priorityaccess cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
mcs-priorityaccess-priority
This leaf indicates the preemption priority of mcs-priorityaccess cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
rna-updatepriority
This leaf indicates the preemption priority of rna-update
cause.
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
no-causepriority
This leaf indicates the preemption priority of no cause (ex:HO
call).
 Type: access-s5gtype:access-type-preemption-priorityrange-type, int32
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
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emergency-arp-info
This list manages the emergency ARP information per PLMN.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: plmn-index
Leaf
Name
Description
Remarks
plmn-index
This leaf indicates the index value of the Public Land Mobile
Network (PLMN) list provided by the gNB-DU.
 Type: access-s5gtype:access-type-plmn-num, uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
emergency-arpoption
This leaf indicates the option of operation which determines
emergency call.
 Type: access-s5gtype:access-enum-emergency-arp-option,
enumeration
 Range
o arp-only-mode (0): ARP onlymode
o fiveqi-arp-mode (1): 5QI+ARP mode
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
emergency-arpvalue
This leaf indicates the ARP priority value that determines the
call as an emergency call which has an equal or higher ARP
priority bearer than this value.
 Type: uint32
 Range
o 1 to 15
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
fiveqi
This leaf indicates the 5G QoS Identifier (5QI).
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
fiveqi-arp-value
This leaf indicates the ARP priority value that determines the
call as an emergency call which has a same ARP priority
bearer with this value.
 Type: uint32
 Range
o 1 to 15
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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du-call-status
This container retrieves the number of calls set in the DU units. It cannot be set
and only can be retrieved.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
du-call-count
This leaf indicates the number of calls set in the current DU. It
cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC0301
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Chapter 2 Object Module
graceful-system-release-conf
This container manages the shutting down timer settings per NE. It includes the
information on whether to set the shutting down timer and the duration of the timer.
When the shutting down timer is set, the timer starts when the administrative-state
of the NE is changed to shutting-down. The remaining calls on the NE are released
after waiting for the shutting down timer time.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
shutting-downtimer-enable
This leaf indicates information for determining whether or not
to use the shutting-down-timer. If this leaf is enabled in the
NE shutting-down operation, the shutting-down timer is
started when switching the administrative-state of the NE to
shutting-down, and the remaining calls are released after
waiting for the shutting-down timer. If this leaf is disabled,
wait until all the remaining calls are released when switching
the administrative-state of the NE to shutting-down. When all
calls of an NE are released, the NE status is changed to
locked by an NE shutting down operation. If the
administrative-state of an NE is shutting-down, reject the F1
UE CONTEXT SETUP REQUEST.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0201
This leaf indicates the setting for the time limit of the Shutting
Down state in the NE shutting down operation. If all the calls
of the NE are released, change the administrative-state of the
NE to locked regardless of the remaining shutting-down-timer
time.
 Type: uint16
 Range
o 1 to 3600
 Unit: s
 Configurable: Yes
 Related Feature ID:
OAMP-CM0201
73960
shutting-downtimer
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Chapter 2 Object Module
timer-info
This container manages the internal timer information of the gNB-DU. The timer
value must be set considering the gNB-CU and stable F1 Application Protocol
(F1AP) operation.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
f1-setup
This leaf indicates the waiting time for the F1 Setup
Response or F1 Setup Failure response from the gNB-CU
after the gNB-DU transmits the F1 Setup Request. If a
response is not received within the set waiting time, then the
gNB-DU repeatedly retransmits the F1 Setup Request. When
changing the setting value, it must be set to sufficient value to
ensure the response reception from the gNB-CU.
 Type: int32
 Range
o 100 to 65535
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
f1-du-update
This leaf indicates the waiting time for the gNB-DU
Configuration Update Acknowledge or the gNB-DU
Configuration Update Failure response from gNB-CU after
transmission. If a response is not received within the set
waiting time, the gNB-DU retransmits the gNB-DU
configuration update repeatedly as many times as the
number set in f1-du-update-retry-count. When changing the
setting value, it must be set to sufficient value to ensure the
response reception from a gNB-CU.
 Type: int32
 Range
o 100 to 65535
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
f1-du-updateretry-count
This leaf indicates the number of times that gNB-DU
retransmits the gNB-DU configuration update. If the gNB-DU
Configuration Update Acknowledge or gNB-DU Configuration
Update Failure response is not received from the gNB-CU
within the waiting time set for f1-du-update after transmission,
the gNB-DU Configuration Update is retransmitted.
 Type: access-s5gtype:access-enum-gnb-retry-count-type,
enumeration
 Range
o count-zero (0)
o count-one (1)
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
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Name
Description
o count-two (2)
o count-three (3)
o count-ten (4)
o count-infinity (5)
 Unit: count
Remarks
f1-cu-updatetime-to-wait
This leaf indicates the Time To Wait IE value included in the
gNB-CU Configuration Update Failure, which is received by a
gNB-DU. The gNB-CU Configuration Update Failure can be
transmitted in response to the gNB-CU Configuration Update,
which is received by the gNB-DU. When the gNB-CU
configuration update failure including the Time To Wait IE is
received from the gNB-CU, the gNB-CU configuration update
is retransmitted to the gNB-DU after waiting for the
corresponding time.
 Type: access-s5gtype:access-enum-time-to-wait,
enumeration
 Range
o 1s (0)
o 2s (1)
o 5s (2)
o 10s (3)
o 20s (4)
o 60s (5)
 Unit: s
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
f1-setup-failuretime-to-wait
This leaf indicates the F1 Setup Request retransmission
waiting time used when the F1 Setup Failure is received as a
response to the F1 Setup Request transmitted by the gNBDU. It is used when the F1 Setup Failure received does not
contain the Time To Wait IE value.
 Type: access-s5gtype:access-enum-time-to-wait,
enumeration
 Range
o 1s (0)
o 2s (1)
o 5s (2)
o 10s (3)
o 20s (4)
o 60s (5)
 Unit: s
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
f1-du-updatefailure-time-towait
This leaf indicates the gNB-DU configuration update waiting
time used when the gNB-DU configuration update failure is
received as a response to the gNB-DU configuration update,
which is transmitted by the gNB-DU. It is used when the
received gNB-DU Configuration Update Failure does not
include the Time To Wait value.
 Type: access-s5gtype:access-enum-time-to-wait,
enumeration
 Range
o 1s (0)
o 2s (1)
o 5s (2)
o 10s (3)
o 20s (4)
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
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Name
Description
o 60s (5)
 Unit: s
Remarks
f1-setuprandom-waittime
This leaf indicates the maximum waiting time for F1 Setup
Request transmission when reconnecting the F1. It extracts
the random value below the set value, waits for the
corresponding time, and transmits the F1 Setup Request.
 Type: int16
 Range
o 0 to 60
 Unit: s
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
f1-ue-contextrelease
This leaf indicates the waiting time for receiving the
UEContextReleaseCommand message after transmitting the
UEContextReleaseRequest message from gNB-DU to gNBCU. In general, this leaf should be set to ensure that the
sufficient time for a receipt of the response message after the
message has been sent to the gNB-CU.[Related
Specifications] 3GPP TS 38.473
 Type: int32
 Range
o 100 to 65535
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
f1-ue-contextmodify
This leaf indicates the time to wait for receiving the
UEContextModificationConfirm message after transmitting
the UEContextModificationRequired message from gNB-DU
to gNB-CU. In general, this leaf should be set to ensure that
sufficient time for a receipt of the response message after the
message has been sent to the gNB-CU.[Related
Specifications] 3GPP TS 38.473
 Type: int32
 Range
o 100 to 65535
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
This leaf indicates the time to wait for receiving the
UEContextSetupRequest message after transmitting the
InitialUlRrcMessageTransfer message from gNB-DU to gNBCU. [Related Specifications] 3GPP TS 38.473
 Type: uint32
 Range
o 1 to 3600
 Unit: s
 Configurable: Yes
 Related Feature ID:
FGR-CC3101
73960
f1-ue-contextsetup-request
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Chapter 2 Object Module
ue-timer-const-info
This container manages the timer constant information of the UE. You can set the
timer parameter values defined in the 3GPP TS 38.331 standard.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
t304
This leaf indicates the timeout value of the timer that starts
when the UE receives the RRC Connection Reconfiguration
message including the reconfigurationWithSync. This timer is
released upon the random access to a SpCell. [Related
Specifications] 3GPP TS38.331.
 Type: access-s5gtype:access-enum-t304-type,
enumeration
 Range
o t-304-ms50 (0)
o t-304-ms100 (1)
o t-304-ms150 (2)
o t-304-ms200 (3)
o t-304-ms500 (4)
o t-304-ms1000 (5)
o t-304-ms2000 (6)
o t-304-ms10000 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
This leaf indicates the timeout value information of the timer
starting after the UE detects the problem of the physical layer
in the SpCell (that is, when receiving N310 consecutive outof-sync from the lower layer). This timer is released when the
N311 consecutive in-sync is detected in the lower layer or
RRCReconfiguration with reconfigurationWithSync is
received. [Related Specifications] 3GPP TS38.331.
 Type: access-s5gtype:access-enum-t310-type,
enumeration
 Range
o t-310-ms0 (0)
o t-310-ms50 (1)
o t-310-ms100 (2)
o t-310-ms200 (3)
o t-310-ms500 (4)
o t-310-ms1000 (5)
o t-310-ms2000 (6)
o t-310-ms4000 (7)
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
73960
t310
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Chapter 2 Object Module
Name
Description
o t-310-ms6000 (8)
 Unit: N/A
Remarks
n310
This leaf indicates the threshold value for detecting the
physical layer problem. If N310 consecutive out-of-sync
occurs, the T310 timer is started. [Related Specifications]
3GPP TS38.331.
 Type: access-s5gtype:access-enum-n310-type,
enumeration
 Range
o n-310-n1 (0)
o n-310-n2 (1)
o n-310-n3 (2)
o n-310-n4 (3)
o n-310-n6 (4)
o n-310-n8 (5)
o n-310-n10 (6)
o n-310-n20 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
n311
This leaf indicates the threshold value for releasing the
detected physical layer problem. If the T310 timer is started,
and the N311 consecutive in-sync is generated, then the
T310 timer is released. [Related Specifications] 3GPP
TS38.331.
 Type: access-s5gtype:access-enum-n311-type,
enumeration
 Range
o n-311-n1 (0)
o n-311-n2 (1)
o n-311-n3 (2)
o n-311-n4 (3)
o n-311-n5 (4)
o n-311-n6 (5)
o n-311-n8 (6)
o n-311-n10 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
73960
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Chapter 2 Object Module
end-point-f1c
This container manages the information for the F1 interface. The F1 interface is
the interface between the gNB-CU and gNB-DU. This container can set the IP
address information of gNB-CU for F1 connection and can check the F1
connection status information.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
gnb-cu-cpname
This leaf indicates the human readable name of the gNB-CU,
which is transmitted from the gNB-CU through the F1
connection.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (0 to 150)
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC1103
remote-ipaddress
This leaf indicates the remote IP address of a gNB-CU-CP.
[Note] If you change this parameter, gNB service would be
stopped.
 Type: inet:ip-address-no-zone, union (inet:ipv4-address-nozone, inet:ipv6-address-no-zone)
 Range
o inet:ipv4-address-no-zone
o inet:ipv6-address-no-zone
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
secondaryremote-ipaddress
This leaf indicates the secondary remote IP address of a
gNB-CU-CP for multi-homing.
[Note] If you change this parameter, gNB service would be
stopped.
 Type: inet:ip-address-no-zone, union (inet:ipv4-address-nozone, inet:ipv6-address-no-zone)
 Range
o inet:ipv4-address-no-zone
o inet:ipv6-address-no-zone
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
sctp-state
This leaf indicates the SCTP state of a TNLA between the
gNB-DU and the gNB-CU-CP.
- disabled: SCTP between gNB-DU and gNB-CU-CP is not
 Configurable: No
 Related Feature ID:
FGR-CC1103
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Chapter 2 Object Module
Name
Description
connected.
- enabled: SCTP between gNB-DU and gNB-CU-CP is
connected.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-oper-type, enumeration
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Unit: N/A
Remarks
f1-ap-state
This leaf connects the F1AP with gNB-CU.
- disabled: GNB-CU and F1AP are not connected.
- enabled: GNB-CU and F1AP are connected.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-oper-type, enumeration
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC1103
73960
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Chapter 2 Object Module
end-point-dss
This list manages the information for the DSS interface. The DSS interface is the
interface between the eNB and gNB-DU. This container can set the IP address
information of eNB for DSS connection and can check the DSS connection status
information.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: dss-index
Leaf
Name
Description
Remarks
dss-index
This leaf indicates the end point DSS index value, which is
connected to the eNB.
 Type: uint16
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
remote-ipaddress
This leaf indicates the remote IP address of a eNB.
 Type: inet:ip-address-no-zone, union (inet:ipv4-address-nozone, inet:ipv6-address-no-zone)
 Range
o inet:ipv4-address-no-zone
o inet:ipv6-address-no-zone
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
secondaryremote-ipaddress
This leaf indicates the secondary remote IP address of a eNB
for multi-homing.
 Type: inet:ip-address-no-zone, union (inet:ipv4-address-nozone, inet:ipv6-address-no-zone)
 Range
o inet:ipv4-address-no-zone
o inet:ipv6-address-no-zone
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
sctp-state
This leaf indicates the SCTP state of a TNLA between the
gNB-DU and the eNB.
- disabled: SCTP between gNB-DU and eNB is not
connected.
- enabled: SCTP between gNB-DU and eNB is connected.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-oper-type, enumeration
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGR-RS1201
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Name
Description
Remarks
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Unit: N/A
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Chapter 2 Object Module
end-point-x1
This list manages the information for the x1 interface. The x1 interface is the
interface between the gNB-DU and gNB-DU. This list can set the IP address
information of gNB-DU for x1 connection and can check the x1 connection status
information.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: x1-index
Leaf
Name
Description
Remarks
x1-index
This leaf indicates the end point x1 index value, which is
connected to the gNB-DU.
 Type: uint16
 Range
o 0 to 14
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0101
remote-ipaddress
This leaf indicates the remote IP address of a gNB-DU.
 Type: inet:ip-address-no-zone, union (inet:ipv4-address-nozone, inet:ipv6-address-no-zone)
 Range
o inet:ipv4-address-no-zone
o inet:ipv6-address-no-zone
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0101
secondaryremote-ipaddress
This leaf indicates the secondary remote IP address of a
gNB-DU for multi-homing.
 Type: inet:ip-address-no-zone, union (inet:ipv4-address-nozone, inet:ipv6-address-no-zone)
 Range
o inet:ipv4-address-no-zone
o inet:ipv6-address-no-zone
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0101
sctp-state
This leaf indicates the SCTP state of a TNLA between the
gNB-DU and the gNB-DU.
- disabled: SCTP between gNB-DU and gNB-DU is not
connected.
- enabled: SCTP between gNB-DU and gNB-DU is
connected.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGR-RC0101
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Name
Description
Remarks
 Type: common:common-enum-oper-type, enumeration
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Unit: N/A
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Chapter 2 Object Module
sctp-connection
This container manages the Stream Control Transmission Protocol (SCTP)
connection information for the F1 interface. When the F1 SCTP connection is
temporarily disconnected, the f1-fail over-timer can be set to maintain the existing
connection status.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
f1-failover-timer
This leaf is used to maintain the existing connection status
when the F1 SCTP connection is temporarily broken due to
the CU CIC switchover. If the F1 SCTP connection is broken,
then the SCTP connection is expected to be restored within a
short time. Therefore, the CU COMMUNICATION FAIL alarm
does not occur within the failover time. It is recommended
that the f1-failover-time of the DU should be set less than the
failover time of the CU. The reason is that the DU operates in
client mode for the F1 interface. The unit of failover time is
second.
 Type: uint8
 Range
o 0 to 30
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-HA0101
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Chapter 2 Object Module
sctp-param
This container manages the Stream Control Transmission Protocol (SCTP)
configuration. You can configure SCTP related parameters such as SCTP
retransmission timer information and transmission interval of heartbeat messages.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
sctpretransmissiontimeout-min
This leaf indicates the minimum value of retransmission
timeout. For more detailed operation definitions, refer to the
algorithm used to determine the SCTP retransmission
timeout value. The value of the object must be equal to or
less than the value of the sctp-retransmission-timeout-max. In
general, the sctp-retransmission on-timeout-min should not
be less than the SCTP max sack delay of the peer.
Otherwise, the excessive retransmission may occur while the
peer delays the response.
 Type: uint16
 Range
o 100 to 60000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctpretransmissiontimeout-max
This leaf indicates the maximum value of a retransmission
timeout. For more detailed operation definitions, refer to the
algorithm used to determine the SCTP retransmission
timeout value. In general, the sctp-retransmission-timeoutmax should not be less than a SCTP max sack delay of peer.
Otherwise, the excessive retransmission may occur while the
peer delays the response.
 Type: uint16
 Range
o 100 to 60000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctpretransmissiontimeout-initial
This leaf indicates the initial value of the retransmission timer.
In general, the sctp-retransmission-timeout-initial should not
be smaller than the SCTP max sack delay of the peer.
Otherwise, the excessive retransmission may occur while the
peer delays the response.
 Type: uint16
 Range
o 100 to 60000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctp-validcookie-life
This leaf indicates the effective lifetime of the MD5 key. A
new private key is generated whenever the timer expires.
 Configurable: Yes
 Related Feature ID:
73960
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Name
Description
Remarks
FGP-PR0101
 Type: uint16
 Range
o 1 to 65535
 Unit: ms
sctp-max-burst
This leaf indicates the applied limit for how many new DATA
chunk can be sent. This restriction is applied by adjusting
Congestion Window (CWND) as follows: if (flightsize + sctpmax-burst*MTU is less than CWND), (CWND = flightsize +
sctp-max-burst*MTU).
 Type: uint8
 Range
o 1 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctpassociationmax-retry
This leaf indicates the maximum number of retransmissions
of association. If it is detected that the connection with the
primary address is disconnected, it continues to attempt data
transmission to the primary address until the maximum
number of retransmissions is reached. After the maximum
number of retransmissions is reached, the transmission is
performed to the secondary IP address.
 Type: uint8
 Range
o 1 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctp-path-maxretransmission
This leaf indicates the maximum number of transmissions per
path. This is a threshold value for detecting each failure of an
individual destination address. This value determines the
number of times a specific destination IP address cannot be
reached.
 Type: uint8
 Range
o 1 to 128
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctp-max-initretransmission
This leaf indicates the maximum retransmission value at the
start stage (INIT and COOKIE ECHO chunks).
 Type: uint8
 Range
o 1 to 128
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctpassociationheartbeatinterval
This leaf indicates the transmission time interval of the
heartbeat message.
 Type: uint16
 Range
o 100 to 60000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctp-sackperiod
This leaf indicates the maximum delay for which the message
receiver waits for another data chunk, until it sends the SACK
message for an acknowledgment of a received data
message. This defines the maximum delay for generating an
acknowledgment after the receipt of a DATA chunk. In
general, the sctp-sack-period (maximum SACK delay) should
not be larger than the peer's sctp-retransmission-timeout-min,
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
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Chapter 2 Object Module
Name
Description
sctp-retransmission-timeout-max, or sctp-retransmissiontimeout-initial. Otherwise, the excessive retransmissions
might occur due to delaying the acknowledgments.
 Type: uint16
 Range
o 10 to 500
 Unit: ms
Remarks
sctp-sackfrequency
This leaf indicates the number of packets that must be
received before a SACK is sent without waiting for the delay
timer to expire. If setting this value to 1 will disable the
delayed SACK algorithm.
 Type: uint16
 Range
o 1 to 10
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
sctp-path-mtu
This leaf indicates current Path MTU of the peer address. It is
the number of bytes available in an SCTP packet for chunks.
 Type: uint16
 Range
o 1280 to 9000
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGP-PR0101
Child Node
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Chapter 2 Object Module
gnb-du-overload-control
This container manages the information for overload control function. The
overload level is a standard to determine the overload status of the DU that can be
set. The gNB-DU status indication message is transmitted to the gNB-CU
according to the overload level.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
overloadedlevel
This leaf indicates the overload level that sends the gNB-DU
Status Indication message to the gNB-CU. For example, if
this value is Critical, the gNB-DU sends a gNB-DU Status
Indication message (gNB-DU Overload Information =
overloaded) when the overload level is Critical. Once the
gNB-DU Status Indication is sent and if the overload level is
lower than this configured value, the gNB-DU sends a gNBDU Status Indication message (gNB-DU Overload
Information = not-overloaded)
 Type: common:common-enum-alarm-severity-type,
enumeration
 Range
o critical (1): The critical severity level indicates that a
service affecting condition has occurred and an
immediate corrective action is required. Such a severity
can be reported, for example, when a managed object
becomes totally out of service and its capability must be
restored.
o major (2): The major severity level indicates that a
service affecting condition has developed and an urgent
corrective action is required. Such a severity can be
reported, for example, when there is a severe
degradation in the capability of the managed object and
its full capability must be restored.
o minor (3): The minor severity level indicates the
existence of a non-service affecting fault condition and
that corrective action should be taken in order to prevent
a more serious (for example, service affecting) fault.
Such a severity can be reported, for example, when the
detected alarm condition is not currently degrading the
capacity of the managed object.
o warning (4): The warning severity level indicates the
detection of a potential or impending service affecting
fault, before any significant effects have been felt. Action
should be taken to further diagnose (if necessary) and
correct the problem in order to prevent it from becoming
a more serious service affecting fault.
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Name
Description
Remarks
 Unit: N/A
overload-action
This leaf indicates the value whether to enable for the
responding with UE Context Setup Failure during overloaded
state for the SA call or not.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
Child Node
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Chapter 2 Object Module
overload-protect-info
This container manages the information for overload protect function.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
overloadprotect-control
This leaf indicates whether overload protect control is
enabled.
- off: Overload protect control is disabled.
- protect-per-normal-call: Overload protect control for normal
call is enabled.
- protect-per-establish-cause: Overload protect control for
normal call is enabled per establishment cause.
 Type: access-s5gtype:access-enum-overload-protectcontrol, enumeration
 Range
o off (0)
o protect-per-normal-call (1)
o protect-per-establish-cause (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
monitoringperiod
This leaf indicates the time for which calls/paging are
collected and monitored. The unit is second.
 Type: uint16
 Range
o 1 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
threshold-fornormal-call
This leaf indicates the threshold of normal calls.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
threshold-formo-signalingrate
This leaf indicates the mo-Signaling limit on the ratio of
protect-per-establish-cause.
 Type: uint16
 Range
o 0 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
threshold-formo-data-rate
This leaf indicates the mo-Data limit on the ratio of protectper-establish-cause.
 Type: uint16
 Range
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
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Name
Description
o 0 to 100
 Unit: N/A
Remarks
threshold-formo-voice-callrate
This leaf indicates the mo-voiceCall limit on the ratio of
protect-per-establish-cause.
 Type: uint16
 Range
o 0 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
threshold-formo-video-callrate
This leaf indicates the mo-videoCall limit on the ratio of
protect-per-establish-cause.
 Type: uint16
 Range
o 0 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
threshold-formo-sms-rate
This leaf indicates the mo-Sms limit on the ratio of protectper-establish-cause.
 Type: uint16
 Range
o 0 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
paging-protectusage
This leaf indicates whether to perform the paging count
based overload protection control.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
This leaf indicates the threshold of paging count for overload
protect.
 Type: uint32
 Range
o 0 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0303
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threshold-forpaging
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Chapter 2 Object Module
endc-bc-information
This container manages the band combinations that are supported in the EUTRA
New Radio-Dual Connectivity (EN-DC). This container has the endc-bcinformation-entries that manages the supported band combination and blacklistedendc-bc-information-entries that manages the not supported band combination.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

endc-bc-information-entries

blacklisted-endc-bc-information-entries
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Chapter 2 Object Module
endc-bc-information-entries
This list manages the band combination list that is supported by the EUTRA New
Radio-Dual Connectivity (EN-DC). It consists of a band-parameters-nr list that
manages the New Radio (NR) band information and a band-parameters-eutra list
that manages the Evolved-Universal Terrestrial Radio Access (EUTRA) band
information.
Basic Information

Hierarchy: managed-element/gnb-du-function/endc-bcinformation

Attribute: list

Configurable: Yes

Key: index
Leaf
Name
Description
Remarks
index
This leaf indicates the index number of a band combination.
 Type: uint16
 Range
o 0 to 511
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
Child Node

band-parameters-nr

band-parameters-eutra
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Chapter 2 Object Module
band-parameters-nr
This list manages the New Radio (NR) band information in the EUTRA New
Radio-Dual Connectivity (EN-DC) band configuration. It consists of a band
indicator information and ca-bandwidth-class-dl-nr and ca-bandwidth-class-ul-nr.
Basic Information

Hierarchy: managed-element/gnb-du-function/endc-bcinformation/endc-bc-information-entries

Attribute: list

Configurable: Yes

Key: band-indicator-index
Leaf
Name
Description
Remarks
band-indicatorindex
This leaf indicates the index for band-indicator-nr.
 Type: uint16
 Range
o 0 to 31
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
band-indicatornr
This leaf indicates the NR operating band value defined in the
TS38.104. If the value is 1, it means the NR operating band
n1. If the value is 2, it means the NR operating band n2.
 Type: uint16
 Range
o 1 to 1024
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-dl-nr
This leaf indicates the NR CA bandwidth class defined in the
TS38.101 for downlink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
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Name
Description
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
Remarks
ca-bandwidthclass-ul-nr
This leaf indicates the NR CA bandwidth class value defined
in the TS38.101 for uplink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
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Chapter 2 Object Module
band-parameters-eutra
This list manages the Evolved-Universal Terrestrial Radio Access (EUTRA) band
information in the EUTRA New Radio-Dual Connectivity (EN-DC) band
configuration. It consists of band indicator information, ca-bandwidth-class-dleutra, and ca-bandwidth-class-ul-eutra.
Basic Information

Hierarchy: managed-element/gnb-du-function/endc-bcinformation/endc-bc-information-entries

Attribute: list

Configurable: Yes

Key: band-indicator-index
Leaf
Name
Description
Remarks
band-indicatorindex
This leaf indicates the index for band-indicator-eutra.
 Type: uint16
 Range
o 0 to 31
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
band-indicatoreutra
This leaf indicates the EUTRA operating band value defined
in the TS36.101. If the value is 1, it means the EUTRA
operating band 1. If the value is 2, it means the EUTRA
operating band 2.
 Type: uint16
 Range
o 1 to 256
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-dl-eutra
This leaf indicates a combination of maximum Aggregated
Transmission Bandwidth Configuration and maximum
number of CCs.
 Type: access-s5gtype:access-enum-ca-bandwidth-classeutra, enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-ul-eutra
This leaf indicates a combination of maximum Aggregated
Transmission Bandwidth Configuration and maximum
number of CCs.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
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Chapter 2 Object Module
Name
Description
eutra, enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
 Unit: N/A
Remarks
FGR-RC0100
Child Node
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Chapter 2 Object Module
blacklisted-endc-bc-information-entries
This list manages the band combination list that is not supported by the EUTRA
New Radio-Dual Connectivity (EN-DC). It consists of a band-parameters-nr list
that manages the New Radio (NR) band information and a band-parameters-eutra
list that manages the Evolved-Universal Terrestrial Radio Access (EUTRA) band
information. It is not superset of BC and Bandwidthclass
Basic Information

Hierarchy: managed-element/gnb-du-function/endc-bcinformation

Attribute: list

Configurable: Yes

Key: index
Leaf
Name
Description
Remarks
index
This leaf indicates the index number of a band combination.
 Type: uint16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
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
band-parameters-nr

band-parameters-eutra
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Chapter 2 Object Module
band-parameters-nr
This list manages the New Radio (NR) band information in the EUTRA New
Radio-Dual Connectivity (EN-DC) band configuration. It consists of a band
indicator information and ca-bandwidth-class-dl-nr and ca-bandwidth-class-ul-nr.
Basic Information

Hierarchy: managed-element/gnb-du-function/endc-bcinformation/blacklisted-endc-bc-information-entries

Attribute: list

Configurable: Yes

Key: band-indicator-index
Leaf
Name
Description
Remarks
band-indicatorindex
This leaf indicates the index for band-indicator-nr.
 Type: uint16
 Range
o 0 to 31
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
band-indicatornr
This leaf indicates the NR operating band value defined in the
TS38.104. If the value is 1, it means the NR operating band
n1. If the value is 2, it means the NR operating band n2.
 Type: uint16
 Range
o 1 to 1024
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-dl-nr
This leaf indicates the NR CA bandwidth class defined in the
TS38.101 for downlink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
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Chapter 2 Object Module
Name
Description
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
Remarks
ca-bandwidthclass-ul-nr
This leaf indicates the NR CA bandwidth class value defined
in the TS38.101 for uplink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
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Chapter 2 Object Module
band-parameters-eutra
This list manages the Evolved-Universal Terrestrial Radio Access (EUTRA) band
information in the EUTRA New Radio-Dual Connectivity (EN-DC) band
configuration. It consists of band indicator information, ca-bandwidth-class-dleutra, and ca-bandwidth-class-ul-eutra.
Basic Information

Hierarchy: managed-element/gnb-du-function/endc-bcinformation/blacklisted-endc-bc-information-entries

Attribute: list

Configurable: Yes

Key: band-indicator-index
Leaf
Name
Description
Remarks
band-indicatorindex
This leaf indicates the index for band-indicator-eutra.
 Type: uint16
 Range
o 0 to 31
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
band-indicatoreutra
This leaf indicates the EUTRA operating band value defined
in the TS36.101. If the value is 1, it means the EUTRA
operating band 1. If the value is 2, it means the EUTRA
operating band 2.
 Type: uint16
 Range
o 1 to 256
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-dl-eutra
This leaf indicates the EUTRA CA bandwidth class defined in
the TS38.101 for a downlink.
 Type: access-s5gtype:access-enum-ca-bandwidth-classeutra, enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-ul-eutra
This leaf indicates the EUTRA CA bandwidth class value
defined in the TS38.101 for an uplink.
 Type: access-s5gtype:access-enum-ca-bandwidth-classeutra, enumeration
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
blocklisted-nr-bc-information
This container manages the band combination list that is NOT supported.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

all-ue-blocklisted-nr-bc-information

imeisv-blocklisted-nr-bc-information-entries
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Chapter 2 Object Module
all-ue-blocklisted-nr-bc-information
This container manages the band combination list that is NOT supported by all UE
version. It consists of a nr-bc-information list that manages the New Radio (NR)
band combination information. It is NOT superset of BC and Bandwidthclass
Basic Information

Hierarchy: managed-element/gnb-du-function/blocklistednr-bc-information

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

nr-bc-information-entries
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Chapter 2 Object Module
nr-bc-information-entries
This list manages the NR band combination information. It consists of a band
parameter list
Basic Information

Hierarchy: managed-element/gnb-du-function/blocklistednr-bc-information/all-ue-blocklisted-nr-bcinformation

Attribute: list

Configurable: Yes

Key: nr-bc-information-index
Leaf
Name
Description
Remarks
nr-bcinformationindex
This leaf indicates the index for nr-bc-information list.
 Type: uint16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
Child Node

band-parameters-entries
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Chapter 2 Object Module
band-parameters-entries
This list manages the New Radio (NR) band parameter information. It consists of a
band indicator and ca-bandwidth-class-dl-nr and ca-bandwidth-class-ul-nr.
Basic Information

Hierarchy: managed-element/gnb-du-function/blocklistednr-bc-information/all-ue-blocklisted-nr-bcinformation/nr-bc-information-entries

Attribute: list

Configurable: Yes

Key: band-parameters-index
Leaf
Name
Description
Remarks
bandparametersindex
This leaf indicates the index for band-parameter list.
 Type: uint16
 Range
o 0 to 31
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
band-indicatornr
This leaf indicates the NR operating band value defined in the
TS38.104. If the value is 1, it means the NR operating band
n1. If the value is 2, it means the NR operating band n2.
 Type: uint16
 Range
o 1 to 1024
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-dl-nr
This leaf indicates the NR CA bandwidth class defined in the
TS38.101 for downlink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
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Chapter 2 Object Module
Name
Description
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
Remarks
ca-bandwidthclass-ul-nr
This leaf indicates the NR CA bandwidth class value defined
in the TS38.101 for uplink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
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Chapter 2 Object Module
imeisv-blocklisted-nr-bc-information-entries
This list manages the band combination list that is NOT supported by masked
IMEISV. It consists of a nr-bc-information list that manages the NR band
combination information. It is NOT superset of BC and Bandwidthclass
Basic Information

Hierarchy: managed-element/gnb-du-function/blocklistednr-bc-information

Attribute: list

Configurable: Yes

Key: imeisv-tac, imeisv-svn
Leaf
Name
Description
Remarks
imeisv-tac
This leaf indicates the IMEISV-TAC (Type Allocation Code) of
UE.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
imeisv-svn
This leaf indicates the IMEISV-SVN (Software Version
Number) of UE.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
Child Node

nr-bc-information-entries
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Chapter 2 Object Module
nr-bc-information-entries
This list manages the NR band combination information. It consists of a band
parameter list
Basic Information

Hierarchy: managed-element/gnb-du-function/blocklistednr-bc-information/imeisv-blocklisted-nr-bcinformation-entries

Attribute: list

Configurable: Yes

Key: nr-bc-information-index
Leaf
Name
Description
Remarks
nr-bcinformationindex
This leaf indicates the index for nr-bc-information list.
 Type: uint16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
Child Node

band-parameters-entries
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Chapter 2 Object Module
band-parameters-entries
This list manages the New Radio (NR) band parameter information. It consists of a
band indicator and ca-bandwidth-class-dl-nr and ca-bandwidth-class-ul-nr.
Basic Information

Hierarchy: managed-element/gnb-du-function/blocklistednr-bc-information/imeisv-blocklisted-nr-bcinformation-entries/nr-bc-information-entries

Attribute: list

Configurable: Yes

Key: band-parameters-index
Leaf
Name
Description
Remarks
bandparametersindex
This leaf indicates the index for band-parameter list.
 Type: uint16
 Range
o 0 to 31
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
band-indicatornr
This leaf indicates the NR operating band value defined in the
TS38.104. If the value is 1, it means the NR operating band
n1. If the value is 2, it means the NR operating band n2.
 Type: uint16
 Range
o 1 to 1024
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
ca-bandwidthclass-dl-nr
This leaf indicates the NR CA bandwidth class defined in the
TS38.101 for downlink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
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Chapter 2 Object Module
Name
Description
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
Remarks
ca-bandwidthclass-ul-nr
This leaf indicates the NR CA bandwidth class value defined
in the TS38.101 for uplink.
 Type: access-s5gtype:access-enum-ca-bandwidth-class-nr,
enumeration
 Range
o a (0)
o b (1)
o c (2)
o d (3)
o e (4)
o f (5)
o g (6)
o h (7)
o i (8)
o j (9)
o k (10)
o l (11)
o m (12)
o n (13)
o o (14)
o p (15)
o q (16)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
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Chapter 2 Object Module
gnb-du-plmn-info
This list manages the Public Land Mobile Network (PLMN) list provided by the
gNB-DU. It includes the index value of the PLMN list, the Mobile Country Code
(MCC), and the Mobile Network Code (MNC) value. [System Impact] If the
setting value is changed during operation, it may affect the service, so be careful.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: plmn-index
Leaf
Name
Description
Remarks
plmn-index
This leaf indicates the index value of the Public Land Mobile
Network (PLMN) list provided by the gNB-DU.
 Type: access-s5gtype:access-type-plmn-num, uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
mcc
This leaf indicates the Mobile Country Code (MCC) value that
constitutes PLMN. [System Impact] If you change the setting
value during an operation, you need to be careful because it
may affect the service.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
mnc
This leaf indicates the Mobile Network Code (MNC) value
that constitutes PLMN. [System Impact] If you change the
setting value during an operation, you need to be careful
because it may affect the service.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
73960
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Chapter 2 Object Module
du-group-info
This list manages the Inter DU related information within the DU group. Since this
list is not automatically created, to configure a specific function for each Inter DU,
this list item must be created/deleted at the time of internode configuration. To
configure the Inter DU CA function, set du-ca-usage to 'use'.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: x1-index
Leaf
Name
Description
Remarks
x1-index
This leaf indicates the end point x1 index value, which is
connected to the gNB-DU.
 Type: uint16
 Range
o 0 to 14
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RC0101
inter-du-causage
This leaf configures whether to perform the Inter DU CA
function per DU within the DU group. To perform the Inter DU
CA function for DU corresponding to the x1-index within the
DU group, set the inter-du-ca-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RC0101
gnb-id
This leaf indicates the CU ID of a gNB corresponding to x1index. It cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGR-RC0101
gnb-id-length
This leaf indicates the bit length of a gnb-id of a gNB
corresponding to x1-index. It cannot be set and it can only be
retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGR-RC0101
73960
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Chapter 2 Object Module
Name
Description
state or system reset/restart.
 Type: uint32
 Range
o 22 to 32
 Unit: N/A
Remarks
gnb-du-id
This leaf indicates the DU ID of a gNB corresponding to x1index. It cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint64
 Range
o 0 to 68719476735
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGR-RC0101
inter-du-commstate
This leaf indicates the reception state of the DU
corresponding x1-index. The DU information is valid only
when it is enabled. It cannot be set and it can only be
retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-gnb-comm-state,
enumeration
 Range
o unknown (0): The enum indicates that there is no
message exchange history between Inter-DUs.
o enable (1): The enum indicates that the message
exchange between Inter-DUs has successed.
o disable (2): The enum indicates that the message
exchange between Inter-DUs has failed.
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGR-RC0101
73960
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Chapter 2 Object Module
son
This container indicates the information for the Self-Organizing Networks (SON)
function.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

energy-saving

rach-optimization

network-slice-instance
73960
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Chapter 2 Object Module
energy-saving
This container indicates the configuration and status information about energy
saving.
Basic Information

Hierarchy: managed-element/gnb-du-function/son

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
retransmissionthreshold
This leaf indicates the N-1th retransmission (N-1
retransmission count of PDSCH HARQ) threshold value for
determining system abnormality. This refers to the ratio of the
4th value over the summation of the 1st through Nth values of
the number of DL transmission values in the statistics item
DL-HARQ status. If the number of DL transmission value
exceeds the threshold value, it is deemed as a system
abnormality. Before starting the Self-Organizing Networks
(SON) Energy Saving (ES) function, it must be determined
whether the current system status is normal. Therefore, if the
system is in abnormal status, the energy saving mode is
disabled. The energy saving function remains disabled until
the system abnormality is resolved (N is the maximum
number of transmission which is operator setting). In case of
'retransmission-threshold' parameter, the value should be set
considering 'N' value. ex) if N = 1 (retransmission 0),
retransmission-threshold value have to set 100.
 Type: int32
 Range
o 0 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
OAMP-ES0804
This leaf indicates the N-1th retransmission BLER (PDSCH
BLER for the N-1 HARQ retransmission) threshold value for
determining system abnormality. This means the BLER for
the N-1th transmission among the DL residual BLER values
of the statistics item DL-HARQ status. If the DL residual
BLER value exceeds the threshold value, it is deemed as a
system abnormality. Before starting the Self-Organizing
Networks (SON) Energy Saving (ES) feature, it must be
determined whether the current system status is normal.
Therefore, if the system is in abnormal status, the energy
saving mode is disabled. The energy saving feature remains
disabled until the system abnormality is resolved (N is the
maximum number of transmission which is operator setting).
 Type: int32
 Range
o 0 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
OAMP-ES0804
73960
bler-threshold
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Chapter 2 Object Module
Name
Description
Remarks
tx-path-on-offactivationthreshold
This leaf indicates the activation threshold of Tx path on/off
function. If the traffic load is equal to or lower than this
threshold, Tx path on/off function can be operated.
 Type: int32
 Range
o 0 to 50
 Unit: %
 Configurable: Yes
 Related Feature ID:
OAMP-ES0804
tx-path-on-offdeactivationthreshold
This leaf indicates the deactivation threshold of Tx path on/off
function. If the traffic load is higher than this threshold, Tx
path on/off function will be stopped.
 Type: int32
 Range
o 0 to 50
 Unit: %
 Configurable: Yes
 Related Feature ID:
OAMP-ES0804
cell-on-offactivationthreshold
This leaf indicates a threshold parameter to activate the cell
off function for energy saving. A cell which load statistics is
lower than this threshold can be turned off for energy saving.
 Type: int32
 Range
o 0 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802
cell-load-iirfilter-coef
This leaf indicates an alpha factor used in moving average.
This is a weighted value for current value.
 Type: access-s5gtype:access-type-percentage, decimal64
 Range
o 0 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802
This leaf indicates the number of days of traffic statistics to be
used in calculating the estimates for determining the Energy
Saving (ES) auto mode. For traffic estimation, calculate the
IIR Filtered PRB Usage statistics for the specified time as
determined by this parameter.
 Type: uint8
 Range
o 4 to 30
 Unit: d
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802
73960
min-datacollection-time
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Chapter 2 Object Module
rach-optimization
This container indicates the configuration and status information about RACH
optimization.
Basic Information

Hierarchy: managed-element/gnb-du-function/son

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

rach-problem-detection

rach-para-optimization
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Chapter 2 Object Module
rach-problem-detection
This container manages the configuration and status information about RACH
problem detection function.
Basic Information

Hierarchy: managed-element/gnb-du-function/son/rachoptimization

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rach-problemdetectionswitch
This leaf indicates the switch of functional on/off by RACH
problem detection function.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
operationperiod
This leaf indicates the operation period of RACH problem
detection.
 Type: uint8
 Range
o 1 to 30
 Unit: d
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
collectionperiod
This leaf indicates the collection period of PM data in RACH
problem detection.
 Type: uint8
 Range
o 1 to 30
 Unit: d
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
initialretransmissionperiod
This leaf indicates the first retransmission period of RSI
reallocation request to SON server. After sending RSI
reallocation request to SON server for the first time,
retransmission period of the message is set as this leaf.
 Type: uint8
 Range
o 1 to 200
 Unit: s
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
retransmissiontime-factor
This leaf indicates the time factor of retransmission value of
RSI reallocation request to SON server. After sending RSI
reallocation request message to SON server, retransmission
period of the message is set as this leaf.
 Type: uint8
 Range
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
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Chapter 2 Object Module
Name
Description
o 1 to 200
 Unit: s
Remarks
retransmissionmax-number
This leaf indicates the maximum number of attempts to
retransmit the RSI reallocation request to SON server.
 Type: uint8
 Range
o 1 to 32
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
ra-countthreshold
This leaf indicates the threshold for the number of RAP
messages. It is used to verify that sufficient amount of
samples are collected when detecting RACH problem cell.
 Type: uint16
 Range
o 1 to 10000
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
ra-msg3success-ratethreshold
This leaf indicates the threshold used to detect cells with low
RACH success rates.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGS-SF0504
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Chapter 2 Object Module
rach-para-optimization
This container manages the configuration and status information about NR RACH
Parameter Optimization function.
Basic Information

Hierarchy: managed-element/gnb-du-function/son/rachoptimization

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rachoptimizationswitch
This leaf determines the operation mode of NR RACH
Parameter Optimization.
- off: RACH Parameter Optimization is not performed.
- on: RACH parameter optimization is performed and the
parameters are optimized automatically.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
rach-transmitpoweroptimizationswitch
This leaf determines whether to optimize RACH transmit
power parameters.
- off: RACH transmit power optimization is not performed.
- on: RACH transmit power optimization is performed and the
parameters are optimized automatically.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
operationperiod
This leaf indicates the operation period of NR RACH
Parameter Optimization.
 Type: access-s5gtype:access-enum-son-operation-periodtype, enumeration
 Range
o 1day (0)
o 1week (1)
o 1month (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
step-sizepreamblereceiver-targetpower
This leaf determines the step size of adjustment for
preambleReceivedTargetPower.
 Type: uint8
 Range
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
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Chapter 2 Object Module
Name
Description
o 1 to 8
 Unit: dB
Remarks
target-value-cbpreambles-sent
This leaf determines the target value for average number of
contention based preambles sent.
 Type: decimal64
 Range
o 0.00 to 10.00
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
min-preamblereceived-targetpower
This leaf determines the minimum available value of
preamble received target power.
 Type: int16
 Range
o -202 to -60
 Unit: dBm
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
max-preamblereceived-targetpower
This leaf determines the maximum available value of
preamble received target power.
 Type: int16
 Range
o -202 to -60
 Unit: dBm
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
min-powerramping-step
This leaf determines the minimum available value of power
ramping step.
 Type: gnbducnf_type:access-enum-power-ramping-step,
enumeration
 Range
o power-ramping-step-dB0 (0)
o power-ramping-step-dB2 (1)
o power-ramping-step-dB4 (2)
o power-ramping-step-dB6 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
This leaf determines the maximum available value of power
ramping step.
 Type: gnbducnf_type:access-enum-power-ramping-step,
enumeration
 Range
o power-ramping-step-dB0 (0)
o power-ramping-step-dB2 (1)
o power-ramping-step-dB4 (2)
o power-ramping-step-dB6 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF0505
73960
max-powerramping-step
Child Node
There is no child node in this object.
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Chapter 2 Object Module
network-slice-instance
This container contains NSI Auto-configuration related leaves for the gNB.
Basic Information

Hierarchy: managed-element/gnb-du-function/son

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
nsi-switch
This leaf indicates a triggering switch for automatic resource
portion control. If this switch is off, SON agent does not
perform Resource Portion Update (RSC_UP) function.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF1001
throughputthreshold
This leaf indicates the threshold to decide candidate resource
portion, tputThreshold of the SON agent. This threshold is
used to decide if the requirement is over-satisfied. If this
threshold is configured with lower value, SON agent reduces
resource portion so that other slices can have more resource.
 Type: decimal64
 Range
o 1.0 to 10.0
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGS-SF1001
adjustmentrequest-list
This leaf indicates the list which indicates adjustment request
list (adjustment-request-0 or adjustment-request-1). This leaf
is changed by SON agent per day after notify an adjustment
request event to EMS.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 1
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGS-SF1001
73960
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There is no child node in this object.
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Chapter 2 Object Module
min-bit-rate-scheduling
This container manages the parameters associated with DL/UL Minimum Bit Rate
(MinBR) configuration function for non-GBR bearers.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
min-bit-rateenable
This leaf indicates whether DL/UL Minimum Bit Rate (MinBR)
configuration function is enabled or not.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
min-bit-rate-rbthreshold-dl
This leaf provides configurable RB utilization threshold to limit
usage for Minimum bit rate scheduling (MBR) for DL.
 Type: uint8
 Range
o 1 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
min-bit-rate-rbthreshold-ul
This leaf provides configurable RB utilization threshold to limit
usage for Minimum bit rate scheduling (MBR) for UL.
 Type: uint8
 Range
o 1 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
73960
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There is no child node in this object.
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Chapter 2 Object Module
gutran-du-cell
This container indicates the container of GUTRAN DU cells. (TS28.541v010)
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

gutran-du-cell-entries
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Chapter 2 Object Module
gutran-du-cell-entries
This list indicates the list of GUTRAN DU cell entries. (TS28.541v010)
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell

Attribute: list

Configurable: Yes

Key: cell-identity
Leaf
Name
Description
Remarks
cbrs-op-state
This leaf indicates the cbrs operational state of the cell
- cbrs-op-not-avail: The cbrs-op-state of the cell is not
available or not supported
- cbrs-op-locked: The initial state of the cbrs cell
- cbrs-op-unlocked: The state of the cbrs cell on grant
authorization i.e. successful heartbeat response
- cbrs-op-shutting-down: The state of the cbrs cell on grant
termination or suspension
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-cbrs-op-state, enumeration
 Range
o cbrs-op-not-avail (-1): The cbrs operational state is not
available for the cell
o cbrs-op-locked (0): The cbrs-op-state of cell is locked
o cbrs-op-unlocked (1): The cbrs-op-state of cell is
unlocked
o cbrs-op-shutting-down (2): The cbrs-op-state of cell is
shutting down
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
This leaf indicates configuration of on/off parameter for beam
based counter. If this parameter is on, statistics are
accumulated per beam for each index, and If this parameter
is off, statistics are accumulated per cell of beam index=0.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
73960
beam-levelstatistic-typeswitch
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Chapter 2 Object Module
Name
Description
o false
 Unit: N/A
Remarks
cell-identity
This leaf indicates the ID of the NR cell set by the user during
a cell grow. This leaf may be limited in the range of values
that can be set according to the value of the gnodeb-idlength.
 Type: uint16
 Range
o 0 to 16383
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
cell-num
This leaf is the unique number assigned to a particular cell by
the user. The input range is the maximum number of cells
supported by the system. The maximum value is determined
by FA/Sector.
 Type: gnbducnf_type:access-type-cell-per-system-range,
uint8
 Range
o 0 to 17
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
cell-path-type
This leaf indicates path type information of the cell.
 Type: gnbducnf_type:access-enum-radio-unit-path-type,
enumeration
 Range
o select-ab (0): Use 1 ~ 2 path.
o select-cd (1): Use 3 ~ 4 path.
o select-abcd (2): Use 1 ~ 4 path.
o select-efgh (3): Use 5 ~ 8 path.
o select-ef (5): Use 5 ~ 6 path.
o select-gh (6): Use 7 ~ 8 path.
o select-a (20): Use 1 path.
o select-b (21): Use 2 path.
o select-c (22): Use 3 path.
o select-d (23): Use 4 path.
o select-e (24): Use 5 path.
o select-f (25): Use 6 path.
o select-g (26): Use 7 path.
o select-h (27): Use 8 path.
o select-path-all (255): Use all path.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
This leaf indicates the administrative state of the cell.
- locked: The cell does not provide any call services. The
operator can manage the related resources.
- unlocked: The cell is ready to provide call services.
- shutting-down: The call service previously provided in the
unlocked state continues, but no further call services are
provided. When the call service currently being provided
ends, the cell automatically switches to the locked state.
[Note] If you change to locked or shutting-down, Call service
would be off.
 Type: common:common-enum-admin-type, enumeration
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
73960
administrativestate
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Chapter 2 Object Module
Name
Description
o locked (0)
o unlocked (1)
o shutting-down (2)
 Unit: N/A
Remarks
operationalstate
This leaf indicates the operational state of the cell.
- unknown: Unknown operation status (value:-1)
- disabled: Cell is unavailable to assign call
- enabled: Cell is available to assign call
- not-avail: Operation is unavailable (value:255)
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-oper-type, enumeration
 Range
o unknown (-1)
o disabled (0)
o enabled (1)
o not-avail (255)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
OAMP-CM0201
activation-state
This leaf indicates the F1 application protocol cell state. This
protocol interface will be setup between gNB-DU and gNBCU-CP.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o deactivated (0)
o activated (1)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
OAMP-CM0105
dpp-id
This leaf indicates the identifier of the DPP which service this
cell.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
user-label
This leaf indicates a cell name given by the user.
 Type: string
 Range
o length (0 to 128)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0401
test-flag
This leaf indicates test running flag for test model performed
on cell.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-off-on, enumeration
 Range
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o off (0)
o on (1)
 Unit: N/A
Remarks
power
This leaf indicates transmission power in dBm. Value
applicable to each array element carrier belonging to array
carrier.
 Type: decimal64
 Range
o -922337203685477.5808 to 922337203685477.5807
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
subcarrierspacingcommon
This leaf indicates the subcarrier spacing of SIB1, Msg.2 / 4,
and broadcast SI message. The cell lock is required to
change the setting value. A reset may be required to check
the change result or to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-rmsi-subcarrierspacing, enumeration
 Range
o subcarrier-spacing-15-or-60 (0)
o subcarrier-spacing-30-or-120 (1)
 Unit: kHz
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
dl-subcarrierspacing
This leaf indicates the subcarrier spacing for DL. The cell lock
is required to change the setting value. A reset may be
required to check the change result or to operate a stable
system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-subcarrier-spacing,
enumeration
 Range
o subcarrier-spacing-15khz (0)
o subcarrier-spacing-30khz (1)
o subcarrier-spacing-60khz (2)
o subcarrier-spacing-120khz (3)
o subcarrier-spacing-240khz (4)
 Unit: kHz
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ul-subcarrierspacing
This leaf indicates the subcarrier spacing for UL. The cell lock
is required to change the setting value. A reset may be
required to check the change result or to operate a stable
system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-subcarrier-spacing,
enumeration
 Range
o subcarrier-spacing-15khz (0)
o subcarrier-spacing-30khz (1)
o subcarrier-spacing-60khz (2)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
73960
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Chapter 2 Object Module
Name
Description
o subcarrier-spacing-120khz (3)
o subcarrier-spacing-240khz (4)
 Unit: kHz
Remarks
auto-unlock-flag
This leaf indicates whether to perform automatic unlock when
there is a parameter that requires cell lock.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0401
Child Node

cbrs-info

ampr-config

pusch-ra-in-blank-config

bwp-adaptation-config

dl-preschedule

cell-physical-conf-idle

nr-frequency-band-info

cell-access-info

conn-est-failure-control

graceful-cell-release-conf

cell-cac-info

cell-call-status

cell-slice-group-cac-info

uac-barring-info

ue-timer-constants

qos-based-cac-info

fiveqi-drb-cac-info

nr-carrier-aggregation

sib-info

cell-management-info

cell-selection-info

graceful-es-cell-off-conf
73960
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Chapter 2 Object Module

plmn-portion-control-function

cell-plmn-info

bcch-config

dl-layer-pooling-config

etilt-configuration

pdcch-configuration

ul-power-control-config

network-slicing-conf

ul-mimo-configuration

tdd-dl-massive-mimo-config

dl-physical-resource-config

ul-physical-resource-config

dl-scheduling-config

ul-scheduling-config

ssb-configuration

dl-codebook-configuration

drx-config-du-cell

hm-avoidance-config

en-dc-mac-config

flow-control-mac-config

emf-control-config

ul-cell-ta-config

ul-vonr-codec-config

ul-vonr-scheduling-config

es-beam-nulling-config

nr-tim-conf

tdd-config-idle

ul-preschedule

ul-transmit-skip

imd-avoidance-config

spectrum-sharing-scheduler-config
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Chapter 2 Object Module

cell-son

cell-load-balancing
73960
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Chapter 2 Object Module
cbrs-info
This container contains the CBRS related information of the cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
frequencyselect-rssithreshold
This leaf indicates the rssi threshold to be used for frequency
selection for grant procedure.
 Type: int8
 Range
o -110 to -25
 Unit: dBm/MHz
 Configurable: Yes
 Related Feature ID: N/A
max-eirpselection-mode
This leaf indicates the mode for selecting the max EIRP to be
set when Grant Request is transmitted.
 Type: common:access-enum-max-eirp-selection-mode,
enumeration
 Range
o sas-response-based (0): The max eirp selection mode is
sas-response-based
o max-eirp-threshold-based (1): The max eirp selection
mode is max-eirp-threshold-based
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
min-thresholdmax-eirpcategory-a
This leaf indicates the minimum value of the max EIRP to be
allowed by the CBRS cell of CBSD Category A. If the max
EIRP for a channel informed by SAS is less than this value,
CBSD does not request a grant for the channel. The unit of
this parameter is 0.1 dBm/MHz. For example, 200 means 20
dBm/MHz.
 Type: common:access-type-max-eirp-threshold-a, int16
 Range
o 100 to 200
 Unit: 0.1 dBm/MHz
 Configurable: Yes
 Related Feature ID: N/A
min-thresholdmax-eirpcategory-b
This leaf indicates the minimum value of the max EIRP to be
allowed by the CBRS cell of CBSD Category B. If the max
EIRP for a channel informed by SAS is less than this value,
CBSD does not request a grant for the channel. The unit of
this parameter is 0.1 dBm/MHz. For example, 370 means 37
dBm/MHz.
 Type: common:access-type-max-eirp-threshold-b, int16
 Range
o 270 to 370
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: 0.1 dBm/MHz
selected-maxeirp
This leaf indicates the Max EIRP of the corresponding cell,
which is received from SAS. The unit of this parameter is 0.1
dBm/MHz. For example, 370 means 37 dBm/MHz.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:access-type-max-eirp-threshold, int16
 Range
o 100 to 370
 Unit: 0.1 dBm/MHz
 Configurable: No
 Related Feature ID:
OAMP-SV0102
Child Node

cbrs-channel-preference

block-listed-cbrs-channel

occupied-cbrs-channel
73960
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Chapter 2 Object Module
cbrs-channel-preference
This list contains the list of preferred earfcn for the cell, priority is earfcn with
minimum RSSI.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cbrs-info

Attribute: list

Configurable: Yes

Key: lowest-preferred-channel-index, highest-preferred-channel-index
Leaf
Name
Description
Remarks
preferred-nrarfcn
This leaf indicates the preferred NR earfcn, to be given
priority during CBRS frequency selection procedure.
 Type: int32
 Range
o -1
o 636667 to 646666
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
lowestpreferredchannel-index
This leaf indicates the lowest channel index of the preferred
channel.
 Type: common:access-enum-cbrs-channel, enumeration
 Range
o cbrs-3550-3555-channel (0): The CBRS enabled
channel 3550-3555 MHz.
o cbrs-3555-3560-channel (1): The CBRS enabled
channel 3555-3560 MHz.
o cbrs-3560-3565-channel (2): The CBRS enabled
channel 3560-3565 MHz.
o cbrs-3565-3570-channel (3): The CBRS enabled
channel 3565-3570 MHz.
o cbrs-3570-3575-channel (4): The CBRS enabled
channel 3570-3575 MHz.
o cbrs-3575-3580-channel (5): The CBRS enabled
channel 3575-3580 MHz.
o cbrs-3580-3585-channel (6): The CBRS enabled
channel 3580-3585 MHz.
o cbrs-3585-3590-channel (7): The CBRS enabled
channel 3585-3590 MHz.
o cbrs-3590-3595-channel (8): The CBRS enabled
channel 3590-3595 MHz.
o cbrs-3595-3600-channel (9): The CBRS enabled
channel 3595-3600 MHz.
o cbrs-3600-3605-channel (10): The CBRS enabled
channel 3600-3605 MHz.
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o cbrs-3605-3610-channel (11): The CBRS enabled
channel 3605-3610 MHz.
o cbrs-3610-3615-channel (12): The CBRS enabled
channel 3610-3615 MHz.
o cbrs-3615-3620-channel (13): The CBRS enabled
channel 3615-3620 MHz.
o cbrs-3620-3625-channel (14): The CBRS enabled
channel 3620-3625 MHz.
o cbrs-3625-3630-channel (15): The CBRS enabled
channel 3625-3630 MHz.
o cbrs-3630-3635-channel (16): The CBRS enabled
channel 3630-3635 MHz.
o cbrs-3635-3640-channel (17): The CBRS enabled
channel 3635-3640 MHz.
o cbrs-3640-3645-channel (18): The CBRS enabled
channel 3640-3645 MHz.
o cbrs-3645-3650-channel (19): The CBRS enabled
channel 3645-3650 MHz.
o cbrs-3650-3655-channel (20): The CBRS enabled
channel 3650-3655 MHz.
o cbrs-3655-3660-channel (21): The CBRS enabled
channel 3655-3660 MHz.
o cbrs-3660-3665-channel (22): The CBRS enabled
channel 3660-3665 MHz.
o cbrs-3665-3670-channel (23): The CBRS enabled
channel 3665-3670 MHz.
o cbrs-3670-3675-channel (24): The CBRS enabled
channel 3670-3675 MHz.
o cbrs-3675-3680-channel (25): The CBRS enabled
channel 3675-3680 MHz.
o cbrs-3680-3685-channel (26): The CBRS enabled
channel 3680-3685 MHz.
o cbrs-3685-3690-channel (27): The CBRS enabled
channel 3685-3690 MHz.
o cbrs-3690-3695-channel (28): The CBRS enabled
channel 3690-3695 MHz.
o cbrs-3695-3700-channel (29): The CBRS enabled
channel 3695-3700 MHz.
 Unit: N/A
Remarks
This leaf indicates the highest channel index of the preferred
channel.
 Type: common:access-enum-cbrs-channel, enumeration
 Range
o cbrs-3550-3555-channel (0): The CBRS enabled
channel 3550-3555 MHz.
o cbrs-3555-3560-channel (1): The CBRS enabled
channel 3555-3560 MHz.
o cbrs-3560-3565-channel (2): The CBRS enabled
channel 3560-3565 MHz.
o cbrs-3565-3570-channel (3): The CBRS enabled
channel 3565-3570 MHz.
o cbrs-3570-3575-channel (4): The CBRS enabled
channel 3570-3575 MHz.
o cbrs-3575-3580-channel (5): The CBRS enabled
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
73960
highestpreferredchannel-index
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Chapter 2 Object Module
Name
Description
channel 3575-3580 MHz.
o cbrs-3580-3585-channel (6): The CBRS enabled
channel 3580-3585 MHz.
o cbrs-3585-3590-channel (7): The CBRS enabled
channel 3585-3590 MHz.
o cbrs-3590-3595-channel (8): The CBRS enabled
channel 3590-3595 MHz.
o cbrs-3595-3600-channel (9): The CBRS enabled
channel 3595-3600 MHz.
o cbrs-3600-3605-channel (10): The CBRS enabled
channel 3600-3605 MHz.
o cbrs-3605-3610-channel (11): The CBRS enabled
channel 3605-3610 MHz.
o cbrs-3610-3615-channel (12): The CBRS enabled
channel 3610-3615 MHz.
o cbrs-3615-3620-channel (13): The CBRS enabled
channel 3615-3620 MHz.
o cbrs-3620-3625-channel (14): The CBRS enabled
channel 3620-3625 MHz.
o cbrs-3625-3630-channel (15): The CBRS enabled
channel 3625-3630 MHz.
o cbrs-3630-3635-channel (16): The CBRS enabled
channel 3630-3635 MHz.
o cbrs-3635-3640-channel (17): The CBRS enabled
channel 3635-3640 MHz.
o cbrs-3640-3645-channel (18): The CBRS enabled
channel 3640-3645 MHz.
o cbrs-3645-3650-channel (19): The CBRS enabled
channel 3645-3650 MHz.
o cbrs-3650-3655-channel (20): The CBRS enabled
channel 3650-3655 MHz.
o cbrs-3655-3660-channel (21): The CBRS enabled
channel 3655-3660 MHz.
o cbrs-3660-3665-channel (22): The CBRS enabled
channel 3660-3665 MHz.
o cbrs-3665-3670-channel (23): The CBRS enabled
channel 3665-3670 MHz.
o cbrs-3670-3675-channel (24): The CBRS enabled
channel 3670-3675 MHz.
o cbrs-3675-3680-channel (25): The CBRS enabled
channel 3675-3680 MHz.
o cbrs-3680-3685-channel (26): The CBRS enabled
channel 3680-3685 MHz.
o cbrs-3685-3690-channel (27): The CBRS enabled
channel 3685-3690 MHz.
o cbrs-3690-3695-channel (28): The CBRS enabled
channel 3690-3695 MHz.
o cbrs-3695-3700-channel (29): The CBRS enabled
channel 3695-3700 MHz.
 Unit: N/A
Remarks
This leaf indicates the preference of the preferred channel.
The higher value represents the higher priority.
 Type: int16
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
73960
preference
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Chapter 2 Object Module
Name
Description
o 0 to 5
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
block-listed-cbrs-channel
This list manages block-list channel information.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cbrs-info

Attribute: list

Configurable: Yes

Key: block-listed-channel-index
Leaf
Name
Description
Remarks
block-listedchannel-index
This leaf indicates the index of block-listed channel list.
Operator can set blocklisting of specific channels in CBRS
band at creating eNB cell.
 Type: common:access-enum-cbrs-channel, enumeration
 Range
o cbrs-3550-3555-channel (0): The CBRS enabled
channel 3550-3555 MHz.
o cbrs-3555-3560-channel (1): The CBRS enabled
channel 3555-3560 MHz.
o cbrs-3560-3565-channel (2): The CBRS enabled
channel 3560-3565 MHz.
o cbrs-3565-3570-channel (3): The CBRS enabled
channel 3565-3570 MHz.
o cbrs-3570-3575-channel (4): The CBRS enabled
channel 3570-3575 MHz.
o cbrs-3575-3580-channel (5): The CBRS enabled
channel 3575-3580 MHz.
o cbrs-3580-3585-channel (6): The CBRS enabled
channel 3580-3585 MHz.
o cbrs-3585-3590-channel (7): The CBRS enabled
channel 3585-3590 MHz.
o cbrs-3590-3595-channel (8): The CBRS enabled
channel 3590-3595 MHz.
o cbrs-3595-3600-channel (9): The CBRS enabled
channel 3595-3600 MHz.
o cbrs-3600-3605-channel (10): The CBRS enabled
channel 3600-3605 MHz.
o cbrs-3605-3610-channel (11): The CBRS enabled
channel 3605-3610 MHz.
o cbrs-3610-3615-channel (12): The CBRS enabled
channel 3610-3615 MHz.
o cbrs-3615-3620-channel (13): The CBRS enabled
channel 3615-3620 MHz.
o cbrs-3620-3625-channel (14): The CBRS enabled
channel 3620-3625 MHz.
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
73960
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Chapter 2 Object Module
Name
Description
o cbrs-3625-3630-channel (15): The CBRS enabled
channel 3625-3630 MHz.
o cbrs-3630-3635-channel (16): The CBRS enabled
channel 3630-3635 MHz.
o cbrs-3635-3640-channel (17): The CBRS enabled
channel 3635-3640 MHz.
o cbrs-3640-3645-channel (18): The CBRS enabled
channel 3640-3645 MHz.
o cbrs-3645-3650-channel (19): The CBRS enabled
channel 3645-3650 MHz.
o cbrs-3650-3655-channel (20): The CBRS enabled
channel 3650-3655 MHz.
o cbrs-3655-3660-channel (21): The CBRS enabled
channel 3655-3660 MHz.
o cbrs-3660-3665-channel (22): The CBRS enabled
channel 3660-3665 MHz.
o cbrs-3665-3670-channel (23): The CBRS enabled
channel 3665-3670 MHz.
o cbrs-3670-3675-channel (24): The CBRS enabled
channel 3670-3675 MHz.
o cbrs-3675-3680-channel (25): The CBRS enabled
channel 3675-3680 MHz.
o cbrs-3680-3685-channel (26): The CBRS enabled
channel 3680-3685 MHz.
o cbrs-3685-3690-channel (27): The CBRS enabled
channel 3685-3690 MHz.
o cbrs-3690-3695-channel (28): The CBRS enabled
channel 3690-3695 MHz.
o cbrs-3695-3700-channel (29): The CBRS enabled
channel 3695-3700 MHz.
 Unit: N/A
Remarks
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
occupied-cbrs-channel
This container manages occupied channel information.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cbrs-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
lowestoccupiedchannel-index
This leaf indicates the index of channel list.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:access-enum-cbrs-occupied-channel,
enumeration
 Range
o cbrs-channel-na (-1): The CBRS channel is not selected.
o cbrs-3550-3555-channel (0): The CBRS enabled
channel 3550-3555 MHz.
o cbrs-3555-3560-channel (1): The CBRS enabled
channel 3555-3560 MHz.
o cbrs-3560-3565-channel (2): The CBRS enabled
channel 3560-3565 MHz.
o cbrs-3565-3570-channel (3): The CBRS enabled
channel 3565-3570 MHz.
o cbrs-3570-3575-channel (4): The CBRS enabled
channel 3570-3575 MHz.
o cbrs-3575-3580-channel (5): The CBRS enabled
channel 3575-3580 MHz.
o cbrs-3580-3585-channel (6): The CBRS enabled
channel 3580-3585 MHz.
o cbrs-3585-3590-channel (7): The CBRS enabled
channel 3585-3590 MHz.
o cbrs-3590-3595-channel (8): The CBRS enabled
channel 3590-3595 MHz.
o cbrs-3595-3600-channel (9): The CBRS enabled
channel 3595-3600 MHz.
o cbrs-3600-3605-channel (10): The CBRS enabled
channel 3600-3605 MHz.
o cbrs-3605-3610-channel (11): The CBRS enabled
channel 3605-3610 MHz.
o cbrs-3610-3615-channel (12): The CBRS enabled
channel 3610-3615 MHz.
o cbrs-3615-3620-channel (13): The CBRS enabled
channel 3615-3620 MHz.
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o cbrs-3620-3625-channel (14): The CBRS enabled
channel 3620-3625 MHz.
o cbrs-3625-3630-channel (15): The CBRS enabled
channel 3625-3630 MHz.
o cbrs-3630-3635-channel (16): The CBRS enabled
channel 3630-3635 MHz.
o cbrs-3635-3640-channel (17): The CBRS enabled
channel 3635-3640 MHz.
o cbrs-3640-3645-channel (18): The CBRS enabled
channel 3640-3645 MHz.
o cbrs-3645-3650-channel (19): The CBRS enabled
channel 3645-3650 MHz.
o cbrs-3650-3655-channel (20): The CBRS enabled
channel 3650-3655 MHz.
o cbrs-3655-3660-channel (21): The CBRS enabled
channel 3655-3660 MHz.
o cbrs-3660-3665-channel (22): The CBRS enabled
channel 3660-3665 MHz.
o cbrs-3665-3670-channel (23): The CBRS enabled
channel 3665-3670 MHz.
o cbrs-3670-3675-channel (24): The CBRS enabled
channel 3670-3675 MHz.
o cbrs-3675-3680-channel (25): The CBRS enabled
channel 3675-3680 MHz.
o cbrs-3680-3685-channel (26): The CBRS enabled
channel 3680-3685 MHz.
o cbrs-3685-3690-channel (27): The CBRS enabled
channel 3685-3690 MHz.
o cbrs-3690-3695-channel (28): The CBRS enabled
channel 3690-3695 MHz.
o cbrs-3695-3700-channel (29): The CBRS enabled
channel 3695-3700 MHz.
 Unit: N/A
Remarks
This leaf indicates the index of channel list.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:access-enum-cbrs-occupied-channel,
enumeration
 Range
o cbrs-channel-na (-1): The CBRS channel is not selected.
o cbrs-3550-3555-channel (0): The CBRS enabled
channel 3550-3555 MHz.
o cbrs-3555-3560-channel (1): The CBRS enabled
channel 3555-3560 MHz.
o cbrs-3560-3565-channel (2): The CBRS enabled
channel 3560-3565 MHz.
o cbrs-3565-3570-channel (3): The CBRS enabled
channel 3565-3570 MHz.
o cbrs-3570-3575-channel (4): The CBRS enabled
channel 3570-3575 MHz.
o cbrs-3575-3580-channel (5): The CBRS enabled
channel 3575-3580 MHz.
 Configurable: No
 Related Feature ID: N/A
73960
highestoccupiedchannel-index
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Chapter 2 Object Module
Name
Description
o cbrs-3580-3585-channel (6): The CBRS enabled
channel 3580-3585 MHz.
o cbrs-3585-3590-channel (7): The CBRS enabled
channel 3585-3590 MHz.
o cbrs-3590-3595-channel (8): The CBRS enabled
channel 3590-3595 MHz.
o cbrs-3595-3600-channel (9): The CBRS enabled
channel 3595-3600 MHz.
o cbrs-3600-3605-channel (10): The CBRS enabled
channel 3600-3605 MHz.
o cbrs-3605-3610-channel (11): The CBRS enabled
channel 3605-3610 MHz.
o cbrs-3610-3615-channel (12): The CBRS enabled
channel 3610-3615 MHz.
o cbrs-3615-3620-channel (13): The CBRS enabled
channel 3615-3620 MHz.
o cbrs-3620-3625-channel (14): The CBRS enabled
channel 3620-3625 MHz.
o cbrs-3625-3630-channel (15): The CBRS enabled
channel 3625-3630 MHz.
o cbrs-3630-3635-channel (16): The CBRS enabled
channel 3630-3635 MHz.
o cbrs-3635-3640-channel (17): The CBRS enabled
channel 3635-3640 MHz.
o cbrs-3640-3645-channel (18): The CBRS enabled
channel 3640-3645 MHz.
o cbrs-3645-3650-channel (19): The CBRS enabled
channel 3645-3650 MHz.
o cbrs-3650-3655-channel (20): The CBRS enabled
channel 3650-3655 MHz.
o cbrs-3655-3660-channel (21): The CBRS enabled
channel 3655-3660 MHz.
o cbrs-3660-3665-channel (22): The CBRS enabled
channel 3660-3665 MHz.
o cbrs-3665-3670-channel (23): The CBRS enabled
channel 3665-3670 MHz.
o cbrs-3670-3675-channel (24): The CBRS enabled
channel 3670-3675 MHz.
o cbrs-3675-3680-channel (25): The CBRS enabled
channel 3675-3680 MHz.
o cbrs-3680-3685-channel (26): The CBRS enabled
channel 3680-3685 MHz.
o cbrs-3685-3690-channel (27): The CBRS enabled
channel 3685-3690 MHz.
o cbrs-3690-3695-channel (28): The CBRS enabled
channel 3690-3695 MHz.
o cbrs-3695-3700-channel (29): The CBRS enabled
channel 3695-3700 MHz.
 Unit: N/A
Remarks
This leaf indicates the channel type of the occupied channel.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:access-enum-cbrs-channel-type,
 Configurable: No
 Related Feature ID: N/A
73960
occupiedchannel-type
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Chapter 2 Object Module
Name
Description
enumeration
 Range
o cbrs-not-defined (-1): The device category is not
available for the RU
o cbrs-pal (0): The device category of the cbsd is A
o cbrs-gaa (1): The device category of the cbsd is D
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ampr-config
This container manages the setting for A-MPR scheduling of the cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
additionalspectrumemission
This leaf indicates the RRC
parameter ,additionalSpectrumEmission, which configures
network signaling.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0724
ampr-support
This leaf indicates the RRC
parameter ,additionalSpectrumEmission, which configures
network signaling.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0724
ampr-blankupper
This leaf indicates the number of PRBs from the highest PRB
index, which cannot be allocated for PUCCH and PRACH.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 272
 Configurable: Yes
 Related Feature ID:
FGR-RS0724
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
ampr-blanklower
This leaf indicates the number of PRBs from the lowest PRB
index, which cannot be allocated for PUCCH and PRACH.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 272
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0724
Child Node
There is no child node in this object.
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Chapter 2 Object Module
pusch-ra-in-blank-config
This container is used for PUSCH resource allocation in PRB blanking region.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
pusch-ra-inblank-on-off
This leaf determines whether to enable/disable the PUSCH
resource allocation in PRB blanking region.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0723
This leaf indicates the margin (offset) value of power density
per RB for calculating maximum allocable RBs in the blanking
region.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 23
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0723
73960
max-power-perrb-cal-margin
Child Node
There is no child node in this object.
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Chapter 2 Object Module
bwp-adaptation-config
This container manages the BWP adaptation feature related configurations.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
bwpadaptationactivation
This leaf indicates whether the BWP adaptation is activated
or deactivated.
 Type: gnbducnf_type:access-enum-bwp-adaptationactivation, enumeration
 Range
o bwp-adaptation-deactivation (0)
o bwp-adaptation-activation (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0802
bwp-mismatchthreshold
This leaf indicates the maximum number of consecutive DTX
of HARQ-ACK PUCCH or PUSCH to confirm if there is any
misalignment of BWP state between gNB and UE.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0802
bwpadaptationswitchingtrigger
This leaf indicates whether the system supports DCI-based
BWP switching from power-saving-BWP to normal-BWP by
DL triggering only, UL triggering only, or both. The cell lock is
required to change the setting value.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-bwp-adaptationswitching-trigger, enumeration
 Range
o dl-triggering-only (0)
o ul-triggering-only (1)
o dl-ul-triggering (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0802
bwp-zero-botimer
This leaf indicates the duration in ms after which gNB
switches an active BWP to power-saving-BWP via DCI for
power saving if there is zero BO during the duration.
 Configurable: Yes
 Related Feature ID:
FGR-RS0802
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-enum-bwp-zero-bo-timer,
enumeration
 Range
o bwp-zero-bo-timer-100ms (0)
o bwp-zero-bo-timer-200ms (1)
o bwp-zero-bo-timer-400ms (2)
o bwp-zero-bo-timer-800ms (3)
o bwp-zero-bo-timer-1600ms (4)
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
dl-preschedule
This container manages the DL prescheduling.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-latencygroup-enable
This leaf is DL prescheduling setting.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS7003
dl-latencygroup-qci
This leaf is a considered QCI for DL prescheduling.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS7003
dl-latencygroup-activeduration
This leaf is the active duration after starting DL
prescheduling.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS7003
dl-latencygroup-grantsize
This leaf is the DL grant size when DL prescheduling.
 Type: uint16
 Range
o 0 to 40000
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGR-RS7003
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
cell-physical-conf-idle
This container manages the radio resource information of the cell. The Physical
Cell ID (PCID), Absolute Radio Frequency Channel Number (ARFCN), and
bandwidth of the NR cell can be set. The cell lock is required to change the setting
value. [System Impact] If the setting value is changed during operation, it can
affect the service, so be careful.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
nr-physical-cellid
This leaf indicates the physical cell ID (NR PCID) used by the
UE to distinguish cells. This leaf must be set not to overlap
with the neighbor cell. Cell lock is required to change the
setting value. [System Impact] If you change the setting value
during operation, you need to be careful because it may
affect the service.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-nr-physical-cell-id, int32
 Range
o -1 to 1007
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
This leaf indicates the downlink NR-Absolute Radio
Frequency Channel Number (NR-ARFCN) of the NR cell
center frequency set by the user during cell grow. Cell lock is
required to change the setting value. [System Impact] If you
change the setting value during an operation, you need to be
careful because it may affect the service.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 3279165
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
73960
nr-arfcn-dl
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Chapter 2 Object Module
Name
Description
Remarks
nr-arfcn-ul
This leaf indicates the uplink NR-Absolute Radio Frequency
Channel Number (NR-ARFCN) of the NR cell center
frequency set by the user during cell grow. Cell lock is
required to change the setting value. [System Impact] If you
change the setting value during an operation, you need to be
careful because it may affect the service.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 3279165
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
sdl-support
This leaf indicates whether the cell supports Supplemental
Downlink (SDL). Cell lock is required to change the setting
value.
- false: An operating cell does not support SDL.
- true: An operating cell supports SDL. [System Impact] If you
change the setting value during an operation, you need to be
careful because it may affect the service.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
This leaf indicates the DL bandwidth of the NR cell set by the
user during a cell grow. Cell lock is required to change the
setting value. [System Impact] If you change the setting value
during an operation, you need to be careful because it may
affect the service.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-nr-bandwidth-type,
enumeration
 Range
o nr-bandwidth-5 (5)
o nr-bandwidth-10 (10)
o nr-bandwidth-15 (15)
o nr-bandwidth-20 (20)
o nr-bandwidth-40 (40)
o nr-bandwidth-60 (60)
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
73960
nr-bandwidth-dl
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Chapter 2 Object Module
Name
Description
o nr-bandwidth-80 (80)
o nr-bandwidth-100 (100)
 Unit: MHz
Remarks
nr-bandwidth-ul
This leaf indicates the UL bandwidth of the NR cell set by the
user during a cell grow. Cell lock is required to change the
setting value. [System Impact] If you change the setting value
during an operation, you need to be careful because it may
affect the service.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-nr-bandwidth-type,
enumeration
 Range
o nr-bandwidth-5 (5)
o nr-bandwidth-10 (10)
o nr-bandwidth-15 (15)
o nr-bandwidth-20 (20)
o nr-bandwidth-40 (40)
o nr-bandwidth-60 (60)
o nr-bandwidth-80 (80)
o nr-bandwidth-100 (100)
 Unit: MHz
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
73960
Child Node

bwp-config
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Chapter 2 Object Module
bwp-config
This container manages BWP related configurations.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-physical-conf-idle

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

bwp-list-dl

bwp-list-ul
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Chapter 2 Object Module
bwp-list-dl
This list includes child nodes for DL BWP configurations.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-physical-confidle/bwp-config

Attribute: list

Configurable: Yes

Key: bwp-index-dl
Leaf
Name
Description
Remarks
bwp-index-dl
This leaf indicates the index for DL BWP list.
 Type: uint8
 Range
o 0 to 3
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
bwp-purpose-dl
This leaf indicates the purpose for DL BWP list. The cell lock
is required to change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-bwp-purpose,
enumeration
 Range
o bwp-initial (0)
o bwp-common (1)
o bwp-adaptation (3)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
bwp-bw-size-dl
This leaf indicates bandwidth size (in MHz) for DL BWP. The
cell lock is required to change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-bwp-bw-size,
enumeration
 Range
o bwp-bw-size-cbw (0)
o bwp-bw-size-20mhz (20)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
73960
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Chapter 2 Object Module
Name
Description
o bwp-bw-size-zero (500)
 Unit: N/A
Remarks
bwp-numrboffset-dl
This leaf indicates RB number offset between BW given by
bwp-bw-size-dl and designated BW for DL BWP. The cell
lock is required to change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int16
 Range
o 0 to 272
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
bwp-startrboffset-dl
This leaf indicates starting RB offset between DL carrier BW
and designated BW for DL BWP. The cell lock is required to
change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int16
 Range
o 0 to 272
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
bwp-list-ul
This list includes child nodes for UL BWP configurations.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-physical-confidle/bwp-config

Attribute: list

Configurable: Yes

Key: bwp-index-ul
Leaf
Name
Description
Remarks
bwp-index-ul
This leaf indicates the index for UL BWP list.
 Type: uint8
 Range
o 0 to 3
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
bwp-purpose-ul
This leaf indicates the purpose for UL BWP list. The cell lock
is required to change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-bwp-purpose,
enumeration
 Range
o bwp-initial (0)
o bwp-common (1)
o bwp-adaptation (3)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
bwp-bw-size-ul
This leaf indicates bandwidth size (in MHz) for UL BWP. The
cell lock is required to change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-bwp-bw-size,
enumeration
 Range
o bwp-bw-size-cbw (0)
o bwp-bw-size-20mhz (20)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
73960
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Chapter 2 Object Module
Name
Description
o bwp-bw-size-zero (500)
 Unit: N/A
Remarks
bwp-numrboffset-ul
This leaf indicates RB number offset between BW given by
bwp-bw-size-ul and designated BW for UL BWP. The cell
lock is required to change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int16
 Range
o 0 to 272
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
bwp-startrboffset-ul
This leaf indicates starting RB offset between UL carrier BW
and designated BW for UL BWP. The cell lock is required to
change the setting value.
[Note] If you change this parameter, cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int16
 Range
o 0 to 272
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0032
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
nr-frequency-band-info
This list manages the frequency band list provided by the cell. [System Impact] If
the setting value is changed during operation, it can affect the service, so be
careful.
[Note] If you change this list, cell service would be stopped.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: list

Configurable: Yes

Key: nr-frequency-band-index
Leaf
Name
Description
Remarks
nr-frequencyband-index
This leaf indicates the index of the frequency band list
provided by the cell.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
This leaf indicates the band of the NR cell set by the user
during a cell grow. Cell lock is required to change the setting
value. [System Impact] If you change the setting value during
an operation, you need to be careful because it may affect
the service.
[Note] If you change this parameter, cell service would be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1 to 1024
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
73960
nr-frequencyband
Child Node
There is no child node in this object.
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Chapter 2 Object Module
cell-access-info
This container manages the cell access related configuration information for each
cell. It includes the information related to the use of TAC in the 5GS Tracking
Area Code (TAC) and en-gNB of the NR cell. [System Impact] If the setting value
is changed during operation, it can affect the service, so be careful.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
tracking-areacode-usage
This leaf indicates whether or not to use the 5GS Tracking
Area Code (TAC) of the NR cell set by the user during cell
grow.
- not-use (0): Do not use TAC.
- use (1): Use TAC.
[Note] If you change this parameter, Cell service could be got
influenced.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-tracking-area-codeusage-type, enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
tracking-areacode
This leaf indicates the Tracking Area Code (TAC) of the NR
cell set by the user during a cell grow.
 Type: access-s5gtype:access-type-tac6, uint32
 Range
o 1 to 16777213
o 16777215
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
configured-epstracking-areacode-usage
This leaf indicates whether or not to use the 5GS Tracking
Area Code (TAC) of the NR cell set by the user during a cell
grow.
- not-use (0): Do not use TAC.
- use (1): Use TAC.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
73960
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Chapter 2 Object Module
Name
Description
o not-use (0): not use
o use (1): use
 Unit: N/A
Remarks
configured-epstracking-areacode
This leaf indicates the Tracking Area Code (TAC) for an EPS
service used in an EUTRA New Radio-Dual Connectivity
(EN-DC).
 Type: access-s5gtype:access-type-tac4, uint16
 Range
o 1 to 65533
o 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
cell-barred
This leaf indicates whether the cell is barred manually or not.
When the operator sets this leaf to barred, the cellBarred
value of MIB becomes barred and then is broadcasted.
- barred: Configuring cellBarred as barred manually is applied
to MIB.
- not-barred: Configuring cellBarred as barred manually is not
applied to MIB.
 Type: access-s5gtype:access-enum-cell-barred,
enumeration
 Range
o barred (0)
o not-barred (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
intra-freqreselection
This leaf indicates whether to perform reselection of an intrafrequency cell when the cell selected by the UE is barred.
- allowed: UE performs reselection of an intra frequency cell.
- not-allowed: UE assumes the Intra Frequency cell is barred.
 Type: access-s5gtype:access-enum-intra-frequencyreselection, enumeration
 Range
o allowed (0)
o not-allowed (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
cell-reservedfor-other-use
This leaf indicates whether the cell is reserved, as defined in
38.304 [20]. The field is applicable to all PLMNs.
 Type: access-s5gtype:access-enum-cell-reserved-use,
enumeration
 Range
o reserved (0)
o not-reserved (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
cell-reservedfor-operatoruse
This leaf indicates whether the cell is reserved for operator
use (per PLMN), as defined in TS 38.304 [20].
 Type: access-s5gtype:access-enum-cell-reserved-use,
enumeration
 Range
o reserved (0)
o not-reserved (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
ran-area-code-
This leaf indicates whether or not to use RAN Area Code
 Configurable: Yes
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Chapter 2 Object Module
Name
usage
Description
(ranac).
- not-use (0): Do not use RAN Area code (ranac).
- use (1): Use RAN Area code (ranac).
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
Remarks
ran-area-code
This leaf indicates RAN-AreaCode is used to identify a RAN
area within the scope of a tracking area. Refer to TS38.331
T319 for details.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
configured-tacindication
This leaf indicates that the TAC with which this IE is
associated, is only configured for the cell, but shall not be
broadcasted. This leaf is defined not to broadcast the TAC if
the NR cell only supports PSCell/SCell functionality
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC5200
Child Node
 Related Feature ID: N/A
73960
There is no child node in this object.
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Chapter 2 Object Module
conn-est-failure-control
This container indicates the connection establishment failure control information.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
conn-est-failcontrol-usage
This leaf indicates whether to include connEstFailControl in
SIB1 or not.
 Type: access-s5gtype:access-type-conn-est-fail-controlusage, boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
conn-est-failcount
This leaf indicates the number of times that the UE detects
T300 expiry on the same cell before applying
connEstFailOffset.
 Type: access-s5gtype:access-enum-conn-est-fail-count,
enumeration
 Range
o conn-est-fail-count-n1 (0)
o conn-est-fail-count-n2 (1)
o conn-est-fail-count-n3 (2)
o conn-est-fail-count-n4 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
conn-est-failoffset-validity
This leaf indicates the amount of time that the UE applies
connEstFailOffset before removing the offset from evaluation
of the cell.
 Type: access-s5gtype:access-enum-conn-est-fail-offsetvalidity, enumeration
 Range
o conn-est-fail-offset-validity-s30 (0)
o conn-est-fail-offset-validity-s60 (1)
o conn-est-fail-offset-validity-s120 (2)
o conn-est-fail-offset-validity-s240 (3)
o conn-est-fail-offset-validity-s300 (4)
o conn-est-fail-offset-validity-s420 (5)
o conn-est-fail-offset-validity-s600 (6)
o conn-est-fail-offset-validity-s900 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
conn-est-failoffset-usage
This leaf indicates whether to use connEstFailOffset
parameter in SIB1 or not.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
conn-est-failoffset
This leaf indicates the additional offset to be used for the cell
selection and re-selection. It is temporarily used in case the
RRC Connection Establishment fails on the cell. If the field is
not present, the value of infinity shall be used for
Qoffsettemp.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
graceful-cell-release-conf
This container manages the shutting down timer setting per cell. It includes the
information on whether to set the shutting down timer and the duration of the timer.
When the shutting down timer is set, the timer starts when the administrative-state
of the cell is changed to shutting-down. The remaining calls on the NE are released
after waiting for shutting down timer time.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
shutting-downtimer-enable
This leaf indicates information for determining whether or not
to use the shutting-down-timer. If this leaf is enabled in the
cell shutting-down operation, the shutting-down timer is
started when switching the administrative-state of the cell to
shutting-down, and the remaining calls are released after
waiting for the shutting-down timer. If this leaf is disabled,
wait until all remaining calls are released when switching the
administrative-state of the cell to shutting-down. When all
calls of a cell are released, the cell status is changed to
locked by cell shutting down operation. If the administrativestate of the cell is shutting-down, reject the F1 UE CONTEXT
SETUP REQUEST.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-CM0201
This leaf indicates information for setting the time limit of the
shutting down state in the cell shutting down operation. If all
calls of the cell are released, change the administrative-state
of the cell to locked regardless of the remaining shuttingdown-timer time.
 Type: uint16
 Range
o 1 to 3600
 Unit: s
 Configurable: Yes
 Related Feature ID:
OAMP-CM0201
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cell-cac-info
This container manages the capacity based Call Admission Control (CAC) per cell.
It provides call count based CAC that limit the number of UEs, and Dedicated
Radio Bearer (DRB) count based CAC that limit the number of bearers. To
configure the call count based CAC function, set call-count-cac-use to 'use'. To
configure the DRB count based CAC function, set drb-count-cac-use to 'use'.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
call-count-cacusage
This leaf configures whether or not to perform an Admission
Control based on the call count per cell. To perform the
Admission Control function based on a call count per cell, set
the call-count-cac-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
max-call-count
This leaf indicates the maximum number of calls per cell. It
cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-max-call-count-per-cellrange-type, uint32
 Range
o 1 to 1500
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC0301
reserved-callcount
This leaf indicates the number of reserved calls for
emergency.
 Type: access-s5gtype:access-type-reserved-call-countrange-type, int32
 Range
o 0 to 40
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
nsa-callthreshold
This leaf configures the ratio at which an NSA call control
starts when performing an Admission Control based on the
call count per cell. If the number of calls exceeds the nsa-call-
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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threshold ratio in the max-call-count, the NSA call setup may
fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
Remarks
nrdc-callthreshold
This leaf configures the ratio at which an NR-DC call control
starts when performing an Admission Control based on the
call count per cell. If the number of calls exceeds the nrdccall-threshold ratio in the max-call-count, the NR-DC call
setup may fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
mt-access-callthreshold
This leaf configures the ratio at which an mtAccess call
control starts when performing an Admission Control based
on the call count per cell. If the number of calls exceeds the
mt-access-call-threshold ratio in the max-call-count, the
mtAccess call setup may fail due to an Admission control
operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
mo-signallingcall-threshold
This leaf configures the ratio at which an moSignaling call
control starts when performing an Admission Control based
on the call count per cell. If the number of calls exceeds the
mo-signalling-call-threshold ratio in the max-call-count, the
moSignaling call setup may fail due to an Admission control
operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
mo-data-callthreshold
This leaf configures the ratio at which an moData call control
starts when performing an Admission Control based on the
call count per cell. If the number of calls exceeds the modata-call-threshold ratio in the max-call-count, the moData
call setup may fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
mo-voice-callthreshold
This leaf configures the ratio at which an moVoice call control
starts when performing an Admission Control based on the
call count per cell. If the number of calls exceeds the movoice-call-threshold ratio in the max-call-count, the moVoice
call setup may fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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Name
Description
Remarks
 Unit: %
high-priorityaccess-callthreshold
This leaf configures the ratio at which an highPriorityAccess
call control starts when performing an Admission Control
based on the call count per cell. If the number of calls
exceeds the high-priority-access-call-threshold ratio in the
max-call-count, the highPriorityAccess call setup may fail due
to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
handover-callthreshold
This leaf configures the ratio at which a handover call control
starts when performing an Admission Control based on the
call count per cell. If the number of calls exceeds the
handover-call-threshold ratio in the max-call-count, the
handover call setup may fail due to an Admission control
operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
rre-callthreshold
This leaf configures the ratio at which an RRE call control
starts when performing an Admission Control based on the
call count per cell. If the number of calls exceeds the rre-callthreshold ratio in the max-call-count, the RRE call setup may
fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
emergency-callthreshold
This leaf configures the ratio at which an emergency call
control starts when performing an Admission Control based
on the call count per cell. If the number of calls exceeds the
emergency-call-threshold ratio in the max-call-count, the
emergency call setup may fail due to an Admission control
operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
callpreemptionusage
This leaf configures whether a call preemption operation is
performed when call setup is rejected due to call count based
admission control.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
preemptiontrigger-arppriority
This leaf configures the ARP priority to trigger the preemption
operation. Even if call-preemption-usage is set to use when a
new call is rejected by an Admission control, the preemption
operation is not performed if the representative ARP priority
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
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Chapter 2 Object Module
Name
Description
of the new call is lower than the preemption-trigger-arppriority.
 Type: uint32
 Range
o 1 to 15
 Unit: N/A
Remarks
drb-count-cacusage
This leaf configures whether or not to perform an admission
control based on the DRB count per cell. To perform the
admission control function based on the DRB count per cell,
set drb-count-cac-use to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
max-drb-count
This leaf indicates the maximum number of DRBs per cell. It
cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-max-drb-count-per-cellrange-type, uint32
 Range
o 1 to 6000
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC0301
nsa-drbthreshold
This leaf configures the ratio at which an NSA DRB control
starts when performing the DRB count based Admission
Control per cell. If the number of DRBs in the max-drb-count
exceeds the nsa-drb-threshold ratio, then the NSA DRB
setup may fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
nrdc-drbthreshold
This leaf configures the ratio at which an NR-DC DRB control
starts when performing the DRB count based Admission
Control per cell. If the number of DRBs in the max-drb-count
exceeds the nrdc-drb-threshold ratio, then the NR-DC DRB
setup may fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
normal-drbthreshold
This leaf configures the ratio at which an StandAlone Normal
DRB control starts when performing the DRB count based
Admission Control per cell. If the number of DRBs in the maxdrb-count exceeds the normal-drb-threshold ratio, then the
StandAlone normal DRB setup may fail due to an Admission
control operation.
 Type: decimal64
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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Name
Description
Remarks
 Range
o 0.00 to 100.00
 Unit: %
emergency-drbthreshold
This leaf configures the ratio at which an StandAlone
Emergency DRB control starts when performing the DRB
count based Admission Control per cell. If the number of
DRBs in the max-drb-count exceeds the emergency-drbthreshold ratio, then the StandAlone emergency DRB setup
may fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
high-priorityaccess-drbthreshold
This leaf configures the ratio at which an StandAlone
highPriorityAccess DRB control starts when performing the
DRB count based Admission Control per cell. If the number of
DRBs in the max-drb-count exceeds the high-priority-accessdrb-threshold ratio, then the StandAlone highPriorityAccess
DRB setup may fail due to an Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
handover-drbthreshold
This leaf configures the ratio at which an StandAlone
Handover DRB control starts when performing the DRB count
based Admission Control per cell. If the number of DRBs in
the max-drb-count exceeds the handover-drb-threshold ratio,
then the StandAlone handover DRB setup may fail due to an
Admission control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
rre-drbthreshold
This leaf configures the ratio at which an StandAlone RRE
DRB control starts when performing the DRB count based
Admission Control per cell. If the number of DRBs in the maxdrb-count exceeds the rre-drb-threshold ratio, then the
StandAlone RRE DRB setup may fail due to an Admission
control operation.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
drb-preemptionusage
This leaf configures whether or not to perform an DRB
preemption operation when DRB setup is rejected due to the
DRB admission control. To perform the preemption operation,
set the drb-preemption-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0401
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Chapter 2 Object Module
Child Node

cac-per-plmn-info
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Chapter 2 Object Module
cac-per-plmn-info
This container manages the Capacity based Call Admission Control (CAC) per
Cell/PLMN. It provides call count based CAC that limit the number of UEs, and
Dedicated Radio Bearer (DRB) count based CAC that limit the number of bearers.
To configure the Capacity based CAC function per Cell/PLMN, set the call-countcac-per-plmn-usage or drb-count-cac-per-plmn-usage to 'use'.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-cac-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
call-count-cacper-plmn-usage
This leaf configures whether or not to perform an admission
control based on the call count per cell/PLMN. To perform the
admission control function based on the call count per
cell/PLMN, set call-count-cac-per-plmn-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
drb-count-cacper-plmn-usage
This leaf configures whether or not to perform an admission
control based on the DRB count per cell/PLMN. To perform
the admission control function based on the DRB count per
cell/PLMN, set drb-count-cac-per-plmn-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
plmn-0-portion
This leaf configures the portion of PLMN which matches with
plmn-index (0) in cell-plmn-info list. PLMN (of index 0) is
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
plmn-1-portion
This leaf configures the portion of PLMN which matches with
plmn-index (1) in cell-plmn-info list. PLMN (of index 1) is
 Configurable: Yes
 Related Feature ID:
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Name
Description
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
Remarks
FGR-CC0301
plmn-2-portion
This leaf configures the portion of PLMN which matches with
plmn-index (2) in cell-plmn-info list. PLMN (of index 2) is
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
plmn-3-portion
This leaf configures the portion of PLMN which matches with
plmn-index (3) in cell-plmn-info list. PLMN (of index 3) is
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
plmn-4-portion
This leaf configures the portion of PLMN which matches with
plmn-index (4) in cell-plmn-info list. PLMN (of index 4) is
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
plmn-5-portion
This leaf configures the portion of PLMN which matches with
plmn-index (5) in cell-plmn-info list. PLMN (of index 5) is
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
plmn-6-portion
This leaf configures the portion of PLMN which matches with
plmn-index (6) in cell-plmn-info list. PLMN (of index 6) is
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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Chapter 2 Object Module
Name
Description
Remarks
plmn-7-portion
This leaf configures the portion of PLMN which matches with
plmn-index (7) in cell-plmn-info list. PLMN (of index 7) is
guaranteed this portion in total Cell capacity. If not set this
portion, this PLMN can be used as much as other PLMN
does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
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Chapter 2 Object Module
cell-call-status
This container retrieves the number of calls set for each cell. It cannot be set and
only can be retrieved.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
cell-call-count
This leaf indicates the number of calls set in the current cell.
It cannot be set and it can only be retrieved.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-CC0301
73960
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Chapter 2 Object Module
cell-slice-group-cac-info
This container manages the Call Admission Control (CAC) for network slice per
cell. It provides Dedicated Radio Bearer (DRB) CAC that limit the number of
bearers based on each slice group portion. To configure slice group based CAC
function, set slice-cac-usage to 'use'.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
slice-cac-usage
This leaf configures whether or not to perform an Admission
Control based on the slice group portion per cell. To perform
the Admission Control function based on a slice group portion
per cell, set the slice-cac-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-0portion
This leaf configures the portion of slice group 0. Slice group 0
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-1portion
This leaf configures the portion of slice group 1. Slice group 1
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-2portion
This leaf configures the portion of slice group 2. Slice group 2
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
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Description
o 0.00 to 100.00
 Unit: %
Remarks
slice-group-3portion
This leaf configures the portion of slice group 3. Slice group 3
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-4portion
This leaf configures the portion of slice group 4. Slice group 4
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-5portion
This leaf configures the portion of slice group 5. Slice group 5
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-6portion
This leaf configures the portion of slice group 6. Slice group 6
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-7portion
This leaf configures the portion of slice group 7. Slice group 7
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-8portion
This leaf configures the portion of slice group 8. Slice group 8
is guaranteed this portion in total Cell capacity. If not set this
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-9-
This leaf configures the portion of slice group 9. Slice group 9
is guaranteed this portion in total Cell capacity. If not set this
 Configurable: Yes
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Name
portion
Description
portion, this slice group can be used as much as other slice
group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
Remarks
slice-group-10portion
This leaf configures the portion of slice group 10. Slice group
10 is guaranteed this portion in total Cell capacity. If not set
this portion, this slice group can be used as much as other
slice group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-11portion
This leaf configures the portion of slice group 11. Slice group
11 is guaranteed this portion in total Cell capacity. If not set
this portion, this slice group can be used as much as other
slice group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-12portion
This leaf configures the portion of slice group 12. Slice group
12 is guaranteed this portion in total Cell capacity. If not set
this portion, this slice group can be used as much as other
slice group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-13portion
This leaf configures the portion of slice group 13. Slice group
13 is guaranteed this portion in total Cell capacity. If not set
this portion, this slice group can be used as much as other
slice group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-14portion
This leaf configures the portion of slice group 14. Slice group
14 is guaranteed this portion in total Cell capacity. If not set
this portion, this slice group can be used as much as other
slice group does not use in the entire Cell capacity.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-group-15portion
This leaf configures the portion of slice group 15. Slice group
15 is guaranteed this portion in total Cell capacity. If not set
this portion, this slice group can be used as much as other
slice group does not use in the entire Cell capacity.
 Type: decimal64
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
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Name
Description
Remarks
 Range
o 0.00 to 100.00
 Unit: %
Child Node

slice-list-info
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Chapter 2 Object Module
slice-list-info
This list manages the slice list for slice group based Call Admission Control (CAC)
function. Slice that is not configured is considered as common group
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-slice-group-cacinfo

Attribute: list

Configurable: Yes

Key: slice-index
Leaf
Name
Description
Remarks
slice-index
This leaf indicates the index of slice list.
 Type: uint32
 Range
o 0 to 15
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
plmn-index
This leaf indicates the index value of the Public Land Mobile
Network (PLMN) list provided by the gNB-DU.
 Type: access-s5gtype:access-type-plmn-num, uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
sst
This leaf is SST (Slice service type) of S-NSSAI (Single
network slice selection assistance information). Reference:
TS 23.003
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
sd
This leaf is SD (Slice Differentiator) of S-NSSAI (Single
network slice selection assistance information). It is noted
that SD value 16777215 (=0xFFFFFF, in hexadecimal
format) means that no SD value associated with the SST.
Reference: TS 23.003
 Type: union (uint32, enumeration)
 Range
o - (-1)
o 0 to 16777214
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0303
slice-groupindex
This leaf is slice group index of this slice.
 Type: uint8
 Key Leaf: No
 Configurable: Yes
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o 0 to 15
 Unit: N/A
 Related Feature ID:
FGR-CC0303
Child Node
There is no child node in this object.
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Chapter 2 Object Module
uac-barring-info
This container is for configuring Unified Access Control (UAC). The UAC is used
to reduce the amount of call request from UEs per access category.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
uac-barringmode-type
This leaf indicates the operational mode for uac-barring.
- control-off: uac-barring is not used.
- control-manual: uac-barring is applied in manual control
mode.
- control-cpu-overload: uac-barring is applied based on the
CPU overload status.
 Type: access-s5gtype:access-enum-uac-barring-modetype, enumeration
 Range
o control-off (0)
o control-manual (1)
o control-cpu-overload (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
rrc-loadbarring-usage
This leaf indicates the operational mode for uac-barring.
- not-use: RRC load based barring is not used.
- use-without-hpa: RRC load based barring without
considering HPA (High Priority Access) is used.
- use-with-hpa: RRC load based barring considering HPA
(High Priority Access) is used.
 Type: access-s5gtype:access-enum-rrc-load-barringusage-type, enumeration
 Range
o not-use (0)
o use-without-hpa (1)
o use-with-hpa (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
step-barringfactor
This leaf indicates the amount by which the barring factor is
dynamically adjusted.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
step-barring-
This leaf indicates the amount by which the barring time is
 Configurable: Yes
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Name
time
Description
dynamically adjusted.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
Remarks
threshold-hparate
This leaf indicates the threshold to be met for HPA (High
Priority Access) RRC connection request rate in the cell to
validate load information for the RRC load-based barring.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
 Related Feature ID:
FGR-LC0302
Child Node

uac-barring-for-common

uac-barring-per-plmn-list

uac-barring-info-set-list

barring-connection-ratio

barring-connection-request-rate

barring-connection-reject-ratio
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Chapter 2 Object Module
uac-barring-for-common
This list manages the common access control parameters for access categories
used for all PLMNs. Each access category is mapped to a uac-barring-info-set by
using uac-barring-info-set-index.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barring-info

Attribute: list

Configurable: Yes

Key: access-category
Leaf
Name
Description
Remarks
accesscategory
This leaf is the Access Category according to TS 22.261
 Type: uint8
 Range
o 1 to 10
o 32 to 63
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barringinfo-set-index
This leaf is mapped to uac-barring-info-set-index of uacbarring-info-set-list.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
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Chapter 2 Object Module
uac-barring-per-plmn-list
This list manages access control parameters for each access category per PLMN.
Each access category for the specific PLMN is mapped to a uac-barring-info-set
by using uac-barring-info-set-index
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barring-info

Attribute: list

Configurable: Yes

Key: plmn-index, access-category
Leaf
Name
Description
Remarks
plmn-index
This leaf indicates the index value of Public Land Mobile
Network (PLMN) list provided by the gNB-DU for UAC barring
per PLMN.
 Type: access-s5gtype:access-type-plmn-num, uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
accesscategory
This leaf is the Access Category for each PLMN according to
TS 22.261.
 Type: uint8
 Range
o 1 to 10
o 32 to 63
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barringinfo-set-index
This leaf is mapped to uac-barring-info-set-index of uacbarring-info-set-list for each PLMN.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
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Chapter 2 Object Module
uac-barring-info-set-list
This list manages access control parameter sets.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barring-info

Attribute: list

Configurable: Yes

Key: uac-barring-status-type, uac-barring-info-set-index
Leaf
Name
Description
Remarks
uac-barringstatus-type
This leaf indicates barring configuration type.
- cpu-normal: The CPU overload of the main card is in
Normal state.
- cpu-minor: The CPU overload of the main card is in Minor
state.
- cpu-major: The CPU overload of the main card is in Major
state.
- cpu-critical: The CPU overload of the main card is in Critical
state.
- bar-manual: Manual mode.
 Type: access-s5gtype:access-enum-cpu-overload-status,
enumeration
 Range
o cpu-normal (0)
o cpu-minor (1)
o cpu-major (2)
o cpu-critical (3)
o bar-manual (4)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barringinfo-set-index
This leaf indicates the entry index of UAC barring info set for
the specific uac-barring-status-type in uac-barring-info-setlist.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barringfactor
This leaf indicates the probability that access attempt would
be allowed during access barring check.
 Type: access-s5gtype:access-enum-access-probabilityfactor, enumeration
 Range
o p00 (0)
o p05 (1)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
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Name
Description
o p10 (2)
o p15 (3)
o p20 (4)
o p25 (5)
o p30 (6)
o p40 (7)
o p50 (8)
o p60 (9)
o p70 (10)
o p75 (11)
o p80 (12)
o p85 (13)
o p90 (14)
o p95 (15)
 Unit: N/A
Remarks
uac-barringtime
This leaf is the minimum time before a new access attempt is
to be performed after an access attempt was barred at
access barring check.
 Type: access-s5gtype:access-enum-access-barring-time,
enumeration
 Range
o s4 (0)
o s8 (1)
o s16 (2)
o s32 (3)
o s64 (4)
o s128 (5)
o s256 (6)
o s512 (7)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barring-foraccess-identity1
This leaf indicates whether access attempt is allowed for
each Access Identity 1. Value 'false' means that access
attempt is allowed.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barring-foraccess-identity2
This leaf indicates whether access attempt is allowed for
each Access Identity 2. Value 'false' means that access
attempt is allowed.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barring-foraccess-identity11
This leaf indicates whether access attempt is allowed for
each Access Identity 11. Value 'false' means that access
attempt is allowed.
 Type: boolean
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
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Name
Description
o true
o false
 Unit: N/A
Remarks
uac-barring-foraccess-identity12
This leaf indicates whether access attempt is allowed for
each Access Identity 12. Value 'false' means that access
attempt is allowed.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barring-foraccess-identity13
This leaf indicates whether access attempt is allowed for
each Access Identity 13. Value 'false' means that access
attempt is allowed.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
uac-barring-foraccess-identity14
This leaf indicates whether access attempt is allowed for
each Access Identity 14. Value 'false' means that access
attempt is allowed.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
This leaf indicates whether access attempt is allowed for
each Access Identity 15. Value 'false' means that access
attempt is allowed.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC3102
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Child Node
There is no child node in this object.
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Chapter 2 Object Module
barring-connection-ratio
This container configures the information about RRC load based barring
considering RRC connection ratio in the cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barring-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
load-typeusage
This leaf configures whether or not to perform RRC load
based barring considering RRC connection ratio or not.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
emergency-callbarring-enabled
This leaf indicates whether to apply barring to emergency
calls if the RRC load based barring is not capable of lowering
the load.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai1-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 1 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai2-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 2 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai11-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 11 for the corresponding load type.
 Type: boolean
 Range
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Name
Description
o true
o false
 Unit: N/A
Remarks
ai12-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 12 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai13-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 13 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai14-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 14 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai15-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 15 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdactivation
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to activate RRC load-based
barring for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholddeactivation
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to deactivate RRC load-based
barring for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarringemergency-call
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to emergency
calls for the corresponding load type.
 Type: uint16
 Range
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Name
Description
o 1 to 100
 Unit: %
Remarks
thresholdbarring-ai1
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to Access
Identity 1 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai2
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to Access
Identity 2 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai11
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to Access
Identity 11 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai12
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to Access
Identity 12 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai13
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to Access
Identity 13 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai14
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to Access
Identity 14 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai15
This leaf indicates the percentage of max-call-count retrieved
by cell-cac-info-func to be met to apply barring to Access
Identity 15 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: %
Child Node

barring-info-set-list
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Chapter 2 Object Module
barring-info-set-list
This list is for configuring access control parameter sets.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barringinfo/barring-connection-ratio

Attribute: list

Configurable: Yes

Key: barring-info-set-index
Leaf
Name
Description
Remarks
barring-info-setindex
This leaf indicates the entry index of UAC barring info set in
per-load-type-uac-barring-info-set-list.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
max-barringfactor
This leaf indicates the maximum barring factor that is the
most restrictive for the corresponding uac-barring-info-setindex.
 Type: access-s5gtype:access-enum-access-probabilityfactor, enumeration
 Range
o p00 (0)
o p05 (1)
o p10 (2)
o p15 (3)
o p20 (4)
o p25 (5)
o p30 (6)
o p40 (7)
o p50 (8)
o p60 (9)
o p70 (10)
o p75 (11)
o p80 (12)
o p85 (13)
o p90 (14)
o p95 (15)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
min-barringfactor
This leaf configures the minimum barring factor that is the
least restrictive for the corresponding uac-barring-info-setindex.
 Key Leaf: No
 Configurable: Yes
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Name
max-barringtime
Description
Remarks
 Type: access-s5gtype:access-enum-access-probabilityfactor, enumeration
 Range
o p00 (0)
o p05 (1)
o p10 (2)
o p15 (3)
o p20 (4)
o p25 (5)
o p30 (6)
o p40 (7)
o p50 (8)
o p60 (9)
o p70 (10)
o p75 (11)
o p80 (12)
o p85 (13)
o p90 (14)
o p95 (15)
 Unit: N/A
 Related Feature ID:
FGR-LC0302
This leaf configures the maximum barring time for the
corresponding uac-barring-info-set-index.
 Type: access-s5gtype:access-enum-access-barring-time,
enumeration
 Range
o s4 (0)
o s8 (1)
o s16 (2)
o s32 (3)
o s64 (4)
o s128 (5)
o s256 (6)
o s512 (7)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
This leaf configures the minimum barring time for the
corresponding uac-barring-info-set-index.
 Type: access-s5gtype:access-enum-access-barring-time,
enumeration
 Range
o s4 (0)
o s8 (1)
o s16 (2)
o s32 (3)
o s64 (4)
o s128 (5)
o s256 (6)
o s512 (7)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Chapter 2 Object Module
barring-connection-request-rate
This container configures the information about RRC load based barring
considering RRC connection request rate in the cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barring-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
load-typeusage
This leaf configures whether or not to perform RRC load
based barring considering RRC connection request rate or
not.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
emergency-callbarring-enabled
This leaf indicates whether to apply barring to emergency
calls if the RRC load based barring is not capable of lowering
the load.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai1-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 1 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai2-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 2 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai11-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 11 for the corresponding load type.
 Type: boolean
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Name
Description
Remarks
 Range
o true
o false
 Unit: N/A
ai12-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 12 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai13-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 13 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai14-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 14 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai15-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 15 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdactivation
This leaf indicates the threshold to be met to activate RRC
load-based barring for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholddeactivation
This leaf indicates the threshold to be met to deactivate RRC
load-based barring for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarringemergency-call
This leaf indicates the threshold to be met prior to barring
emergency calls for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Name
Description
Remarks
 Unit: N/A
thresholdbarring-ai1
This leaf indicates the threshold to be met prior to barring
Access Identity 1 for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
thresholdbarring-ai2
This leaf indicates the threshold to be met prior to barring
Access Identity 2 for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai11
This leaf indicates the threshold to be met prior to barring
Access Identity 11 for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai12
This leaf indicates the threshold to be met prior to barring
Access Identity 12 for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai13
This leaf indicates the threshold to be met prior to barring
Access Identity 13 for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai14
This leaf indicates the threshold to be met prior to barring
Access Identity 14 for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai15
This leaf indicates the threshold to be met prior to barring
Access Identity 15 for the corresponding load type.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Chapter 2 Object Module
barring-info-set-list
This list is for configuring access control parameter sets.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barringinfo/barring-connection-request-rate

Attribute: list

Configurable: Yes

Key: barring-info-set-index
Leaf
Name
Description
Remarks
barring-info-setindex
This leaf indicates the entry index of UAC barring info set in
per-load-type-uac-barring-info-set-list.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
max-barringfactor
This leaf indicates the maximum barring factor that is the
most restrictive for the corresponding uac-barring-info-setindex.
 Type: access-s5gtype:access-enum-access-probabilityfactor, enumeration
 Range
o p00 (0)
o p05 (1)
o p10 (2)
o p15 (3)
o p20 (4)
o p25 (5)
o p30 (6)
o p40 (7)
o p50 (8)
o p60 (9)
o p70 (10)
o p75 (11)
o p80 (12)
o p85 (13)
o p90 (14)
o p95 (15)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
min-barringfactor
This leaf configures the minimum barring factor that is the
least restrictive for the corresponding uac-barring-info-setindex.
 Key Leaf: No
 Configurable: Yes
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Chapter 2 Object Module
Name
max-barringtime
Description
Remarks
 Type: access-s5gtype:access-enum-access-probabilityfactor, enumeration
 Range
o p00 (0)
o p05 (1)
o p10 (2)
o p15 (3)
o p20 (4)
o p25 (5)
o p30 (6)
o p40 (7)
o p50 (8)
o p60 (9)
o p70 (10)
o p75 (11)
o p80 (12)
o p85 (13)
o p90 (14)
o p95 (15)
 Unit: N/A
 Related Feature ID:
FGR-LC0302
This leaf configures the maximum barring time for the
corresponding uac-barring-info-set-index.
 Type: access-s5gtype:access-enum-access-barring-time,
enumeration
 Range
o s4 (0)
o s8 (1)
o s16 (2)
o s32 (3)
o s64 (4)
o s128 (5)
o s256 (6)
o s512 (7)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
This leaf configures the minimum barring time for the
corresponding uac-barring-info-set-index.
 Type: access-s5gtype:access-enum-access-barring-time,
enumeration
 Range
o s4 (0)
o s8 (1)
o s16 (2)
o s32 (3)
o s64 (4)
o s128 (5)
o s256 (6)
o s512 (7)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Chapter 2 Object Module
barring-connection-reject-ratio
This container configures the information about RRC load based barring
considering RRC connection reject ratio in the cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barring-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
load-typeusage
This leaf configures whether or not to perform RRC load
based barring considering RRC connection reject ratio or not.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
emergency-callbarring-enabled
This leaf indicates whether to apply barring to emergency
calls if the RRC load based barring is not capable of lowering
the load.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai1-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 1 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai2-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 2 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai11-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 11 for the corresponding load type.
 Type: boolean
 Range
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Chapter 2 Object Module
Name
Description
o true
o false
 Unit: N/A
Remarks
ai12-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 12 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai13-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 13 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai14-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 14 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
ai15-barringenabled
This leaf indicates whether to apply RRC load-based barring
to Access Identity 15 for the corresponding load type.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdactivation
This leaf indicates the threshold to be met to activate RRC
load-based barring for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholddeactivation
This leaf indicates the threshold to be met to deactivate RRC
load-based barring for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarringemergency-call
This leaf indicates the threshold to be met prior to barring
emergency calls for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Chapter 2 Object Module
Name
Description
Remarks
thresholdbarring-ai1
This leaf indicates the threshold to be met prior to barring
Access Identity 1 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai2
This leaf indicates the threshold to be met prior to barring
Access Identity 2 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai11
This leaf indicates the threshold to be met prior to barring
Access Identity 11 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai12
This leaf indicates the threshold to be met prior to barring
Access Identity 12 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai13
This leaf indicates the threshold to be met prior to barring
Access Identity 13 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai14
This leaf indicates the threshold to be met prior to barring
Access Identity 14 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
thresholdbarring-ai15
This leaf indicates the threshold to be met prior to barring
Access Identity 15 for the corresponding load type.
 Type: uint16
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
threshold-rrcrequest-rate
This leaf indicates the threshold to be met for RRC
connection request rate in the cell to validate the load
information for RRC connection reject ratio.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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Chapter 2 Object Module
Child Node

barring-info-set-list
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Chapter 2 Object Module
barring-info-set-list
This list is for configuring access control parameter sets.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/uac-barringinfo/barring-connection-reject-ratio

Attribute: list

Configurable: Yes

Key: barring-info-set-index
Leaf
Name
Description
Remarks
barring-info-setindex
This leaf indicates the entry index of UAC barring info set in
per-load-type-uac-barring-info-set-list.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
max-barringfactor
This leaf indicates the maximum barring factor that is the
most restrictive for the corresponding uac-barring-info-setindex.
 Type: access-s5gtype:access-enum-access-probabilityfactor, enumeration
 Range
o p00 (0)
o p05 (1)
o p10 (2)
o p15 (3)
o p20 (4)
o p25 (5)
o p30 (6)
o p40 (7)
o p50 (8)
o p60 (9)
o p70 (10)
o p75 (11)
o p80 (12)
o p85 (13)
o p90 (14)
o p95 (15)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
min-barringfactor
This leaf configures the minimum barring factor that is the
least restrictive for the corresponding uac-barring-info-setindex.
 Key Leaf: No
 Configurable: Yes
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Chapter 2 Object Module
Name
max-barringtime
Description
Remarks
 Type: access-s5gtype:access-enum-access-probabilityfactor, enumeration
 Range
o p00 (0)
o p05 (1)
o p10 (2)
o p15 (3)
o p20 (4)
o p25 (5)
o p30 (6)
o p40 (7)
o p50 (8)
o p60 (9)
o p70 (10)
o p75 (11)
o p80 (12)
o p85 (13)
o p90 (14)
o p95 (15)
 Unit: N/A
 Related Feature ID:
FGR-LC0302
This leaf configures the maximum barring time for the
corresponding uac-barring-info-set-index.
 Type: access-s5gtype:access-enum-access-barring-time,
enumeration
 Range
o s4 (0)
o s8 (1)
o s16 (2)
o s32 (3)
o s64 (4)
o s128 (5)
o s256 (6)
o s512 (7)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
This leaf configures the minimum barring time for the
corresponding uac-barring-info-set-index.
 Type: access-s5gtype:access-enum-access-barring-time,
enumeration
 Range
o s4 (0)
o s8 (1)
o s16 (2)
o s32 (3)
o s64 (4)
o s128 (5)
o s256 (6)
o s512 (7)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-LC0302
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min-barringtime
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Chapter 2 Object Module
Child Node
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Chapter 2 Object Module
ue-timer-constants
This container indicates configuring UE timer.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
t300
This leaf indicates the timer t300 value of the cell. The UE
starts the t300 timer when transmitting RRCSetupRequest,
and stops the timer when receiving RRCSetup or RRCReject
message, cell re-selection and upon abortion of connection
establishment by upper layers. When the t300 timer expires,
the UE resets the MAC, releases the MAC configuration, and
reestablishes the RLC. Refer to TS38.331 T300 for details.
 Type: access-s5gtype:access-enum-t300-type,
enumeration
 Range
o t-300-ms100 (0)
o t-300-ms200 (1)
o t-300-ms300 (2)
o t-300-ms400 (3)
o t-300-ms600 (4)
o t-300-ms1000 (5)
o t-300-ms1500 (6)
o t-300-ms2000 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
This leaf indicates the timer t301 value of the cell. The UE
starts the t301 timer after sending the
RRCReestablishmentRequest; and stops the timer when
RRCReestablishment or RRCSetup message is received.
When the t301 timer expires, the UE goes to RRC_IDLE.
Refer to TS38.331 T301 for details.
 Type: access-s5gtype:access-enum-t301-type,
enumeration
 Range
o t-301-ms100 (0)
o t-301-ms200 (1)
o t-301-ms300 (2)
o t-301-ms400 (3)
o t-301-ms600 (4)
o t-301-ms1000 (5)
o t-301-ms1500 (6)
o t-301-ms2000 (7)
 Configurable: Yes
 Related Feature ID: N/A
73960
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Name
Description
Remarks
 Unit: N/A
t310
This leaf indicates the timer value which the UE starts after
detecting physical layer problems for the SpCell i.e. upon
receiving N310 consecutive out-of-sync indications from
lower layers. It is released when receiving N311 consecutive
in-sync indications from lower layers for the SpCell, or
receiving RRCReconfiguration with reconfigurationWithSync
for that cell group. Refer to TS38.331 t310 for details.
 Type: access-s5gtype:access-enum-t310-type,
enumeration
 Range
o t-310-ms0 (0)
o t-310-ms50 (1)
o t-310-ms100 (2)
o t-310-ms200 (3)
o t-310-ms500 (4)
o t-310-ms1000 (5)
o t-310-ms2000 (6)
o t-310-ms4000 (7)
o t-310-ms6000 (8)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
n310
This leaf indicates the maximum number of consecutive 'outof-sync' indications for the PCell received from lower layers.
Refer to TS38.331 n310 for details.
 Type: access-s5gtype:access-enum-n310-type,
enumeration
 Range
o n-310-n1 (0)
o n-310-n2 (1)
o n-310-n3 (2)
o n-310-n4 (3)
o n-310-n6 (4)
o n-310-n8 (5)
o n-310-n10 (6)
o n-310-n20 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
This leaf indicates the timer t311 value which the UE starts
upon initiating the RRC connection re-establishment
procedure. The timer stops when a suitable NR cell or interRAT cell is found. If the timer expires without finding a
suitable cell, it returns to the RRC_IDLE status. Refer to
TS38.331 t311 for details.
 Type: access-s5gtype:access-enum-t311-type,
enumeration
 Range
o t-311-ms1000 (0)
o t-311-ms3000 (1)
o t-311-ms5000 (2)
o t-311-ms10000 (3)
o t-311-ms15000 (4)
o t-311-ms20000 (5)
o t-311-ms30000 (6)
 Configurable: Yes
 Related Feature ID: N/A
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
n311
This leaf indicates the maximum number of consecutive 'insync' indications for the PCell received from lower layers.
Refer to TS38.331 n311 for details.
 Type: access-s5gtype:access-enum-n311-type,
enumeration
 Range
o n-311-n1 (0)
o n-311-n2 (1)
o n-311-n3 (2)
o n-311-n4 (3)
o n-311-n5 (4)
o n-311-n6 (5)
o n-311-n8 (6)
o n-311-n10 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
t319
This leaf indicates the timer t319 value of the cell. The UE
starts the t319 timer when transmitting RRCResumeRequest
or RRCResumeRequest1, and stops the timer when
receiving RRCResume or RRCSetup, RRCRelease,
RRCRelease with suspendConfig or RRCReject message,
cell re-selection and upon abortion of connection
establishment by upper layers. Refer to TS38.331 T319 for
details.
 Type: access-s5gtype:access-enum-t319-type,
enumeration
 Range
o t-319-ms100 (0)
o t-319-ms200 (1)
o t-319-ms300 (2)
o t-319-ms400 (3)
o t-319-ms600 (4)
o t-319-ms1000 (5)
o t-319-ms1500 (6)
o t-319-ms2000 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
73960
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Chapter 2 Object Module
qos-based-cac-info
This container configures the information for Quality of Service (QoS) based Call
Admission Control (CAC). To use the QoS based CAC function, set qos-basedcac-use to 'use'.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
qos-based-cacusage
This leaf configures whether or not to perform the Quality of
Service (Qos) based Call Admission Control (CAC). To use
the PRB usage-based Qos Based CAC function, use the qosbased-cac-use. Qos Based CAC is for GBR bearer.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
fiveqi-qosbased-cacusage
This leaf configures whether or not to perform the Quality of
Service (Qos) based Call Admission Control (CAC). To use
the PRB usage-based Qos Based CAC function, use the
fiveqi-qos-based-cac-use. Qos Based CAC is for GBR
bearer.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
qos-based-cacmode
This leaf configures whether or not to perform the Quality of
Service (Qos) based Call Admission Control (CAC) per
PLMN. To perform the PRB usage-based Qos Based CAC
function per PLMN, set the qos-based-cac-mode to plmnmode.
 Type: access-s5gtype:access-enum-qos-cac-mode-type,
enumeration
 Range
o cell-mode (0)
o plmn-mode (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
73960
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Chapter 2 Object Module
Child Node

threshold-per-qci

threshold-per-fiveqi

threshold-per-plmn-qci

threshold-per-plmn-fiveqi
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Chapter 2 Object Module
threshold-per-qci
This list manages the downlink/uplink threshold value per QoS Class Identifier
(QCI) for the Quality of Service (QoS) based Call Admission Control (CAC)
function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/qos-based-cac-info

Attribute: list

Configurable: Yes

Key: qci
Leaf
Name
Description
Remarks
qci
This leaf indicates the QoS Class Identifier (QCI).
 Type: access-s5gtype:access-type-qci, uint16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
dl-normalthreshold
This leaf indicates the downlink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each QoS
Class Identifier (QCI). When the GBR bearer is requested,
the QoS CAC Fail is generated when the downlink GBR PRB
usage exceeds the entered leaf value.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
ul-normalthreshold
This leaf indicates the uplink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each QoS
Class Identifier (QCI). If the uplink GBR PRB usage exceeds
the entered leaf value when the GBR bearer is requested,
then the QoS CAC Fail is generated.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
73960
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Chapter 2 Object Module
threshold-per-fiveqi
This list manages the downlink/uplink threshold value per 5G QoS Identifier (5QI)
for the Quality of Service (QoS) based Call Admission Control (CAC) function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/qos-based-cac-info

Attribute: list

Configurable: Yes

Key: fiveqi
Leaf
Name
Description
Remarks
fiveqi
This leaf indicates the 5G QoS Identifier (5QI).
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
dl-normalthreshold
This leaf indicates the downlink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each 5G QoS
Identifier (5QI). When the GBR bearer is requested, the QoS
CAC Fail is generated when the downlink GBR PRB usage
exceeds the entered leaf value.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
ul-normalthreshold
This leaf indicates the uplink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each 5G QoS
Identifier (5QI). If the uplink GBR PRB usage exceeds the
entered leaf value when the GBR bearer is requested, then
the QoS CAC Fail is generated.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
73960
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Chapter 2 Object Module
threshold-per-plmn-qci
This list manages the downlink/uplink threshold value per QoS Class Identifier
(QCI) for the Quality of Service (QoS) based Call Admission Control (CAC)
function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/qos-based-cac-info

Attribute: list

Configurable: Yes

Key: plmn-index, qci
Leaf
Name
Description
Remarks
plmn-index
This leaf indicates the index value of the Public Land Mobile
Network (PLMN) list provided by the gNB-DU.
 Type: access-s5gtype:access-type-plmn-num, uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
qci
This leaf indicates the QoS Class Identifier (QCI).
 Type: access-s5gtype:access-type-qci, uint16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
dl-normalthreshold
This leaf indicates the downlink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each
PLMN/QoS Class Identifier (QCI). When the GBR bearer is
requested, the QoS CAC Fail is generated when the downlink
GBR PRB usage exceeds the entered leaf value.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
ul-normalthreshold
This leaf indicates the uplink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each
PLMN/QoS Class Identifier (QCI). If the uplink GBR PRB
usage exceeds the entered leaf value when the GBR bearer
is requested, then the QoS CAC Fail is generated.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
73960
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Chapter 2 Object Module
Child Node
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73960
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Chapter 2 Object Module
threshold-per-plmn-fiveqi
This list manages the downlink/uplink threshold value per PLMN / 5G QoS
Identifier (5QI) for the Quality of Service (QoS) based Call Admission Control
(CAC) function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/qos-based-cac-info

Attribute: list

Configurable: Yes

Key: plmn-index, fiveqi
Leaf
Name
Description
Remarks
plmn-index
This leaf indicates the index value of the Public Land Mobile
Network (PLMN) list provided by the gNB-DU.
 Type: access-s5gtype:access-type-plmn-num, uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
fiveqi
This leaf indicates the 5G QoS Identifier (5QI).
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
dl-normalthreshold
This leaf indicates the downlink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each PLMN/5G
QoS Identifier (5QI). When the GBR bearer is requested, the
QoS CAC Fail is generated when the downlink GBR PRB
usage exceeds the entered leaf value.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
ul-normalthreshold
This leaf indicates the uplink threshold for the Quality of
Service (Qos) based Call Admission Control (CAC) and the
PRB percentage (%) that can be allocated for each PLMN/5G
QoS Identifier (5QI). If the uplink GBR PRB usage exceeds
the entered leaf value when the GBR bearer is requested,
then the QoS CAC Fail is generated.
 Type: decimal64
 Range
o 0.00 to 100.00
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0302
73960
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Chapter 2 Object Module
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Chapter 2 Object Module
fiveqi-drb-cac-info
This container configures the information about Admission Control for 5QI DRB.
To use the 5QI DRB count admission control function, set fiveqi-drb-cac-usage to
'use'.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
fiveqi-drb-cacusage
This leaf configures whether or not to perform the Admission
Control for 5QI DRB. To use the 5QI DRB count based
admission control function, set fiveqi-drb-cac-usage to use.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
73960
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
fiveqi-cac-info
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Chapter 2 Object Module
fiveqi-cac-info
This list manages the downlink/uplink threshold value per 5G QoS Identifier (5QI)
for the Quality of Service (QoS) based Call Admission Control (CAC) function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/fiveqi-drb-cac-info

Attribute: list

Configurable: Yes

Key: fiveqi
Leaf
Name
Description
Remarks
fiveqi
This leaf indicates the 5G QoS Identifier (5QI).
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
max-drb-count
This leaf indicates the max DRB count for each 5QI (5G QoS
Identifier).
 Type: access-s5gtype:access-type-fiveqi-max-drb-countrange-type, int32
 Range
o 0 to 1200
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0301
73960
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Chapter 2 Object Module
nr-carrier-aggregation
This container manages the Carrier Aggregation (CA) configuration of a specific
cell. The CA operation can be enabled or disabled according to the operating
conditions. The maximum number of uplink/downlink CC available for CA
function operation can be set. To set the CA function of the cell, change the caavailable-type to 'on'. To change the cell to operate with the Scell, set the p-cellonly flag to 'false'. To change the maximum number of downlink CCs when the
cell operates as a Pcell, set the 'max-dl-cc-ca-cc-nums'. To change the maximum
number of uplink CCs, set the 'max-ul-ca-cc-nums'.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ca-availabletype
This leaf configures whether or not to perform a CA operation
when the cell is Pcell. To operate the CA with the Pcell, set
the cell to on.
 Type: access-s5gtype:access-enum-ca-available,
enumeration
 Range
o ca-off (0)
o ca-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
p-cell-only-flag
This leaf configures whether the cell can operate as s Scell.
- false: cell can operate as a Scell
- true: cell cannot operate as a Scell Default value is 'false'.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
max-dl-ca-ccnum
This leaf indicates a parameter that sets the maximum
number of downlink CCs that can be supported when the cell
operates the CA to the Pcell.
 Type: uint32
 Range
o 2 to 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
max-ul-ca-ccnum
This leaf indicates a parameter that sets the maximum
number of uplink CCs that can be supported when the cell
operates the CA with the Pcell.
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
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Chapter 2 Object Module
Name
Description
Remarks
 Type: uint32
 Range
o 1 to 8
 Unit: N/A
control-factorfor-dl-2layermimo
This leaf indicates the expected additional average
throughput Gain to be obtained when 2 layer MIMO is applied
relatively to 1 layer MIMO, and it is represented by a unit
of %. This leaf controls DL CA. The larger number of this leaf,
the greater possibility of choosing Supported Band
Combination including carrier component that supports 2
Layer DL MIMO.
 Type: uint16
 Range
o 0 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
control-factorfor-dl-4layermimo
This leaf indicates the expected additional average
throughput Gain to be obtained when 4 layer MIMO is applied
relatively to 1 layer MIMO, and it is represented by a unit
of %. This leaf controls DL CA. The larger number of this leaf,
the greater possibility of choosing Supported Band
Combination including carrier component that supports 4
Layer DL MIMO.
 Type: uint16
 Range
o 0 to 300
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
control-factorfor-ul-2layermimo
This leaf indicates the expected additional average
throughput Gain to be obtained when 2 layer MIMO is applied
relatively to 1 layer MIMO, and it is represented by a unit
of %. This leaf controls UL CA. The larger number of this leaf,
the greater possibility of choosing Supported Band
Combination including carrier component that supports 2
Layer UL MIMO.
 Type: uint16
 Range
o 0 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
control-factorfor-dl-256qam
This leaf indicates the expected additional average
throughput Gain to be obtained when 256QAM is applied
relatively to 64QAM, and is represented by a unit of %. This
leaf controls DL CA. The larger number of this leaf, the
greater possibility of choosing Supported Band Combination
including carrier component that supports 256QAM.
 Type: uint16
 Range
o 0 to 33
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
control-factorfor-ul-256qam
This leaf indicates the expected additional average
throughput Gain to be obtained when 256QAM is applied
relatively to 64QAM, and is represented by a unit of %. This
leaf controls UL CA. The larger number of this leaf, the
greater possibility of choosing Supported Band Combination
including carrier component that supports 256QAM.
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
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Chapter 2 Object Module
Name
Description
Remarks
 Type: uint16
 Range
o 0 to 33
 Unit: N/A
specificintraband-freqseparation-dlflag
This leaf configures whether to enable or to disable a function
which will monitor maximum bandwidth for the intraband noncontiguous band combination existing in FR2 range. To
enable the band combination monitoring function, set the
specific-intraband-freq-separation-dl-flag to true.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
coloc-coveredcell-num
This leaf-list manages cell-nums of other cells that serve the
same area.
 Type: uint8
 Range
o 0 to 35, min-elements (0), max-elements (unbounded)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
du-coloc-usage
This leaf configures whether to use coloc-covered-cell-num.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0100
73960
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Chapter 2 Object Module
sib-info
This container manages the System Information Block scheduling Information.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
sib1-broadcast
This leaf indicates whether to broadcast SIB1 or not.
- not-used: SIB1 is not broadcasted.
- used: SIB1 is broadcasted.
[Note] If you change this parameter, Cell service could be got
influenced.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-usage-type,
enumeration
 Range
o not-use (0): not use
o use (1): use
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
This leaf indicates the periodicity of SIB2.
- rf8: 8 radio frames
- rf16: 16 radio frames
- rf32: 32 radio frames
- rf64: 64 radio frames
- rf128: 128 radio frames
- rf256: 256 radio frames
- rf512: 512 radio frames
 Type: access-s5gtype:access-enum-sib-periodicity,
enumeration
 Range
o rf8 (0)
o rf16 (1)
o rf32 (2)
o rf64 (3)
o rf128 (4)
o rf256 (5)
o rf512 (6)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
73960
sib2-period
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Chapter 2 Object Module
Name
Description
Remarks
sib3-period
This leaf indicates the periodicity of SIB3.
- rf8: 8 radio frames
- rf16: 16 radio frames
- rf32: 32 radio frames
- rf64: 64 radio frames
- rf128: 128 radio frames
- rf256: 256 radio frames
- rf512: 512 radio frames
 Type: access-s5gtype:access-enum-sib-periodicity,
enumeration
 Range
o rf8 (0)
o rf16 (1)
o rf32 (2)
o rf64 (3)
o rf128 (4)
o rf256 (5)
o rf512 (6)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
sib4-period
This leaf indicates the periodicity of SIB4.
- rf8: 8 radio frames
- rf16: 16 radio frames
- rf32: 32 radio frames
- rf64: 64 radio frames
- rf128: 128 radio frames
- rf256: 256 radio frames
- rf512: 512 radio frames
 Type: access-s5gtype:access-enum-sib-periodicity,
enumeration
 Range
o rf8 (0)
o rf16 (1)
o rf32 (2)
o rf64 (3)
o rf128 (4)
o rf256 (5)
o rf512 (6)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
This leaf indicates the periodicity of SIB5.
- rf8: 8 radio frames
- rf16: 16 radio frames
- rf32: 32 radio frames
- rf64: 64 radio frames
- rf128: 128 radio frames
- rf256: 256 radio frames
- rf512: 512 radio frames
 Type: access-s5gtype:access-enum-sib-periodicity,
enumeration
 Range
o rf8 (0)
 Configurable: Yes
 Related Feature ID: N/A
73960
sib5-period
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Chapter 2 Object Module
Name
Description
o rf16 (1)
o rf32 (2)
o rf64 (3)
o rf128 (4)
o rf256 (5)
o rf512 (6)
 Unit: N/A
Remarks
sib6-period
This leaf indicates the periodicity of SIB6.
- rf8: 8 radio frames
- rf16: 16 radio frames
- rf32: 32 radio frames
- rf64: 64 radio frames
- rf128: 128 radio frames
- rf256: 256 radio frames
- rf512: 512 radio frames
 Type: access-s5gtype:access-enum-sib-periodicity,
enumeration
 Range
o rf8 (0)
o rf16 (1)
o rf32 (2)
o rf64 (3)
o rf128 (4)
o rf256 (5)
o rf512 (6)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
sib7-period
This leaf indicates the periodicity of SIB7.
- rf8: 8 radio frames
- rf16: 16 radio frames
- rf32: 32 radio frames
- rf64: 64 radio frames
- rf128: 128 radio frames
- rf256: 256 radio frames
- rf512: 512 radio frames
 Type: access-s5gtype:access-enum-sib-periodicity,
enumeration
 Range
o rf8 (0)
o rf16 (1)
o rf32 (2)
o rf64 (3)
o rf128 (4)
o rf256 (5)
o rf512 (6)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
sib8-period
This leaf indicates the periodicity of SIB8.
- rf8: 8 radio frames
- rf16: 16 radio frames
- rf32: 32 radio frames
- rf64: 64 radio frames
 Configurable: Yes
 Related Feature ID:
FGR-SV0301
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Chapter 2 Object Module
Name
Description
- rf128: 128 radio frames
- rf256: 256 radio frames
- rf512: 512 radio frames
 Type: access-s5gtype:access-enum-sib-periodicity,
enumeration
 Range
o rf8 (0)
o rf16 (1)
o rf32 (2)
o rf64 (3)
o rf128 (4)
o rf256 (5)
o rf512 (6)
 Unit: N/A
Remarks
si-windowlength
This leaf indicates the SI window length.
- slot40: 40 slots
 Type: access-s5gtype:access-enum-si-window,
enumeration
 Range
o slot40 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
Child Node
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Chapter 2 Object Module
cell-management-info
This container is for configuring cell management information.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
imsemergencysupport
This leaf indicates whether the cell supports IMS emergency
bearer services for UEs in limited service mode.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-SV0202
Child Node
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Chapter 2 Object Module
cell-selection-info
This container indicates the cell selection information.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
q-rx-lev-min
This leaf indicates the minimum required Rx level in the
concerned cell, as defined as Qrxlevmin in TS38.304. Actual
value of threshold is the value * 2 (dBm).
 Type: int8
 Range
o -70 to -22
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
q-rx-lev-minoffset-usage
This leaf indicates the usage of q-rx-lev-min-offset in SIB1.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
q-rx-lev-minoffset
This leaf indicates the offset to the signalled Qrxlevmin taken
into account in the Srxlev evaluation, as defined as
Qrxlevminoffset in TS38.304.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
q-qual-minusage
This leaf indicates the usage of q-qual-min in SIB1.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
q-qual-min
This leaf indicates the minimum required quality level [dB],
applicable for the cell selection.
 Type: int8
 Range
o -43 to -12
 Unit: dB
 Configurable: Yes
 Related Feature ID: N/A
q-qual-min-
This leaf indicates the usage of q-qual-min-offset in SIB1.
 Configurable: Yes
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Chapter 2 Object Module
Name
offset-usage
Description
Remarks
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Related Feature ID: N/A
q-qual-minoffset
This leaf indicates the offset to the signalled Qqualmin taken
into account in the Squal evaluation, as defined as
Qrxlevminoffset in TS38.304.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
graceful-es-cell-off-conf
This container configures the 'turn off' of the cell or set the related timer for
Energy Saving (ES). If the 'energy saving cell off' function is set to 'normal', the
remaining active call is forcefully released when the es-cell-off-timer expires. If
the es-cell-off-timer is released, the active call is forcefully released immediately.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
es-cell-offmode
This leaf configures the mode of the energy leakage cell off
function. If this leaf is set to normal, the active call of the cell
is forcibly released when the es-cell-off-timer expires (if the
es-cell-off-timer-enable is set to on) or released immediately
(if the es-cell-off-timer-enable is set to off). If this leaf is set to
waiting-for-cell-idle it waits without forcibly releasing the
active call of the cell..
 Type: access-s5gtype:access-enum-es-cell-off-mode,
enumeration
 Range
o normal (0): Remained active calls will be released
forcedly.
o waiting-for-cell-idle (1): Remained active calls will not be
released forcedly.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802
es-cell-offtimer-enable
This leaf activates or disables the timer operation for the
energy leakage cell off function. When set to ON, the timer is
started when switching to the standby state for energy
leakage cell off operation. When the timer expires, the cell's
active call is forcibly released.
- off: Disables the timer operation.
- on: Activate the timer operation.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802
es-cell-off-timer
This leaf indicates the time value of the timer waiting for
energy leakage cell off operation.
 Type: uint16
 Range
o 1 to 3600
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: s
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Chapter 2 Object Module
plmn-portion-control-function
This container indicates the function of PLMN based PRB portion control.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
plmn-portioncontrol-enableconfig
This leaf controls enabling and disabling the PLMN based
PRB portion control function.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1801
Child Node

73960
plmn-portion-info
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Chapter 2 Object Module
plmn-portion-info
This list contains DL/UL MinPortion and MaxPortion for PLMN.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/plmn-portion-controlfunction

Attribute: list

Configurable: Yes

Key: plmn-index
Leaf
Name
Description
Remarks
plmn-index
This leaf indicates the index of the Public Land Mobile
Network (PLMN) list which need Min and Max PRB portion
configuration.
 Type: leafref
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
dl-min-plmnportion
This leaf is the minimum PRB portion applied to designated
PLMN in downlink.
 Type: uint8
 Range
o 0 to 100
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS1801
dl-max-plmnportion
This leaf is the maximum PRB portion applied to designated
PLMN in downlink.
 Type: uint8
 Range
o 0
o 5 to 100
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS1801
ul-min-plmnportion
This leaf is the minimum PRB portion applied to designated
PLMN in uplink.
 Type: uint8
 Range
o 0 to 100
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS1801
ul-max-plmnportion
This leaf is the maximum PRB portion applied to designated
PLMN in uplink.
 Type: uint8
 Range
o 0
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS1801
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Chapter 2 Object Module
Name
Description
o 10 to 100
 Unit: %
Remarks
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Chapter 2 Object Module
cell-plmn-info
This list manages the Public Land Mobile Network (PLMN) list provided by the
cell. It can be selected and provided from the PLMN list of gnb-du-plmn-info for
each cell. [System Impact] If the setting value is changed during operation, it can
affect the service, so be careful.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: list

Configurable: Yes

Key: plmn-index
Leaf
Name
Description
Remarks
plmn-index
This leaf indicates the index of the Public Land Mobile
Network (PLMN) list provided by the cell. The PLMN of the
cell refers to the same index value of a gnb-du-plmn-info.
[System Impact] If the parameter value is changed during an
operation, it may affect the service, so be careful.
 Type: leafref
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
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Chapter 2 Object Module
bcch-config
This container manages configurations for Broadcast Control Channel (BCCH).
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
modificationperiod-coeff
This leaf indicates the modification period coefficient in
standalone NR.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-modification-periodcoeff-type, enumeration
 Range
o modification-period-coeff-n2 (0)
o modification-period-coeff-n4 (1)
o modification-period-coeff-n8 (2)
o modification-period-coeff-n16 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1502
73960
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Chapter 2 Object Module
dl-layer-pooling-config
This container is used for DL layer pooling parameter. The cell selection for MUMIMO peak test and the minimum number of layers guaranteed per cell during DL
layer pooling are included. To apply the value change, cell lock should be done.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-mu-peaktestmode
This leaf is used for selecting a cell for DL MU-MIMO peak
test during DL layer pooling. Since the maximum number of
layers for MU-MIMO per cell varies during DL layer pooling, a
cell is selected for DL MU-MIMO peak test and is assigned
with the maximum supportable layers. It is set to 0 or 1 per
cell. Only one cell with 'dl-mu-su-mimo-mode == 2' or 'dlantenna-split-enable == enable && dl-antenna-count == 8tx'
must be set to 1 within a channel card. For the normal DL
layer pooling, set this leaf to 0 for all cells within a channel
card. To apply the value change, cell lock should be done.
[Note] Tput of unselected cells may be degraded.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
This leaf is used for configuring the number of minimum
guaranteed layers per cell during DL layer pooling. The range
is 2 or 4. It should be set to be identical for all cells where DL
layer pooling is applied within a channel card. To apply the
value change, cell lock should be done.
[Note] Tput of a cell may be degraded upon the change of
default value. It is strongly recommended not to change.12.
real-time-change
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 2
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o 4
 Unit: N/A
Remarks
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Chapter 2 Object Module
etilt-configuration
This container is used for configuring the electrical tilt angle, horizontal and
vertical beamwidth (or range) of SSB beam (s) of MMU in FR1.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
hpbw-horizontal
This leaf is used for indication of horizontal beamwidth (or
range) of SSB beam (s) of MMU in FR1.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-hpbw-horizontal,
enumeration
 Range
o hpbw-horizontal-65degrees (0)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
hpbw-vertical
This leaf is used for indication of vertical beamwidth (or
range) of SSB beam (s) of MMU in FR1.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-hpbw-vertical,
enumeration
 Range
o hpbw-vertical-5degrees (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
etilt-angle
This leaf is used for indication of vertical electrical tilt angle of
SSB beam (s) of MMU in FR1.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
state or system reset/restart.
 Type: gnbducnf_type:access-type-etilt-angle, int8
 Range
o -3 to 10
 Unit: degree
Remarks
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Chapter 2 Object Module
pdcch-configuration
This container manages the Physical Downlink Control Channel (PDCCH) settings.
Various parameters can be set for efficient PDCCH transmission.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
pdcch-configindex
This leaf indicates the PDCCH setting (for example, PDCCH
symbol duration, number of searchSpace, and so on) value.
The cell lock is required to change the setting value. A reset
may be required to check the change result or to operate a
stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-type-pdcch-config-index,
int16
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
max-supportedagg-level
This leaf indicates the maximum supported aggregation level.
To change the value, cell lock should be done. The operator
may need to reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-max-supported-al,
enumeration
 Range
o max-supported-al-8 (8)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
fixedaggregationlevel
This leaf indicates whether the aggregation level is fixed.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-fixed-aggregation-level,
enumeration
 Range
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
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Chapter 2 Object Module
Name
Description
o al-adaptation (0)
o fixed-adaptation-al1 (1)
o fixed-adaptation-al2 (2)
o fixed-adaptation-al4 (4)
o fixed-adaptation-al8 (8)
o fixed-adaptation-al16 (16)
 Unit: N/A
Remarks
pdcch-symboladaptation
This leaf indicates whether the PDCCH symbol adaptation
function is applied for below 6 GHz. The cell lock is required
to change the setting value. A reset may be required to check
the change result or to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
pdcchprecoding-type
This leaf indicates the precoding operation for below 6GHz.
The range is 0-1. 0 stands for the common beam. 1 stands
for PMI.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-type-pdcch-precoding, int16
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
cce-regmapping-type
This leaf indicates CCE-REG mapping type for PDCCH. To
apply the value change, cell lock should be done. Operator
may need to reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-cce-reg-mapping,
enumeration
 Range
o interleaved (1)
o non-interleaved (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
target-pdcchbler
This leaf indicates the target PDCCH BLER requirement. To
apply the value change, cell lock should be done. Operator
may need to reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-target-pdcch-bler,
enumeration
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o target-bler-dot1 (0)
o target-bler-dot2 (1)
o target-bler-dot5 (2)
o target-bler-1 (3)
o target-bler-2 (4)
 Unit: %
coreset0-rbblanking-on-off
This leaf indicates whether RB blanking in CORESET0 is
allowed or not.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-coreset0-rb-blanking,
enumeration
 Range
o coreset0-rb-blanking-off (0)
o coreset0-rb-blanking-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
al-adaptationsinr-offset
This leaf indicates offset of SINR thresholds for determining
each AL in the AL adaptation algorithm. The range is -10 ~
10[dB].
 Type: int8
 Range
o -10 to 10
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0201
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Chapter 2 Object Module
ul-power-control-config
This container manages the Uplink (UL) power control information of the gNB.
According to the physical channel, the gNB provides the Physical Uplink Shared
Channel (PUSCH), Physical Uplink Control Channel (PUCCH), Sounding
Reference Signals (SRS), and Physical Random Access Channel (PRACH) power
control functions to set the related system parameters. The UE determines the Tx
power based on the parameter setting of the gNB.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node
73960

ul-power-control-common-config

pusch-power-control-config

pucch-power-control-config

srs-power-config
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Chapter 2 Object Module
ul-power-control-common-config
This container manages the common information about the Uplink (UL) power
control.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-control-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
msg3-deltapreamble
This leaf indicates the transmission power offset of msg3
relative to RACH preamble. The range is -1 to 6. The value of
power offset is equal to (field value * 2) in dB.
 Type: int8
 Range
o -1 to 6
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
p0-nominalwith-grant
This leaf indicates the nominal power value for PUSCH with
UL grant except msg3, which is used in PUSCH power
control. The range is -202 to 24 in dBm and only even values
(for example, step size of 2) are allowed.
 Type: int16
 Range
o -202 to 24
 Unit: dBm
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
p0-nominalpucch
This leaf indicates the nominal power value for PUCCH,
which is used in PUCCH power control. The range is -202 to
24 in dBm and only even values (for example, step size of 2)
are allowed.
 Type: int16
 Range
o -202 to 24
 Unit: dBm
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
p-max-usage
This leaf indicates whether to enable/disable the
configurability on maximum transmit power of the UE using
the parameter 'p-max'.
- Disable (0): The maximum transmission power of the UE
cannot be set.
- enable (1): The maximum transmission power of the UE can
be set.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Name
Description
Remarks
 Unit: N/A
p-max
This leaf indicates the maximum transmit power of the UE on
a carrier frequency. The range is -30 to 33 in dBm.
 Type: int8
 Range
o -30 to 33
 Unit: dBm
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
Child Node
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Chapter 2 Object Module
pusch-power-control-config
This container manages the Physical Uplink Shared Channel (PUSCH) power
control information. The UE sets PUSCH transmission power according to the
child leaf setting value based on the 3GPP TS 38.213 specification.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-control-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
tpcaccumulation
This leaf indicates whether to use the accumulation mode
and absolute mode in PUSCH Transmit Power Control
(TPC). The accumulation mode is default and the absolute
mode can be applied when UE capability supports.
 Type: gnbducnf_type:access-enum-tpc-accumulation,
enumeration
 Range
o tpc-accumulation-disable (0)
o tpc-accumulation-enabled (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
p0-puschalphaset-id
This leaf indicates the ID for P0-PUSCH-AlphaSet.
 Type: gnbducnf_type:access-type-pusch-reference-rsindex, uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pusch-pathlossreference-rs-id
This leaf indicates the ID for a Reference Signal (RS)
configured as PUSCH pathloss reference.
 Type: gnbducnf_type:access-type-pusch-reference-rsindex, uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pusch-clpcenable
This leaf indicates whether Closed Loop Power Control
(CLPC) is applied for PUSCH. If set to 'enable', Transmit
Power Control (TPC) is transmitted according to the PUSCH
power control. If not, the TPC has a fixed value.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Chapter 2 Object Module
Name
Description
Remarks
pusch-tmpcenable
This leaf indicates whether TBS-maximized power control
(TMPC) for PUSCH enables or not. If it is configured by
'enable', TargetSINR for PUSCH is determined by TMPC
operation, while it is configured by 'disable', TargetSINR for
PUSCH is set as OLPC SINR.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
max-target-sinr64qam
This leaf indicates the maximum target SINR value when
maximum modulation for UL is configured by 64QAM.
 Type: uint8
 Range
o 0 to 35
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
max-target-sinr256qam
This leaf indicates the maximum target SINR value when
maximum modulation for UL is configured by 256QAM.
 Type: uint8
 Range
o 0 to 36
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
min-target-sinr
This leaf indicates the minimum target SINR value.
 Type: int8
 Range
o -5 to 10
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
min-olpc-targetsinr
This leaf indicates the minimum target SINR value for Open
Loop Power Control (OLPC).
 Type: int8
 Range
o -20 to 10
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
power-boostpi2-bpsk
This leaf indicates whether to enable power boost for UEs
that are supported by Binary Phase Shift Keying (PI / 2
BPSK) modulation method.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
phr-addedoffset
This leaf indicates an additional compensation value for the
Power Headroom Report (PHR) reported by the UE. It
applies when the non-UL CA is set or the SCell for UL CA is
not activated.
 Type: uint8
 Range
o 0 to 6
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
phr-added-
This leaf indicates the additional compensation value for
 Configurable: Yes
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Chapter 2 Object Module
Name
offset-ca
Description
reported PHR when the SCell for UL CA is activated.
 Type: uint8
 Range
o 0 to 6
 Unit: dB
Remarks
rerror-tpc-upcmd
This leaf indicates whether the residual error based TPC up
command is applied. (0: OFF, 1: TPC +1dB, 2: TPC +3dB)
 Type: uint8
 Range
o 0 to 2
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
iot-reductionsinr-margin
This leaf indicates the PUSCH SINR margin in the IoT
reduction operation. The higher value allows the higher
PUSCH SINR. (Unit: 0.1dB)
 Type: int16
 Range
o 0 to 350
 Unit: 0.1 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
ul-congestionmitigation
This leaf indicates whether to use UL congestion mitigation
functionality.
- disable (0): UL congestion mitigation operation is not
applied.
- enable (1): UL congestion mitigation operation is applied.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
iot-prb-usagehigh-th
This leaf indicates the threshold to determine that the
physical resource block (PRB) usage is large when UL
congestion relaxation is operated (unit: 0.01%).
 Type: uint16
 Range
o 0 to 10000
 Unit: 0.01 %
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
iot-prb-usagelow-th
This leaf indicates the threshold whether the UL PRB usage
is low for UL congestion mitigation functionality (unit: 0.01%).
 Type: uint16
 Range
o 0 to 10000
 Unit: 0.01 %
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
 Related Feature ID:
FGR-RS0301
73960
Child Node

alpha-set

pusch-reference-rs
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Chapter 2 Object Module
alpha-set
This list indicates an alpha-set list for Physical Uplink Shared Channel (PUSCH)
power control. Alpha is a variable used for fractional power control.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-controlconfig/pusch-power-control-config

Attribute: list

Configurable: Yes

Key: alpha-set-index
Leaf
Name
Description
Remarks
alpha-set-index
This leaf indicates the key value for the leaf list 'alpha-set' for
PUSCH power control.
 Type: gnbducnf_type:access-type-alpha-set-index, uint8
 Range
o 0 to 1
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
alpha-setenable
This leaf indicates whether 'alpha-set' corresponding to
'alpha-set-index' is enabled or not. The 'alpha-pusch' and 'p0ue-pusch' is signalled only when the 'alpha-set-enable' is set
to 'enable'.
- disable (0): 'alpha-set' is not set.
- enable (1): 'alpha-set' is set.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
alpha-pusch
This leaf indicates pathloss compensation factor for PUSCH
transmit power of UE. The UE compensate for transmit power
by the amount of the measured pathloss multiplied by the
pathloss compensation factor.
 Type: gnbducnf_type:access-enum-alpha, enumeration
 Range
o alpha0 (0)
o alpha04 (1)
o alpha05 (2)
o alpha06 (3)
o alpha07 (4)
o alpha08 (5)
o alpha09 (6)
o alpha1 (7)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
p0-ue-pusch
This leaf indicates the dedicated power value for PUSCH with
UL grant except msg3, which is used in PUSCH power
control. The range is from -16 to 15 in dB.
 Type: int8
 Range
o -16 to 15
 Unit: dB
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
Child Node
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Chapter 2 Object Module
pusch-reference-rs
This list indicates a Reference Signal (RS) list for Physical Uplink Shared Channel
(PUSCH) power control. This list has pusch-reference-rs-index as a key value and
can set related contents such as a reference signal.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-controlconfig/pusch-power-control-config

Attribute: list

Configurable: Yes

Key: pusch-reference-rs-index
Leaf
Name
Description
Remarks
puschreference-rsindex
This leaf indicates the key value for the leaf list 'puschreference-rs' for PUSCH power control.
 Type: gnbducnf_type:access-type-pusch-reference-rsindex, uint8
 Range
o 0 to 1
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
puschreference-rsenable
This leaf indicates whether 'pusch-reference-rs'
corresponding to 'pusch-reference-rs-index' is enabled. The
'reference-signal' and 'ssb-index' (if 'reference-signal' set to
'ssb') is signalled only when the 'pusch-reference-rs-enable'
set to 'enable'.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
referencesignal
This leaf indicates whether the reference signal set for
PUSCH power control is Synchronization Signal Block (SSB)
or Non Zero Power (NZP) CSI-RS (Channel State
Information-Reference Signal).
 Type: gnbducnf_type:access-enum-reference-signal,
enumeration
 Range
o reference-signal-ssb (0)
o reference-signal-nzp-csi-rs (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
ssb-index
This leaf indicates the SSB-index if 'reference-signal' is set by
the SSB. When 'reference-signal' is set by NZP-CSI-RS, the
allocated NZP-CSI-RS resource is signalled.
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
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Chapter 2 Object Module
Name
Description
Remarks
FGR-RS0301
 Type: uint8
 Range
o 0 to 63
 Unit: N/A
Child Node
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Chapter 2 Object Module
pucch-power-control-config
This container manages the Physical Uplink Control Channel (PUCCH) power
control information of gNB.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-control-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
deltaf-pucch-f0
This leaf indicates the power offset for PUCCH format0. The
range is -16 to 15 (dB) and step size of 1dB.
 Type: int8
 Range
o -16 to 15
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
deltaf-pucch-f1
This leaf indicates the power offset for PUCCH format1. The
range is -16 to 15 (dB) and step size of 1dB.
 Type: int8
 Range
o -16 to 15
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
deltaf-pucch-f2
This leaf indicates the power offset for PUCCH format2. The
range is -16 ~ 15 (dB) and step size of 1dB.
 Type: int8
 Range
o -16 to 15
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
deltaf-pucch-f3
This leaf indicates the power offset for PUCCH format3. The
range is -16 to 15 (dB) and step size of 1dB.
 Type: int8
 Range
o -16 to 15
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
deltaf-pucch-f4
This leaf indicates the power offset for PUCCH format4. The
range is -16 to 15 (dB) and step size of 1dB.
 Type: int8
 Range
o -16 to 15
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
p0-pucch-id
This leaf indicates the ID for a P0-PUCCH-Set.
 Type: gnbducnf_type:access-type-pucch-set-index, uint8
 Configurable: Yes
 Related Feature ID:
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Chapter 2 Object Module
Name
Description
Remarks
FGR-RS0301
 Range
o 1 to 2
 Unit: N/A
pucch-pathlossreference-rs-id
This leaf indicates the ID for the Reference Signal (RS) of the
PUCCH pathloss reference.
 Type: gnbducnf_type:access-type-pucch-reference-rsindex, uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pucch-shorttarget-sinr
This leaf indicates the value of target Signal to Noise and
Interference Ratio (SINR) for PUCCH format 0/2 (for
example, PUCCH in short duration). The range is 0 to 40.
The actual target SINR value is equal to (field value - 10) / 2
dB.
 Type: int8
 Range
o 0 to 40
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pucch-longtarget-sinr
This leaf indicates the target SINR value for PUCCH format 1
/ 3 / 4 (for example, PUCCH in long duration). The range is 0
to 40. The actual target SINR value is equal to (field value 10) / 2 dB.
 Type: int8
 Range
o 0 to 40
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
tpc-pucch-setup
This leaf indicates whether to set the Radio Network
Temporary Identifier (TPC RNTI) for PUCCH power control.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pucch-clpcenable
This leaf indicates whether Closed Loop Power Control
(CLPC) for PUCCH is enabled. If 'enable', TPC according to
PUCCH power control is transmitted. If 'disable', TPC for
PUSCH is always the fixed value.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pucch-tpcperiod
This leaf indicates the period of Closed Loop Power Control
(CLPC) for PUCCH. When the 'pucch-tpc-period' is met, TPC
for PUCCH is decided.
 Type: uint16
 Range
o 0 to 1280
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Child Node

p0-set

pucch-reference-rs
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Chapter 2 Object Module
p0-set
This list indicates a p0-set list for Physical Uplink Control Channel (PUCCH)
power control.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-controlconfig/pucch-power-control-config

Attribute: list

Configurable: Yes

Key: p0-pucch-index
Leaf
Name
Description
Remarks
p0-pucch-index
This leaf indicates the key value for p0-pucch-set index used
for PUCCH power.
 Type: gnbducnf_type:access-type-pucch-set-index, uint8
 Range
o 1 to 2
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
p0-pucchenable
This leaf indicates whether 'p0-pucch' corresponding to 'p0pucch-index' is enabled. The 'p0-pucch' is signalled only
when the 'p0-pucch-enable' is set to 'enable'.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
p0-ue-pucch
This leaf indicates the dedicated P0 value for PUCCH in
steps of 1dB with p0-nominal-pucch. The range is -16 to 15.
 Type: int8
 Range
o -16 to 15
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Chapter 2 Object Module
pucch-reference-rs
This list indicates a Reference Signal (RS) list for Physical Uplink Control
Channel (PUCCH) power control. This list has pucch-reference-rs-index as a key
value.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-controlconfig/pucch-power-control-config

Attribute: list

Configurable: Yes

Key: pucch-reference-rs-index
Leaf
Name
Description
Remarks
pucchreference-rsindex
This leaf indicates the key value for RS index used as
pathloss reference for PUCCH power control.
 Type: gnbducnf_type:access-type-pusch-reference-rsindex, uint8
 Range
o 0 to 1
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pucchreference-rsenable
This leaf indicates whether pucch-reference-rs corresponding
to pucch-reference-rs-index is used or not. The referencesignal and ssb-index if reference-signal is ssb shall be
signalled only when the pucch-reference-rs-enable set to
'enable'.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
referencesignal-pucch
This leaf indicates whether the Reference Signal (RS)
composed of pathloss reference signals for PUCCH power
control is Synchronization Signal Block (SSB) or None Zero
Power (NZP) CSI-RS (Channel State Information-Reference
Signal).
 Type: gnbducnf_type:access-enum-reference-signal,
enumeration
 Range
o reference-signal-ssb (0)
o reference-signal-nzp-csi-rs (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
ssb-indexpucch
This leaf indicates the SSB-index if the reference-signal is set
by the SSB. When reference-signal is set by NZP-CSI-RS,
the allocated NZP-CSI-RS resource is signalled.
 Key Leaf: No
 Configurable: Yes
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Name
Description
Remarks
 Type: uint8
 Range
o 0 to 63
 Unit: N/A
 Related Feature ID:
FGR-RS0301
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Chapter 2 Object Module
srs-power-config
This container manages the Sounding Reference Signals (SRS) power control
information. The UE sets SRS transmission power according to the child leaf
setting value based on the 3GPP TS38.213 specification.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-power-control-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
p0-srs
This leaf indicates the initial power value for SRS power
control. Corresponds to L1 parameter 'p0-srs'
 Type: int16
 Range
o -202 to 24
 Unit: dBm
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
alpha-srs
This leaf retrieves a pathloss compensation factor, 'alpha-srs'
to determine the UE's SRS transmit power. If the value is 1,
the pathloss is fully compensated by transmit power and the
received power level at gNB remains constant. If the leaf is
smaller than 1, the pathloss is partially compensated and the
received power level at gNB decreases as pathloss
increases, where 'al0' corresponds to 0, 'al04' to 0.4 and so
on.
 Type: gnbducnf_type:access-enum-alpha, enumeration
 Range
o alpha0 (0)
o alpha04 (1)
o alpha05 (2)
o alpha06 (3)
o alpha07 (4)
o alpha08 (5)
o alpha09 (6)
o alpha1 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
tpcaccumulationsrs
This leaf indicates whether the SRS Transmit Power Control
(TPC) is used as accumulation mode. If it is set to 0, SRS
tpc-accumulation is not set.
 Type: gnbducnf_type:access-enum-tpc-accumulation,
enumeration
 Range
o tpc-accumulation-disable (0)
o tpc-accumulation-enabled (1)
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
pathlossreference-rs
This leaf indicates which reference signal (CSI-RS or SS
block) is used for SRS path loss estimation. It corresponds to
L1 parameter 'srs-pathlossReference-rs-config'
 Type: gnbducnf_type:access-enum-reference-signal,
enumeration
 Range
o reference-signal-ssb (0)
o reference-signal-nzp-csi-rs (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
ssb-index-srs
This leaf indicates the SSB index when the SS block is used
as a reference signal to estimate pathloss in SRS power
control.
 Type: uint8
 Range
o 0 to 63
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
pathlossreference-rsenable
This leaf indicates whether pathloss-reference-rs is used or
not. The reference-signal and ssb-index if reference-signal is
ssb shall be signalled only when the pathloss-reference-rsenable set to 'enable'
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Chapter 2 Object Module
network-slicing-conf
This container manages the configuration related to network slicing in each cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

slice-support-info

slice-portion-control-function
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Chapter 2 Object Module
slice-support-info
This list manages the slice-index configured in each cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/network-slicing-conf

Attribute: list

Configurable: Yes

Key: slice-index
Leaf
Name
Description
Remarks
slice-index
This leaf indicates the index of slice configured in each cell.
 Type: leafref
 Range
o 0 to 63
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-SV0601
Child Node

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Chapter 2 Object Module
scheduling-slice
This container manages parameters related to QoS scheduling controlled by the
slice index in DL and UL. This container can set the relative weight index for each
s-nssai.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/network-slicingconf/slice-support-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
non-gbr-pfweight-slice-dl
This leaf indicates the relative weight index per s-nssai in DL
Proportional Fairness (PF) scheduler. As the value increases,
the scheduling opportunity for the corresponding s-nssai
increases.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
This leaf indicates the relative weight index per s-nssai in UL
Proportional Fairness (PF) scheduler. As the value increases,
the scheduling opportunity for the corresponding s-nssai
increases.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
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non-gbr-pfweight-slice-ul
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Chapter 2 Object Module
slice-portion-control-function
This container manages the configuration related to S-NSSAI Based PRB Portion
Control feature.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/network-slicing-conf

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
slice-portioncontrol-enableconfig
This leaf indicates enabling and disabling the S-NSSAI Based
PRB Portion Control function.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0751
slice-portioncontrol-mode
This leaf indicates the portion control mode.
- 0: portion control for non-GBR bearers only; 1: portion
control for non-GBR and GBR bearers
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0751
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
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Chapter 2 Object Module
slice-portion-info
This list indicates the mapping information between portion-index and sliceindex/minPortion/maxPortion.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/network-slicingconf/slice-portion-control-function

Attribute: list

Configurable: Yes

Key: portion-index
Leaf
Name
Description
Remarks
portion-index
This leaf indicates the index of portion control item.
 Type: uint8
 Range
o 0 to 6
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0751
slice-index
This leaf indicates the index of slice which is mapped to
current portion control item.
 Type: leafref
 Range
o 0 to 63
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-SV0601
dl-uethroughputrequest
This leaf indicates the DL average UE throughput
requirement of the slice configured by SON manager. SON
manager configures this value when new slice is created or
when the requirement is adjusted daily. Also the operator can
configure new value at arbitrary time. This leaf has integer
value in Mbps unit.
 Type: uint32
 Range
o 0 to 1000
 Unit: Mbps
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGS-SF1001
slice-priority
This leaf indicates the priority of each slice. Existing slices
are assigned with priority in ascending order starting from 1
to 7. Slices with lower priority are allocated with remaining
resource after higher slices are allocated. Special priority 0 is
assigned when new slice is created (and initial requirement is
configured) or operator manually changes. Priority 0 always
has lowest priority.
- 0:New or manually changed - 1~7:Under Optimized.
 Type: uint32
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGS-SF1001
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Name
Description
o 0 to 7
 Unit: N/A
Remarks
adjustmentrequest-0
This leaf indicates the list of 96 sequential adjustment
requests. Each adjustment request has the next values. 1)
dlUeTput- (dlUeTputReq×tputThreshold) 2) zeror 3)
dlUeTput-dlUeTputReq. When Resource Resource Portion
Update (RSC_UP) function is not performed, default value '-'
is used. Adjustment request values are transformed to string
format and appended to list in time order.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGS-SF1001
adjustmentrequest-1
This leaf indicates the list of 96 sequential adjustment
requests. Each adjustment request has the next values. 1)
dlUeTput- (dlUeTputReq×tputThreshold) 2) zeror 3)
dlUeTput-dlUeTputReq. When Resource Resource Portion
Update (RSC_UP) function is not performed, default value '-'
is used. Adjustment request values are transformed to string
format and appended to list in time order.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID:
FGS-SF1001
dl-min-sliceportion
This leaf indicates the minimum PRB portion applied to
designated slice or slice group in downlink.
 Type: uint8
 Range
o 0 to 100
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0751
dl-max-sliceportion
This leaf indicates the maximum PRB portion applied to
designated slice or slice group in downlink.
 Type: uint8
 Range
o 0
o 5 to 100
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0751
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Chapter 2 Object Module
ul-mimo-configuration
This container indicates whether to use the Uplink (UL) Multiple Input Multiple
Output (MIMO) function. The UL SU-MIMO allows multiple layer transmission
of a single user and UL MU-MIMO allows multiple users to transmit data from the
same resource.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ul-su-mimoswitch
This leaf indicates whether the uplink single user MIMO
function is on. The cell lock is required to change the setting
value. A reset may be required to check the change result or
to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0252
ul-mu-mimoswitch
This leaf turns on/off the uplink multi-user MIMO function.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0252
dynamic-srsport-adaptation
This leaf determines whether the number of SRS ports are
dynamically adapted for uplink single user MIMO.
[Note] It can cause a state mismatch between UE and gNB.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0252
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Chapter 2 Object Module
Child Node

ul-mu-mimo-config-idle

ul-su-mimo-config
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Chapter 2 Object Module
ul-mu-mimo-config-idle
This container configures idle parameters for UL MU-MIMO function. For idle
parameters, the cell lock is required to change the setting value. A reset may be
required to check the change result or to operate a stable system.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-mimo-configuration

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
max-number-oful-mu-layers
This leaf determines maximum number of uplink multi-user
MIMO layers for a given cell. The setting values may be
limited according to number of uplink signal paths for the cell.
The cell lock is required to change the setting value. A reset
may be required to check the change result or to operate a
stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-type-max-number-of-ul-mulayers, uint8
 Range
o 2
o 4
o 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0253
This leaf determines whether to enable SRS based MUMIMO for a given cell. The cell lock is required to change the
setting value.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0253
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enable-srsbased-ul-mumimo
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Chapter 2 Object Module
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Chapter 2 Object Module
ul-su-mimo-config
This container manages the UL SU-MIMO configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-mimo-configuration

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rank1-besttpmi-selectionfor-codebooknon-coherent-2t
This leaf determines whether to support best tpmi selection
when indicating rank1 transmission to 2Tx UL SU-MIMO
capable UE with codebookSubset = 'NonCoherent'.
[Note] Changing this leaf during cell operation may adversely
affect system performance. Thus, this leaf can be changed
only in the cell lock status.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0252
rankadaptation-forcodebook-noncoherent-2t
This leaf determines whether to support rank adaptation
between rank1 and rank2 for 2Tx UL SU-MIMO capable UE
with codebookSubset = 'NonCoherent'.
[Note] Changing this leaf during cell operation may adversely
affect system performance. Thus, this leaf can be changed
only in the cell lock status.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0252
ul-full-powertransmissionr16
This leaf indicates whether to configure uplink full power
transmission mode to the capable UE introduced in 3GPP
release 16.
[Note] Changing this leaf during cell operation may adversely
affect system performance. Thus, this leaf can be changed
only in the cell lock status.
 Configurable: Yes
 Related Feature ID:
FGR-RS0252
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Chapter 2 Object Module
Name
Description
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
Remarks
Child Node
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Chapter 2 Object Module
tdd-dl-massive-mimo-config
This container manages configuration information for scheduling of Below-6GHz
TDD DL MU-MIMO. Maximum number of layers, maximum number of layers
per UE, and DMRS configuration for MU-MIMO users are included. To apply the
value change, cell lock should be done.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-srs-su-mimoentering-bflossthreshold
This leaf indicates the Beamforming loss (BFloss) threshold
to support SRS-based SU-MIMO operation. If the BFloss of
the UE is higher than the threshold, this UE is supported by
SRS-based SU-MIMO operation.
 Type: int32
 Range
o -2097152 to 0
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0204
dl-srs-su-mimoleaving-bflossthreshold
This leaf indicates the Beamforming loss (BFloss) threshold
to stop supporting SRS-based SU-MIMO operation. If the
BFloss of the UE is lower than the threshold, this UE is
supported by PMI-based SU-MIMO operation.
 Type: int32
 Range
o -2097152 to 0
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0204
enable-srs-sinrcondition
This leaf is on/off indicator for SRS SINR condition to switch
between SRS-based beamforming and PMI-based
beamforming. The range is 'true' for activation of using SRS
SINR condition and 'false' for deactivation of using SRS SINR
condition.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0204, FGRRC1000
dl-mu-mimoentering-srssinr-threshold
This leaf indicates the SRS SINR threshold to support SRSbased MU-MIMO operation. If the SRS SINR of the UE is
higher than the threshold, this UE is supported SRS-based
MU-MIMO operation.For example, 41154 means 4dB
(10*log10 (41154/2^14) = 4 (dB)).
 Type: uint32
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
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Name
Description
Remarks
 Range
o 1033 to 51810757
 Unit: N/A
dl-mu-mimoleaving-srs-sinrthreshold
This leaf indicates the SRS SINR threshold to stop supporting
SRS-based MU-MIMO operation. If the SRS SINR of the UE
is lower than the threshold, this UE is supported PMI-based
SU-MIMO operation.For example, 10337 means -2dB
(10*log10 (10337/2^14) = -2 (dB)).
 Type: uint32
 Range
o 1033 to 51810757
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
dl-srs-su-mimoentering-srssinr-threshold
This leaf indicates the SRS SINR threshold to support SRSbased SU-MIMO operation. If the SRS SINR of the UE is
higher than the threshold, this UE is supported SRS-based
SU-MIMO operation.For example, 41154 means 4dB
(10*log10 (41154/2^14) = 4 (dB)).
 Type: uint32
 Range
o 1033 to 51810757
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0204
dl-srs-su-mimoleaving-srs-sinrthreshold
This leaf indicates the SRS SINR threshold to stop supporting
SRS-based SU-MIMO operation. If the SRS SINR of the UE
is lower than the threshold, this UE is supported PMI-based
SU-MIMO operation.For example, 10337 means -2dB
(10*log10 (10337/2^14) = -2 (dB)).
 Type: uint32
 Range
o 1033 to 51810757
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0204
dl-mu-su-mimomode
This leaf indicates mode selection of DL SU/MU-MIMO
operation. The range is 0 for PMI-based SU-MIMO operation,
1 for support SRS-based SU-MIMO operation and 2 for
support MU-MIMO operation. The PMI-based SU-MIMO
operation is always activated for all settings. To apply the
value change, cell lock should be done.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dl-mu-su-mimo-mode,
enumeration
 Range
o dl-mimo-mode-pmi-based-su-mimo-only (0)
o dl-mimo-mode-srs-based-su-mimo (1)
o dl-mimo-mode-mu-mimo (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC1000, FGRRC0204
number-ofmaximum-layer
This leaf indicates the number of maximum layers in MUMIMO scheduling. The range is 1-16. To apply the value
change, cell lock should be done.
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
73960
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Name
Description
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 16
 Unit: N/A
Remarks
dl-mu-mimoentering-sinrthreshold
This leaf indicates the DL SINR threshold to support SRSbased MU-MIMO operation. If the DL SINR of the UE is
higher than the threshold, this UE is supported SRS-based
MU-MIMO operation.
 Type: int16
 Range
o -2816 to 8236
 Unit: 1/256 dB
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
dl-mu-mimoleaving-sinrthreshold
This leaf indicates the DL SINR threshold to stop supporting
SRS-based MU-MIMO operation. If the DL SINR of the UE is
lower than the threshold, this UE is supported PMI-based SUMIMO operation.
 Type: int16
 Range
o -2816 to 8236
 Unit: 1/256 dB
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
dl-srs-su-mimoentering-sinrthreshold
This leaf indicates the DL SINR threshold to support SRSbased SU-MIMO operation. If the DL SINR of the UE is
higher than the threshold, this UE is supported SRS-based
SU-MIMO operation.
 Type: int16
 Range
o -2816 to 8236
 Unit: 1/256 dB
 Configurable: Yes
 Related Feature ID:
FGR-RC0204
dl-srs-su-mimoleaving-sinrthreshold
This leaf indicates the DL SINR threshold to stop supporting
SRS-based SU-MIMO operation. If the DL SINR of the UE is
lower than the threshold, this UE is supported PMI-based SUMIMO operation..
 Type: int16
 Range
o -2816 to 8236
 Unit: 1/256 dB
 Configurable: Yes
 Related Feature ID:
FGR-RC0204
dl-srs-su-mimoentering-guardtime
This leaf indicates protection time to guarantee interval from
SU pool to SRS-based SU pool.
 Type: uint32
 Range
o 0 to 81920
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RC0204
dl-srs-su-mimoleaving-guardtime
This leaf indicates protection time to guarantee interval from
SRS-based SU pool to SU pool.
 Type: uint32
 Configurable: Yes
 Related Feature ID:
73960
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Chapter 2 Object Module
Name
Description
Remarks
FGR-RC0204
 Range
o 0 to 81920
 Unit: slot
dl-mu-mimoentering-guardtime
This leaf indicates protection time to guarantee interval from
SU pool to MU pool.
 Type: uint32
 Range
o 0 to 81920
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
dl-mu-mimoleaving-guardtime
This leaf indicates protection time to guarantee interval from
MU pool to SU pool.
 Type: uint32
 Range
o 0 to 81920
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
Child Node
There is no child node in this object.
73960
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Chapter 2 Object Module
dl-physical-resource-config
This container manages the following items for Downlink (DL) physical resource:
- Physical Downlink Shared Channel (PDSCH) settings
- Demodulation Reference Signal (DMRS) settings
- Phase Tracking Reference Signal (PTRS) settings
- Channel State Information-Reference Signal (CSI-RS) settings
- Tracking reference signal (TRS) settings.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
dl-antennacount
This leaf indicates the number of transmit antennas
connected to the cell. In case of copy cell, the number of
transmit antennas connected to main cell should be set.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dl-antenna-count,
enumeration
 Range
o dl-antenna-count-1tx (1)
o dl-antenna-count-2tx (2)
o dl-antenna-count-4tx (4)
o dl-antenna-count-8tx (8)
o dl-antenna-count-64tx (64)
 Unit: N/A
73960
Remarks
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
Child Node

dl-nr-prb-blanking-conf

pdsch-config

dl-dmrs-config-idle
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Chapter 2 Object Module

dl-ptrs-config-idle

csi-rs-config

trs-config
73960
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Chapter 2 Object Module
dl-nr-prb-blanking-conf
This container is used for DL NR PRB Blanking for gNB.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-nr-prbblanking-enable
This leaf is used to enable/disable DL NR PRB Blanking
feature. If the cell is using DL NR PRB Blanking feature, this
parameter has to be set to 1 (TRUE); otherwise, set to 0
(FALSE).
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0719
dl-nr-prbblanking-lower
This leaf is used to configure number of blanking RBs starting
from lowest RB.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 18
 Unit: RB
 Configurable: Yes
 Related Feature ID:
FGR-RS0719
dl-nr-prbblanking-upper
This leaf is used to configure number of blanking RBs ending
at highest RB.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
 Configurable: Yes
 Related Feature ID:
FGR-RS0719
73960
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Chapter 2 Object Module
Name
Description
state or system reset/restart.
 Type: uint8
 Range
o 0 to 18
 Unit: RB
Remarks
dl-nr-prbblanking-powerboosting
This leaf is used to configure power boosting in PDSCH
allocation when DL NR PRB Blanking feature is enabled. If
power boosting needs to be applied to non-blanking RBs in
PDSCH transmission, this parameter has to be set to 1
(TRUE); otherwise, set to 0 (FALSE).
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0719
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
pdsch-config
This container manages the configuration for Physical Downlink Shared Channel
(PDSCH) resource allocation.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
pdsch-symbolreductionperiodicity
This leaf is the periodicity of PDSCH symbol reduction.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 80
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
max-rbrestriction-dl
This leaf indicates max RB restriction for one UE in
congestion status.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
rar-tbs-scalingfactor
This leaf indicates the Transport Block Size (TBS) scaling
factor value defined in the standard document to extend the
Random Access Response (RAR) transmission coverage. If
the low TBS scaling factor is set, the probability code-rate for
RAR transmission can be lowered accordingly.
 Type: gnbducnf_type:access-enum-scaling-factor,
enumeration
 Range
o scaling-factor-sf1 (0)
o scaling-factor-sf0dot5 (1)
o scaling-factor-sf0dot25 (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
dl-prbrandomizationmodulo
This leaf indicates the number of different PRB start offsets
distributed across whole PRBs for frequency resource
allocation. To mitigate interference of adjacent cells, PRB
start offset corresponding the cell is differently determined
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
73960
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Chapter 2 Object Module
Name
Description
according to PCID. If 1 is configured, PRB resource allocation
starts from the edge regardless of PCID.
 Type: uint8
 Range
o 1 to 12
 Unit: N/A
Remarks
csi-rs-pdschfdm
This leaf indicates FDM support between CSI-RS and
PDSCH.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
pdcch-pdschfdm
This leaf indicates FDM support between PDCCH and
PDSCH for 1UE with DL full buffer traffic.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
dynamicswitch-ra-typepdsch
This leaf indicates PDSCH allocation less than RBG size
using RA type-1 for the UE with short BO by configuring
dynamic switch.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
This leaf indicates whether Frequency Division Multiplexing
(FDM) function supports between DeModulation Reference
Signal (DMRS) and PDSCH. It uses for efficiently utilization
of radio resources. This function supports allocation of
PDSCH to remaining REs in DMRS allocated symbols.
- true: FDM supports between DMRS and PDSCH.
- false: FDM does not support between DMRS and PDSCH.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
73960
dmrs-pdschfdm
Child Node

pdsch-symbol-reduction-list
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Chapter 2 Object Module
pdsch-symbol-reduction-list
This list manages the configuration of PDSCH symbol reduction.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-physical-resourceconfig/pdsch-config

Attribute: list

Configurable: Yes

Key: slot-index
Leaf
Name
Description
Remarks
slot-index
This leaf is slot index for PDSCH symbol reduction.
 Type: uint16
 Range
o 0 to 79
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
pdsch-symbolreduction
This leaf is the number of symbol which is not used for
PDSCH from last symbol of a slot.
[Note] Cell service can be stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 14
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
73960
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There is no child node in this object.
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Chapter 2 Object Module
dl-dmrs-config-idle
This container manages Demodulation Reference Signal (DMRS) information. It
includes DMRS related settings for Physical Downlink Shared Channel (PDSCH)
mapping type A defined in the 3GPP TS 38.214 specification.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rel-16-dmrsdownlink
This leaf indicates whether Rel. 16 DMRS is supported or not
for downlink.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
dmrs-type-aposition
This leaf indicates the first Demodulation Reference Signal
(DM-RS) symbol location for PDSCH mapping type A defined
in the standard document. The cell lock is required to change
the setting value. A reset may be required to check the
change result or to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-dmrs-type-a-position,
enumeration
 Range
o dmrs-type-a-position-pos2 (0)
o dmrs-type-a-position-pos3 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
dmrsadditionalposition
This leaf indicates the number of additional DM-RS symbols
for PDSCH mapping type A specified in the standard
document. To apply the value change, cell lock should be
done. The operator may need to reset the device to validate
the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-enum-dmrs-additionalposition-dl, enumeration
 Range
o dmrs-additional-position-dl-pos0 (0)
o dmrs-additional-position-dl-pos1 (1)
o dmrs-additional-position-dl-pos2 (2)
 Unit: N/A
dmrs-type
This leaf indicates the Demodulation Reference Signal
(DMRS) type. The selectable value is 0. If 0 is selected,
Type-1 DMRS is set. The cell lock is required to change the
setting value.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dmrs-dl-type,
enumeration
 Range
o dmrs-type-dl-type1 (0)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
max-length
This leaf indicates the number of Demodulation Reference
signal (DMRS) symbols. The range is 0 for 1-symbol frontloaded DMRS and 1 for 2-symbol front-loaded DMRS. To
apply the value change, cell lock should be done.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dmrs-max-length,
enumeration
 Range
o dmrs-max-length-len1 (0)
o dmrs-max-length-len2 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC1000
73960
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There is no child node in this object.
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Chapter 2 Object Module
dl-ptrs-config-idle
This container manages the Phase Tracking Reference Signal (PTRS) information.
It includes settings to determine the definition of the PTRS time domain and
frequency domain defined in the standard document.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ptrs-mcs1
This leaf indicates the threshold1 of the Modulation Coding
Scheme (MCS) level to determine the Phase Tracking
Reference Signal (PTRS) time density defined in the
standard document. The cell lock is required to change the
setting value. A reset may be required to check the change
result or to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-type-ptrs-mcs1-index, uint16
 Range
o 29
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
ptrs-mcs2
This leaf indicates the threshold2 in terms of MCS level to
determine PTRS time density specified in the standard
document. To apply the value change, cell lock should be
done. The operator may need to reset the device to validate
the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-type-ptrs-mcs2-index, uint16
 Range
o 29
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
ptrs-mcs3
This leaf indicates the threshold3 in terms of MCS level to
determine PTRS time density specified in the standard
document. To apply the value change, cell lock should be
done. The operator may need to reset the device to validate
the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-type-ptrs-mcs3-index, uint16
 Range
o 29
 Unit: N/A
ptrs-nrb0
This leaf indicates the threshold0 in terms of Physical
Resource Block (PRB) level to determine PTRS frequency
density specified in the standard document. To apply the
value change, cell lock should be done. The operator may
need to reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-type-ptrs-rb0-index, uint16
 Range
o 276
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
ptrs-nrb1
This leaf indicates the threshold1 in terms of PRB level to
determine PTRS frequency density specified in the standard
document. To apply the value change, cell lock should be
done. The operator may need to reset the device to validate
the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-type-ptrs-rb1-index, uint16
 Range
o 276
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
73960
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There is no child node in this object.
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Chapter 2 Object Module
csi-rs-config
This container manages the Channel State Information-Reference Signal (CSI-RS)
configuration. The cycle of CSI-RS and power control offset can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
csi-rsperiodicity
This leaf is used for indication of CSI-RS periodicity.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-csi-rs-periodicity,
enumeration
 Range
o csi-rs-periodicity-slots10 (4)
o csi-rs-periodicity-slots20 (6)
o csi-rs-periodicity-slots40 (8)
o csi-rs-periodicity-slots80 (10)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
csi-rs-powercontrol-offset
This leaf is used for indication of CSI-RS power control offset.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-csi-rs-power-controloffset, enumeration
 Range
o csi-rs-power-control-offset-db0 (1)
o csi-rs-power-control-offset-db3 (2)
o csi-rs-power-control-offset-db6 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
csi-rs-pdschcollision
This leaf is collision mode of PDSCH and CSI-RS among
neighbor cells. If this leaf is set to '0',all candidate symbols for
neighbor cell's CSI-RS transmission are emptied. If this leaf is
 Configurable: Yes
 Related Feature ID:
73960
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Chapter 2 Object Module
Name
Description
set to '1' only symbols used for CSI-RS transmission in a cell
are emptied.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
Remarks
FGR-RT0062
csi-rs-freqseparation-fdd
This leaf is modulo value for CSI-RS separation according to
the PCID in frequency domain in FDD system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1
o 3
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
trs-config
This container manages the Tracking Reference Signal (TRS) configuration. The
interval of TRS can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
trs-periodicity
This leaf is used for indication of TRS periodicity.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-trs-periodicity,
enumeration
 Range
o trs-periodicity-slots20 (6)
o trs-periodicity-slots40 (8)
o trs-periodicity-slots80 (10)
o trs-periodicity-slots160 (11)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
zp-csi-rsoverride-switch
This leaf indicates switch of Zero Power Channel State
Information Reference Signal (ZP CSI-RS) override on TRS
slot.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
trs-symbollocation
This leaf indicates the symbol location of TRS.
[Note] To change the parameter, the adminstrative state of
the cell should be changed to lock. Cell service can be
 Configurable: Yes
 Related Feature ID:
73960
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Chapter 2 Object Module
Name
Description
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-trs-symbol-location,
enumeration
 Range
o trs-symbol-location-4-8 (0)
o trs-symbol-location-5-9 (1)
o trs-symbol-location-6-10 (2)
 Unit: N/A
Remarks
FGR-RT0062
trs-freqseparation
This leaf is modulo value for TRS separation according to the
PCID in frequency domain.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 4
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
trs-mutingoption
This leaf is used for indication of TRS muting option.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 2
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
73960
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Chapter 2 Object Module
ul-physical-resource-config
This container manages the following items for uplink physical resources:
- Physical Uplink Control Channel (PUCCH) settings
- Demodulation Reference Signal (DMRS) settings
- Phase Tracking Reference Signal (PTRS) settings
- Physical Resource Block (PRB) randomization settings
- Physical Uplink Shared Channel (PUSCH) waveform settings
- Random access channel settings
- Frequency domain settings of Sounding Reference Signals (SRS).
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
73960
Name
Description
ul-antennacount
This leaf is used for indication of the number of receive
antennas connected to the cell.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ul-antenna-count,
enumeration
 Range
o ul-antenna-count-1rx (1)
o ul-antenna-count-2rx (2)
o ul-antenna-count-4rx (4)
o ul-antenna-count-8rx (8)
o ul-antenna-count-64rx (64)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
number-of-rxpaths-per-ru
This leaf sets the number of paths of uplink signals to the
modem per RU.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
 Configurable: Yes
 Related Feature ID:
FGR-RS0252
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Remarks
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Chapter 2 Object Module
Name
Description
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-type-number-of-rx-paths-perru, uint8
 Range
o 1
o 2
o 4
o 8
o 16
 Unit: N/A
Remarks
Child Node

srs-resource-config

ul-prb-blank-config-idle

pucch-resource-config-idle

ul-dmrs-config-idle

ul-ptrs-config-idle

ul-pusch-config

pusch-waveform-config-idle

prach-config
73960
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Chapter 2 Object Module
srs-resource-config
This container is used for srs configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
enabledynamic-srsresourcemanagement
This leaf determines dynamic SRS resource management
on/off. when this leaf is set true, dynamic SRS resource
management is activated.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0061
73960
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Chapter 2 Object Module
ul-prb-blank-config-idle
This container manages physical resource block (PRB) blanking of uplink
frequency band by using nr-ul-blank-regions and ul-blank-region-list when
spectrum-sharing = false.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
nr-ul-blankregions
This leaf configures the number of blank regions in the uplink
frequency band.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 2
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0713
73960
Child Node

ul-blank-region-list
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Chapter 2 Object Module
ul-blank-region-list
This list manages the blank regions in the uplink frequency band. ul-blank-regionindex is the key value, and ul-blank-region-start for the starting PRB and ul-blankregion-length for the number of PRBs of each blank region can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig/ul-prb-blank-config-idle

Attribute: list

Configurable: Yes

Key: ul-blank-region-index
Leaf
Name
Description
Remarks
ul-blank-regionindex
This leaf is the key-leaf of ul-blank-region-list indicating the
index of the blank region.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0713
ul-blank-regionstart
This leaf configures the starting PRB of the blank region. The
starting PRBs of the blank regions must be assigned in
ascending order with respect to ul-blank-region-index within
the signal bandwidth.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 272
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0713
ul-blank-regionlength
This leaf configures the number of PRBs of the blank region.
The blank regions must not overlap or adjoin with one
another so that there is at least one non-blank PRB between
two blank regions. The blank regions must be assigned within
the bandwidth. The total number of PRBs of the blank regions
must not exceed an upper limit set to facilitate scheduling of
radio resources for PRACH, PUCCH and PUSCH.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0713
73960
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Chapter 2 Object Module
Name
Description
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1 to 273
 Unit: N/A
Remarks
Child Node
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73960
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Chapter 2 Object Module
pucch-resource-config-idle
This container manages the Physical Uplink Control Channel (PUCCH)
configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
sr-prohibit-timer
This leaf indicates the value of Scheduling Request Prohibit
Timer for UE.
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-sr-prohibit-timer,
enumeration
 Range
o sr-prohibit-timer-ms1 (0)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
sr-transmax
This leaf indicates maximum number of Scheduling Request
retransmission for UE.
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-sr-transmax,
enumeration
 Range
o sr-transmax-n64 (4)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
pucch-grouphopping
This leaf indicates whether the PUCCH GroupHopping is
enabled.
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-pucch-group-hopping,
enumeration
 Range
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
73960
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Chapter 2 Object Module
Name
Description
o pucch-group-hopping-neither (0)
 Unit: N/A
Remarks
dynamic-pucchpuschallocation
This leaf indicates the configuration for dynamic
PUCCH/PUSCH allocation algorithm. It provides the function
of using unused PUCCH resources as PUSCH resources.
- enable: The dynamic PUCCH/PUSCH allocation function is
enabled.
- disable: The dynamic PUCCH/PUSCH allocation function is
disabled.
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dynamic-pucch-puschallocation, enumeration
 Range
o dynamic-pucch-pusch-allocation-disable (0)
o dynamic-pucch-pusch-allocation-enable (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
pucchadditionaldmrs-enable
This leaf is parameter for Additional DMRS enable or not (for
format3, format4).
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-pucch-additional-dmrsenable, enumeration
 Range
o pucch-additional-dmrs-disable (0)
o pucch-additional-dmrs-enable (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
mux-sr-harqcsi-enable
This leaf indicates whether the HARQ with/without
Scheduling Request (SR) and Channel State Information
(CSI) multiplexing is enabled.
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-mux-sr-harq-csienable, enumeration
 Range
o mux-sr-harq-csi-disable (0)
o mux-sr-harq-csi-enable (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
pucch-pi-2bpsk-enable
This leaf indicates whether PUCCH pi/2-BPSK for format3
and format4 configures or not.
- pucch-pi-2-bpsk-enable: PUCCH format3 and format4 are
configured of pi/2-BPSK modulation
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
73960
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Chapter 2 Object Module
Name
Description
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-pucch-pi-2-bpsk,
enumeration
 Range
o pucch-pi-2-bpsk-disable (0)
o pucch-pi-2-bpsk-enable (1)
 Unit: N/A
Remarks
pucch-harqackfor-ca-fdd
This leaf indicates whether PUCCH HARQ ACK resource for
DL-CA.
[Note] PUCCH configuration of UE will be changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-pucch-harqack-for-ca,
enumeration
 Range
o pucch-harqack-none (0)
o pucch-harqack-2rb (1)
o pucch-harqack-4rb (2)
o pucch-harqack-6rb (3)
o pucch-harqack-8rb (4)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0202
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
ul-dmrs-config-idle
This container manages uplink Demodulation Reference Signal (DMRS) settings.
The information related to DMRS-UplinkConfig in 3GPP TS 38.331 specification
can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dmrs-fdm-mumode-ul
This leaf determines for MU-MIMO UEs whether to enable /
disable the FDM function between the PUSCH and the
DMRS symbols.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dmrs-fdm-mu-mode-ul,
enumeration
 Range
o dmrs-fdm-mu-mode-ul-off (0)
o dmrs-fdm-mu-mode-ul-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
This leaf determines whether to enable or disable the
dynamic DMRS FDM operation in the DMRS configuration
type1. A dynamic DMRS FDM is a function where DMRS
FDM is applied dynamically according to the current MCS
when dmrs-fdm-mode-ul is enabled. For example, if the
current MCS is greater than dmrs-type1-fdm-mcsth-ul, the
DMRS FDM is enabled. (number of CDM group = 1) If the
current MCS is lower than dmrs-type1-fdm-mcsth-ul, the
DMRS FDM is disabled. (number of CDM group = 2)
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
73960
dmrs-type1fdm-mcsth-ul
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Chapter 2 Object Module
Name
Description
o 0 to 28
 Unit: N/A
Remarks
dmrs-type2fdm-mcsth-lo
This leaf determines whether to enable or disable the
dynamic DMRS FDM operation in the DMRS configuration
type2. A dynamic DMRS FDM is a function where DMRS
FDM is applied dynamically according to the current MCS
when dmrs-fdm-mode-ul is enabled. For example, if the
current MCS is greater than dmrs-type2-fdm-mcsth-lo, the
DMRS FDM is enabled. (number of CDM group = 2) In
addition, if the current MCS is lower than dmrs-type2-fdmmcsth-lo, the DMRS FDM is disabled. (number of CDM group
= 3).
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 28
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
dmrs-type2fdm-mcsth-up
This leaf determines the number of CDM groups of dynamic
DMRS FDM operation in the DMRS configuration type2 case.
A dynamic DMRS FDM is a function where DMRS FDM is
applied dynamically according to the current MCS when
dmrs-fdm-mode-ul is enabled. If 'the number of CDM groups
= 1 or 2' is in DMRS Type 2, the DMRS FDM is enabled, but
the overhead of the DMRS is different. For example, if the
current MCS is greater than dmrs-type2-fdm-mcsth-up, the
DMRS FDM is enabled and the number of CDM groups is 1.
In addition, if the current MCS is lower than dmrs-type2-fdmmcsth-lo, the DMRS FDM is enabled and the number of CDM
groups is 2.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 28
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
This leaf is set to dmrs-Type in DMRS-UplinkConfig
information element.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
73960
dmrs-type-ul
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-enum-dmrs-type,
enumeration
 Range
o dmrs-type-type1 (0)
 Unit: N/A
dmrsadditionalposition-ul
This leaf is set to dmrs-AdditionalPosition in DMRSUplinkConfig information element.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dmrs-additionalposition-ul, enumeration
 Range
o dmrs-additional-position-ul-pos0 (0)
o dmrs-additional-position-ul-pos1 (1)
o dmrs-additional-position-ul-pos2 (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
max-length-ul
This leaf is set to maxLength in DMRS-UplinkConfig
information element.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-max-length,
enumeration
 Range
o max-length-len1 (0)
o max-length-len2 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
This leaf indicates the
groupHoppingEnabledTransformPrecoding in PUSCHConfigCommon information element. For DFT-s-OFDM, If
this field is released, the UE considering group hopping to be
enabled. If this leaf is set as 'not-configure', then sequencegroup hopping is disable.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-grouphopping-enabledtransform-precoding, enumeration
 Range
o grouphopping-enabled-transform-precoding-disable (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
73960
grouphoppingenabledtransformprecoding
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Chapter 2 Object Module
Name
Description
Remarks
dmrs-fdmmode-ul
This leaf indicates whether to enable/disable the FDM
function between the PUSCH and the DMRS symbols. It is
use to utilize the radio resources efficiently, this feature
supports allocation of PUSCH to remaining REs in DMRS
allocated symbols.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dmrs-fdm-mode-ul,
enumeration
 Range
o dmrs-fdm-mode-ul-disable (0)
o dmrs-fdm-mode-ul-enable (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
dmrsadditionalposition-vonr-ul
This leaf for VoNR UE is corresponding to dmrsAdditionalPosition in DMRS-UplinkConfig information
element.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dmrs-additionalposition-vonr, enumeration
 Range
o dmrs-additional-position-vonr-pos0 (0)
o dmrs-additional-position-vonr-pos1 (1)
o dmrs-additional-position-vonr-pos2 (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ul-ptrs-config-idle
This container manages the uplink Phase Tracking Reference Signal (PTRS)
configuration. The information related to PTRS-UplinkConfig in 3GPP TS 38.331
specification can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
max-nr-of-ports
This leaf is set to maxNrofPorts in PTRS-UplinkConfig
information element.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-max-nr-of-ports,
enumeration
 Range
o max-nr-of-ports-n1 (0)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
resourceelement-offset
This leaf is set to resourceElementOffset in PTRSUplinkConfig information element.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-resource-elementoffset, enumeration
 Range
o resource-element-offset00 (0)
o resource-element-offset01 (1)
o resource-element-offset10 (2)
o resource-element-offset11 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
ptrs-power
This leaf is set to ptrs-Power in PTRS-UplinkConfig
information element.
 Configurable: Yes
 Related Feature ID:
73960
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Chapter 2 Object Module
Name
Description
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ptrs-power,
enumeration
 Range
o ptrs-power-p00 (0)
o ptrs-power-p01 (1)
o ptrs-power-p10 (2)
o ptrs-power-p11 (3)
 Unit: N/A
Remarks
FGR-RS0712
Child Node
There is no child node in this object.
73960
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Chapter 2 Object Module
ul-pusch-config
This container configures the Physical Resource Block (PRB) randomization
related configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ul-prbrandomizationmodulo
This leaf is set to the number of starting positions for PUSCH
PRB allocation.
 Type: uint8
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0714
tbs-decisionenable-ul
This leaf indicates whether to enable / disable the TBS
decision operation.
 Type: gnbducnf_type:access-enum-tbs-decision-enable-ul,
enumeration
 Range
o tbs-decision-enable-ul-off (0)
o tbs-decision-enable-ul-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
max-alloc-rbfor-esprotection-ul
This leaf is the parameter for limitation algorithm of maximum
RB allocation to protect Earth Station (ESP).
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 2
o 3 to 273
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
pusch-waveform-config-idle
This container manages the Physical Uplink Shared Channel (PUSCH) waveform
configuration. The PUSCH waveform adaptation mode including msg3 waveform
can be selected.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
puschwaveformadaptationmode
This leaf indicates the PUSCH waveform adaptation mode
including msg3 waveform.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-pusch-waveformadaptation-mode, enumeration
 Range
o fixed-with-cp-ofdm (0)
o enable-pusch-waveform-adaptation-with-msg3-cp-ofdm
(2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
vonr-puschwaveformadaptationmode
This leaf is used to select PUSCH waveform adaptation
mode including msg3 waveform.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-vonr-pusch-waveformadaptation-mode, enumeration
 Range
o vonr-fixed-with-cp-ofdm (0)
o vonr-fixed-with-dft-s-ofdm (1)
o vonr-enable-pusch-waveform-adaptation (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0715
ul-mcs-th-cp-
This leaf is used to configure MCS level threshold for
 Configurable: Yes
73960
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Chapter 2 Object Module
Name
ofdm-to-dft-sofdm
Description
waveform adaptation from CP-OFDM to DFT-s-OFDM.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 27
 Unit: N/A
Remarks
ul-mcs-th-dft-sofdm-to-cpofdm
This leaf is used to configure MCS level threshold for
waveform adaptation from DFT-s-OFDM to CP-OFDM.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 27
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0715
ul-waveformadaptation-thcnt
This leaf is used to configure for count threshold when
waveform adaptation mode is enabled. If the threshold
condition satisfies consecutively as many as the count
threshold, it triggers waveform adaptation.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0715
73960
 Related Feature ID:
FGR-RS0715
Child Node
There is no child node in this object.
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Chapter 2 Object Module
prach-config
This container manages Physical Random Access Channel (PRACH) settings.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-physical-resourceconfig

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
total-number-ofra-preambles
This leaf indicates the standard document TS38.331 6.3.2
defined in the Standard NumberofRA-Preambles. The total
preamble count used for contention base and contention free
random access.
[Note] Performance regarding PRACH would be degraded.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 64
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
prachsequencelength
This leaf indicates the CHOICE that determines the sequence
length in the prach-RootSequenceIndex defined in the
standard document TS38.211 6.3.3.1 and TS38.331 6.3.2.
Set to either l839 or l139.
[Note] Performance regarding PRACH would be degraded
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-prach-sequencelength, enumeration
 Range
o prach-sequence-length-839 (1)
o prach-sequence-length-139 (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
zerocorrelationzone-config
This leaf indicates the zeroCorrelationZoneConfig defined in
the standard document TS38.211 6.3.3.1 and TS38.331
6.3.2. This leaf is the configuration index of N_{CS} defined
for each subcarrier spacing.
 Type: uint8
 Range
o 0 to 15
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
restricted-setconfig
This leaf indicates the standard document TS38.211 6.3.3.1,
TS38.331 6.3.2, defined as restrictedSetConfig. The operator
select one of the following types, Unrestricted, restricted type
A, or restricted type B. Among these, restricted type A and
type B are set when supporting the high speed environment.
 Type: gnbducnf_type:access-enum-restricted-set-config,
enumeration
 Range
o unrestricted-set (0)
o restricted-set-type-a (1)
o restricted-set-type-b (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
preamblereceiver-targetpower
This leaf indicates the preambleReceivedTargetPower
defined in the standard documents TS38.321 5.1.1 and
TS38.331 6.3.2. Sets the target power level of the PRACH
preamble on the eNB.
 Type: int16
 Range
o -202 to -60
 Unit: dBm
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
msg1subcarrierspacing
This leaf indicates the msg1-Subcarrier Spacing defined in
the standard document TS38.211 5.3.2 and TS38.331 6.3.2.
It configures the subcarrier space to be applied to the
PRACH preamble. It should be set to msg1-scs-30 (1) for
B6G msg1-scs-120 (3) for A6G under short preamble. It is
not applicable for long preamble configuration.
[Note] Performance regarding PRACH would be degraded
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-msg1-subcarrierspacing, enumeration
 Range
o msg1-scs-15 (0)
o msg1-scs-30 (1)
o msg1-scs-60 (2)
o msg1-scs-120 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
rsrp-threshold
This leaf indicates the rsrp-ThresholdSSB defined in the
standard document TS38.321 5.1.1 and TS38.331 6.3.2. Sets
the RSRP threshold to select SSB.
 Type: uint8
 Range
o 0 to 127
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
msg1frequency-start
This leaf indicates the msg1-frequency-start defined in
standard document TS38.211 6.3.3.2 and TS38.331 6.3.2.
msg1 FrequencyStart is the offset for PRB 0 of the alternate
PRACH revision in the frequency domain. In here, its value is
automatically configured with auto-configure-prach-rb-offseton-off = auto-prach-rb-offset-on-simple-regions or auto-
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
73960
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Chapter 2 Object Module
Name
Description
prach-rb-offset-on-multiple-regions under TDD configuration.
[Note] <VRAN2.0> VRAN FDD 10MHz system basically
operates as LTE and NR coexistence mode through dynamic
spectrum sharing (DSS). When operating DSS, msg1frequency-start should be fixed to 7. When operating FDD
only mode, msg1-frequency-start should be fixed to 5.
Therefore, depending on whether operating DSS or not, only
one of 5 or 7 can be selected, and the default is 7.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 271
 Unit: N/A
Remarks
prach-rootsequence-index
This leaf indicates the prach-RootSequenceIndex defined in
the standard document TS38.211 6.3.3.1 and TS38.331
6.3.2. Sets the logical root sequence index that is used to
create the PRACH preamble sequence. The root sequence
index that can be set according to the sequence length (l839
or l139) set as CHOICE is as follows:
- l839: 0..837 for long preamble
- l139: 0..137 for short preamble
 Type: union (uint16, gnbducnf_type:access-enum-prachroot-sequence-index)
 Range
o prach-root-sequence-index-auto (1000)
o 0 to 837
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
ra-contentionresolution-timer
This leaf indicates to be used for contention resolution timer.
 Type: gnbducnf_type:access-enum-ra-contentionresolution-timer, enumeration
 Range
o cr-timer-sf8 (0)
o cr-timer-sf16 (1)
o cr-timer-sf24 (2)
o cr-timer-sf32 (3)
o cr-timer-sf40 (4)
o cr-timer-sf48 (5)
o cr-timer-sf56 (6)
o cr-timer-sf64 (7)
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
power-rampingstep
This leaf indicates the powerRampingStep defined in the
standard document TS38.321 5.1.3 and TS38.331 6.3.2.
When retransmitting the preamble, the amount of preamble
transmission power increase indicated by dB scale.
 Type: gnbducnf_type:access-enum-power-ramping-step,
enumeration
 Range
o power-ramping-step-dB0 (0)
o power-ramping-step-dB2 (1)
o power-ramping-step-dB4 (2)
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
73960
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Chapter 2 Object Module
Name
Description
o power-ramping-step-dB6 (3)
 Unit: %
Remarks
preamble-transmax
This leaf indicates the preambleTransMax defined in the
standard document TS38.321 5.1.4 and TS38.331 6.3.2.
Maximum number of times when the preamble is
retransmitted due to the failure of the contention resolution.
 Type: gnbducnf_type:access-enum-preamble-trans-max,
enumeration
 Range
o preamble-trans-max-n3 (0)
o preamble-trans-max-n4 (1)
o preamble-trans-max-n5 (2)
o preamble-trans-max-n6 (3)
o preamble-trans-max-n7 (4)
o preamble-trans-max-n8 (5)
o preamble-trans-max-n10 (6)
o preamble-trans-max-n20 (7)
o preamble-trans-max-n50 (8)
o preamble-trans-max-n100 (9)
o preamble-trans-max-n200 (10)
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
msg1-fdm
This leaf indicates the number of RACH occasions in
frequency domain.
[Note] Performance regarding PRACH would be degraded.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-msg1-fdm-choice,
enumeration
 Range
o msg1-fdm-n1 (0)
o msg1-fdm-n2 (1)
o msg1-fdm-n4 (2)
o msg1-fdm-n8 (3)
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
This leaf indicates the prach-ConfigurationIndex in TS38.331
6.3.2. prach-ConfigurationIndex is used to configure root
sequence index for sequence generation. <VRAN2.0> VRAN
FDD 10MHz system basically operates as LTE and NR
coexistence mode through dynamic spectrum sharing (DSS).
When operating DSS, prach-configuration-index should be
fixed to 18. Therefore, the value of this leaf cannot be
changed from default 18.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
73960
prachconfigurationindex
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Name
Description
o 0 to 255
 Unit: N/A
Remarks
ssb-per-rachoccasionchoice
This leaf indicates the ssb-perRACH-Occasion (CHOICE
part) of ssb-perRACH-OccasionAndCB-PreamblesPerSSB in
TS38.331 6.3.2. ssb-perRACH-Occasion is used to configure
the number of SSBs per RACH occasion.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ssb-per-rach-occasionchoice, enumeration
 Range
o ssb-per-ro-one-eighth-choice (1)
o ssb-per-ro-one-fourth-choice (2)
o ssb-per-ro-one-half-choice (3)
o ssb-per-ro-one-choice (4)
o ssb-per-ro-two-choice (5)
o ssb-per-ro-four-choice (6)
o ssb-per-ro-eight-choice (7)
o ssb-per-ro-sixteen-choice (8)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
cb-preamblesper-ssb
This leaf indicates the CB-PreamblesPerSSB
(ENUMERATED/integer part) of ssb-perRACHOccasionAndCB-PreamblesPerSSB in TS38.331 6.3.2. ssbCB-PreamblesPerSSB is used to set the number of
Contention Based preambles per SSB.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 64
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
auto-configureprach-rb-offseton-off
This leaf indicates the automatic / manual configuration of
msg1-frequency-start. If it is configured automatic
configuration, msg1-frequency-start is determined by PCID.
Otherwise, it is set dedicated location for manual
configuration.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-auto-configure-prach-
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
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Chapter 2 Object Module
Name
Description
rb-offset-on-off-choice, enumeration
 Range
o auto-prach-rb-offset-off (0)
o auto-prach-rb-offset-on-simple-regions (1)
o auto-prach-rb-offset-on-multiple-regions (2)
o manual-config-low (3)
o manual-config-high (4)
o manual-config-middle-low (5)
o manual-config-middle-high (6)
 Unit: N/A
Remarks
prach-receivermode-enable
This leaf indicates the on/off of receiver mode for the PRACH
sequence.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
number-ofdedicatedpreamble-perue
This leaf indicates maximum number of sets for SSB index
and ra-preambleIndex in CFRA among RRC.
 Type: int16
 Range
o 1 to 2
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
ra-msg3-sizegroup-a
This leaf indicates bit threshold of msg3 TBS for assignment
of group B under CBRA in 38.331.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ra-msg3-size-group-a,
enumeration
 Range
o group-a-b56 (0)
o group-a-b144 (1)
o group-a-b208 (2)
o group-a-b256 (3)
o group-a-b282 (4)
o group-a-b480 (5)
o group-a-b640 (6)
o group-a-b800 (7)
o group-a-b1000 (8)
o group-a-b72 (9)
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
number-of-rapreamblesgroup-a
This leaf indicates number of CBRA preambles for group A
per SSB.
 Type: uint8
 Range
o 1 to 64
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
messagepower-offsetgroup-b
This leaf indicates power offset of msg3 with correspondence
of group B preamble.
 Type: gnbducnf_type:access-enum-message-power-offsetgroup-b, enumeration
 Range
o group-b-power-offset-minus-inf (0)
o group-b-power-offset-db0 (1)
o group-b-power-offset-db5 (2)
o group-b-power-offset-db8 (3)
o group-b-power-offset-db10 (4)
o group-b-power-offset-db12 (5)
o group-b-power-offset-db15 (6)
o group-b-power-offset-db18 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
dl-scheduling-config
This container manages the following settings for downlink (DL) scheduling:
- DL Hybrid Automatic Repeat Request (HARQ) settings
- DL link adaptation settings.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

dl-harq-config

dl-link-adaptation-config

dl-nr-vonr-conf
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Chapter 2 Object Module
dl-harq-config
This container manages the following settings for managing the Downlink (DL)
Hybrid Automatic Repeat Request (HARQ) configuration:
- HARQ-ACK codebook mode
- Maximum number of DL HARQ processes
- Maximum number of transmissions for general PDSCH transmission
- Maximum number of transmissions allowed to DL HARQ process of message 4
- Whether to use DL HARQ-IR (Incremental Redundancy).
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-scheduling-config

Attribute: container

Configurable: Yes
Leaf
73960
Name
Description
pdsch-harqack-codebook
This leaf indicates the PDSCH HARQ-ACK codebook mode
specified in the standard document. To apply the value
change, cell lock should be done. The operator needs to
reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-pdsch-harq-ackcodebook, enumeration
 Range
o semi-static (0)
o dynamic (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0501
num-dl-harqprocess
This leaf indicates the number of maximum DL HARQ
processes specified in the standard document. To apply the
value change, cell lock should be done. The operator needs
to reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: uint8
 Range
o 8
o 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0501
max-num-harqtransmission-dl
This leaf indicates the maximum number of normal PDSCH
transmission trials including both initial transmission and
 Configurable: Yes
 Related Feature ID:
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Remarks
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Chapter 2 Object Module
Name
Description
retransmissions.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
Remarks
FGR-RS0501
max-num-harqtransmissionmsg4
This leaf indicates the maximum number of PDSCH
transmission for Msg4 trials including both initial transmission
and retransmissions.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0501
dl-harq-irsupport
This leaf indicates how to control DL HARQ-IR functionality. If
TRUE (1) is configured, RV pattern corresponding to IR is
applied to retransmissions.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0501
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
dl-link-adaptation-config
This container manages Downlink (DL) link adaptation configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-scheduling-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
la-iir-filterlength
This leaf indicates the setting value of the length coefficient
related to the Channel Quality Indicator (CQI) and Infinite
Impulse Response (IIR) filtering of DL link adaptation.
 Type: gnbducnf_type:access-enum-la-iir-filter-length,
enumeration
 Range
o filter-length-5ms (0)
o filter-length-8ms (1)
o filter-length-16ms (2)
o filter-length-32ms (3)
o filter-length-64ms (4)
o filter-length-128ms (5)
o filter-length-256ms (6)
o filter-length-512ms (7)
o filter-length-1024ms (8)
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-RS0601
dl-target-bler
This leaf indicates the setting value of the DL Target Block
Error Rate (BLER).
 Type: uint8
 Range
o 1 to 50
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS0601
dl-la-step-sizedb
This leaf indicates the ACK / NACK step size for DL Open
Loop Rate Control (OLRC) operation.
 Type: uint8
 Range
o 0 to 200
 Unit: 0.01 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0601
mcs-transitionmode
This leaf indicates DL MCS table configuration.
 Type: gnbducnf_type:access-enum-mcs-transition-mode,
enumeration
 Range
o 64qam-fixed (0): This enum is used when DL MCS table
is required to be fixed with Max 64QAM.
 Configurable: Yes
 Related Feature ID:
FGR-RS0601
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Chapter 2 Object Module
Name
Description
o 256qam-fixed (1): This enum is used when DL MCS
table is required to be fixed with Max 256QAM.
o mcs-table-adaptation (2): This enum is used when DL
MCS table adaptation is required.
 Unit: N/A
Remarks
mcs-transitioncnt-threshold
This leaf indicates count threshold configuration when MCS
table adaptation mode is selected. If the SINR update of the
UE occurs the count threshold of times or more for
measurement duration of MCS table transition, the UE
becomes a candidate for MCS table transition.
 Type: uint16
 Range
o 0 to 65535
 Unit: count
 Configurable: Yes
 Related Feature ID:
FGR-RS0601
snr-threshold64q-to-256q
This leaf indicates SNR threshold configuration when MCS
table adaptation mode is selected. This SNR threshold is
used to check the channel condition of UE, especially, for the
transition from 64QAM table to 256QAM table.
 Type: uint16
 Range
o 0 to 624
 Unit: 1/16 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0601
snr-threshold256q-to-64q
This leaf indicates SNR threshold configuration when MCS
table adaptation mode is selected. This SNR threshold is
used to check the channel condition of UE, especially, for the
transition from 256QAM table to 64QAM table.
 Type: uint16
 Range
o 0 to 624
 Unit: 1/16 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0601
dl-rank1reductionthreshold
This leaf indicates the threshold for rank1 reduction. If
spectral efficiency with OLRC of a UE is less than this value,
transmit rank is forced to rank1.
 Type: uint16
 Range
o 0 to 65535
 Unit: 1/1024 bit/tone
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
dl-rank2reductionthreshold
This leaf indicates the threshold for rank2 reduction. If
spectral efficiency with OLRC of a UE is less than this value,
transmit rank is forced to rank2.
 Type: uint16
 Range
o 0 to 65535
 Unit: 1/1024 bit/tone
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
dl-rank3reductionthreshold
This leaf indicates the threshold for rank3 reduction. If
spectral efficiency with OLRC of a UE is less than this value,
transmit rank is forced to rank3..
 Type: uint16
 Range
o 0 to 65535
 Unit: 1/1024 bit/tone
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
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Chapter 2 Object Module
Child Node
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Chapter 2 Object Module
dl-nr-vonr-conf
This container manages the DL Radio Scheduling for VoNR.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/dl-scheduling-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-rankrestriction-vonr
This leaf indicates used to configure maximum supportable
Rank Index for VoNR bearer in DL.
 Type: gnbducnf_type:access-enum-dl-codebook-rirestriction, enumeration
 Range
o dl-codebook-ri-restriction-rank1 (1)
o dl-codebook-ri-restriction-rank2 (2)
o dl-codebook-ri-restriction-rank3 (3)
o dl-codebook-ri-restriction-rank4 (4)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1305
dl-target-blervonr
This leaf indicates the setting value of the DL Target Block
Error Rate (BLER) of VoNR.
 Type: uint8
 Range
o 1 to 50
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS1305
dl-la-step-sizedb-vonr
This leaf indicates the ACK / NACK step size of VoNR for DL
Open Loop Rate Control (OLRC) operation.
 Type: uint8
 Range
o 0 to 200
 Unit: 0.01 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS1305
dl-retx-allocrbscalingfactorvonr
This leaf indicates the scaling factor which determines the
amount of increase, when increasing the allocated RBs for
2nd and 3rd retransmission of DL VoNR traffic.
 Type: uint8
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1305
vonrconservative-alallocation-on-off
This leaf indicates whether to use conservative AL allocation
for VoNR.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Configurable: Yes
 Related Feature ID:
FGR-RS1305
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Name
Description
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-type-vonr-conservative-alallocation, enumeration
 Range
o vonr-conservative-al-allocation-off (0)
o vonr-conservative-al-allocation-on (1)
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ul-scheduling-config
This container manages the following settings for Uplink (UL) scheduling:
- UL Hybrid Automatic Repeat Request (HARQ) settings
- UL link adaptation settings
- UL radio link failure settings
- Common settings for UL scheduling.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node
73960

ul-harq-config

ul-link-adaptation-config

ul-scheduling-common-config

ul-radio-link-failure-config
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Chapter 2 Object Module
ul-harq-config
This container manages the Uplink (UL) Hybrid Automatic Repeat Request
(HARQ) configuration.
The following values can be set:
- The maximum number of transmissions allowed to the UL HARQ process.
- The maximum number of transmissions allowed to the UL HARQ process of
message 3.
- Whether to use the UL HARQ-IR (Incremental Redundancy).
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-scheduling-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
max-num-harqtransmission-ul
This leaf indicates the maximum number of transmissions
allowed for each UL HARQ process, and is equal to 1 added
to the number of retransmissions.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 8
 Unit: count
 Configurable: Yes
 Related Feature ID:
FGR-RS0501
max-num-harqtransmissionmsg3
This leaf indicates the maximum number of transmissions
allowed to the UL HARQ process of message 3, and is equal
to 1 added to the number of retransmissions.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 8
 Unit: count
 Configurable: Yes
 Related Feature ID:
FGR-RS0501
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Chapter 2 Object Module
Name
Description
Remarks
ul-harq-irsupport
This leaf indicates the setting value of the UL HARQ-IR
function. If TRUE, the Redundancy Version (RV) pattern
corresponding to Incremental Redundancy (IR) is applied to
the retransmission.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0501
Child Node
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Chapter 2 Object Module
ul-link-adaptation-config
This container manages the Uplink (UL) link adaptation configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-scheduling-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ul-target-bler
This leaf indicates the target Block Error Rate (BLER) of
Outer Loop Rate Control (OLRC).
 Type: uint8
 Range
o 1 to 50
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-la-step-sizedb
This leaf indicates the step size for OLRC.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 200
 Unit: 0.01 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-pi-over-twobpsk-enable
This leaf indicates whether to use the pi/2-BPSK.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ul-pi-over-two-bpskenable, enumeration
 Range
o ul-pi-over-two-bpsk-enable-off (0)
o ul-pi-over-two-bpsk-enable-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-256qamenable
This leaf indicates whether to use the 256QAM.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
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Chapter 2 Object Module
Name
Description
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ul-256qam-enable,
enumeration
 Range
o ul-256qam-enable-off (0)
o ul-256qam-enable-on (1)
 Unit: N/A
Remarks
ul-mcs-tableadaptationenable
This leaf indicates whether to use the MCS table adaptation..
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ul-mcs-tableadaptation-enable, enumeration
 Range
o ul-mcs-table-adaptation-enable-off (0)
o ul-mcs-table-adaptation-enable-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-mcsadaptation-cnt
This leaf is used to configure for count threshold when MCS
table adaptation mode is enabled. If the threshold condition
satisfies consecutively as many as the count threshold, it
triggers MCS table transition.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 1 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-cp-ofdm64qam-to256qam
This leaf is used to configure MCS level threshold for the
transition from 64QAM MCS table to 256QAM MCS table in
CP-OFDM.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 28
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
ul-dft-s-ofdm64qam-to256qam
This leaf is used to configure MCS level threshold for the
transition from 64QAM MCS table to 256QAM MCS table in
DFT-s-OFDM.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 27
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-256qam-to64qam
This leaf is used to configure MCS level threshold for the
transition from 256QAM MCS table to 64QAM MCS table in
both CP-OFDM and DFT-s-OFDM.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 27
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-vonr-la-stepsize-db
This leaf is used to configure the step size for OLRC in
VoNR.
 Type: uint8
 Range
o 1 to 200
 Unit: 0.01 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
ul-vonr-targetbler
This leaf is used to configure target BLER for OLRC in VoNR.
 Type: uint8
 Range
o 1 to 50
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
ul-vonr-256qam-enable
This leaf indicates whether to use the UL256QAM in VoNR.
 Type: gnbducnf_type:access-enum-ul-vonr-256-qamenable, enumeration
 Range
o ul-vonr-256-qam-enable-off (0)
o ul-vonr-256-qam-enable-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
ul-vonr-mcstableadaptationenable
This leaf indicates whether to use the MCS table adaptation
in VoNR.
 Type: gnbducnf_type:access-enum-ul-vonr-mcs-tableadaptation-enable, enumeration
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o ul-vonr-mcs-table-adaptation-enable-off (0)
o ul-vonr-mcs-table-adaptation-enable-on (1)
 Unit: N/A
ul-mcs-msg5
This leaf is used to configure the MCS value of msg5.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 28
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
ul-rb-msg5
This leaf is used to configure the RB size of msg5.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 273
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
This leaf is used for HST cell configuration.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ul-hst-cell-enable,
enumeration
 Range
o ul-hst-cell-enable-off (0)
o ul-hst-cell-enable-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0602
73960
ul-hst-cellenable
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Chapter 2 Object Module
ul-scheduling-common-config
This container manages the common setting for uplink scheduling. The
configuration related to Power Headroom Report (PHR), Buffer Status Report
(BSR), and Scheduling Request (SR) can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-scheduling-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
periodic-bsrtimer
This leaf indicates the periodicBSR-Timer setting value of
BSR-Config IE of MAC-CellGroupConfig IE.
 Type: gnbducnf_type:access-enum-periodic-bsr-timer,
enumeration
 Range
o periodic-bsr-timer-sf1 (0)
o periodic-bsr-timer-sf5 (1)
o periodic-bsr-timer-sf10 (2)
o periodic-bsr-timer-sf16 (3)
o periodic-bsr-timer-sf20 (4)
o periodic-bsr-timer-sf32 (5)
o periodic-bsr-timer-sf40 (6)
o periodic-bsr-timer-sf64 (7)
o periodic-bsr-timer-sf80 (8)
o periodic-bsr-timer-sf128 (9)
o periodic-bsr-timer-sf160 (10)
o periodic-bsr-timer-sf320 (11)
o periodic-bsr-timer-sf640 (12)
o periodic-bsr-timer-sf1280 (13)
o periodic-bsr-timer-sf2560 (14)
o periodic-bsr-timer-infinity (15)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
This leaf indicates the retxBSR-Timer value in BSR-Config of
MAC-CellGroupConfig information element.
 Type: gnbducnf_type:access-enum-retx-bsr-timer,
enumeration
 Range
o retx-bsr-timer-sf10 (0)
o retx-bsr-timer-sf20 (1)
o retx-bsr-timer-sf40 (2)
o retx-bsr-timer-sf80 (3)
o retx-bsr-timer-sf160 (4)
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
73960
retx-bsr-timer
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Chapter 2 Object Module
Name
Description
o retx-bsr-timer-sf320 (5)
o retx-bsr-timer-sf640 (6)
o retx-bsr-timer-sf1280 (7)
o retx-bsr-timer-sf2560 (8)
o retx-bsr-timer-sf5120 (9)
o retx-bsr-timer-sf10240 (10)
o retx-bsr-timer-spare5 (11)
o retx-bsr-timer-spare4 (12)
o retx-bsr-timer-spare3 (13)
o retx-bsr-timer-spare2 (14)
o retx-bsr-timer-spare1 (15)
 Unit: N/A
Remarks
phr-periodictimer
This leaf indicates the periodic timer value per subframe for
Power Headroom Report (PHR) according to the TS38.321
standard. For example, sf10 corresponds to 10 subframes,
and sf20 corresponds to 20 subframes.
 Type: gnbducnf_type:access-enum-phr-periodic-timer,
enumeration
 Range
o phr-periodic-timer-sf10 (0)
o phr-periodic-timer-sf20 (1)
o phr-periodic-timer-sf50 (2)
o phr-periodic-timer-sf100 (3)
o phr-periodic-timer-sf200 (4)
o phr-periodic-timer-sf500 (5)
o phr-periodic-timer-sf1000 (6)
o phr-periodic-timer-infinity (7)
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
phr-prohibittimer
This leaf indicates the prohibit timer of PHR reporting in a
subframe unit as specified in TS38.321. For example, sf0
corresponds to 0 subframe, sf10 corresponds to 10
subframes, sf20 corresponds to 20 subframes, and so on.
 Type: gnbducnf_type:access-enum-phr-prohibit-timer,
enumeration
 Range
o phr-prohibit-timer-sf0 (0)
o phr-prohibit-timer-sf10 (1)
o phr-prohibit-timer-sf20 (2)
o phr-prohibit-timer-sf50 (3)
o phr-prohibit-timer-sf100 (4)
o phr-prohibit-timer-sf200 (5)
o phr-prohibit-timer-sf500 (6)
o phr-prohibit-timer-sf1000 (7)
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
phr-tx-powerfactor-change
This leaf indicates the TX power change factor for PHR
reporting in a dB unit as specified in TS38.321. For example,
value dB1 corresponds to 1 dB, dB3 corresponds to 3 dB and
so on. The same value applies for each serving cell (although
the associated functionality is performed independently for
each cell).
 Type: gnbducnf_type:access-enum-phr-tx-power-factorchange, enumeration
 Configurable: Yes
 Related Feature ID:
FGR-RS0301
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o phr-tx-power-factor-change-db1 (0)
o phr-tx-power-factor-change-db3 (1)
o phr-tx-power-factor-change-db6 (2)
o phr-tx-power-factor-change-infinity (3)
 Unit: dB
srgrant-bo-sizeul
This leaf indicates the Buffer Occupancy (BO) value of the
UE for SR-Grant.
 Type: uint16
 Range
o 1 to 1000
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0712
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Chapter 2 Object Module
ul-radio-link-failure-config
This container manages the Uplink (UL) radio link failure settings.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/ul-scheduling-config

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
sync-checktimer
This leaf indicates the timer of checking out-of-sync and insync status. The range is 1024 to 40960 in slot and step size
of 1slot.
[Note] UL Radio link failure configuration of UE will be
changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1024 to 40960
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RS0211
pusch-no-ackcount-threshold
This leaf indicates the threshold of the number of NO ACK for
UL out-of-sync judgment and counts the number of
consecutive PUSCH NO ACK.
[Note] UL Radio link failure configuration of UE will be
changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1 to 2000
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0211
pusch-ackcount-threshold
This leaf indicates the threshold of the number of ACK for UL
in-sync judgment and counts the number of consecutive
PUSCH ACK.
[Note] UL Radio link failure configuration of UE will be
changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Configurable: Yes
 Related Feature ID:
FGR-RS0211
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o 1 to 2000
 Unit: N/A
pdcch-ordermax-tx
This leaf indicates the maximum number of PDCCH order
transmit.
[Note] UL Radio link failure configuration of UE will be
changed.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0211
dedicated-gnbrlf-setup-vonr
This leaf determines usage of configurable UL RLF timer
according to setup of 5QI1.
 Type: int32
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0211
pusch-no-ackcountthreshold-for5qi1
This leaf indicates the threshold of the number of NO ACK for
UL out-of-sync judgment and counts the number of
consecutive PUSCH NO ACK used only when 5QI1 is setup.
 Type: int32
 Range
o 1 to 2000
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RS0211
73960
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Chapter 2 Object Module
ssb-configuration
This container manages the Synch Signal Block (SSB) configuration in the time
and frequency domain.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
nr-mv-io-sitemigrationindicator
This leaf indicates whether the site migration for non-DSS
multi-vendor interoperation is enabled.
[Note] Cell service can be stopped
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-mv-io-site-migrationindicator, enumeration
 Range
o config-option-0 (0)
o config-option-1 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-subcarrierspacing
This leaf indicates subcarrier spacing for SSB, which is used
only for non-initial access (e.g., SCell, PScell). To apply the
value change, cell lock should be done. Operator may need
to reset the device to validate the modification.
[Note] Cell service can be stopped
 Type: gnbducnf_type:access-enum-subcarrier-spacing,
enumeration
 Range
o subcarrier-spacing-15khz (0)
o subcarrier-spacing-30khz (1)
o subcarrier-spacing-60khz (2)
o subcarrier-spacing-120khz (3)
o subcarrier-spacing-240khz (4)
 Unit: kHz
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
max-nr-of-ssb
This leaf indicates the maximum number of SSBs for below
6GHz. To apply the value change, cell lock should be done.
Operator may need to reset the device to validate the
modification. To apply the value change, cell lock should be
done. Operator may need to reset the device to validate the
modification.
[Note] Cell service can be stopped
 Type: gnbducnf_type:access-enum-max-nr-of-ssb,
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
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Chapter 2 Object Module
Name
Description
enumeration
 Range
o four-max-nr-of-ssb (0)
o eight-max-nr-of-ssb (1)
 Unit: N/A
Remarks
gain-ratio-psssss
This leaf indicates the Energy Per Resource Element (EPRE)
ratio of PSS and SSS.
 Type: gnbducnf_type:access-enum-pss-sss, enumeration
 Range
o pss-sss-0db (0)
o pss-sss-3db (24)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
nr-of-tx-ssb
This leaf indicates the number of tx Synchronization Signal
Blocks (SSBs). The SSB is composed with Primary Sync
Signal (PSS), Secondary Sync Signal (SSS) and Physical
Broadcast Channel (PBCH).
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-type-nr-of-tx-ssb, uint8
 Range
o 1
o 4
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-powerboosting-level
This leaf indicates the power boosting level of SSB.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-ssb-boost, enumeration
 Range
o ssb-boost-0db (0)
o ssb-boost-3db (24)
o ssb-boost-6db (48)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
rmsi-coresetindex
This leaf indicates RMSI CORESET index corresponding to
ControlResourceSetZero in MIB. The range is 0-15. To apply
the value change, cell lock should be done. Operator may
need to reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-type-rmsi-coreset-index,
uint16
 Range
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
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Chapter 2 Object Module
Name
Description
o 0 to 15
 Unit: N/A
Remarks
ssb-position
This leaf indicates the number of SSBs and location of SSBs
as bitmap format. To apply the value change, cell lock should
be done. Operator may need to reset the device to validate
the modification. There are two different TDD frame
structures for n41 30MHz which are DDDFUUDDDD (nr-ofdownlink-slots-1 = 3) and DDF1F2UUDDDD (nr-of-downlinkslots-1 = 2, Flexible slot F1: 6 DL symbols + 8 Flexible
symbols, Flexible slot F2: 10 Flexible symbols + 4 UL
symbols). For 4 SSBs, parameter ssb-position for each
structure is given as follows. (For 1 SSB, ssb-position has
default value regardless of TDD structure.) i)
DDDFUUDDDD: ssb-position = 00111100 ii)
DDF1F2UUDDDD: ssb-position = 01111000
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: string
 Range
o length (0 to 64)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-periodicity
This leaf indicates the SSB period. The cell lock is required to
change the setting value. A reset may be required to check
the change result or to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-ssb-periodicity,
enumeration
 Range
o ssb-periodicity-20ms (2)
o ssb-periodicity-40ms (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-loc-halfframe
This leaf indicates a half-frame SSB location. The cell lock is
required to change the setting value. A reset may be required
to check the change result or to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-ssb-loc-half-frame,
enumeration
 Range
o ssb-loc-first-half (0)
o ssb-loc-second-half (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-freq-offset
This leaf indicates the offset value in the unit of synch raster
grid (e.g., 1.44MHz, 1.2MHz) to configure SSB location in the
frequency domain
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
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Chapter 2 Object Module
Name
Description
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int16
 Range
o -40 to 40
 Unit: N/A
Remarks
num-antennassb-inbuilding
This leaf indicates the number of tx antennas used for SSB
only in case of in-building deployment. The cell lock is
required to change the setting value. A reset may be required
to check the change result or to operate a stable system.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-num-antennainbuilding, enumeration
 Range
o 1T (1)
o 2T (2)
o 4T (4)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-loc-arfcn
This leaf indicates the location of SSB in the frequency
domain as ARFCN value. To apply the value change, cell
lock should be done. Operator may need to reset the device
to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: int32
 Range
o 0 to 3279165
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-freq-configmode
This leaf indicates configuration mode of SSB frequency. To
apply the value change, cell lock should be done. Operator
may need to reset the device to validate the modification.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Type: gnbducnf_type:access-enum-ssb-freq-config-mode,
enumeration
 Range
o non-gscn-bottom (0)
o non-gscn-center (1)
o gscn-based-auto (2)
o gscn-based-manual (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
ssb-duration
This leaf indicates the duration of SSBs in a period.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: Yes
 Related Feature ID:
FGR-RS0101
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-enum-ssb-duration,
enumeration
 Range
o ssb-duration-sf1 (0)
o ssb-duration-sf2 (1)
o ssb-duration-sf3 (2)
o ssb-duration-sf4 (3)
o ssb-duration-sf5 (4)
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
dl-codebook-configuration
This container manages the Downlink (DL) codebook configuration. The channel
state information-reference signal (CSI-RS) port information of CSI code book
and the maximum rank indication (RI) value for CSI feedback can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-codebook-nrantenna-ports
This leaf is used for indication of antenna configuration
(NrOfPort,N1,N2) of DL codebook for PMI feedback.
[Note] Only following setting is supported according to the
number of downlink Tx antennas(dl-antenna-count) and
frequency range. B6G 32Tx : dl-codebook-nr-antenna-portsp8-four-one B6G 4Tx : dl-codebook-nr-antenna-ports-p4-twoone A6G : dl-codebook-nr-antenna-ports-p2
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dl-codebook-nrantenna-ports, enumeration
 Range
o dl-codebook-nr-antenna-ports-p2 (0)
o dl-codebook-nr-antenna-ports-p4-two-one (1)
o dl-codebook-nr-antenna-ports-p8-four-one (3)
o dl-codebook-nr-antenna-ports-p32-four-four (11)
o dl-codebook-nr-antenna-ports-p32-eight-two (12)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
This leaf is used for indication of maximum RI for CSI
feedback.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-dl-codebook-rirestriction, enumeration
 Range
o dl-codebook-ri-restriction-rank1 (1)
o dl-codebook-ri-restriction-rank2 (2)
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
73960
dl-codebook-rirestriction
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Chapter 2 Object Module
Name
Description
o dl-codebook-ri-restriction-rank3 (3)
o dl-codebook-ri-restriction-rank4 (4)
 Unit: N/A
Remarks
ru-polarizationmapping-type
This leaf indicates polarized antenna mapping type. Type0
and Type1 can be configured. In type0, first half antennas are
same polarized antennas and second half antennas are the
other polarized antennas (++...--..., matched with NR
codebook structure). In type1, two different polarized
antennas are mapped alternately (+-+-...).
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-polarization-mappingtype, enumeration
 Range
o polarization-mapping-type0 (0)
o polarization-mapping-type1 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
dl-prb-bundlingsize-static
This leaf indicates static PRB bundling size.
 Type: gnbducnf_type:access-enum-prb-bundling-size,
enumeration
 Range
o prb-bundling-size-n2 (0)
o prb-bundling-size-n4 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RC0202
73960
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Chapter 2 Object Module
drx-config-du-cell
This container manages the Connected mode Discontinuous Reception (CDRX)
information of the DU. The CDRX is a method to improve the battery power
consumption of the UE in the RRC connected state. It can set various items for
CDRX operation.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

drx-profile-du
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Chapter 2 Object Module
drx-profile-du
This list indicates the DRX profile for each DRX cycle of DU. DRX profile means
parameter set including related timer setting.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/drx-config-du-cell

Attribute: list

Configurable: Yes

Key: drx-cycle
Leaf
Name
Description
Remarks
drx-cycle
This leaf indicates the key for DRX cycle.
 Type: gnbducnf_type:access-enum-drx-long-drx-cycletype-normal, enumeration
 Range
o drx-long-cycle-normal-ms10 (0)
o drx-long-cycle-normal-ms20 (1)
o drx-long-cycle-normal-ms32 (2)
o drx-long-cycle-normal-ms40 (3)
o drx-long-cycle-normal-ms60 (4)
o drx-long-cycle-normal-ms64 (5)
o drx-long-cycle-normal-ms70 (6)
o drx-long-cycle-normal-ms80 (7)
o drx-long-cycle-normal-ms128 (8)
o drx-long-cycle-normal-ms160 (9)
o drx-long-cycle-normal-ms256 (10)
o drx-long-cycle-normal-ms320 (11)
o drx-long-cycle-normal-ms512 (12)
o drx-long-cycle-normal-ms640 (13)
o drx-long-cycle-normal-ms1024 (14)
o drx-long-cycle-normal-ms1280 (15)
o drx-long-cycle-normal-ms2048 (16)
o drx-long-cycle-normal-ms2560 (17)
o drx-long-cycle-normal-ms5120 (18)
o drx-long-cycle-normal-ms10240 (19)
 Unit: ms
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
This leaf indicates a timer to monitor PDCCH in C-DRX mode
periodically in normal status.
 Type: gnbducnf_type:access-enum-drx-on-duration-timermsec-normal, enumeration
 Range
o drx-on-duration-ms1 (0)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
73960
drx-on-durationtimer-msecnormal
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Chapter 2 Object Module
Name
Description
o drx-on-duration-ms2 (1)
o drx-on-duration-ms3 (2)
o drx-on-duration-ms4 (3)
o drx-on-duration-ms5 (4)
o drx-on-duration-ms6 (5)
o drx-on-duration-ms8 (6)
o drx-on-duration-ms10 (7)
o drx-on-duration-ms20 (8)
o drx-on-duration-ms30 (9)
o drx-on-duration-ms40 (10)
o drx-on-duration-ms50 (11)
o drx-on-duration-ms60 (12)
o drx-on-duration-ms80 (13)
o drx-on-duration-ms100 (14)
o drx-on-duration-ms200 (15)
o drx-on-duration-ms300 (16)
o drx-on-duration-ms400 (17)
o drx-on-duration-ms500 (18)
o drx-on-duration-ms600 (19)
o drx-on-duration-ms800 (20)
o drx-on-duration-ms1000 (21)
o drx-on-duration-ms1200 (22)
o drx-on-duration-ms1600 (23)
o drx-on-duration-spare8 (24)
o drx-on-duration-spare7 (25)
o drx-on-duration-spare6 (26)
o drx-on-duration-spare5 (27)
o drx-on-duration-spare4 (28)
o drx-on-duration-spare3 (29)
o drx-on-duration-spare2 (30)
o drx-on-duration-spare1 (31)
 Unit: ms
Remarks
This leaf indicates a timer to monitor PDCCH for DL
retransmission after HARQ RTT timer expiration in C-DRX
mode.
 Type: gnbducnf_type:access-enum-drx-re-transmissiontimer-dl-normal, enumeration
 Range
o drx-re-transmission-dl-sl0 (0)
o drx-re-transmission-dl-sl1 (1)
o drx-re-transmission-dl-sl2 (2)
o drx-re-transmission-dl-sl4 (3)
o drx-re-transmission-dl-sl6 (4)
o drx-re-transmission-dl-sl8 (5)
o drx-re-transmission-dl-sl16 (6)
o drx-re-transmission-dl-sl24 (7)
o drx-re-transmission-dl-sl33 (8)
o drx-re-transmission-dl-sl40 (9)
o drx-re-transmission-dl-sl64 (10)
o drx-re-transmission-dl-sl80 (11)
o drx-re-transmission-dl-sl96 (12)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
73960
drx-retransmissiontimer-dl-normal
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Chapter 2 Object Module
Name
Description
o drx-re-transmission-dl-sl112 (13)
o drx-re-transmission-dl-sl128 (14)
o drx-re-transmission-dl-sl160 (15)
o drx-re-transmission-dl-sl320 (16)
o drx-re-transmission-dl-spare15 (17)
o drx-re-transmission-dl-spare14 (18)
o drx-re-transmission-dl-spare13 (19)
o drx-re-transmission-dl-spare12 (20)
o drx-re-transmission-dl-spare11 (21)
o drx-re-transmission-dl-spare10 (22)
o drx-re-transmission-dl-spare9 (23)
o drx-re-transmission-dl-spare8 (24)
o drx-re-transmission-dl-spare7 (25)
o drx-re-transmission-dl-spare6 (26)
o drx-re-transmission-dl-spare5 (27)
o drx-re-transmission-dl-spare4 (28)
o drx-re-transmission-dl-spare3 (29)
o drx-re-transmission-dl-spare2 (30)
o drx-re-transmission-dl-spare1 (31)
 Unit: %
Remarks
drx-retransmissiontimer-ul-normal
This leaf indicates a timer to monitor PDCCH for UL
retransmission after HARQ RTT timer expiration in C-DRX
mode.
 Type: gnbducnf_type:access-enum-drx-re-transmissiontimer-ul-normal, enumeration
 Range
o drx-re-transmission-ul-sl0 (0)
o drx-re-transmission-ul-sl1 (1)
o drx-re-transmission-ul-sl2 (2)
o drx-re-transmission-ul-sl4 (3)
o drx-re-transmission-ul-sl6 (4)
o drx-re-transmission-ul-sl8 (5)
o drx-re-transmission-ul-sl16 (6)
o drx-re-transmission-ul-sl24 (7)
o drx-re-transmission-ul-sl33 (8)
o drx-re-transmission-ul-sl40 (9)
o drx-re-transmission-ul-sl64 (10)
o drx-re-transmission-ul-sl80 (11)
o drx-re-transmission-ul-sl96 (12)
o drx-re-transmission-ul-sl112 (13)
o drx-re-transmission-ul-sl128 (14)
o drx-re-transmission-ul-sl160 (15)
o drx-re-transmission-ul-sl320 (16)
o drx-re-transmission-ul-spare15 (17)
o drx-re-transmission-ul-spare14 (18)
o drx-re-transmission-ul-spare13 (19)
o drx-re-transmission-ul-spare12 (20)
o drx-re-transmission-ul-spare11 (21)
o drx-re-transmission-ul-spare10 (22)
o drx-re-transmission-ul-spare9 (23)
o drx-re-transmission-ul-spare8 (24)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
73960
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Chapter 2 Object Module
Name
Description
o drx-re-transmission-ul-spare7 (25)
o drx-re-transmission-ul-spare6 (26)
o drx-re-transmission-ul-spare5 (27)
o drx-re-transmission-ul-spare4 (28)
o drx-re-transmission-ul-spare3 (29)
o drx-re-transmission-ul-spare2 (30)
o drx-re-transmission-ul-spare1 (31)
 Unit: %
Remarks
drx-inactivitytimer-normal
This leaf indicates a timer to extend active time to monitor
PDCCH when PDCCH is received in C-DRX mode.
 Type: gnbducnf_type:access-enum-drx-inactivity-timernormal, enumeration
 Range
o drx-inactivity-ms0 (0)
o drx-inactivity-ms1 (1)
o drx-inactivity-ms2 (2)
o drx-inactivity-ms3 (3)
o drx-inactivity-ms4 (4)
o drx-inactivity-ms5 (5)
o drx-inactivity-ms6 (6)
o drx-inactivity-ms8 (7)
o drx-inactivity-ms10 (8)
o drx-inactivity-ms20 (9)
o drx-inactivity-ms30 (10)
o drx-inactivity-ms40 (11)
o drx-inactivity-ms50 (12)
o drx-inactivity-ms60 (13)
o drx-inactivity-ms80 (14)
o drx-inactivity-ms100 (15)
o drx-inactivity-ms200 (16)
o drx-inactivity-ms300 (17)
o drx-inactivity-ms500 (18)
o drx-inactivity-ms750 (19)
o drx-inactivity-ms1280 (20)
o drx-inactivity-ms1920 (21)
o drx-inactivity-ms2560 (22)
o drx-inactivity-spare9 (23)
o drx-inactivity-spare8 (24)
o drx-inactivity-spare7 (25)
o drx-inactivity-spare6 (26)
o drx-inactivity-spare5 (27)
o drx-inactivity-spare4 (28)
o drx-inactivity-spare3 (29)
o drx-inactivity-spare2 (30)
o drx-inactivity-spare1 (31)
 Unit: ms
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
This leaf indicates the minimum time the UE expects to
receive DL retransmission after HARQ-ACK transmission for
a specific HARQ ID.
 Type: gnbducnf_type:access-enum-drx-harq-rtt-timer-dl,
enumeration
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
73960
drx-harq-rtttimer-dl
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o drx-harq-rtt-dl-0 (0)
o drx-harq-rtt-dl-14 (1)
o drx-harq-rtt-dl-28 (2)
o drx-harq-rtt-dl-42 (3)
o drx-harq-rtt-dl-56 (4)
 Unit: %
drx-harq-rtttimer-ul
This leaf indicates the minimum time the UE expects to
receive UL retransmission after PUSCH transmission for a
specific HARQ ID.
 Type: gnbducnf_type:access-enum-drx-harq-rtt-timer-ul,
enumeration
 Range
o drx-harq-rtt-ul-0 (0)
o drx-harq-rtt-ul-14 (1)
o drx-harq-rtt-ul-28 (2)
o drx-harq-rtt-ul-42 (3)
o drx-harq-rtt-ul-56 (4)
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
drx-unsynchcounter-th
This leaf indicates gNB to detect DRX status mismatch and
early termination of drx-inactivity-timer.
 Type: uint8
 Range
o 0 to 31
 Unit: %
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0801
Child Node
73960
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Chapter 2 Object Module
hm-avoidance-config
This container manages the harmonic interference avoidance function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
hm-avoidanceon-off
This leaf indicates on/off of harmonic interference avoidance
solution.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-hm-avoidance-on-off,
enumeration
 Range
o hm-avoidance-off (0)
o hm-avoidance-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
73960
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Chapter 2 Object Module
en-dc-mac-config
This container manages the E-UTRA NR Dual Connectivity (EN-DC) MAC
configuration information of gNB. It can set whether to operate the EN-DC uplink
radio link outage or can determine whether the radio link is outage state.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
en-dc-ul-radiolink-outagesupport
This leaf indicates whether the E-UTRA NR Dual Connectivity
(EN-DC) UL radio link outage operation is enabled.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
en-dc-ul-radiolink-outagemax-tbsthreshold
This leaf indicates the maximum supportable TBS threshold
that determines whether the UL radio link status of the Spcell
is UL radio link outage.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
en-dc-ul-radiolink-outagecount-threshold
This leaf indicates the threshold for the number of times that
satisfies the en-dc-ul-radio-link-outage-max-tbs-threshold
condition that determines whether the UL radio link status of
the Spcell is UL radio link outage.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
en-dc-ul-radiolink-resumemax-tbsthreshold
This leaf indicates the maximum supportable TBS threshold
that determines whether the UL radio link status of the Spcell
is UL radio link resume.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
en-dc-ul-radiolink-resumecount-threshold
This leaf indicates the counting threshold for consecutive
number of events that satisfies the condition for en-dc-ulradio-link-resume-count-threshold for determining whether or
not the corresponding SpCell's UL radio link condition is UL
radio link resume.
 Configurable: Yes
 Related Feature ID:
FGR-CC5000
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
Child Node
There is no child node in this object.
73960
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Chapter 2 Object Module
flow-control-mac-config
This container manages the Flow-Control scheduling parameters for Dual
Connectivity MAC configuration of gNB.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
congestionlevel
This leaf is used to configure congestion level to switch Onepath TX for DC UE. 0 (Off), 1 (Low): About 5 ~ 10 Active UE
level is defined as congestion. 2 (Mid): About 55 ~ 60 Active
UE level is defined as congestion. 3 (High): About 90 ~ 100
active UE level is defined as congestion.
 Type: uint8
 Range
o 0 to 3
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-BC1200
73960
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There is no child node in this object.
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Chapter 2 Object Module
emf-control-config
This container configures EMF exposure control related parameters.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
emf-controlenable
This leaf indicates whether EMF exposure control function is
enabled or not.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0051
emf-pdschpower-offset
This leaf configures PDSCH power boosting offset to adapt
EMF exposure.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int16
 Range
o -15 to 15
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0051
emf-timewindow-size
This leaf configures the time-window size, defined in
regulation to adapt EMF exposure.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: Yes
 Related Feature ID:
FGR-RS0051
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-enum-emf-time-window-size,
enumeration
 Range
o time-window-size-6mins (6)
o time-window-size-30mins (30)
 Unit: N/A
emf-layerscaling-enable
This leaf configures whether Layer Scaling function is
enabled or not.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0051
emf-papc-offset
This leaf configures the PAPC offset value for SRS based
schemes.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 40
 Unit: 0.1 dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0051
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
emf-control-gob
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Chapter 2 Object Module
emf-control-gob
This list configures the EMF control related information per Grid.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/emf-control-config

Attribute: list

Configurable: Yes

Key: emf-no-grid
Leaf
Name
Description
Remarks
emf-no-grid
This leaf configures the Grid number.
 Type: uint16
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
emf-powerdensity-per-grid
This leaf configures the target EMF power density at the
compliance boundary of Grid.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 20 to 40
 Unit: dBm/m^2
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0051
emfcomplianceboundary-pergrid
This leaf configures the compliance boundary of Grid.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1 to 200
 Unit: m
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0051
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Chapter 2 Object Module
Child Node
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Chapter 2 Object Module
ul-cell-ta-config
This container manages the setting for Timing Advance (TA) control of the cell.
The 5G RAN uses TA control to advance or delay the transmission timing for UL
synchronization. The operator can set the TA alignment timer value by using the
time-alignment-timer or set the N_TA_offset value using the n-time-alignmentoffset.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
time-alignmenttimer
This leaf indicates the TimeAlignmentTimer value of
ServingCellConfigCommonSIB IE and
ServingCellConfigCommon IE. The value of this leaf is
selected from among ms500, ms750, ms1280, ms1920,
ms2560, ms5120, ms10240, and infinity.
 Type: gnbducnf_type:access-enum-ul-ta-timer,
enumeration
 Range
o ul-ta-timer-ms500 (0)
o ul-ta-timer-ms750 (1)
o ul-ta-timer-ms1280 (2)
o ul-ta-timer-ms1920 (3)
o ul-ta-timer-ms2560 (4)
o ul-ta-timer-ms5120 (5)
o ul-ta-timer-ms10240 (6)
o ul-ta-timer-infinity (7)
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-RS0401
For below 6 GHz, this leaf configures the value of N_TAoffset
to be applied for random access on the serving cell. The
value of this leaf is selected among n-time-advance-offset-n0
(0), n-time-advance-offset-n25600 (1), and n-time-advanceoffset-n39936 (2), and is provided to the UE by the RRC
parameter n-TimingAdvanceOffset of {n0, n25600, n39936} in
ServingCellConfigCommon IE or
ServingCellConfigCommonSIB IE. For below 6 GHz FDD
band without LTE-NR coexistence case or below 6 GHz TDD
band without LTE-NR coexistence case, n-time-advanceoffset-n25600 (1) is selected for n-time-advance-offset. For
below 6 GHz FDD band with LTE-NR coexistence case, ntime-advance-offset-n0 (0) is selected. For below 6 GHz TDD
band with LTE-NR coexistence case, n-time-advance-offsetn39936 (2) is selected. If UE is not provided in the RRC
information, the default value of N_TAoffset is set as 25600
 Configurable: Yes
 Related Feature ID:
FGR-RS0401
73960
n-timeadvance-offset
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Chapter 2 Object Module
Name
Description
for below 6 GHz band. For above 6 GHz, this leaf does NOT
configure the value of N_TAoffset ; fixed value of 13792 is
used for N_TAoffset at both gNB and UE, and nTimingAdvanceOffset is not sent to the UE in the RRC
information.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-n-time-advance-offset,
enumeration
 Range
o n-time-advance-offset-n0 (0)
o n-time-advance-offset-n25600 (1)
o n-time-advance-offset-n39936 (2)
 Unit: N/A
Remarks
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Chapter 2 Object Module
ul-vonr-codec-config
This container manages the uplink VoNR (Voice over NR) codec related
configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ul-vonr-ipverconfig
This leaf indicates the IP version configuration to determine
the cell-specific uplink VoNR packet size.
 Type: gnbducnf_type:access-enum-ul-vonr-ipver,
enumeration
 Range
o ul-vonr-ipver4 (0)
o ul-vonr-ipver6 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
ul-vonr-rohcenable
This leaf indicates the UL RoHC (Robust Header
Compression) configuration to determine the cell-specific
uplink VoNR packet size.
 Type: gnbducnf_type:access-enum-ul-vonr-rohc,
enumeration
 Range
o ul-vonr-rohc-disable (0)
o ul-vonr-rohc-enable (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
voice-codectype
This leaf indicates the voice codec type to determine the cellspecific uplink VoNR packet size.
 Type: gnbducnf_type:access-enum-voice-codec-type,
enumeration
 Range
o voice-codec-type-amr (0)
o voice-codec-type-evs (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
voice-codecrate-amr
This leaf indicates the voice codec rate of AMR codec type to
determine the cell-specific uplink VoNR packet size. The
value of this leaf is valid only if voice-codec-type is selected
as AMR.
 Type: gnbducnf_type:access-enum-voice-codec-rate-amr,
enumeration
 Range
o voice-codec-rate-amr-4dot75 (0)
o voice-codec-rate-amr-5dot15 (1)
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
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Chapter 2 Object Module
Name
Description
o voice-codec-rate-amr-5dot9 (2)
o voice-codec-rate-amr-6dot6 (3)
o voice-codec-rate-amr-6dot7 (4)
o voice-codec-rate-amr-7dot4 (5)
o voice-codec-rate-amr-7dot95 (6)
o voice-codec-rate-amr-8dot85 (7)
o voice-codec-rate-amr-10dot2 (8)
o voice-codec-rate-amr-12dot2 (9)
o voice-codec-rate-amr-12dot65 (10)
o voice-codec-rate-amr-14dot25 (11)
o voice-codec-rate-amr-15dot85 (12)
o voice-codec-rate-amr-18dot25 (13)
o voice-codec-rate-amr-19dot85 (14)
o voice-codec-rate-amr-23dot05 (15)
o voice-codec-rate-amr-23dot85 (16)
 Unit: N/A
Remarks
voice-codecrate-evs
This leaf indicates the voice codec rate of EVS codec type to
determine the cell-specific uplink VoNR packet size. The
value of this leaf is valid only if voice-codec-type is selected
as EVS.
 Type: gnbducnf_type:access-enum-voice-codec-rate-evs,
enumeration
 Range
o voice-codec-rate-evs-5dot9 (0)
o voice-codec-rate-evs-7dot2 (1)
o voice-codec-rate-evs-8 (2)
o voice-codec-rate-evs-9dot6 (3)
o voice-codec-rate-evs-13dot2 (4)
o voice-codec-rate-evs-16dot4 (5)
o voice-codec-rate-evs-24dot4 (6)
o voice-codec-rate-evs-32 (7)
o voice-codec-rate-evs-48 (8)
o voice-codec-rate-evs-64 (9)
o voice-codec-rate-evs-96 (10)
o voice-codec-rate-evs-128 (11)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
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Chapter 2 Object Module
ul-vonr-scheduling-config
This container manages the uplink VoNR (Voice over NR) scheduling related
configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
vonr-sr-timermax-retx
This leaf indicates the configuration of scheduling request
timer and max re-tx for VoNR UE.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-vonr-sr-timer-max-retx,
enumeration
 Range
o dummy-vonr-sr-timer-max-retx-false (0)
o dummy-vonr-sr-timer-max-retx-true (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
bufferpredictionenable
This leaf indicates the configuration of uplink buffer prediction
based scheduling for VoNR UE.
 Type: gnbducnf_type:access-enum-buffer-prediction,
enumeration
 Range
o buffer-prediction-disable (0)
o buffer-prediction-enable (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
dummy-prioritydown
This leaf indicates the scheduling priority setting of the silent
dummy grant for VoNR UE.
 Type: gnbducnf_type:access-enum-dummy-priority-down,
enumeration
 Range
o dummy-priority-down-false (0)
o dummy-priority-down-true (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1301
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Chapter 2 Object Module
es-beam-nulling-config
This container manages SSB Beam-nulling function to control MMU beam-pattern
for protecting earth-station (ES) from UL interference.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
function-enable
This leaf indicates whether to enable SSB beam nulling
function.
[Note] If you change this parameter, cell service would be
stopped instantly.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0252
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Chapter 2 Object Module
nr-tim-conf
This container indicates the information for the TDD Interference Management
(TIM) Solution.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rim-rsoperation-state
This leaf indicates available options for the RIM-RS
transmission and detection function.
[Note] TDD interference management function may not work
normally.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-rim-rs-switch,
enumeration
 Range
o disable (0)
o enable-rs1-only (1)
o enable-rs1-rs2 (2)
 Unit: N/A
 Configurable: No
 Related Feature ID:
FGR-TA0502
rim-rs-switch
This leaf indicates available options for the RIM-RS
transmission and detection function by operator.
[Note] TDD interference management function may not work
normally.
 Type: gnbducnf_type:access-enum-rim-rs-switch,
enumeration
 Range
o disable (0)
o enable-rs1-only (1)
o enable-rs1-rs2 (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rs-timeoffset
This leaf indicates the relative power gain of RIM-RS to
PDSCH.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 0 to 3
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
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Chapter 2 Object Module
Name
Description
Remarks
rim-rs-powergain-option
This leaf indicates the Offset in SFN wise for time
synchronization.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
Child Node

rim-mitigation

rim-operation-time

rim-rs-global
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Chapter 2 Object Module
rim-mitigation
This container indicates the information for the configuration parameters of remote
interference mitigation function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rim-mitigationlevel
This leaf indicates the remote interference mitigation scheme
level.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 0 to 6
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
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Chapter 2 Object Module
rim-operation-time
This container indicates the operation time for the TDD Interference Management
(TIM).
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
operation-starttime-hr
This leaf indicates the start operation time in hour unit.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0 to 23
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
operation-starttime-min
This leaf indicates the start operation time in minute unit.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0 to 59
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
operation-endtime-hr
This leaf indicates the start operation time in hour unit.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0 to 23
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
operation-endtime-min
This leaf indicates the start operation time in minute unit.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0 to 59
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
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Chapter 2 Object Module
rim-rs-global
This container indicates the information for the global/common Remote
Interference Management (RIM) Reference Signal (RS) resource allocated for the
whole network.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

frequency-domain-para

sequence-domain-para

time-domain-para

rim-rs-set
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Chapter 2 Object Module
frequency-domain-para
This container indicates the information for configuration parameters of frequency
domain resource to support RIM-RS function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rim-rs-scs
This leaf indicates the subcarrier spacing configuration for the
RIM-RS.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rsbandwidth
This leaf indicates the RIM-RS bandwidth configuration in
number of PRBs.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 1 to 96
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
nr-of-global-rimrs-frequencycandidates
This leaf indicates the number of candidate frequency
resources for RIM-RS in the whole network.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rs-commoncarrierreference-point
This leaf indicates the RIM-RS common reference point in
ARFCN.
[Note] TDD interference management function may not work
normally.
 Type: uint32
 Range
o 646728
o 646730
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
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Chapter 2 Object Module
Name
Description
o 646732 to 649464
 Unit: N/A
Remarks
Child Node

rim-rs-starting-frequency-offset-id-list
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Chapter 2 Object Module
rim-rs-starting-frequency-offset-id-list
This list indicates the RIM-RS starting frequency offset list in units of resource
blocks.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal/frequency-domain-para

Attribute: list

Configurable: Yes

Key: rim-rs-starting-frequency-offset-id
Leaf
Name
Description
Remarks
rim-rs-startingfrequencyoffset-id
This leaf indicates the index of the RIM-RS starting frequency
offset list.
 Type: uint8
 Range
o 0 to 3
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rs-startingfrequencyoffset
This leaf indicates the RIM-RS starting frequency offset in
units of RBs for each frequency candidate.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0
o 1 to 114
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
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Chapter 2 Object Module
sequence-domain-para
This container indicates the information for configuration parameters of sequence
domain resource to support RIM-RS function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
nr-of-rim-rssequencecandidates-ofrs1
This leaf indicates the number of candidate sequences
assigned for RIM RS-1.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 1
o 2
o 4
o 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
nr-of-rim-rssequencecandidates-ofrs2
This leaf indicates the number of candidate sequences
assigned for RIM RS-2.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 1
o 2
o 4
o 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
enable-enoughnot-enoughindication
This leaf indicates whether enough indication option for RIMRS type 1 is enabled or not.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rsscramble-timer-
This leaf indicates the multiplier factor gamma for RIM-RS
sequence initialization seed.
 Configurable: Yes
 Related Feature ID:
73960
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Chapter 2 Object Module
Name
multiplier
Description
[Note] TDD interference management function may not work
normally.
 Type: uint32
 Range
o 0
 Unit: N/A
Remarks
FGR-TA0502
rim-rsscramble-timeroffset
This leaf indicates offset delta for RIM-RS sequence
initialization seed.
[Note] TDD interference management function may not work
normally.
 Type: uint32
 Range
o 0
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
Child Node

rim-rs-scramble-id-list-of-rs1

rim-rs-scramble-id-list-of-rs2
73960
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Chapter 2 Object Module
rim-rs-scramble-id-list-of-rs1
This list indicates configured RIM-RS scramble ID list of RS-1.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal/sequence-domain-para

Attribute: list

Configurable: Yes

Key: rim-rs-scramble-id-of-rs1-index
Leaf
Name
Description
Remarks
rim-rsscramble-id-ofrs1-index
This leaf indicates the index of the RIM-RS scramble ID list of
RS-1.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rsscramble-id-ofrs1
This leaf indicates the RIM-RS scramble ID for each RS-1
sequence candidate.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0 to 1023
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
rim-rs-scramble-id-list-of-rs2
This list indicates configured RIM-RS scramble ID list of RS-2.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal/sequence-domain-para

Attribute: list

Configurable: Yes

Key: rim-rs-scramble-id-of-rs2-index
Leaf
Name
Description
Remarks
rim-rsscramble-id-ofrs2-index
This leaf indicates the index of the RIM-RS scramble ID list of
RS-2.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rsscramble-id-ofrs2
This leaf indicates the RIM-RS scramble ID for each RS-2
sequence candidate.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 0 to 1023
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
time-domain-para
This container indicates the information for configuration parameters of time
domain resource to support RIM-RS function.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-ul-switchingperiod1
This leaf indicates the first TDD DL/UL switching period
related to RIM-RS transmission periodicity.
[Note] TDD interference management function may not work
normally.
 Type: gnbducnf_type:access-enum-rim-rs-periodicity,
enumeration
 Range
o ms5 (0)
o ms10 (1)
o ms20 (2)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
symbol-offsetof-referencepoint1
This leaf indicates the reference point in the first uplinkdownlink switching period.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 48
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
total-nr-of-setid-of-rs1
This leaf indicates the total number of set IDs for RIM RS-1.
[Note] TDD interference management function may not work
normally.
 Type: uint32
 Range
o 0 to 4194303
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
total-nr-of-setid-of-rs2
This leaf indicates the total number of set IDs for RIM RS-2.
[Note] TDD interference management function may not work
normally.
 Type: uint32
 Range
o 0 to 4194303
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
nr-ofconsecutiverim-rs1
This leaf indicates the number of consecutive uplink-downlink
switching periods for RS-1.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
nr-ofconsecutiverim-rs2
This leaf indicates the number of consecutive uplink-downlink
switching periods for RS-2.
[Note] TDD interference management function may not work
normally.
 Type: uint8
 Range
o 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
Child Node

consecutive-rim-rs1-list

consecutive-rim-rs2-list
73960
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Chapter 2 Object Module
consecutive-rim-rs1-list
This list indicates configured RIM-RS1 symbol offset.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal/time-domain-para

Attribute: list

Configurable: Yes

Key: consecutive-rim-rs1-list-index
Leaf
Name
Description
Remarks
consecutiverim-rs1-listindex
This leaf indicates the index of configured RIM-RS1 symbol
offset.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
consecutiverim-rs1-offset
This leaf indicates the configured RIM-RS1 symbol offset.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 2
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
consecutive-rim-rs2-list
This list indicates configured RIM-RS2 symbol offset.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal/time-domain-para

Attribute: list

Configurable: Yes

Key: consecutive-rim-rs2-list-index
Leaf
Name
Description
Remarks
consecutiverim-rs2-listindex
This leaf indicates the index of configured RIM-RS2 symbol
offset.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
consecutiverim-rs2-offset
This leaf indicates the configured RIM-RS2 symbol offset.
[Note] TDD interference management function may not work
normally.
 Type: uint16
 Range
o 2
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
rim-rs-set
This list indicates configured RIM-RS set ID and RS type.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/nr-tim-conf/rim-rsglobal

Attribute: list

Configurable: Yes

Key: rim-rs-set-type
Leaf
Name
Description
Remarks
rim-rs-set-type
This leaf indicates the type of RIM-RS.
 Type: gnbducnf_type:access-enum-rs-type, enumeration
 Range
o rs1 (0)
o rs2 (1)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
rim-rs-set-id
This leaf indicates the configured RIM-RS SetID for current
cell.
[Note] TDD interference management function may not work
normally.
 Type: uint32
 Range
o 0 to 4194303
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-TA0502
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
tdd-config-idle
This container is used for TDD configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
tdd-config-basic
This leaf is used for TDD configuration.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-tdd-config,
enumeration
 Range
o tdd-configuration-8 (8)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
Child Node

tdd-config-list
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Chapter 2 Object Module
tdd-config-list
This list manages the Time Division Duplex (TDD) configuration. This list has
tdd-index as a key value and it can configure the semi-static common and the
dedicated configuration of a TDD structure.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/tdd-config-idle

Attribute: list

Configurable: Yes

Key: tdd-index
Leaf
Name
Description
Remarks
tdd-index
This leaf indicates the key index for the selected TDD
configuration. The range is 0-15.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
Child Node

tdd-config-semi-static-common

tdd-config-semi-static-dedicated

csi-rs-slot-config-common
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Chapter 2 Object Module
tdd-config-semi-static-common
This container is used for semi-static common TDD configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/tdd-config-idle/tddconfig-list

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
switch-semistatic-pattern2
This leaf indicates whether tdd-ul-dl-pattern-2 is used.
- disable: Not used.
- enable: Used.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
This leaf indicates the reference subcarrier spacing used in
the TDD structure. This leaf is used to define the time domain
boundary of the UL-DL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-subcarrier-spacing,
enumeration
 Range
o subcarrier-spacing-15khz (0)
o subcarrier-spacing-30khz (1)
o subcarrier-spacing-60khz (2)
o subcarrier-spacing-120khz (3)
o subcarrier-spacing-240khz (4)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
referencesubcarrierspacing
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Chapter 2 Object Module
Child Node

tdd-ul-dl-pattern-1

tdd-ul-dl-pattern-2
73960
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Chapter 2 Object Module
tdd-ul-dl-pattern-1
This container is used for the first semi-static common TDD configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/tdd-config-idle/tddconfig-list/tdd-config-semi-static-common

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-ultransmissionperiodicity-1
This leaf indicates the time period for the first DL-UL pattern.
The values of this leaf are selected from 0.5, 0.625, 1, 1.25,
2, 2.5, 5, and 10, and the units are ms.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-tdd-transmissionperiodicity, enumeration
 Range
o tdd-transmission-periodicity-ms0p5 (0)
o tdd-transmission-periodicity-ms0p625 (1)
o tdd-transmission-periodicity-ms1 (2)
o tdd-transmission-periodicity-ms1p25 (3)
o tdd-transmission-periodicity-ms2 (4)
o tdd-transmission-periodicity-ms2p5 (5)
o tdd-transmission-periodicity-ms5 (6)
o tdd-transmission-periodicity-ms10 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
This leaf indicates whether dl-ul-transmission-periodicityv1530-1 is used to define the time period for the first DL-UL
pattern. If enabled, the value of dl-ul-transmission-periodicity1 is ignored.
- disable: Not used.
- enable: Used.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
switchtransmissionperiodicityv1530-1
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Chapter 2 Object Module
Name
Description
Remarks
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
dl-ultransmissionperiodicityv1530-1
This leaf indicates the time period for the first DL-UL pattern
when switch-transmission-periodicity-v1530-1 is enabled. The
value of this leaf is 3 or 4, and the unit is ms.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-tdd-transmissionperiodicity-v1530-1, enumeration
 Range
o tdd-transmission-periodicity-v1530-1-ms3 (0)
o tdd-transmission-periodicity-v1530-1-ms4 (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
nr-of-downlinkslots-1
This leaf indicates the number of consecutive full DL slots at
the beginning of the first DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 320
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
nr-of-downlinksymbols-1
This leaf indicates the number of consecutive DL symbols
from the start point of the slot next to the last full DL slot in
the first DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 13
 Unit: symbol
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
nr-of-uplinkslots-1
This leaf indicates the number of consecutive full UL slots at
the end of the first DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
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Chapter 2 Object Module
Name
Description
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 320
 Unit: slot
Remarks
nr-of-uplinksymbols-1
This leaf indicates the number of consecutive UL symbols
from the start point of the slot next to the last full UL slot in
the first DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 13
 Unit: symbol
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
Child Node
73960
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Chapter 2 Object Module
tdd-ul-dl-pattern-2
This container is used for the second semi-static common TDD configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/tdd-config-idle/tddconfig-list/tdd-config-semi-static-common

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
dl-ultransmissionperiodicity-2
This leaf indicates time period of the second DL-UL pattern
selected among {0.5, 0.625, 1, 1.25, 2, 2.5, 5, 10} ms.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-tdd-transmissionperiodicity, enumeration
 Range
o tdd-transmission-periodicity-ms0p5 (0)
o tdd-transmission-periodicity-ms0p625 (1)
o tdd-transmission-periodicity-ms1 (2)
o tdd-transmission-periodicity-ms1p25 (3)
o tdd-transmission-periodicity-ms2 (4)
o tdd-transmission-periodicity-ms2p5 (5)
o tdd-transmission-periodicity-ms5 (6)
o tdd-transmission-periodicity-ms10 (7)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
This leaf indicates the number of consecutive full DL slots at
the beginning of the second DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 320
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
nr-of-downlinkslots-2
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Chapter 2 Object Module
Name
Description
Remarks
nr-of-downlinksymbols-2
This leaf indicates the number of consecutive DL symbols at
the beginning of the slot next to the last full DL slot in the
second DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 13
 Unit: symbol
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
nr-of-uplinkslots-2
This leaf indicates the number of consecutive full UL slots at
the end of the second DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 320
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
nr-of-uplinksymbols-2
This leaf indicates the number of consecutive UL symbols at
the end of the slot before the first full UL slot in the second
DL-UL pattern.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 13
 Unit: symbol
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
tdd-config-semi-static-dedicated
This container is used for semi-static dedicated TDD configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/tdd-config-idle/tddconfig-list

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
nr-of-uespecific-slots
This leaf indicates the number of slots for which UE-specific
DL-UL pattern is defined.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 320
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
73960
Child Node

tdd-config-semi-static-dedicated-sequence
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Chapter 2 Object Module
tdd-config-semi-static-dedicated-sequence
This list includes variables for the semi-static dedicated part of the Time Division
Duplex (TDD) structure. The sequence-number for each slot in the UE-specific
DL-UL pattern is the key value, and the number of DL/UL symbols consecutive
from the start point of the slot can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/tdd-config-idle/tddconfig-list/tdd-config-semi-static-dedicated

Attribute: list

Configurable: Yes

Key: sequence-number
Leaf
Name
Description
Remarks
sequencenumber
This leaf indicates the sequence number of each slot in the
UE-specific DL-UL pattern. The range is 0-319.
 Type: uint16
 Range
o 0 to 319
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
slot-index
This leaf indicates the slot for which the following DL-UL
pattern defines.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 319
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
nr-of-downlinksymbolsdedicated
This leaf indicates the number of consecutive DL symbols at
the beginning of the slot.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
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Chapter 2 Object Module
Name
Description
o 0 to 14
 Unit: symbol
Remarks
nr-of-uplinksymbolsdedicated
This leaf indicates the number of consecutive UL symbols at
the end of the slot.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 14
 Unit: symbol
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0030
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Chapter 2 Object Module
csi-rs-slot-config-common
This list indicates slot offset of Channel State Information-Reference Signal (CSIRS).'
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/tdd-config-idle/tddconfig-list

Attribute: list

Configurable: Yes

Key: common-csi-rs-index
Leaf
Name
Description
Remarks
common-csi-rsindex
This leaf is the index of common CSI-RS.
 Type: uint8
 Range
o 0 to 6
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
csi-rs-slotoffset-common
This leaf is slot offset of common CSI-RS.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 639
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RT0062
73960
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Chapter 2 Object Module
ul-preschedule
This container manages the UL prescheduling.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
latency-groupzero-periodicity
This leaf is the allocation periodicity of UL prescheduling.
 Type: uint16
 Range
o 1 to 400
 Unit: slot
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
latency-groupenable
This leaf indicates the UL prescheduling setting.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
latency-groupzero-qci
This leaf is a considered QCI for UL prescheduling.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
latency-groupzero-activeduration
This leaf indicates the active duration after starting UL
prescheduling.
 Type: uint16
 Range
o 0 to 40000
 Unit: ms
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
latency-groupzero-grant-size
This leaf indicates the UL grant size when UL prescheduling.
 Type: uint16
 Range
o 0 to 40000
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
srb-supportenable
This leaf is UL prescheduling setting for SRB traffic.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
srb-support-
This leaf is the start timing of UL prescheduling for SRB
 Configurable: Yes
73960
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Chapter 2 Object Module
Name
start
Description
traffic.
 Type: uint8
 Range
o 0 to 10
 Unit: N/A
Remarks
srb-supportduration
This leaf is the allocation number of UL prescheduling for
SRB traffic.
 Type: uint8
 Range
o 1 to 8
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
srb-supportgrant-size
This leaf is the UL grant size of UL prescheduling for SRB
traffic.
 Type: uint16
 Range
o 0 to 40000
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
latency-groupzero-active-tbs
This leaf is the allowed minimum supportable TBS to support
UL prescheduling.
 Type: uint16
 Range
o 0 to 65535
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
latency-groupzero-rrcconnected-ue
This leaf is the allowed maximum RRC connected UE
number of a cell to support UL prescheduling.
 Type: uint16
 Range
o 1 to 65535
 Unit: N/A
 Related Feature ID:
FGR-RS7001
73960
 Configurable: Yes
 Related Feature ID:
FGR-RS7001
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Chapter 2 Object Module
ul-transmit-skip
This container is for UL transmission skip.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
enable
This leaf is UL transmission skip setting.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Unit: byte
 Configurable: Yes
 Related Feature ID:
FGR-RS7002
73960
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Chapter 2 Object Module
imd-avoidance-config
This container indicates IMD interference avoidance function at SgNB in EN-DC
operation.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
imd-solutionon-off
This leaf indicates whether to enable or disable IMD
interference avoidance solution.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
phr-based-imdestimationsupport
This leaf indicates whether to enable or disable phr-based
IMD estimation support function when IMD avoidance
solution is enabled.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
lte-phr-for-nonimd-estthreshold
This leaf determines LTE PHR threshold for changing UE
state from IMD UE to non-IMD UE when phr-based IMD
estimation support is enabled.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
73960
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Chapter 2 Object Module
Name
Description
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int8
 Range
o -23 to 40
 Unit: dB
Remarks
nr-phr-for-nonimd-estthreshold
This leaf determines NR PHR threshold for changing UE
state from IMD UE to non-IMD UE when phr-based IMD
estimation support is enabled.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int8
 Range
o -33 to 39
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
phr-based-nonimd-est-countthreshold
This leaf determines counting threshold for changing UE
state from IMD UE to non-IMD UE when phr-based IMD
estimation support is enabled.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
lte-phr-for-imdest-threshold
This leaf determines LTE PHR threshold for changing UE
state from non-IMD UE to IMD UE when phr-based IMD
estimation support is enabled.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int8
 Range
o -23 to 40
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
nr-phr-for-imdest-threshold
This leaf determines NR PHR threshold for changing UE
state from non-IMD UE to IMD UE when phr-based IMD
estimation support is enabled.
[Note] To change the parameter, the administrative state of
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
73960
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Chapter 2 Object Module
Name
Description
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int8
 Range
o -33 to 39
 Unit: dB
Remarks
phr-based-imdest-countthreshold
This leaf determines counting threshold for changing UE
state from non-IMD UE to IMD UE when phr-based IMD
estimation support is enabled.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
and-or-configfor-non-imd-est
This leaf determines configuration of 'and' or 'or' condition in
PHR equation for determining change from IMD UE to nonIMD UE. (0: and, 1: or)
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0613
73960
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Chapter 2 Object Module
spectrum-sharing-scheduler-config
This container manages the spectrum sharing configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
adjacent-ltecrs-ratematching-sinrin-threshold
This leaf indicates SINR threshold for crs rate-matching.
 Type: uint8
 Range
o 0 to 30
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
adjacent-ltecrs-ratematching-sinrout-threshold
This leaf indicates SINR threshold for crs rate-matching.
 Type: uint8
 Range
o 0 to 30
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
adjacent-ltecrs-ratematching-slotusagethreshold
This leaf indicates slot usage threshold for crs rate-matching.
 Type: uint8
 Range
o 0 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS0711
dss-lte-ss-pbchrate-matching
This leaf is used to set whether to apply rate matching for
LTE PBCH/SS region.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1202
adjacent-ltecrs-ratematching
This leaf is used for configuration of adjacent LTE CRS ratematching.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
 Configurable: Yes
 Related Feature ID:
FGR-RS1202
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Chapter 2 Object Module
Name
Description
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
Remarks
spectrumsharing
This leaf indicates the configuration of spectrum sharing
mode.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
dl-prb-usagethreshold-forincreasing-nrresource
This leaf is used for configuration of NR DL PRB usage
threshold for determining increase of NR resource.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
ul-prb-usagethreshold-forincreasing-nrresource
This leaf is used for configuration of NR UL PRB usage
threshold for determining increase of NR resource.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
dl-pdcch-failthreshold-forincreasing-nrresource
This leaf is used for configuration of NR DL PDCCH
allocation failure ratio threshold for determining increase of
NR resource.
[Note] To change the parameter, the administrative state of
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
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Chapter 2 Object Module
Name
Description
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 100
 Unit: %
Remarks
ul-pdcch-failthreshold-forincreasing-nrresource
This leaf is used for configuration of NR UL PDCCH
allocation failure ratio threshold for determining increase of
NR resource.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 100
 Unit: %
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
slot-leveloperation-mode
This leaf indicates the configuration of slot-level spectrum
sharing.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-slot-level-operationmode, enumeration
 Range
o frame-level-dss-mode (0)
o slot-level-dss-mode (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
dss-target-ltecell-num
This leaf indicates the configuration of target LTE cell number
for DSS.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 255
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1201
end-point-dss-
This leaf indicates the end point DSS index value, which is
 Configurable: Yes
73960
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Chapter 2 Object Module
Name
index
Description
connected to the eNB.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 7
 Unit: N/A
Remarks
sa-early-crsrate-matchingafter-msg4enable
This leaf is used to set whether to apply CRS rate matching
after Msg4. If this leaf is set to ‘off’, CRS rate matching is
applied after RRC re-configuration. Otherwise, it is applied
after Msg4.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1202
change-dss-nrprach-offset
This leaf indicates change option for NR PRACH region in
DSS. In here, it should not be duplication between LTE-NR
PRACH in time domain.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0121
73960
 Related Feature ID:
FGR-RS1201
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Chapter 2 Object Module
cell-son
This container indicates the information for the Self-Organizing Networks (SON)
function which are operated by cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

son-function-cell-control

cell-energy-saving
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Chapter 2 Object Module
son-function-cell-control
This container indicates the operation modes and the information used in SelfOrganizing Networks (SON) functions which are operated by cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-son

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
energy-savingswitch
This leaf indicates the Self-Organizing Networks (SON)
Energy Saving (ES) mode.
- son-func-off: The ES function except for traffic analysis is
disabled.
- son-manual-apply: The ES function in accordance with the
schedule set by operator is enabled.
- son-auto-apply: The ES function based on the information
obtained from traffic analysis is enabled.
 Type: access-s5gtype:access-enum-son-ctrl-type,
enumeration
 Range
o son-func-off (0): SON function off.
o son-manual-apply (1): SON function manual mode
apply.
o son-auto-apply (2): SON function auto mode apply.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802, OAMPES0804
73960
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Chapter 2 Object Module
cell-energy-saving
This container indicates the configuration and status information about energy
saving of cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-son

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
es-mode-type
This leaf indicates the Energy Saving (ES) mode type
configuration of cell. The selected ES function is operated
according to the schedule or traffic load.
 Type: access-s5gtype:access-enum-es-mode-type,
enumeration
 Range
o tx-path-on-off (4): This is 'Tx path on/off' Energy Saving
(ES) mode. The unnecessary energy consumption of the
Radio Unit (RU) is reduced by controlling a part of
transmitter paths.
o cell-on-off (6): This is 'Cell on/off' Energy Saving (ES)
mode. The unnecessary energy consumption is reduced
by controlling cell's operational state.
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802, OAMPES0804
cell-energysaving-state
This leaf indicates the current Energy Saving (ES)
operational state of cell.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-ES0802, OAMPES0804
energy-savingmode
This leaf indicates the Energy Saving (ES) mode which is
currently running in the cell.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-es-mode-state,
enumeration
 Range
o normal (0): This is the state that means Energy Saving
 Configurable: No
 Related Feature ID:
OAMP-ES0802, OAMPES0804
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Chapter 2 Object Module
Name
Description
(ES) function is not activated. No special operation for
ES is being executed.
o tx-path-on-off (4): This is 'Tx path on/off' Energy Saving
(ES) mode. The unnecessary energy consumption of the
Radio Unit (RU) is reduced by controlling a part of
transmitter paths.
o cell-on-off (6): This is 'Cell on/off' Energy Saving (ES)
mode. The unnecessary energy consumption is reduced
by controlling cell's operational state.
 Unit: N/A
Remarks
energy-savingadditionalinformation
This leaf indicates the additional information of the Energy
Saving (ES) mode that is currently operating on the cell.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-energy-savingadditional-information, enumeration
 Range
o es-off (0): Energy Saving (ES) function is off.
o not-available (1): N/A.
o high-traffic (3): The estimated traffic load is higher than
threshold.
o unsupported-configuration (5): Unsupported
configuration.
o system-abnormality (7): System abnormality.
o traffic-abnormality (8): Traffic abnormality.
o etc-error (13): Energy Saving (ES) function is not
activated due to other factors such as system
environment.
o unsupported-channelcard (14): Unsupported channel
card.
o unsupported-ru (15): Unsupported channel RU.
o mate-cell-es-disable (16): The Energy Saving (ES) state
of mate cell served by the same RU is disable.
o not-enough-collected-statistics-data (17): The collected
statistics data for Energy Saving (ES) is not enough yet.
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-ES0802, OAMPES0804
73960
Child Node

es-scheduler-func

energy-saving-stat-data
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Chapter 2 Object Module
es-scheduler-func
This list indicates the schedule information of the Self-Organizing Networks (SON)
Energy Saving (ES) function. The ES function as manual mode is operated
according to this pre-configured time schedule by operator. The ES schedule can
be set on an hourly basis.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-son/cell-energysaving

Attribute: list

Configurable: Yes

Key: week-day, hour
Leaf
Name
Description
Remarks
week-day
This leaf indicates the day of the week for which the Energy
Saving (ES) function is operated according to the schedule.
 Type: access-s5gtype:access-enum-es-schedule-day-type,
enumeration
 Range
o es-sunday (0): Sunday.
o es-monday (1): Monday.
o es-tuesday (2): Tuesday.
o es-wednesday (3): Wednesday.
o es-thursday (4): Thursday.
o es-friday (5): Friday.
o es-saturday (6): Saturday.
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802, OAMPES0804
hour
This leaf indicates the hour for which the Energy Saving (ES)
function is operated according to the schedule.
 Type: uint32
 Range
o 0 to 23
 Unit: h
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802, OAMPES0804
es-state
This leaf indicates the configuration for enabling Energy
Saving (ES) function on schedule.
 Type: access-s5gtype:access-enum-es-mode-schedulestate, enumeration
 Range
o es-suspend (0): Suspend Energy Saving (ES) function.
o es-active (1): Activate Energy Saving (ES) function.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802, OAMPES0804
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Chapter 2 Object Module
Child Node
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Chapter 2 Object Module
energy-saving-stat-data
This list contains energy saving statistic data accumulated by NE.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-son/cell-energysaving

Attribute: list

Configurable: Yes

Key: hour
Leaf
Name
Description
Remarks
hour
This leaf indicates hour index for which energy saving
statistic data has been accumulated by NE.
 Type: uint8
 Range
o 0 to 23
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
OAMP-ES0802
calculated-totalprb-usage
This leaf indicates IIR filtered value for total PRB usage.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-percentage, decimal64
 Range
o 0 to 100
 Unit: %
 Key Leaf: No
 Configurable: No
 Related Feature ID:
OAMP-ES0802
calculated-totalprb-usagedownlink
This leaf indicates IIR filtered value for downlink PRB usage.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-type-percentage, decimal64
 Range
o 0 to 100
 Unit: %
 Key Leaf: No
 Configurable: No
 Related Feature ID:
OAMP-ES0802
update-count
This leaf indicates how many times this list entry is updated.
If this list entry is updated more than 30 times, it shall
maintain value as 30.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Key Leaf: No
 Configurable: No
 Related Feature ID:
OAMP-ES0802
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o 0 to 30
 Unit: N/A
Child Node
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Chapter 2 Object Module
cell-load-balancing
This container manages the function set for load balancing information which are
operated by cell.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

resource-status-reporting-info
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Chapter 2 Object Module
resource-status-reporting-info
This container manages the parameters for resource status reporting information.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-ducell/gutran-du-cell-entries/cell-load-balancing

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
filter-coefficientprb-usage
This leaf indicates IIR filter coefficient used to calculate PRB
usage.
 Type: decimal64
 Range
o 0.0 to 1.0
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
filter-coefficientcapacity
This leaf indicates IIR filter coefficient used to calculate
capacity value.
 Type: decimal64
 Range
o 0.0 to 1.0
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
cell-capacityclass-value-dl
This leaf indicates downlink Cell Capacity Class Value
(CCCV).
- the downlink cell capacity at minimum when this leaf is set
to value 1.
- the downlink cell capacity at maximum when this leaf is set
to value 100.
 Type: uint8
 Range
o 1 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
cell-capacityclass-value-ul
This leaf indicates uplink Cell Capacity Class Value (CCCV).
- the uplink cell capacity at minimum when this leaf is set to
value 1.
- the uplink cell capacity at maximum when this leaf is set to
value 100.
 Type: uint8
 Range
o 1 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Child Node
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Chapter 2 Object Module
gutran-du-qci
This list includes child containers and leaves that can be controlled per QoS Class
Identifier (QCI) in 5G New Radio (NR) Non-Standalone (NSA).
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: qci
Leaf
Name
Description
Remarks
qci
This leaf indicates the key for QoS class identifier (QCI) in
TS23.203 6.1.7. It is defined for the containers and leaves
required to be set in unit of QCI.
 Type: access-s5gtype:access-type-qci, uint16
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
status
This leaf indicates whether to use QCI.
- disable (0): The bearer with the QCI value cannot be
accepted.
- enable (1): The bearer with the QCI value is accepted.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0411
73960
Child Node

logical-channel-config

qci-scheduling-config

min-bit-rate-config-qci
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Chapter 2 Object Module
logical-channel-config
This container manages the Logical Channel Config information element in 5G
New Radio (NR) Non-Standalone (NSA). The various parameters defined in the
standard document 3GPP TS38.321 5.4.3 can be set.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-du-qci

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
priority
This leaf indicates the data node corresponds to priority in
LogicalChannelConfig information element, which is
configured per QCI (QoS Class Identifier) in the 5G NR (New
Radio) NSA (Non-Standalone).
 Type: uint8
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
prioritisedbitrate
This leaf indicates the prioritisedBitRate (PBR) in TS38.321
5.4.3. It is a parameter related to logical channel prioritization
operation, and configured for each logical channel. As a
logical channel has a large value, it is highly likely that more
data is allocated to the UL grant.
 Type: gnbducnf_type:access-enum-prioritised-bit-rate,
enumeration
 Range
o prioritised-bit-rate-kbps0 (0)
o prioritised-bit-rate-kbps8 (1)
o prioritised-bit-rate-kbps16 (2)
o prioritised-bit-rate-kbps32 (3)
o prioritised-bit-rate-kbps64 (4)
o prioritised-bit-rate-kbps128 (5)
o prioritised-bit-rate-kbps256 (6)
o prioritised-bit-rate-kbps512 (7)
o prioritised-bit-rate-kbps1024 (8)
o prioritised-bit-rate-kbps2048 (9)
o prioritised-bit-rate-kbps4096 (10)
o prioritised-bit-rate-kbps8192 (11)
o prioritised-bit-rate-kbps16384 (12)
o prioritised-bit-rate-kbps32768 (13)
o prioritised-bit-rate-kbps65536 (14)
o prioritised-bit-rate-infinity (15)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
bucket-size-
This leaf indicates the bucketSizeDuration (BSD) in TS38.321
 Configurable: Yes
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Chapter 2 Object Module
Name
duration
Description
5.4.3. It is a parameter related to logical channel prioritization
operation, and configured for each logical channel. As a
logical channel has a large value, it is highly likely that more
data is allocated to the UL grant.
 Type: gnbducnf_type:access-enum-bucket-size-duration,
enumeration
 Range
o bucket-size-duration-ms5 (0)
o bucket-size-duration-ms10 (1)
o bucket-size-duration-ms20 (2)
o bucket-size-duration-ms50 (3)
o bucket-size-duration-ms100 (4)
o bucket-size-duration-ms150 (5)
o bucket-size-duration-ms300 (6)
o bucket-size-duration-ms500 (7)
o bucket-size-duration-ms1000 (8)
 Unit: N/A
Remarks
logical-channelgroup
This leaf indicates the logicalChannelGroup defined in the
standard document TS38.321 5.4.5. In this system, each
logical channel is allocated to a specific logicalChannelGroup
according to the priority-level el-for-qci value, so this leaf is
not used.
 Type: gnbducnf_type:access-type-logical-channel-group,
uint8
 Range
o 3
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
logical-channelsr-mask
This leaf indicates the logicalChannelSR-Mask defined in the
standard document TS38.321 5.4.5. This function is not
supported by this system, so this leaf is not used.
 Type: gnbducnf_type:access-type-logical-channel-sr-mask,
uint8
 Range
o 0
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
logical-channelsr-delay-timerapplied
This leaf indicates logicalChannelSR-DelayTimerApplied
defined in the standard document TS38.321 5.4.5. This
function is not supported by this system, so this leaf is not
used.
 Type: gnbducnf_type:access-type-logical-channel-sr-delaytimer-applied, uint8
 Range
o 0
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
 Related Feature ID:
FGR-RS0703
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Chapter 2 Object Module
qci-scheduling-config
This container manages the parameters per QoS Class Identifier (QCI) related to
the QoS scheduling.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-du-qci

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
priority-levelfor-qci
This leaf indicates 10 times the priority level specified in the
standard document TS23.203 6.1.7.2. For GBR bearers, the
smaller the value, the higher the scheduling priority of the
GBR bearer. For non-GBR bearers, scheduling opportunities
per priority level are controlled according to the YANG
parameter 'non-gbr-pf-weight-dl' and 'non-gbr-pf-weight-ul'
which refer to this parameter.
 Type: uint8
 Range
o 1 to 127
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
packet-delaybudget-for-qci
This leaf indicates the packet delay budget (PDB) specified in
the standard document TS23.203 6.1.7.2 and used for
scheduling GBR bearers. The smaller the value, the greater
the scheduling opportunity for the GBR bearer.
 Type: uint16
 Range
o 0 to 1023
 Unit: 0.5 ms
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
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Chapter 2 Object Module
min-bit-rate-config-qci
This container manages the parameters associated with DL/UL Minimum Bit Rate
(MinBR) configuration function for non-GBR bearers.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-du-qci

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
min-bit-rate-qcidl
This leaf indicates Minimum Bit Rate (MinBR) per QCI for the
operation of MinBR configuration function in downlink.
Scheduler gives the QCI more scheduling opportunities if the
average throughput of the corresponding QCI is smaller than
the MinBR setting value. The setting value '0' means that this
function is disabled for the corresponding QCI.
 Type: uint16
 Range
o 0 to 5000
 Unit: kbps
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
min-bit-rate-qciul
This leaf indicates Minimum Bit Rate (MinBR) per QCI for the
operation of MinBR configuration function in uplink.
Scheduler gives the QCI more scheduling opportunities if the
average throughput of the corresponding QCI is smaller than
the MinBR setting value. The setting value '0' means that this
function is disabled for the corresponding QCI.
 Type: uint16
 Range
o 0 to 5000
 Unit: kbps
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
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Chapter 2 Object Module
mac-bcch-control-func
This container contains parameters to be controlled by MAC for BCCH.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
enable-sibpower-boosting
This leaf determines ON/OFF of SIB power boosting function.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1502
sib-powerboosting-level
This leaf determines the level of SIB power boosting.
 Type: gnbducnf_type:access-enum-sib-boosting-level,
enumeration
 Range
o boosting-level-0dB (0)
o boosting-level-1dB (1)
o boosting-level-2dB (2)
o boosting-level-3dB (3)
o boosting-level-4dB (4)
o boosting-level-5dB (5)
o boosting-level-6dB (6)
 Unit: dB
 Configurable: Yes
 Related Feature ID:
FGR-RS1502
73960
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Chapter 2 Object Module
pcch-config
This container is configurations for PCCH.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
paging-cycle
This leaf is indication of paging cycle in standalone NR.
 Type: gnbducnf_type:access-enum-paging-cycle,
enumeration
 Range
o paging-cycle-rf32 (0)
o paging-cycle-rf64 (1)
o paging-cycle-rf128 (2)
o paging-cycle-rf256 (3)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS1501
Child Node
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Chapter 2 Object Module
gnb-du-slice-info
This list manages the configuration related to network slicing in gNB-DU. It
includes the slice index value as key, the SST/SD value and related plmn-index.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: slice-index
Leaf
Name
Description
Remarks
slice-index
This leaf indicates the index of slice.
 Type: uint8
 Range
o 0 to 63
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-SV0601
sst
This leaf indicates SST (Slice service type) value that that
constitutes S-NSSAI (Single network slice selection
assistance information).
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-SV0601
sd
This leaf indicates SD (Slice Differentiator) value that
constitutes S-NSSAI (Single network slice selection
assistance information).
 Type: union (uint32, enumeration)
 Range
o - (-1)
o 0 to 16777214
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-SV0601
plmn-index
This leaf indicates the index of PLMN which can support
current slice.
 Type: leafref
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC1103
73960
Child Node
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Chapter 2 Object Module
dl-scheduling-parameter-config
This container manages the parameters associated with QoS scheduling in DL. The
various weight values of the Proportional Fairness (PF) scheduler and scheduling
mode for non-GBR bearers can be set using this container.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
pf-alpha-dl
This leaf indicates the fairness weight in DL Proportional
Fairness (PF) scheduler. As the value increases, DL PF
scheduler performs scheduling that applies more weight to
fairness.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
pf-beta-dl
This leaf indicates the channel quality weight in DL
Proportional Fairness (PF) scheduler. As the value increases,
DL PF scheduler performs scheduling that applies more
weight to channel quality.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-schmode-dl
This leaf indicates the DL scheduling mode for non-GBR
bearer. 0 indicates Proportional Fairness (PF) mode, and 1
indicates Round Robin (RR) mode.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node

dl-scheduling-rfsp

dl-scheduling-priority

dl-scheduling-spid
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Chapter 2 Object Module
dl-scheduling-rfsp
This list manages parameters related to QoS scheduling controlled by the
RAT/Frequency Selection Priority (RFSP) index in DL. This list has rfsp-index-dl
as a key value and can set the relative weight index for each index.
Basic Information

Hierarchy: managed-element/gnb-du-function/dlscheduling-parameter-config

Attribute: list

Configurable: Yes

Key: rfsp-index-dl
Leaf
Name
Description
Remarks
rfsp-index-dl
This leaf indicates the RAT/Frequency Selection Priority
(RFSP) index used in the DL scheduler.
 Type: uint16
 Range
o 1 to 256
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-pfweight-rfsp-dl
This leaf indicates the relative weight index per
RAT/Frequency Selection Priority (RFSP) in DL Proportional
Fairness (PF) scheduler. As the value increases, the
scheduling opportunity for the corresponding RFSP
increases.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
dl-scheduling-priority
This list manages parameters related to QoS scheduling controlled by the priority
level index in DL.
Basic Information

Hierarchy: managed-element/gnb-du-function/dlscheduling-parameter-config

Attribute: list

Configurable: Yes

Key: priority-level-index-dl
Leaf
Name
Description
Remarks
priority-levelindex-dl
This leaf indicates the priority level index used in the DL
scheduler.
 Type: uint8
 Range
o 1 to 127
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-pfweight-dl
This leaf indicates the relative weight index per priority level
in the DL Proportional Fairness (PF) scheduler. As the value
increases, the scheduling opportunity for the corresponding
priority level increases.
 Type: gnbducnf_type:access-type-ngbr-weight-table, uint16
 Range
o 0 to 64
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
dl-scheduling-spid
This list manages parameters related to QoS scheduling controlled by the
subscriber profile ID (SPID) index in DL. This list has spid-index-dl as a key value
and can set the relative weight index for each index.
Basic Information

Hierarchy: managed-element/gnb-du-function/dlscheduling-parameter-config

Attribute: list

Configurable: Yes

Key: spid-index-dl
Leaf
Name
Description
Remarks
spid-index-dl
This leaf indicates the subscriber profile ID (SPID) index used
in the DL scheduler.
 Type: uint16
 Range
o 1 to 256
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-pfweight-spid-dl
This leaf indicates the relative weight index per Subscriber
Profile ID (SPID) in DL Proportional Fairness (PF) scheduler.
As the value increases, the scheduling opportunity for the
corresponding SPID increases.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ul-scheduling-parameter-config
This container manages parameters related to QoS scheduling in UL. The various
weight values of the UL Proportional Fairness (PF) scheduler and scheduling
mode for non-GBR bearers can be set using this container.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
pf-alpha-ul
This leaf indicates the fairness weight in UL Proportional
Fairness (PF) scheduler. As the value increases, UL PF
scheduler performs scheduling that applies more weight to
fairness.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
pf-beta-ul
This leaf indicates the channel quality weight in UL
Proportional Fairness (PF) scheduler. As the value increases,
UL PF scheduler performs scheduling that applies more
weight to channel quality.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-schmode-ul
This leaf indicates the UL scheduling mode for non-GBR
bearer. 0 indicates Proportional Fairness (PF) mode, and 1
indicates Round Robin (RR) mode.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node

ul-scheduling-rfsp

ul-scheduling-priority

ul-scheduling-spid
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Chapter 2 Object Module
ul-scheduling-rfsp
This list manages parameters related to QoS scheduling controlled by the
RAT/Frequency Selection Priority (RFSP) index in UL. This list has rfsp-index-ul
as a key value and can set the relative weight index for each index.
Basic Information

Hierarchy: managed-element/gnb-du-function/ulscheduling-parameter-config

Attribute: list

Configurable: Yes

Key: rfsp-index-ul
Leaf
Name
Description
Remarks
rfsp-index-ul
This leaf indicates the RAT/Frequency Selection Priority
(RFSP) index used in the UL scheduler.
 Type: uint16
 Range
o 1 to 256
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-pfweight-rfsp-ul
This leaf indicates the relative weight index per
RAT/Frequency Selection Priority (RFSP) in UL Proportional
Fairness (PF) scheduler. As the value increases, the
scheduling opportunity for the corresponding RFSP
increases.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ul-scheduling-priority
This list manages parameters related to QoS scheduling controlled by priority level
index in UL.
Basic Information

Hierarchy: managed-element/gnb-du-function/ulscheduling-parameter-config

Attribute: list

Configurable: Yes

Key: priority-level-index-ul
Leaf
Name
Description
Remarks
priority-levelindex-ul
This leaf indicates the priority level index used in the UL
scheduler.
 Type: uint8
 Range
o 1 to 127
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-pfweight-ul
This leaf indicates the relative weight index per priority level
in UL Proportional Fairness (PF) scheduler. As the value
increases, the scheduling opportunity for the corresponding
priority level increases.
 Type: gnbducnf_type:access-type-ngbr-weight-table, uint16
 Range
o 0 to 64
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ul-scheduling-spid
This list manages parameters related to QoS scheduling controlled by the
subscriber profile ID (SPID) index in UL. This list has spid-index-ul as a key value
and can set the relative weight index for each index.
Basic Information

Hierarchy: managed-element/gnb-du-function/ulscheduling-parameter-config

Attribute: list

Configurable: Yes

Key: spid-index-ul
Leaf
Name
Description
Remarks
spid-index-ul
This leaf indicates the subscriber profile ID (SPID) index used
in the UL scheduler.
 Type: uint16
 Range
o 1 to 256
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
non-gbr-pfweight-spid-ul
This leaf indicates the relative weight index per subscriber
profile ID (SPID) in UL Proportional Fairness (PF) scheduler.
As the value increases, the scheduling opportunity for the
corresponding SPID increases.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
rim
This container indicates the information for the Remote Interference Monitoring
(RIM) function.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rim-switch
This leaf indicates the switch of Remote Interference
Monitoring (RIM) function on/off.
 Type: access-s5gtype:access-enum-rim-switch,
enumeration
 Range
o off (0): Remote Interference Monitoring (RIM) function
off.
o on (1): Remote Interference Monitoring (RIM) function
on.
o on-without-dl-ocns (2): Remote Interference Monitoring
(RIM) function on without downlink Orthogonal Channel
Noise Simulator (OCNS).
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-TA0501
measurementstart-time
This leaf indicates the symbol-wise uplink Received Signal
Strength Indicator (RSSI) measurement start time for function
of Remote Interference Monitoring (RIM).
 Type: uint8
 Range
o 0 to 23
 Unit: h
 Configurable: Yes
 Related Feature ID:
FGR-TA0501
measurementstop-time
This leaf indicates the symbol-wise uplink Received Signal
Strength Indicator (RSSI) measurement stop time for function
of Remote Interference Monitoring (RIM).
 Type: uint8
 Range
o 0 to 23
 Unit: h
 Configurable: Yes
 Related Feature ID:
FGR-TA0501
measurementduration
This leaf indicates the symbol-wise uplink Received Signal
Strength Indicator (RSSI) measurement duration time for
function of Remote Interference Monitoring (RIM). The
measurement is performed periodically, it begins at each
hour on time from the start time and ends after the duration
 Type: uint8
 Range
o 1 to 60
 Configurable: Yes
 Related Feature ID:
FGR-TA0501
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: min
Child Node
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Chapter 2 Object Module
gutran-du-5qi
This list includes sub-containers or sub-leaves controllable by 5QI in the system.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: list

Configurable: Yes

Key: fiveqi
Leaf
Name
Description
Remarks
fiveqi
This leaf is used for 5QI index.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-CC0412
status
This leaf indicates whether to use 5QI.
- disable (0): The bearer with the 5QI value cannot be
accepted.
- enable (1): The bearer with the 5QI value is accepted.
 Type: access-s5gtype:access-enum-switch, enumeration
 Range
o disable (0): This enum means disable.
o enable (1): This enum means enable.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-CC0412
73960
Child Node

fiveqi-scheduling-config

logical-channel-config-5qi

min-bit-rate-config-5qi
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Chapter 2 Object Module
fiveqi-scheduling-config
This container is used for QoS scheduling parameter configuration per 5QI (5G
QoS Identifier) in the 5G NR (New Radio) SA (Standalone).
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-du-5qi

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
priority-levelfor-5qi
This leaf indicates configuring the priority level per 5G QoS
Identifier (5QI) in the 5G NR Standalone (SA). This value
means the priority level specified in 5.7.4 of TS 23.501.
 Type: uint8
 Range
o 1 to 127
 Unit: 0.5 ms
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
packet-delaybudget-for-5qi
This leaf configures the PDB (packet delay budget) per 5QI
(5G QoS Identifier) in the 5G NR (New Radio) SA
(Standalone).
 Type: uint16
 Range
o 0 to 1023
 Unit: N/A
73960
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
Child Node
There is no child node in this object.
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Chapter 2 Object Module
logical-channel-config-5qi
This container is used to configure LogicalChannelConfig information element in
the 5G NR (New Radio) SA (Standalone).
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-du-5qi

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
priority-5qi
This leaf is corresponding to priority in LogicalChannelConfig
information element, which is configured per 5QI (5G QoS
Identifier) in the 5G NR (New Radio) SA (Standalone).
 Type: uint8
 Range
o 1 to 16
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
prioritisedbitrate-5qi
This leaf is corresponding to prioritisedBitRate in
LogicalChannelConfig information element, which is
configured per 5QI (5G QoS Identifier) in the 5G NR (New
Radio) SA (Standalone).
 Type: gnbducnf_type:access-enum-prioritised-bit-rate,
enumeration
 Range
o prioritised-bit-rate-kbps0 (0)
o prioritised-bit-rate-kbps8 (1)
o prioritised-bit-rate-kbps16 (2)
o prioritised-bit-rate-kbps32 (3)
o prioritised-bit-rate-kbps64 (4)
o prioritised-bit-rate-kbps128 (5)
o prioritised-bit-rate-kbps256 (6)
o prioritised-bit-rate-kbps512 (7)
o prioritised-bit-rate-kbps1024 (8)
o prioritised-bit-rate-kbps2048 (9)
o prioritised-bit-rate-kbps4096 (10)
o prioritised-bit-rate-kbps8192 (11)
o prioritised-bit-rate-kbps16384 (12)
o prioritised-bit-rate-kbps32768 (13)
o prioritised-bit-rate-kbps65536 (14)
o prioritised-bit-rate-infinity (15)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
bucket-sizeduration-5qi
This leaf is corresponding to bucketSizeDuration in
LogicalChannelConfig information element, which is
configured per 5QI (5G QoS Identifier) in the 5G NR (New
Radio) SA (Standalone).
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
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Chapter 2 Object Module
Name
Description
Remarks
 Type: gnbducnf_type:access-enum-bucket-size-duration,
enumeration
 Range
o bucket-size-duration-ms5 (0)
o bucket-size-duration-ms10 (1)
o bucket-size-duration-ms20 (2)
o bucket-size-duration-ms50 (3)
o bucket-size-duration-ms100 (4)
o bucket-size-duration-ms150 (5)
o bucket-size-duration-ms300 (6)
o bucket-size-duration-ms500 (7)
o bucket-size-duration-ms1000 (8)
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
min-bit-rate-config-5qi
This container manages the parameters associated with DL/UL Minimum Bit Rate
(MinBR) configuration function for non-GBR bearers.
Basic Information

Hierarchy: managed-element/gnb-du-function/gutran-du-5qi

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
min-bit-rate-5qidl
This leaf indicates Minimum Bit Rate (MinBR) per 5QI for the
operation of MinBR configuration function in downlink.
Scheduler gives the 5QI more scheduling opportunities if the
average throughput of the corresponding 5QI is smaller than
the MinBR setting value. The setting value '0' means that this
function is disabled for the corresponding 5QI.
 Type: uint16
 Range
o 0 to 5000
 Unit: kbps
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
min-bit-rate-5qiul
This leaf indicates Minimum Bit Rate (MinBR) per 5QI for the
operation of MinBR configuration function in uplink.
Scheduler gives the 5QI more scheduling opportunities if the
average throughput of the corresponding 5QI is smaller than
the MinBR setting value. The setting value '0' means that this
function is disabled for the corresponding 5QI.
 Type: uint16
 Range
o 0 to 5000
 Unit: kbps
 Configurable: Yes
 Related Feature ID:
FGR-RS0703
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
nru-functions
This container indicates the function set for the NRU protocol.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
enhanced-dbscalculation
This leaf indicates on/off of the functionality for EnhancedDBS-calculation.
- off: Not use Normalized TP and early CA activation
coefficient in DBS calculation
- on: Use Normalized TP and early CA activation coefficient
in DBS calculation
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-BC1200
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
rlc-functions
This container indicates the function set for the RLC layer.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

drb-rlc-info-func

drb-rlc-info-func-5qi

srb-rlc-info-func
73960
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Chapter 2 Object Module
drb-rlc-info-func
This list is for RLC DRB configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/rlc-functions

Attribute: list

Configurable: Yes

Key: config-type, qci
Leaf
Name
Description
Remarks
config-type
This leaf indicates the configuration index (A6/B6) of gNBDU.
 Type: gnbducnf_type:gnbdu-enum-rlc-config-type,
enumeration
 Range
o A6G (0)
o B6G (1)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
qci
This leaf indicates the QoS Class Identifier (QCI). The range
is 0 - 255. The standard QCI defined in the standard
document is 1 - 9. 0 and 10 - 255 can be used by the
operator optionally.
 Type: uint32
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
gnb-timer-pollretransmit
This leaf indicates the timer to retransmit poll in a transmitting
gNB AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-poll-retransmittype, enumeration
 Range
o t-poll-retransmit-ms5 (0)
o t-poll-retransmit-ms10 (1)
o t-poll-retransmit-ms15 (2)
o t-poll-retransmit-ms20 (3)
o t-poll-retransmit-ms25 (4)
o t-poll-retransmit-ms30 (5)
o t-poll-retransmit-ms35 (6)
o t-poll-retransmit-ms40 (7)
o t-poll-retransmit-ms45 (8)
o t-poll-retransmit-ms50 (9)
o t-poll-retransmit-ms55 (10)
o t-poll-retransmit-ms60 (11)
o t-poll-retransmit-ms65 (12)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
Description
o t-poll-retransmit-ms70 (13)
o t-poll-retransmit-ms75 (14)
o t-poll-retransmit-ms80 (15)
o t-poll-retransmit-ms85 (16)
o t-poll-retransmit-ms90 (17)
o t-poll-retransmit-ms95 (18)
o t-poll-retransmit-ms100 (19)
o t-poll-retransmit-ms105 (20)
o t-poll-retransmit-ms110 (21)
o t-poll-retransmit-ms115 (22)
o t-poll-retransmit-ms120 (23)
o t-poll-retransmit-ms125 (24)
o t-poll-retransmit-ms130 (25)
o t-poll-retransmit-ms135 (26)
o t-poll-retransmit-ms140 (27)
o t-poll-retransmit-ms145 (28)
o t-poll-retransmit-ms150 (29)
o t-poll-retransmit-ms155 (30)
o t-poll-retransmit-ms160 (31)
o t-poll-retransmit-ms165 (32)
o t-poll-retransmit-ms170 (33)
o t-poll-retransmit-ms175 (34)
o t-poll-retransmit-ms180 (35)
o t-poll-retransmit-ms185 (36)
o t-poll-retransmit-ms190 (37)
o t-poll-retransmit-ms195 (38)
o t-poll-retransmit-ms200 (39)
o t-poll-retransmit-ms205 (40)
o t-poll-retransmit-ms210 (41)
o t-poll-retransmit-ms215 (42)
o t-poll-retransmit-ms220 (43)
o t-poll-retransmit-ms225 (44)
o t-poll-retransmit-ms230 (45)
o t-poll-retransmit-ms235 (46)
o t-poll-retransmit-ms240 (47)
o t-poll-retransmit-ms245 (48)
o t-poll-retransmit-ms250 (49)
o t-poll-retransmit-ms300 (50)
o t-poll-retransmit-ms350 (51)
o t-poll-retransmit-ms400 (52)
o t-poll-retransmit-ms450 (53)
o t-poll-retransmit-ms500 (54)
o t-poll-retransmit-ms800 (55)
o t-poll-retransmit-ms1000 (56)
o t-poll-retransmit-ms2000 (57)
o t-poll-retransmit-ms4000 (58)
o t-poll-retransmit-spare5 (59)
o t-poll-retransmit-spare4 (60)
o t-poll-retransmit-spare3 (61)
o t-poll-retransmit-spare2 (62)
Remarks
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Chapter 2 Object Module
Name
Description
o t-poll-retransmit-spare1 (63)
 Unit: N/A
Remarks
gnb-poll-pdu
This leaf indicates the threshold to trigger poll for pollPDU
PDUs in a gNB AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-pdu-type,
enumeration
 Range
o p4 (0)
o p8 (1)
o p16 (2)
o p32 (3)
o p64 (4)
o p128 (5)
o p256 (6)
o p512 (7)
o p1024 (8)
o p2048 (9)
o p4096 (10)
o p6144 (11)
o p8192 (12)
o p12288 (13)
o p16384 (14)
o p20480 (15)
o p24576 (16)
o p28672 (17)
o p32768 (18)
o p40960 (19)
o p49152 (20)
o p57344 (21)
o p65536 (22)
o pinfinity (23)
o pspare8 (24)
o pspare7 (25)
o pspare6 (26)
o pspare5 (27)
o pspare4 (28)
o pspare3 (29)
o pspare2 (30)
o pspare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to trigger poll for
pollByte bytes in a gNB AM_RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-byte-type,
enumeration
 Range
o kB1 (0)
o kB2 (1)
o kB5 (2)
o kB8 (3)
o kB10 (4)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
73960
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Chapter 2 Object Module
Name
Description
o kB15 (5)
o kB25 (6)
o kB50 (7)
o kB75 (8)
o kB100 (9)
o kB125 (10)
o kB250 (11)
o kB375 (12)
o kB500 (13)
o kB750 (14)
o kB1000 (15)
o kB1250 (16)
o kB1500 (17)
o kB2000 (18)
o kB3000 (19)
o kB4000 (20)
o kB4500 (21)
o kB5000 (22)
o kB5500 (23)
o kB6000 (24)
o kB6500 (25)
o kB7000 (26)
o kB7500 (27)
o mB8 (28)
o mB9 (29)
o mB10 (30)
o mB11 (31)
o mB12 (32)
o mB13 (33)
o mB14 (34)
o mB15 (35)
o mB16 (36)
o mB17 (37)
o mB18 (38)
o mB20 (39)
o mB25 (40)
o mB30 (41)
o mB40 (42)
o infinity (43)
o spare20 (44)
o spare19 (45)
o spare18 (46)
o spare17 (47)
o spare16 (48)
o spare15 (49)
o spare14 (50)
o spare13 (51)
o spare12 (52)
o spare11 (53)
o spare10 (54)
Remarks
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Chapter 2 Object Module
Name
Description
o spare9 (55)
o spare8 (56)
o spare7 (57)
o spare6 (58)
o spare5 (59)
o spare4 (60)
o spare3 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
gnb-treassembly
This leaf indicates the timer to reassembly in a gNB AM RLC
entity.
 Type: gnbducnf_type:gnbdu-enum-t-reassembly-type,
enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms110 (21)
o ms120 (22)
o ms130 (23)
o ms140 (24)
o ms150 (25)
o ms160 (26)
o ms170 (27)
o ms180 (28)
o ms190 (29)
o ms200 (30)
o spare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to limit the number of
the AMD PDU retransmission in a transmitting gNB AM_RLC
entity.
 Key Leaf: No
 Configurable: Yes
73960
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Name
gnb-timerstatus-prohibit
Description
Remarks
 Type: gnbducnf_type:gnbdu-enum-max-retx-thresholdtype, enumeration
 Range
o t1 (0)
o t2 (1)
o t3 (2)
o t4 (3)
o t6 (4)
o t8 (5)
o t16 (6)
o t32 (7)
 Unit: N/A
 Related Feature ID:
FGR-BC0201
This leaf indicates the timer to prohibit the transmission of
STATUS_PDU in a receiving AM_RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-status-prohibittype, enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms105 (21)
o ms110 (22)
o ms115 (23)
o ms120 (24)
o ms125 (25)
o ms130 (26)
o ms135 (27)
o ms140 (28)
o ms145 (29)
o ms150 (30)
o ms155 (31)
o ms160 (32)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
ue-timer-pollretransmit
Description
o ms165 (33)
o ms170 (34)
o ms175 (35)
o ms180 (36)
o ms185 (37)
o ms190 (38)
o ms195 (39)
o ms200 (40)
o ms205 (41)
o ms210 (42)
o ms215 (43)
o ms220 (44)
o ms225 (45)
o ms230 (46)
o ms235 (47)
o ms240 (48)
o ms245 (49)
o ms250 (50)
o ms300 (51)
o ms350 (52)
o ms400 (53)
o ms450 (54)
o ms500 (55)
o ms800 (56)
o ms1000 (57)
o ms1200 (58)
o ms1600 (59)
o ms2000 (60)
o ms2400 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
73960
This leaf indicates the timer to retransmit poll in a transmitting
AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-poll-retransmittype, enumeration
 Range
o t-poll-retransmit-ms5 (0)
o t-poll-retransmit-ms10 (1)
o t-poll-retransmit-ms15 (2)
o t-poll-retransmit-ms20 (3)
o t-poll-retransmit-ms25 (4)
o t-poll-retransmit-ms30 (5)
o t-poll-retransmit-ms35 (6)
o t-poll-retransmit-ms40 (7)
o t-poll-retransmit-ms45 (8)
o t-poll-retransmit-ms50 (9)
o t-poll-retransmit-ms55 (10)
o t-poll-retransmit-ms60 (11)
o t-poll-retransmit-ms65 (12)
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 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Name
Description
o t-poll-retransmit-ms70 (13)
o t-poll-retransmit-ms75 (14)
o t-poll-retransmit-ms80 (15)
o t-poll-retransmit-ms85 (16)
o t-poll-retransmit-ms90 (17)
o t-poll-retransmit-ms95 (18)
o t-poll-retransmit-ms100 (19)
o t-poll-retransmit-ms105 (20)
o t-poll-retransmit-ms110 (21)
o t-poll-retransmit-ms115 (22)
o t-poll-retransmit-ms120 (23)
o t-poll-retransmit-ms125 (24)
o t-poll-retransmit-ms130 (25)
o t-poll-retransmit-ms135 (26)
o t-poll-retransmit-ms140 (27)
o t-poll-retransmit-ms145 (28)
o t-poll-retransmit-ms150 (29)
o t-poll-retransmit-ms155 (30)
o t-poll-retransmit-ms160 (31)
o t-poll-retransmit-ms165 (32)
o t-poll-retransmit-ms170 (33)
o t-poll-retransmit-ms175 (34)
o t-poll-retransmit-ms180 (35)
o t-poll-retransmit-ms185 (36)
o t-poll-retransmit-ms190 (37)
o t-poll-retransmit-ms195 (38)
o t-poll-retransmit-ms200 (39)
o t-poll-retransmit-ms205 (40)
o t-poll-retransmit-ms210 (41)
o t-poll-retransmit-ms215 (42)
o t-poll-retransmit-ms220 (43)
o t-poll-retransmit-ms225 (44)
o t-poll-retransmit-ms230 (45)
o t-poll-retransmit-ms235 (46)
o t-poll-retransmit-ms240 (47)
o t-poll-retransmit-ms245 (48)
o t-poll-retransmit-ms250 (49)
o t-poll-retransmit-ms300 (50)
o t-poll-retransmit-ms350 (51)
o t-poll-retransmit-ms400 (52)
o t-poll-retransmit-ms450 (53)
o t-poll-retransmit-ms500 (54)
o t-poll-retransmit-ms800 (55)
o t-poll-retransmit-ms1000 (56)
o t-poll-retransmit-ms2000 (57)
o t-poll-retransmit-ms4000 (58)
o t-poll-retransmit-spare5 (59)
o t-poll-retransmit-spare4 (60)
o t-poll-retransmit-spare3 (61)
o t-poll-retransmit-spare2 (62)
Remarks
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Chapter 2 Object Module
Name
Description
o t-poll-retransmit-spare1 (63)
 Unit: N/A
Remarks
ue-poll-pdu
This leaf indicates the threshold to trigger poll for pollPDU
PDUs in an AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-pdu-type,
enumeration
 Range
o p4 (0)
o p8 (1)
o p16 (2)
o p32 (3)
o p64 (4)
o p128 (5)
o p256 (6)
o p512 (7)
o p1024 (8)
o p2048 (9)
o p4096 (10)
o p6144 (11)
o p8192 (12)
o p12288 (13)
o p16384 (14)
o p20480 (15)
o p24576 (16)
o p28672 (17)
o p32768 (18)
o p40960 (19)
o p49152 (20)
o p57344 (21)
o p65536 (22)
o pinfinity (23)
o pspare8 (24)
o pspare7 (25)
o pspare6 (26)
o pspare5 (27)
o pspare4 (28)
o pspare3 (29)
o pspare2 (30)
o pspare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to trigger poll for
pollByte bytes in an UE AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-byte-type,
enumeration
 Range
o kB1 (0)
o kB2 (1)
o kB5 (2)
o kB8 (3)
o kB10 (4)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
73960
ue-poll-byte
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Chapter 2 Object Module
Name
Description
o kB15 (5)
o kB25 (6)
o kB50 (7)
o kB75 (8)
o kB100 (9)
o kB125 (10)
o kB250 (11)
o kB375 (12)
o kB500 (13)
o kB750 (14)
o kB1000 (15)
o kB1250 (16)
o kB1500 (17)
o kB2000 (18)
o kB3000 (19)
o kB4000 (20)
o kB4500 (21)
o kB5000 (22)
o kB5500 (23)
o kB6000 (24)
o kB6500 (25)
o kB7000 (26)
o kB7500 (27)
o mB8 (28)
o mB9 (29)
o mB10 (30)
o mB11 (31)
o mB12 (32)
o mB13 (33)
o mB14 (34)
o mB15 (35)
o mB16 (36)
o mB17 (37)
o mB18 (38)
o mB20 (39)
o mB25 (40)
o mB30 (41)
o mB40 (42)
o infinity (43)
o spare20 (44)
o spare19 (45)
o spare18 (46)
o spare17 (47)
o spare16 (48)
o spare15 (49)
o spare14 (50)
o spare13 (51)
o spare12 (52)
o spare11 (53)
o spare10 (54)
Remarks
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Chapter 2 Object Module
Name
Description
o spare9 (55)
o spare8 (56)
o spare7 (57)
o spare6 (58)
o spare5 (59)
o spare4 (60)
o spare3 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
ue-treassembly
This leaf indicates the timer to reassembly in an UE AM RLC
entity.
 Type: gnbducnf_type:gnbdu-enum-t-reassembly-type,
enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms110 (21)
o ms120 (22)
o ms130 (23)
o ms140 (24)
o ms150 (25)
o ms160 (26)
o ms170 (27)
o ms180 (28)
o ms190 (29)
o ms200 (30)
o spare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to limit the number of
the AMD PDU retransmission in a transmitting UE AM RLC
entity.
 Key Leaf: No
 Configurable: Yes
73960
ue-maxretransmissionthreshold
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Chapter 2 Object Module
Name
ue-timer-statusprohibit
Description
Remarks
 Type: gnbducnf_type:gnbdu-enum-max-retx-thresholdtype, enumeration
 Range
o t1 (0)
o t2 (1)
o t3 (2)
o t4 (3)
o t6 (4)
o t8 (5)
o t16 (6)
o t32 (7)
 Unit: N/A
 Related Feature ID:
FGR-BC0201
This leaf indicates the timer to prohibit the transmission of
STATUS_PDU in a receiving UE AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-status-prohibittype, enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms105 (21)
o ms110 (22)
o ms115 (23)
o ms120 (24)
o ms125 (25)
o ms130 (26)
o ms135 (27)
o ms140 (28)
o ms145 (29)
o ms150 (30)
o ms155 (31)
o ms160 (32)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
Description
o ms165 (33)
o ms170 (34)
o ms175 (35)
o ms180 (36)
o ms185 (37)
o ms190 (38)
o ms195 (39)
o ms200 (40)
o ms205 (41)
o ms210 (42)
o ms215 (43)
o ms220 (44)
o ms225 (45)
o ms230 (46)
o ms235 (47)
o ms240 (48)
o ms245 (49)
o ms250 (50)
o ms300 (51)
o ms350 (52)
o ms400 (53)
o ms450 (54)
o ms500 (55)
o ms800 (56)
o ms1000 (57)
o ms1200 (58)
o ms1600 (59)
o ms2000 (60)
o ms2400 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
73960
sn-field-lengthul-um
This leaf indicates the RLC configurations of UM mode per
QCI for sequence number size of uplink UM RLC entity (UM:
6 or 12 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-UMtype, enumeration
 Range
o sizeum6 (0)
o sizeum12 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
sn-field-lengthul-am
This leaf indicates the RLC configurations of AM mode per
QCI for sequence number size of uplink AM RLC entity (AM:
12 or 18 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-AMtype, enumeration
 Range
o sizeam12 (0)
o sizeam18 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
Description
Remarks
sn-field-lengthdl-um
This leaf indicates the RLC configurations of UM mode per
QCI for sequence number size of downlink UM RLC entity
(UM: 6 or 12 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-UMtype, enumeration
 Range
o sizeum6 (0)
o sizeum12 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
sn-field-lengthdl-am
This leaf indicates the RLC configurations of AM mode per
QCI for sequence number size of downlink AM RLC entity
(AM: 12 or 18 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-AMtype, enumeration
 Range
o sizeam12 (0)
o sizeam18 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
Child Node
There is no child node in this object.
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Chapter 2 Object Module
drb-rlc-info-func-5qi
This list indicates RLC DRB configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/rlc-functions

Attribute: list

Configurable: Yes

Key: config-type, qos-5qi
Leaf
Name
Description
Remarks
config-type
This leaf indicates Config Index (A6/B6) of gNB DU.
 Type: gnbducnf_type:gnbdu-enum-rlc-config-type,
enumeration
 Range
o A6G (0)
o B6G (1)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
qos-5qi
This leaf indicates 5G QoS Identifier (5QI).
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
gnb-timer-pollretransmit
This leaf indicates the timer to retransmit poll in a transmitting
gNB AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-poll-retransmittype, enumeration
 Range
o t-poll-retransmit-ms5 (0)
o t-poll-retransmit-ms10 (1)
o t-poll-retransmit-ms15 (2)
o t-poll-retransmit-ms20 (3)
o t-poll-retransmit-ms25 (4)
o t-poll-retransmit-ms30 (5)
o t-poll-retransmit-ms35 (6)
o t-poll-retransmit-ms40 (7)
o t-poll-retransmit-ms45 (8)
o t-poll-retransmit-ms50 (9)
o t-poll-retransmit-ms55 (10)
o t-poll-retransmit-ms60 (11)
o t-poll-retransmit-ms65 (12)
o t-poll-retransmit-ms70 (13)
o t-poll-retransmit-ms75 (14)
o t-poll-retransmit-ms80 (15)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Name
Description
o t-poll-retransmit-ms85 (16)
o t-poll-retransmit-ms90 (17)
o t-poll-retransmit-ms95 (18)
o t-poll-retransmit-ms100 (19)
o t-poll-retransmit-ms105 (20)
o t-poll-retransmit-ms110 (21)
o t-poll-retransmit-ms115 (22)
o t-poll-retransmit-ms120 (23)
o t-poll-retransmit-ms125 (24)
o t-poll-retransmit-ms130 (25)
o t-poll-retransmit-ms135 (26)
o t-poll-retransmit-ms140 (27)
o t-poll-retransmit-ms145 (28)
o t-poll-retransmit-ms150 (29)
o t-poll-retransmit-ms155 (30)
o t-poll-retransmit-ms160 (31)
o t-poll-retransmit-ms165 (32)
o t-poll-retransmit-ms170 (33)
o t-poll-retransmit-ms175 (34)
o t-poll-retransmit-ms180 (35)
o t-poll-retransmit-ms185 (36)
o t-poll-retransmit-ms190 (37)
o t-poll-retransmit-ms195 (38)
o t-poll-retransmit-ms200 (39)
o t-poll-retransmit-ms205 (40)
o t-poll-retransmit-ms210 (41)
o t-poll-retransmit-ms215 (42)
o t-poll-retransmit-ms220 (43)
o t-poll-retransmit-ms225 (44)
o t-poll-retransmit-ms230 (45)
o t-poll-retransmit-ms235 (46)
o t-poll-retransmit-ms240 (47)
o t-poll-retransmit-ms245 (48)
o t-poll-retransmit-ms250 (49)
o t-poll-retransmit-ms300 (50)
o t-poll-retransmit-ms350 (51)
o t-poll-retransmit-ms400 (52)
o t-poll-retransmit-ms450 (53)
o t-poll-retransmit-ms500 (54)
o t-poll-retransmit-ms800 (55)
o t-poll-retransmit-ms1000 (56)
o t-poll-retransmit-ms2000 (57)
o t-poll-retransmit-ms4000 (58)
o t-poll-retransmit-spare5 (59)
o t-poll-retransmit-spare4 (60)
o t-poll-retransmit-spare3 (61)
o t-poll-retransmit-spare2 (62)
o t-poll-retransmit-spare1 (63)
 Unit: N/A
Remarks
This leaf indicates the threshold to trigger poll for pollPDU
 Key Leaf: No
73960
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Chapter 2 Object Module
Name
Description
PDUs in a gNB AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-pdu-type,
enumeration
 Range
o p4 (0)
o p8 (1)
o p16 (2)
o p32 (3)
o p64 (4)
o p128 (5)
o p256 (6)
o p512 (7)
o p1024 (8)
o p2048 (9)
o p4096 (10)
o p6144 (11)
o p8192 (12)
o p12288 (13)
o p16384 (14)
o p20480 (15)
o p24576 (16)
o p28672 (17)
o p32768 (18)
o p40960 (19)
o p49152 (20)
o p57344 (21)
o p65536 (22)
o pinfinity (23)
o pspare8 (24)
o pspare7 (25)
o pspare6 (26)
o pspare5 (27)
o pspare4 (28)
o pspare3 (29)
o pspare2 (30)
o pspare1 (31)
 Unit: N/A
Remarks
This leaf indicates the threshold used to trigger poll for
pollByte bytes in a gNB AM_RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-byte-type,
enumeration
 Range
o kB1 (0)
o kB2 (1)
o kB5 (2)
o kB8 (3)
o kB10 (4)
o kB15 (5)
o kB25 (6)
o kB50 (7)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
73960
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Chapter 2 Object Module
Name
Description
o kB75 (8)
o kB100 (9)
o kB125 (10)
o kB250 (11)
o kB375 (12)
o kB500 (13)
o kB750 (14)
o kB1000 (15)
o kB1250 (16)
o kB1500 (17)
o kB2000 (18)
o kB3000 (19)
o kB4000 (20)
o kB4500 (21)
o kB5000 (22)
o kB5500 (23)
o kB6000 (24)
o kB6500 (25)
o kB7000 (26)
o kB7500 (27)
o mB8 (28)
o mB9 (29)
o mB10 (30)
o mB11 (31)
o mB12 (32)
o mB13 (33)
o mB14 (34)
o mB15 (35)
o mB16 (36)
o mB17 (37)
o mB18 (38)
o mB20 (39)
o mB25 (40)
o mB30 (41)
o mB40 (42)
o infinity (43)
o spare20 (44)
o spare19 (45)
o spare18 (46)
o spare17 (47)
o spare16 (48)
o spare15 (49)
o spare14 (50)
o spare13 (51)
o spare12 (52)
o spare11 (53)
o spare10 (54)
o spare9 (55)
o spare8 (56)
o spare7 (57)
Remarks
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Name
Description
o spare6 (58)
o spare5 (59)
o spare4 (60)
o spare3 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
gnb-treassembly
This leaf indicates the timer to reassembly in a gNB AM RLC
entity.
 Type: gnbducnf_type:gnbdu-enum-t-reassembly-type,
enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms110 (21)
o ms120 (22)
o ms130 (23)
o ms140 (24)
o ms150 (25)
o ms160 (26)
o ms170 (27)
o ms180 (28)
o ms190 (29)
o ms200 (30)
o spare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to limit the number of
the AMD PDU retransmission in a transmitting gNB AM_RLC
entity.
 Type: gnbducnf_type:gnbdu-enum-max-retx-thresholdtype, enumeration
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
73960
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Chapter 2 Object Module
Name
Description
o t1 (0)
o t2 (1)
o t3 (2)
o t4 (3)
o t6 (4)
o t8 (5)
o t16 (6)
o t32 (7)
 Unit: N/A
Remarks
gnb-timerstatus-prohibit
This leaf indicates the timer to prohibit the transmission of
STATUS_PDU in a receiving AM_RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-status-prohibittype, enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms105 (21)
o ms110 (22)
o ms115 (23)
o ms120 (24)
o ms125 (25)
o ms130 (26)
o ms135 (27)
o ms140 (28)
o ms145 (29)
o ms150 (30)
o ms155 (31)
o ms160 (32)
o ms165 (33)
o ms170 (34)
o ms175 (35)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
ue-timer-pollretransmit
Description
o ms180 (36)
o ms185 (37)
o ms190 (38)
o ms195 (39)
o ms200 (40)
o ms205 (41)
o ms210 (42)
o ms215 (43)
o ms220 (44)
o ms225 (45)
o ms230 (46)
o ms235 (47)
o ms240 (48)
o ms245 (49)
o ms250 (50)
o ms300 (51)
o ms350 (52)
o ms400 (53)
o ms450 (54)
o ms500 (55)
o ms800 (56)
o ms1000 (57)
o ms1200 (58)
o ms1600 (59)
o ms2000 (60)
o ms2400 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
73960
This leaf indicates the timer to retransmit poll in a transmitting
AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-poll-retransmittype, enumeration
 Range
o t-poll-retransmit-ms5 (0)
o t-poll-retransmit-ms10 (1)
o t-poll-retransmit-ms15 (2)
o t-poll-retransmit-ms20 (3)
o t-poll-retransmit-ms25 (4)
o t-poll-retransmit-ms30 (5)
o t-poll-retransmit-ms35 (6)
o t-poll-retransmit-ms40 (7)
o t-poll-retransmit-ms45 (8)
o t-poll-retransmit-ms50 (9)
o t-poll-retransmit-ms55 (10)
o t-poll-retransmit-ms60 (11)
o t-poll-retransmit-ms65 (12)
o t-poll-retransmit-ms70 (13)
o t-poll-retransmit-ms75 (14)
o t-poll-retransmit-ms80 (15)
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 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Name
Description
o t-poll-retransmit-ms85 (16)
o t-poll-retransmit-ms90 (17)
o t-poll-retransmit-ms95 (18)
o t-poll-retransmit-ms100 (19)
o t-poll-retransmit-ms105 (20)
o t-poll-retransmit-ms110 (21)
o t-poll-retransmit-ms115 (22)
o t-poll-retransmit-ms120 (23)
o t-poll-retransmit-ms125 (24)
o t-poll-retransmit-ms130 (25)
o t-poll-retransmit-ms135 (26)
o t-poll-retransmit-ms140 (27)
o t-poll-retransmit-ms145 (28)
o t-poll-retransmit-ms150 (29)
o t-poll-retransmit-ms155 (30)
o t-poll-retransmit-ms160 (31)
o t-poll-retransmit-ms165 (32)
o t-poll-retransmit-ms170 (33)
o t-poll-retransmit-ms175 (34)
o t-poll-retransmit-ms180 (35)
o t-poll-retransmit-ms185 (36)
o t-poll-retransmit-ms190 (37)
o t-poll-retransmit-ms195 (38)
o t-poll-retransmit-ms200 (39)
o t-poll-retransmit-ms205 (40)
o t-poll-retransmit-ms210 (41)
o t-poll-retransmit-ms215 (42)
o t-poll-retransmit-ms220 (43)
o t-poll-retransmit-ms225 (44)
o t-poll-retransmit-ms230 (45)
o t-poll-retransmit-ms235 (46)
o t-poll-retransmit-ms240 (47)
o t-poll-retransmit-ms245 (48)
o t-poll-retransmit-ms250 (49)
o t-poll-retransmit-ms300 (50)
o t-poll-retransmit-ms350 (51)
o t-poll-retransmit-ms400 (52)
o t-poll-retransmit-ms450 (53)
o t-poll-retransmit-ms500 (54)
o t-poll-retransmit-ms800 (55)
o t-poll-retransmit-ms1000 (56)
o t-poll-retransmit-ms2000 (57)
o t-poll-retransmit-ms4000 (58)
o t-poll-retransmit-spare5 (59)
o t-poll-retransmit-spare4 (60)
o t-poll-retransmit-spare3 (61)
o t-poll-retransmit-spare2 (62)
o t-poll-retransmit-spare1 (63)
 Unit: N/A
Remarks
This leaf indicates the threshold to trigger poll for pollPDU
 Key Leaf: No
73960
ue-poll-pdu
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Chapter 2 Object Module
Name
Description
PDUs in an AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-pdu-type,
enumeration
 Range
o p4 (0)
o p8 (1)
o p16 (2)
o p32 (3)
o p64 (4)
o p128 (5)
o p256 (6)
o p512 (7)
o p1024 (8)
o p2048 (9)
o p4096 (10)
o p6144 (11)
o p8192 (12)
o p12288 (13)
o p16384 (14)
o p20480 (15)
o p24576 (16)
o p28672 (17)
o p32768 (18)
o p40960 (19)
o p49152 (20)
o p57344 (21)
o p65536 (22)
o pinfinity (23)
o pspare8 (24)
o pspare7 (25)
o pspare6 (26)
o pspare5 (27)
o pspare4 (28)
o pspare3 (29)
o pspare2 (30)
o pspare1 (31)
 Unit: N/A
Remarks
This leaf indicates the threshold used to trigger poll for
pollByte bytes in an UE AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-byte-type,
enumeration
 Range
o kB1 (0)
o kB2 (1)
o kB5 (2)
o kB8 (3)
o kB10 (4)
o kB15 (5)
o kB25 (6)
o kB50 (7)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
73960
ue-poll-byte
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Chapter 2 Object Module
Name
Description
o kB75 (8)
o kB100 (9)
o kB125 (10)
o kB250 (11)
o kB375 (12)
o kB500 (13)
o kB750 (14)
o kB1000 (15)
o kB1250 (16)
o kB1500 (17)
o kB2000 (18)
o kB3000 (19)
o kB4000 (20)
o kB4500 (21)
o kB5000 (22)
o kB5500 (23)
o kB6000 (24)
o kB6500 (25)
o kB7000 (26)
o kB7500 (27)
o mB8 (28)
o mB9 (29)
o mB10 (30)
o mB11 (31)
o mB12 (32)
o mB13 (33)
o mB14 (34)
o mB15 (35)
o mB16 (36)
o mB17 (37)
o mB18 (38)
o mB20 (39)
o mB25 (40)
o mB30 (41)
o mB40 (42)
o infinity (43)
o spare20 (44)
o spare19 (45)
o spare18 (46)
o spare17 (47)
o spare16 (48)
o spare15 (49)
o spare14 (50)
o spare13 (51)
o spare12 (52)
o spare11 (53)
o spare10 (54)
o spare9 (55)
o spare8 (56)
o spare7 (57)
Remarks
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Chapter 2 Object Module
Name
Description
o spare6 (58)
o spare5 (59)
o spare4 (60)
o spare3 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
ue-treassembly
This leaf indicates the timer to reassembly in an UE AM RLC
entity.
 Type: gnbducnf_type:gnbdu-enum-t-reassembly-type,
enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms110 (21)
o ms120 (22)
o ms130 (23)
o ms140 (24)
o ms150 (25)
o ms160 (26)
o ms170 (27)
o ms180 (28)
o ms190 (29)
o ms200 (30)
o spare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to limit the number of
the AMD PDU retransmission in a transmitting UE AM RLC
entity.
 Type: gnbducnf_type:gnbdu-enum-max-retx-thresholdtype, enumeration
 Range
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
73960
ue-maxretransmissionthreshold
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Chapter 2 Object Module
Name
Description
o t1 (0)
o t2 (1)
o t3 (2)
o t4 (3)
o t6 (4)
o t8 (5)
o t16 (6)
o t32 (7)
 Unit: N/A
Remarks
ue-timer-statusprohibit
This leaf indicates the timer to prohibit the transmission of
STATUS_PDU in a receiving UE AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-status-prohibittype, enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms105 (21)
o ms110 (22)
o ms115 (23)
o ms120 (24)
o ms125 (25)
o ms130 (26)
o ms135 (27)
o ms140 (28)
o ms145 (29)
o ms150 (30)
o ms155 (31)
o ms160 (32)
o ms165 (33)
o ms170 (34)
o ms175 (35)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Name
Description
o ms180 (36)
o ms185 (37)
o ms190 (38)
o ms195 (39)
o ms200 (40)
o ms205 (41)
o ms210 (42)
o ms215 (43)
o ms220 (44)
o ms225 (45)
o ms230 (46)
o ms235 (47)
o ms240 (48)
o ms245 (49)
o ms250 (50)
o ms300 (51)
o ms350 (52)
o ms400 (53)
o ms450 (54)
o ms500 (55)
o ms800 (56)
o ms1000 (57)
o ms1200 (58)
o ms1600 (59)
o ms2000 (60)
o ms2400 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
73960
sn-field-lengthul-um
This leaf indicates the RLC configurations of UM mode per
5QI for sequence number size of uplink UM RLC entity (UM:6
or 12 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-UMtype, enumeration
 Range
o sizeum6 (0)
o sizeum12 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
sn-field-lengthul-am
This leaf indicates the RLC configurations of AM mode per
5QI for sequence number size of uplink AM RLC entity
(AM:12 or 18 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-AMtype, enumeration
 Range
o sizeam12 (0)
o sizeam18 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
sn-field-lengthdl-um
This leaf indicates the RLC configurations of UM mode per
5QI for sequence number size of downlink UM RLC entity
(UM:6 or 12 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-UM-
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
Description
type, enumeration
 Range
o sizeum6 (0)
o sizeum12 (1)
 Unit: N/A
Remarks
sn-field-lengthdl-am
This leaf indicates the RLC configurations of AM mode per
5QI for sequence number size of downlink AM RLC entity
(AM:12 or 18 bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-AMtype, enumeration
 Range
o sizeam12 (0)
o sizeam18 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
Child Node
There is no child node in this object.
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Chapter 2 Object Module
srb-rlc-info-func
This list is for RLC SRB configuration.
Basic Information

Hierarchy: managed-element/gnb-du-function/rlc-functions

Attribute: list

Configurable: Yes

Key: config-type, srb-id
Leaf
Name
Description
Remarks
config-type
This leaf indicates the configuration index (A6/B6) of gNBDU.
 Type: gnbducnf_type:gnbdu-enum-rlc-config-type,
enumeration
 Range
o A6G (0)
o B6G (1)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
srb-id
This leaf indicates SRB ID of RLC SRB.
- 1: Information on SRB1.
- 2: Information on SRB2.
- 3: Information on SRB3 for NSA.
 Type: uint32
 Range
o 1 to 3
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
timer-pollretransmit
This leaf indicates the timer to retransmit poll in a transmitting
AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-poll-retransmittype, enumeration
 Range
o t-poll-retransmit-ms5 (0)
o t-poll-retransmit-ms10 (1)
o t-poll-retransmit-ms15 (2)
o t-poll-retransmit-ms20 (3)
o t-poll-retransmit-ms25 (4)
o t-poll-retransmit-ms30 (5)
o t-poll-retransmit-ms35 (6)
o t-poll-retransmit-ms40 (7)
o t-poll-retransmit-ms45 (8)
o t-poll-retransmit-ms50 (9)
o t-poll-retransmit-ms55 (10)
o t-poll-retransmit-ms60 (11)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Name
Description
o t-poll-retransmit-ms65 (12)
o t-poll-retransmit-ms70 (13)
o t-poll-retransmit-ms75 (14)
o t-poll-retransmit-ms80 (15)
o t-poll-retransmit-ms85 (16)
o t-poll-retransmit-ms90 (17)
o t-poll-retransmit-ms95 (18)
o t-poll-retransmit-ms100 (19)
o t-poll-retransmit-ms105 (20)
o t-poll-retransmit-ms110 (21)
o t-poll-retransmit-ms115 (22)
o t-poll-retransmit-ms120 (23)
o t-poll-retransmit-ms125 (24)
o t-poll-retransmit-ms130 (25)
o t-poll-retransmit-ms135 (26)
o t-poll-retransmit-ms140 (27)
o t-poll-retransmit-ms145 (28)
o t-poll-retransmit-ms150 (29)
o t-poll-retransmit-ms155 (30)
o t-poll-retransmit-ms160 (31)
o t-poll-retransmit-ms165 (32)
o t-poll-retransmit-ms170 (33)
o t-poll-retransmit-ms175 (34)
o t-poll-retransmit-ms180 (35)
o t-poll-retransmit-ms185 (36)
o t-poll-retransmit-ms190 (37)
o t-poll-retransmit-ms195 (38)
o t-poll-retransmit-ms200 (39)
o t-poll-retransmit-ms205 (40)
o t-poll-retransmit-ms210 (41)
o t-poll-retransmit-ms215 (42)
o t-poll-retransmit-ms220 (43)
o t-poll-retransmit-ms225 (44)
o t-poll-retransmit-ms230 (45)
o t-poll-retransmit-ms235 (46)
o t-poll-retransmit-ms240 (47)
o t-poll-retransmit-ms245 (48)
o t-poll-retransmit-ms250 (49)
o t-poll-retransmit-ms300 (50)
o t-poll-retransmit-ms350 (51)
o t-poll-retransmit-ms400 (52)
o t-poll-retransmit-ms450 (53)
o t-poll-retransmit-ms500 (54)
o t-poll-retransmit-ms800 (55)
o t-poll-retransmit-ms1000 (56)
o t-poll-retransmit-ms2000 (57)
o t-poll-retransmit-ms4000 (58)
o t-poll-retransmit-spare5 (59)
o t-poll-retransmit-spare4 (60)
o t-poll-retransmit-spare3 (61)
Remarks
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Name
Description
o t-poll-retransmit-spare2 (62)
o t-poll-retransmit-spare1 (63)
 Unit: N/A
Remarks
poll-pdu
This leaf indicates the threshold to trigger poll for pollPDU
PDUs in an AM RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-pdu-type,
enumeration
 Range
o p4 (0)
o p8 (1)
o p16 (2)
o p32 (3)
o p64 (4)
o p128 (5)
o p256 (6)
o p512 (7)
o p1024 (8)
o p2048 (9)
o p4096 (10)
o p6144 (11)
o p8192 (12)
o p12288 (13)
o p16384 (14)
o p20480 (15)
o p24576 (16)
o p28672 (17)
o p32768 (18)
o p40960 (19)
o p49152 (20)
o p57344 (21)
o p65536 (22)
o pinfinity (23)
o pspare8 (24)
o pspare7 (25)
o pspare6 (26)
o pspare5 (27)
o pspare4 (28)
o pspare3 (29)
o pspare2 (30)
o pspare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to trigger poll for
pollByte bytes in an AM_RLC entity.
 Type: gnbducnf_type:gnbdu-enum-poll-byte-type,
enumeration
 Range
o kB1 (0)
o kB2 (1)
o kB5 (2)
o kB8 (3)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
Description
o kB10 (4)
o kB15 (5)
o kB25 (6)
o kB50 (7)
o kB75 (8)
o kB100 (9)
o kB125 (10)
o kB250 (11)
o kB375 (12)
o kB500 (13)
o kB750 (14)
o kB1000 (15)
o kB1250 (16)
o kB1500 (17)
o kB2000 (18)
o kB3000 (19)
o kB4000 (20)
o kB4500 (21)
o kB5000 (22)
o kB5500 (23)
o kB6000 (24)
o kB6500 (25)
o kB7000 (26)
o kB7500 (27)
o mB8 (28)
o mB9 (29)
o mB10 (30)
o mB11 (31)
o mB12 (32)
o mB13 (33)
o mB14 (34)
o mB15 (35)
o mB16 (36)
o mB17 (37)
o mB18 (38)
o mB20 (39)
o mB25 (40)
o mB30 (41)
o mB40 (42)
o infinity (43)
o spare20 (44)
o spare19 (45)
o spare18 (46)
o spare17 (47)
o spare16 (48)
o spare15 (49)
o spare14 (50)
o spare13 (51)
o spare12 (52)
o spare11 (53)
Remarks
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Chapter 2 Object Module
Name
Description
o spare10 (54)
o spare9 (55)
o spare8 (56)
o spare7 (57)
o spare6 (58)
o spare5 (59)
o spare4 (60)
o spare3 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
t-reassembly
This leaf indicates the timer to reassembly in an RLC entity.
 Type: gnbducnf_type:gnbdu-enum-t-reassembly-type,
enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms110 (21)
o ms120 (22)
o ms130 (23)
o ms140 (24)
o ms150 (25)
o ms160 (26)
o ms170 (27)
o ms180 (28)
o ms190 (29)
o ms200 (30)
o spare1 (31)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
This leaf indicates the threshold used to limit the number of
the AMD PDU retransmission in a transmitting AM_RLC
 Key Leaf: No
 Configurable: Yes
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Chapter 2 Object Module
Name
threshold
Description
entity.
 Type: gnbducnf_type:gnbdu-enum-max-retx-thresholdtype, enumeration
 Range
o t1 (0)
o t2 (1)
o t3 (2)
o t4 (3)
o t6 (4)
o t8 (5)
o t16 (6)
o t32 (7)
 Unit: N/A
Remarks
timer-statusprohibit
This leaf indicates the timer to prohibit the transmission of
STATUS_PDU in a receiving AM_RLC entity.
 Type: gnbducnf_type:gnbdu-enum-timer-status-prohibittype, enumeration
 Range
o ms0 (0)
o ms5 (1)
o ms10 (2)
o ms15 (3)
o ms20 (4)
o ms25 (5)
o ms30 (6)
o ms35 (7)
o ms40 (8)
o ms45 (9)
o ms50 (10)
o ms55 (11)
o ms60 (12)
o ms65 (13)
o ms70 (14)
o ms75 (15)
o ms80 (16)
o ms85 (17)
o ms90 (18)
o ms95 (19)
o ms100 (20)
o ms105 (21)
o ms110 (22)
o ms115 (23)
o ms120 (24)
o ms125 (25)
o ms130 (26)
o ms135 (27)
o ms140 (28)
o ms145 (29)
o ms150 (30)
o ms155 (31)
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
 Related Feature ID:
FGR-BC0201
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Chapter 2 Object Module
Name
sn-field-lengthul-am
Description
o ms160 (32)
o ms165 (33)
o ms170 (34)
o ms175 (35)
o ms180 (36)
o ms185 (37)
o ms190 (38)
o ms195 (39)
o ms200 (40)
o ms205 (41)
o ms210 (42)
o ms215 (43)
o ms220 (44)
o ms225 (45)
o ms230 (46)
o ms235 (47)
o ms240 (48)
o ms245 (49)
o ms250 (50)
o ms300 (51)
o ms350 (52)
o ms400 (53)
o ms450 (54)
o ms500 (55)
o ms800 (56)
o ms1000 (57)
o ms1200 (58)
o ms1600 (59)
o ms2000 (60)
o ms2400 (61)
o spare2 (62)
o spare1 (63)
 Unit: N/A
Remarks
73960
This leaf indicates the RLC configurations of AM mode for
sequence number size of uplink AM RLC entity (AM: 12 or 18
bit).
 Type: gnbducnf_type:gnbdu-enum-SN-FieldLength-AMtype, enumeration
 Range
o sizeam12 (0)
o sizeam18 (1)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-BC0201
Child Node
There is no child node in this object.
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Chapter 2 Object Module
multicarrier-scenario-functionality-config
This container includes various parameters used for configuring multicarrierspecific scenarios and/or functionalities.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
ca-scellactivationdeactivationmode
This leaf is used for selecting 'Traffic-based SCell
Activation/Deactivation' or 'Blind SCell Activation' mode.
[Note] Cell lock/unlock procedure is required for all cells
within this DU to apply the change.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-scell-actdeact-mode,
enumeration
 Range
o traffic-based (0)
o blind (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0620
This leaf is used for activating or deactivating 'UE
Overheating Mitigation for FR1' functionality.
[Note] Cell lock/unlock procedure is required for all cells
within this DU to apply the change.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: common:common-enum-off-on, enumeration
 Range
o off (0)
o on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0620
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Child Node
There is no child node in this object.
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Chapter 2 Object Module
nr-crnti-config
This container is used for NR C-RNTI set allocation function.
Basic Information

Hierarchy: managed-element/gnb-du-function

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
nr-crnti-setallocation-withcarrier-info
This leaf indicates on/off of NR C-RNTI set allocation function
based on carrier index. In the DUs in CA group, create the
'fr1-carrier-info-entries' list item first and set this leaf to 'on'.
The system lock is required to change the setting value
[System impact] if the setting value is changed during
operation, it may affect the service, so be careful.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-crnti-set-with-carrieron-off, enumeration
 Range
o crnti-set-with-carrier-off (0)
o crnti-set-with-carrier-on (1)
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-RS0610
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
fr1-carrier-info-entries
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Chapter 2 Object Module
fr1-carrier-info-entries
This list manages dl-arfcn information for FR1 carriers. It includes the fr1-carrierindex value and the fr-dl-arfcn value.
Basic Information

Hierarchy: managed-element/gnb-du-function/nr-crnticonfig

Attribute: list

Configurable: Yes

Key: fr1-carrier-index
Leaf
Name
Description
Remarks
fr1-carrier-index
This leaf indicates the index of the fr1-carrier-info-entries list.
This index is the unique fr1 carrier index for dl-arfcn.
 Type: gnbducnf_type:access-type-fr1-carrier-index, uint16
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
FGR-RS0610
fr1-dl-arfcn
This leaf indicates the downlink NR-Absolute Radio
Frequency Channel Number (NR-ARFCN) of the NR (FR1)
cell center frequency.
[Note] To change the parameter, the administrative state of
the cell should be changed to lock. Cell service can be
stopped.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
FGR-RS0610
73960
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Chapter 2 Object Module
hardware-management
This container is Hardware Management.
Basic Information

Hierarchy: managed-element

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

fsu-radio-unit

o-ran-radio-unit
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Chapter 2 Object Module
fsu-radio-unit
This container represents the vru (virtual radio unit) interworking under FSU
(Fronthaul Switch Unit).
Basic Information

Hierarchy: managed-element/hardware-management

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

fsu-entries
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Chapter 2 Object Module
fsu-entries
This list has entries of the FSU (Frequency Switch Unit) which is connected to the
ADPF.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit

Attribute: list

Configurable: Yes

Key: fsu-id
Leaf
Name
Description
Remarks
fsu-id
This leaf is identifier of the FSU.
 Type: int32
 Range
o 0 to 2147483647
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
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
users

mplane-info

cuplane-info

interfaces

sync

operations

system

vru
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Chapter 2 Object Module
users
This container manages the list of user accounts for each o-ran FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

user
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Chapter 2 Object Module
user
This list indicates the list of users for eCPRI mplan connection.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/users

Attribute: list

Configurable: Yes

Key: name
Leaf
Name
Description
Remarks
name
This leaf indicates the user name string identifying this entry.
 Type: username-type, string
 Range
o length (3 to 32)
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
OAMP-IF0501
password
This leaf indicates the password for this entry.
 Type: password-type, string
 Range
o length (8 to 128)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-IF0501
nacm-group
This leaf indicates new group privileges defined for oran - a
non sudo account may have multiple group privileges.
 Type: enumeration
 Range
o sudo (0): Superuser permissions
o nms (1): Network Management System permissions
o fm-pm (2): permissions for fault and performance
management.
o swm (3): permissions for software management.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-IF0501
user-enabled
This leaf indicates whether an account is enabled or disabled.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-IF0501
used-as-callhome-ssh-login
This leaf indicates whether an account is used as SSH login
for NETCONF call home request.
 Type: boolean
 Range
o true
o false
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-IF0501
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Name
Description
Remarks
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
mplane-info
This container has information of the M-Plane connected with the FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

mplane-interfaces
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Chapter 2 Object Module
mplane-interfaces
This container has information of the M-Plane interfaces connected with the FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/mplane-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
connected-podtype
This leaf indicates type of the pod connected the M-Plane
interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-vdu-pod-type,
enumeration
 Range
o dmp (0): DB Management Pod. This pod manages
centralized database and provides external interfaces.
o cmp (1): Cell Management Pod. This pod manages
resources related to cells.
o rmp (2): RU Management Pod. This pod manages
connected RUs.
o pmp (3): Performance Management Pod. This pod
manages performance measurement data.
o dpp (32): vDU Protocol Pod.
o dip (33): vDU Interface Pod.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
connected-podid
This leaf indicates id of the pod connected the M-Plane
interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-type-vdu-pod-id, uint8
 Range
o 0 to 3
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
connected-podport-id
This leaf indicates id of the port on the pod connected the MPlane interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
interface-name
This leaf indicates the interface name.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
fsu-mplane-ipv4
This leaf indicates the FSU's M-Plane IPv4 address
connected to o-du.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
fsu-mplane-ipv6
This leaf indicates the FSU's M-Plane IPv6 address
connected to o-du.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
Child Node
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cuplane-info
This container has information of the CU-Plane connected with the FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
cuplaneconnect-type
This leaf indicates how the CU-Plane is connected between
the VDU and FSU.
- per-fh-port: CU-Plane is configured between DPP fronthaul
port and FSU fronthaul port.
- per-fpga: CU-Plane is configured between DPP fronthaul
port and FSU FPGA.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-cuplane-connect-type,
enumeration
 Range
o per-fh-port (0): CU-Plane is configured between DPP
fronthaul port and FSU fronthaul port.
o per-fpga (1): CU-Plane is configured between DPP
fronthaul port and FSU FPGA.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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
cuplane-interfaces
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Chapter 2 Object Module
cuplane-interfaces
This list has interfaces of the CU-Plane connected with the FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/cuplane-info

Attribute: list

Configurable: Yes

Key: connected-pod-type, connected-pod-id, connected-pod-port-id
Leaf
Name
Description
Remarks
connected-podtype
This leaf indicates type of the pod connected the CU-Plane
interface.
 Type: gnbducnf_type:access-enum-vdu-pod-type,
enumeration
 Range
o dmp (0): DB Management Pod. This pod manages
centralized database and provides external interfaces.
o cmp (1): Cell Management Pod. This pod manages
resources related to cells.
o rmp (2): RU Management Pod. This pod manages
connected RUs.
o pmp (3): Performance Management Pod. This pod
manages performance measurement data.
o dpp (32): vDU Protocol Pod.
o dip (33): vDU Interface Pod.
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
connected-podid
This leaf indicates id of the pod connected the CU-Plane
interface.
 Type: gnbducnf_type:access-type-vdu-pod-id, uint8
 Range
o 0 to 3
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
connected-podport-id
This leaf indicates id of the port on the pod connected the
CU-Plane interface.
 Type: uint8
 Range
o 0 to 2
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
connected-fsuport-id
This leaf indicates id of the port on the FSU connected the
CU-Plane interface.
 Type: uint8
 Range
o 0 to 255
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Name
Description
Remarks
 Unit: N/A
vlan-id
This leaf indicates the vlan-id for using between DU (DigitalUnit) and RU (Radio-Unit).
 Type: uint16
 Range
o 1 to 4094
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
support-cellnumber
This leaf-list indicates cell numbers supported via this CUPlane interface.
 Type: gnbducnf_type:access-type-cell-per-system-range,
uint8
 Range
o 0 to 17, min-elements (0), max-elements (9)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
Child Node

processing-element-entries
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processing-element-entries
This list manages the Ethernet loopback result of processing-element.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/cuplane-info/cuplaneinterfaces

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
This leaf indicates the name that is unique across the O-RU
or FSU (Fronthaul Switch Unit) that identifies a processing
element instance.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 255)
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
loopback-result
This leaf indicates the result of an Ethernet loopback test.
- pass: received the Ethernet loopback response from the
peer.
- fail: did not receive the Ethernet loopback response from the
peer.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-outcome, enumeration
 Range
o pass (0)
o fail (1)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
fpga-id
This leaf indicates id of the fpga-id on the FSU connected the
CU-Plane interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
o 0 to 255
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
interfaces
This container provide the data model for oran ru interface which is ald-port, dhcp,
externalio and so on.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

o-ran-dhcp

o-ran-interfaces

o-ran-mplane-int

o-ran-processing-element
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Chapter 2 Object Module
o-ran-dhcp
This container indicates the YANG definitions for managing the DHCP client.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

dhcp
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Chapter 2 Object Module
dhcp
DHCP client configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-dhcp

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

interfaces

m-plane-dhcp
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Chapter 2 Object Module
interfaces
Interface configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-dhcp/dhcp

Attribute: list

Configurable: No

Key: interface
Leaf
Name
Description
Remarks
interface
Name of the interface
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

dhcpv4

dhcpv6
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Chapter 2 Object Module
dhcpv4
DHCPv4 information
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-randhcp/dhcp/interfaces

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
client-id
DHCP client identifier
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
dhcp-serveridentifier
This container indicates the dhcpv4 server identifier.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address
o inet:ipv6-address
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
defaultgateways
The list of default gateways on the O-RUs subnet
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ip-address, union (inet:ipv4-address, inet:ipv6address)
 Range
o inet:ipv4-address, inet:ipv6-address, min-elements (0),
max-elements (unbounded)
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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Child Node

netconf-clients
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Chapter 2 Object Module
netconf-clients
A list of IP addresses or URIs for NETCONF clients
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-randhcp/dhcp/interfaces/dhcpv4

Attribute: list

Configurable: No

Key: client
Leaf
Name
Description
Remarks
client
This leaf indicates the client identifier.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: netconf-client-id, union (inet:ip-address, inet:uri)
 Range
o inet:ipv4-address
o inet:ipv6-address
o inet:uri
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
This leaf indicates an optional (non-default) port.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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optional-port
Child Node
There is no child node in this object.
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Chapter 2 Object Module
dhcpv6
DHCPv6 information
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-randhcp/dhcp/interfaces

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

dhcp-client-identifier

dhcp-server-identifier

netconf-clients
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Chapter 2 Object Module
dhcp-client-identifier
This container indicates the dhcpv6 client identifier.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-randhcp/dhcp/interfaces/dhcpv6

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
type-code
Type code of this DUID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
duid-enenterprisenumber
Vendor's registered Private Enterprise Number as maintained
by IANA
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
duid-enidentifier
Identifier, unique to the device that is using it
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
dhcp-server-identifier
This container indicates the dhcpv6 server identifier.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-randhcp/dhcp/interfaces/dhcpv6

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
type-code
Type code of this DUID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
duid-enenterprisenumber
Vendor's registered Private Enterprise Number as maintained
by IANA
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 0 to 4294967295
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
duid-enidentifier
Identifier, unique to the device that is using it
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
netconf-clients
A list of IP addresses or URIs for NETCONF clients
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-randhcp/dhcp/interfaces/dhcpv6

Attribute: list

Configurable: No

Key: client
Leaf
Name
Description
Remarks
client
This leaf indicates the client identifier.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: netconf-client-id, union (inet:ip-address, inet:uri)
 Range
o inet:ipv4-address
o inet:ipv6-address
o inet:uri
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
This leaf indicates an optional (non-default) port.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:port-number, uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
73960
optional-port
Child Node
There is no child node in this object.
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Chapter 2 Object Module
m-plane-dhcp
Leafs covering off DHCP aspects of m-plane operations
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-dhcp/dhcp

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
privateenterprisenumber
This leaf indicates the private enterprise number allocated to
O-RAN Alliance.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
vendor-classdata
The string used in DHCPv4 option 60 or DHCPv4 option 124
and DHCPv6 option 16
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
o-ran-interfaces
This container defines the YANG definitions for managing the O-RAN interfaces.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

interfaces
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Chapter 2 Object Module
interfaces
Interface parameters.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-interfaces

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

interface
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Chapter 2 Object Module
interface
The list of interfaces on the device. The status of an interface is available in this
list in the operational state. If the configuration of a system-controlled interface
cannot be used by the system (e.g., the interface hardware present does not match
the interface type), then the configuration is not applied to the system-controlled
interface shown in the operational state. If the configuration of a user-controlled
interface cannot be used by the system, the configured interface is not instantiated
in the operational state. System-controlled interfaces created by the system are
always present in this list in the operational state, whether or not they are
configured.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-raninterfaces/interfaces

Attribute: list

Configurable: Yes

Key: name
Leaf
73960
Name
Description
name
The name of the interface. A device MAY restrict the allowed
values for this leaf, possibly depending on the type of the
interface. For system-controlled interfaces, this leaf is the
device-specific name of the interface. If a client tries to create
configuration for a system-controlled interface that is not
present in the operational state, the server MAY reject the
request if the implementation does not support preprovisioning of interfaces or if the name refers to an interface
that can never exist in the system. A Network Configuration
Protocol (NETCONF) server MUST reply with an rpc-error
with the error-tag 'invalid-value' in this case. If the device
supports pre-provisioning of interface configuration, the 'preprovisioning' feature is advertised. If the device allows
arbitrarily named user-controlled interfaces, the 'arbitrarynames' feature is advertised. When a configured usercontrolled interface is created by the system, it is instantiated
with the same name in the operational state. A server
implementation MAY map this leaf to the ifName MIB object.
Such an implementation needs to use some mechanism to
handle the differences in size and characters allowed
between this leaf and ifName. The definition of such a
mechanism is outside the scope of this document.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
description
A textual description of the interface. A server implementation
MAY map this leaf to the ifAlias MIB object. Such an
 Key Leaf: No
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Chapter 2 Object Module
Name
Description
implementation needs to use some mechanism to handle the
differences in size and characters allowed between this leaf
and ifAlias. The definition of such a mechanism is outside the
scope of this document. Since ifAlias is defined to be stored
in non-volatile storage, the MIB implementation MUST map
ifAlias to the value of 'description' in the persistently stored
configuration.
 Type: string
 Range: N/A
 Unit: N/A
Remarks
type
The type of the interface. When an interface entry is created,
a server MAY initialize the type leaf with a valid value, e.g., if
it is possible to derive the type from the name of the interface.
If a client tries to set the type of an interface to a value that
can never be used by the system, e.g., if the type is not
supported or if the type does not match the name of the
interface, the server MUST reject the request. A NETCONF
server MUST reply with an rpc-error with the error-tag
'invalid-value' in this case.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
enabled
This leaf contains the configured, desired state of the
interface. Systems that implement the IF-MIB use the value
of this leaf in the intended configuration to set IFMIB.ifAdminStatus to 'up' or 'down' after an ifEntry has been
initialized, as described in RFC 2863. Changes in this leaf in
the intended configuration are reflected in ifAdminStatus.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
oper-status
The current operational state of the interface. This leaf has
the same semantics as ifOperStatus.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o up (1): Ready to pass packets.
o down (2): The interface does not pass any packets.
o testing (3): In some test mode. No operational packets
can be passed.
o unknown (4): Status cannot be determined for some
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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 Configurable: Yes
 Related Feature ID: N/A
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Name
Description
reason.
o dormant (5): Waiting for some external event.
o not-present (6): Some component (typically hardware) is
missing.
o lower-layer-down (7): Down due to state of lower-layer
interface (s).
 Unit: N/A
Remarks
phys-address
The interface's address at its protocol sub-layer. For
example, for an 802.x interface, this object normally contains
a Media Access Control (MAC) address. The interface's
media-specific modules must define the bit and byte ordering
and the format of the value of this object. For interfaces that
do not have such an address (e.g., a serial line), this node is
not present.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:phys-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
higher-layer-if
A list of references to interfaces layered on top of this
interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o min-elements (0), max-elements (unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
lower-layer-if
A list of references to interfaces layered underneath this
interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o min-elements (0), max-elements (unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
speed
An estimate of the interface's current bandwidth in bits per
second. For interfaces that do not vary in bandwidth or for
those where no accurate estimation can be made, this node
should contain the nominal bandwidth. For interfaces that
have no concept of bandwidth, this node is not present.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:gauge64, uint64
 Range
o 0 to 18446744073709551615
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Unit: bit/s
l2-mtu
The maximum size of layer 2 frames that may be transmitted
or received on the interface (excluding any FCS overhead).
For Ethernet interfaces it also excludes the 4-8 byte overhead
of any known (i.e. explicitly matched by a child sub-interface)
801.1Q VLAN tags.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 64 to 65535
 Unit: byte
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
vlan-tagging
This leaf indicates if VLAN tagging is used. Default true is
used to enable equipment to autonomously discover that it is
connected to a trunk port.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
base-interface
This leaf indicates the base interface for the VLAN subinterface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
vlan-id
The VLAN-ID.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1 to 4094
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
mac-address
The MAC address of the interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:mac-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
fpga-id
This leaf indicates the fpga-id.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
Child Node

class-of-service

port-reference

ipv4

ipv6
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Chapter 2 Object Module
class-of-service
CoS Configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-raninterfaces/interfaces/interface

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
u-planemarking
Marking used for default u-plane flows. 7 represents highest
priority for u-plane marking
 Type: pcp, uint8
 Range
o 0 to 7
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
c-planemarking
7 represents highest priority for c-plane marking
 Type: pcp, uint8
 Range
o 0 to 7
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
m-planemarking
2 represents highest excellent effort for m-plane marking
 Type: pcp, uint8
 Range
o 0 to 7
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
s-planemarking
7 represents highest priority for s-plane marking
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: pcp, uint8
 Range
o 0 to 7
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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port-reference
A port reference used by other O-RAN modules
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-raninterfaces/interfaces/interface

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
port-name
O-RAN interfaces use a reference to a physical port
component. In this case, the component name referenced
must be of class type port, i.e., when
/hw:hardware/hw:component/hw:class is derived from
ianahw:port
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
A number allocated by the server which identifies a port. Port
number value is 0 to N-1 where N is number of ports in the
device. This value is fixed for the lifetime of the equipment,
i.e., cannot be changed during equipment reboots.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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port-number
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ipv4
Parameters for the IPv4 address family.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-raninterfaces/interfaces/interface

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
enabled
Controls whether IPv4 is enabled or disabled on this
interface. When IPv4 is enabled, this interface is connected
to an IPv4 stack, and the interface can send and receive IPv4
packets.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
mtu
The size, in octets, of the largest IPv4 packet that the
interface will send and receive. The server may restrict the
allowed values for this leaf, depending on the interface's type.
If this leaf is not configured, the operationally used MTU
depends on the interface's type.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 68 to max
 Unit: octet
 Configurable: No
 Related Feature ID: N/A
m-planemarking
18 represents AF21 or 'immediate traffic'
 Type: inet:dscp, uint8
 Range
o 0 to 63
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
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Child Node

address
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Chapter 2 Object Module
address
The list of IPv4 addresses on the interface.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-raninterfaces/interfaces/interface/ipv4

Attribute: list

Configurable: No

Key: ip
Leaf
Name
Description
Remarks
ip
The IPv4 address on the interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv4-address-no-zone, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
origin
The origin of this address.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: ip-address-origin, enumeration
 Range
o other (0): None of the following.
o static (1): Indicates that the address has been statically
configured -- for example, using the Network
Configuration Protocol (NETCONF) or a command line
interface.
o dhcp (2): Indicates an address that has been assigned
to this system by a DHCP server.
o link-layer (3): Indicates an address created by IPv6
stateless autoconfiguration that embeds a link-layer
address in its interface identifier.
o random (4): Indicates an address chosen by the system
at random, e.g., an IPv4 address within 169.254/16, a
temporary address as described in RFC 4941, or a
semantically opaque address as described in RFC 7217.
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
prefix-length
The length of the subnet prefix.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
state or system reset/restart.
 Type: uint8
 Range
o 0 to 32
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ipv6
Parameters for the IPv6 address family.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-raninterfaces/interfaces/interface

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
enabled
Controls whether IPv6 is enabled or disabled on this
interface. When IPv6 is enabled, this interface is connected
to an IPv6 stack, and the interface can send and receive IPv6
packets.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
mtu
The size, in octets, of the largest IPv6 packet that the
interface will send and receive. The server may restrict the
allowed values for this leaf, depending on the interface's type.
If this leaf is not configured, the operationally used MTU
depends on the interface's type.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint32
 Range
o 1280 to max
 Unit: octet
 Configurable: No
 Related Feature ID: N/A
m-planemarking
18 represents AF21 or 'immediate traffic'
 Type: inet:dscp, uint8
 Range
o 0 to 63
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
Child Node

address
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Chapter 2 Object Module
address
The list of IPv6 addresses on the interface.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-raninterfaces/interfaces/interface/ipv6

Attribute: list

Configurable: No

Key: ip
Leaf
Name
Description
Remarks
ip
The IPv6 address on the interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv6-address-no-zone, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
prefix-length
The length of the subnet prefix.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 128
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
origin
The origin of this address.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: ip-address-origin, enumeration
 Range
o other (0): None of the following.
o static (1): Indicates that the address has been statically
configured -- for example, using the Network
Configuration Protocol (NETCONF) or a command line
interface.
o dhcp (2): Indicates an address that has been assigned
to this system by a DHCP server.
o link-layer (3): Indicates an address created by IPv6
stateless autoconfiguration that embeds a link-layer
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
address in its interface identifier.
o random (4): Indicates an address chosen by the system
at random, e.g., an IPv4 address within 169.254/16, a
temporary address as described in RFC 4941, or a
semantically opaque address as described in RFC 7217.
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
o-ran-mplane-int
This container defines the YANG definitions for managing the O-RAN Radio Unit
management plane interface.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

mplane-info
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Chapter 2 Object Module
mplane-info
Top level container for management plane information
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplane-int

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

searchable-mplane-access-vlans-info

m-plane-interfaces
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Chapter 2 Object Module
searchable-mplane-access-vlans-info
This container manages the parameters shall be stored by the equipment in reset
persistent memory to enable it to be re-used to optimize VLAN discovery
procedures.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplaneint/mplane-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
searchableaccess-vlans
A list of access VLANs that may be operational on the
transport network. Can be used by the equipment to optimize
its VLAN searching - for M-plane operations.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: vlan-id, uint16
 Range
o 1 to 4094, min-elements (0), max-elements (unbounded)
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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
vlan-range
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Chapter 2 Object Module
vlan-range
The range of VLAN IDs that may be configured for M-Plane
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplaneint/mplane-info/searchable-mplane-access-vlans-info

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
lowest-vlan-id
Value of this parameter informs equipment about lowest VID
to be used in VLAN scan procedure
 Type: vlan-id, uint16
 Range
o 1 to 4094
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
highest-vlan-id
Value of this parameter informs about highest VID to be used
in VLAN scan procedure
 Type: vlan-id, uint16
 Range
o 1 to 4094
 Unit: N/A
73960
 Configurable: Yes
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
m-plane-interfaces
Information concerning m-plane interfaces
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplaneint/mplane-info

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

m-plane-sub-interfaces
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Chapter 2 Object Module
m-plane-sub-interfaces
List of m-plane information
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplaneint/mplane-info/m-plane-interfaces

Attribute: list

Configurable: No

Key: interface-name, sub-interface
Leaf
Name
Description
Remarks
interface-name
The name of the interface
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
sub-interface
Vlans used to communicate with management plane servers.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: vlan-id, uint16
 Range
o 1 to 4094
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

client-info
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Chapter 2 Object Module
client-info
The NETCONF client information
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplaneint/mplane-info/m-plane-interfaces/m-plane-subinterfaces

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
mplane-fqdn
The discovered FQDN (s) of M-Plane client (s).
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:domain-name, string
 Range
o length (1 to 253), min-elements (0), max-elements
(unbounded)
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

mplane-ipv4-info

mplane-ipv6-info
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Chapter 2 Object Module
mplane-ipv4-info
List of IPv4 NETCONF clients
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplaneint/mplane-info/m-plane-interfaces/m-plane-subinterfaces/client-info

Attribute: list

Configurable: No

Key: mplane-ipv4
Leaf
Name
Description
Remarks
mplane-ipv4
The IPv4 address of M-Plane client discovered by the O-RU
or manually configured.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv4-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
mplane-ipv6-info
List of IPv6 NETCONF clients
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-mplaneint/mplane-info/m-plane-interfaces/m-plane-subinterfaces/client-info

Attribute: list

Configurable: No

Key: mplane-ipv6
Leaf
Name
Description
Remarks
mplane-ipv6
The IPv6 address of M-Plane client discovered by the O-RU
or manually configured.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:ipv6-address, string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
o-ran-processing-element
This container defines the YANG definitions for mapping of transport flows to
processing elements. Three options are supported:
i) virtual MAC based mapping ii) MAC address + VLAN-ID based mapping iii)
UDP/IP based mapping
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

processing-elements
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Chapter 2 Object Module
processing-elements
A model defining the mapping between transport flows and arbitrary O-RAN
processing elements. A processing element may be then defined for handling
connectivity or delay procedures, or defined with a corresponding eaxcid for CU
plane operations
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-processingelement

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
maximumnumber-oftransport-flows
The maximum number of transport flows that can be
supported by an O-RU
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1 to 4094
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
The type of transport session used for identifying different
processing elements
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o ETH-INTERFACE (0): VLAN based CUS Transport
o UDPIP-INTERFACE (1): UDP/IP based CUS Transport
o ALIASMAC-INTERFACE (2): Alias MAC address based
CUS Transport
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
73960
transportsession-type
Child Node

ru-elements
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Chapter 2 Object Module
ru-elements
The list of transport definitions for each processing element
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-processingelement/processing-elements

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
A name that is unique across the O-RU that identifies a
processing element instance. This name may be used in fault
management to refer to a fault source or affected object
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 255)
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

transport-flow
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Chapter 2 Object Module
transport-flow
Container for the transport-flow used for CU plane
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-processingelement/processing-elements/ru-elements

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
interface-name
The interface name
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
connected-podtype
This leaf indicates type of the pod connected the CU-Plane
interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-enum-vdu-pod-type,
enumeration
 Range
o dmp (0): DB Management Pod. This pod manages
centralized database and provides external interfaces.
o cmp (1): Cell Management Pod. This pod manages
resources related to cells.
o rmp (2): RU Management Pod. This pod manages
connected RUs.
o pmp (3): Performance Management Pod. This pod
manages performance measurement data.
o dpp (32): vDU Protocol Pod.
o dip (33): vDU Interface Pod.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
connected-podid
This leaf indicates id of the pod connected the CU-Plane
interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: gnbducnf_type:access-type-vdu-pod-id, uint8
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Range
o 0 to 3
 Unit: N/A
connected-podport-id
This leaf indicates id of the port on the pod connected the
CU-Plane interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
connected-fsuport-id
This leaf indicates id of the port on the FSU connected the
CU-Plane interface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
o-du-interfacename
This leaf indicates the O-DU's interface name.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
fpga-id
This leaf indicates the fpga-id.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

eth-flow
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Chapter 2 Object Module
eth-flow
Leafs for mac + vlan-id type data flows
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/interfaces/o-ran-processingelement/processing-elements/ru-elements/transportflow

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
ru-mac-address
O-RU's MAC address used for Ethernet based flow
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:mac-address, string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
vlan-id
O-RU's VLAN-ID used for Ethernet based flow
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 1 to 4094
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
o-du-macaddress
O-DU's MAC address used for Ethernet based flow
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:mac-address, string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
loopback-result
This leaf indicates the result of an Ethernet loopback test.
- pass: received the Ethernet loopback response from the
peer.
- fail: did not receive the Ethernet loopback response from the
peer.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
state or system reset/restart.
 Type: access-s5gtype:access-enum-outcome, enumeration
 Range
o pass (0)
o fail (1)
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
sync
This container manages object provide the data model for o-ran sync.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

o-ran-sync
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Chapter 2 Object Module
o-ran-sync
This container manages synchronization state of the FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

sync
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Chapter 2 Object Module
sync
This container includes sync related parameters.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync/o-ran-sync

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

sync-status

gnss-config

gnss-status
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Chapter 2 Object Module
sync-status
Object of this class provides synchronization state of the module.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync/o-ran-sync/sync

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
sync-state
State of FSU synchronization
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o - (-1)
o LOCKED (0): equipment is in the locked mode, as
defined in ITU-T G.810
o HOLDOVER (1): equipment clock is in holdover mode
o FREERUN (2): equipment clock isn't locked to an input
reference, and is not in the holdover mode
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
73960
Child Node

supported-reference-types
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Chapter 2 Object Module
supported-reference-types
Type of a synchronization supported source.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync/o-ran-sync/sync/syncstatus

Attribute: list

Configurable: No

Key: item
Leaf
Name
Description
Remarks
item
Supported reference-type
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o GNSS (0): GPS can be taken as a synchronization
source
o PTP (1): Precision Time Protocol can be taken as a
synchronization source
o SYNCE (2): Synchronous Ethernet can be taken as a
synchronization source
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID:
OAMP-TS0201
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
gnss-config
This container defines the configuration of Global Navigation Satellite System
(GNSS).
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync/o-ran-sync/sync

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
enable
This parameter defines if GNSS receiver shall be enabled or
not.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
satelliteconstelation-list
This parameter defines list of constellations to be used to
acquire synchronization.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o GPS (0): GPS
o GLONASS (1): GLONASS should not be used alone but
always along with GPS or BEIDOU because of missing
leap second information
o GALILEO (2): GALILEO
o BEIDOU (3): BEIDOU
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
polarity
This parameter defines pulse polarity.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o POSITIVE (0): POSITIVE
 Configurable: No
 Related Feature ID:
OAMP-TS0201
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Chapter 2 Object Module
Name
Description
o NEGATIVE (1): NEGATIVE
 Unit: N/A
Remarks
cable-delay
This parameter is used to compensate cable delay.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 1000
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
anti-jam-enable
This parameter is used to enable or disable anti-jamming.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
gnss-status
Provides information about state of GPS receiver
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync/o-ran-sync/sync

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
reporting-period
This parameter defines minimum period in seconds between
reports, sent by the NETCONF Client, for parameters in this
container.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
name
A name that is unique that identifies a GNSS instance. This
name may be used in fault management to refer to a fault
source or affected object
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 255)
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
gnss-syncstatus
When available, indicates the status of the GNSS receiver.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o SYNCHRONIZED (0): GNSS functionality is
synchronized
o ACQUIRING-SYNC (1): GNSS functionality is acquiring
sync
o ANTENNA-DISCONNECTED (2): GNSS functionality
has its antenna disconnected
o BOOTING (3): GNSS functionality is booting
 Configurable: No
 Related Feature ID:
OAMP-TS0201
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Chapter 2 Object Module
Name
Description
o ANTENNA-SHORT-CIRCUIT (4): GNSS functionality
has an antenna short circuit
 Unit: N/A
Remarks
Child Node

gnss-data
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Chapter 2 Object Module
gnss-data
GPS data contained
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync/o-ran-sync/sync/gnssstatus

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
satellitestracked
Number of satellites tracked
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
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Child Node

location
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Chapter 2 Object Module
location
This container manages the information about geo location.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/sync/o-ran-sync/sync/gnssstatus/gnss-data

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
altitude
Distance above the sea level.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int64
 Range
o -9223372036854775808 to 9223372036854775807
 Unit: mm
 Configurable: No
 Related Feature ID:
OAMP-TS0201
latitude
Relative position north or south on the Earth's surface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: geographic-coordinate-degree, decimal64
 Range
o -90 to 90
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
longitude
Angular distance east or west on the Earth's surface.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: geographic-coordinate-degree, decimal64
 Range
o -180 to 180
 Unit: N/A
 Configurable: No
 Related Feature ID:
OAMP-TS0201
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
operations
This container provide the data model for oran ru operation which is operation,
ecpri-delay, file-management, lbm, pm, software-management and so on.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

o-ran-operations

o-ran-lbm

o-ran-performance-management-rx-window
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Chapter 2 Object Module
o-ran-operations
This container defines the YANG model used for O-RAN operations.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

operational-info
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Chapter 2 Object Module
operational-info
A collection of operational information for the O-RU
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ran-operations

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

declarations

operational-state

clock
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Chapter 2 Object Module
declarations
Declarations of supported version of standards
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ranoperations/operational-info

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
supportedmplane-version
Parameter provides highest M-Plane specification version
device is compliant with.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: version, string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
supportedcusplaneversion
Parameter provides highest CUS-Plane specification version
device is compliant with.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: version, string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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
supported-header-mechanism
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Chapter 2 Object Module
supported-header-mechanism
List provides information regarding type and version of headers.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ranoperations/operational-info/declarations

Attribute: list

Configurable: No

Key: protocol
Leaf
Name
Description
Remarks
protocol
Transport protocol type.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o ECPRI (0): Indicates that an O-RU supports the ecpri
header format for the C/U plane
o IEEE-1914-3 (1): Indicates that an O-RU supports the
1914.3 header format for the C/U plane
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
ecpriconcatenationsupport
This leaf is used to indicate whether the O-RU supports the
optional eCPRI concatenation capability.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
protocol-version
Header protocol version.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: version, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Child Node
There is no child node in this object.
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Chapter 2 Object Module
operational-state
Operational state for the Radio Unit
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ranoperations/operational-info

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
restart-cause
The cause for the last restart of the O-RU
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o POWER-ON (0): Equipment restarted because it was
powered on
o SUPERVISION-WATCHDOG (1): Equipment restarted
because it's supervision watchdog timer wasn't reset by
a NETCONF client (inferring loss of NETCONF
connectivity)
o MPLANE-TRIGGERED-RESTART (2): Equipment
restarted because of an M-plane issued rpc
o SOFTWARE-FAILURE (3): Equipment restarted
because of software failure
o OTHER-WATCHDOG-TIMER (4): Equipment restarted
because of some other non NETCONF watchdog timer
o UNKNOWN (5): The restart reason for the Equipment is
unknown
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
The system date and time when the system last restarted.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:date-and-time, string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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restart-datetime
Child Node
There is no child node in this object.
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Chapter 2 Object Module
clock
System date and time properties.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ranoperations/operational-info

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
timezone-utcoffset
The number of minutes to add to UTC time to identify the
time zone for this system. For example, 'UTC - 8:00 hours'
would be represented as '-480'.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int16
 Range
o -720 to 840
 Unit: min
 Configurable: No
 Related Feature ID:
OAMP-IF0501
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Chapter 2 Object Module
o-ran-lbm
This container defines the module capabilities for the O-RAN Radio loop-back
protocol (IEEE 802.1ag). It is derived from MEF-38 (Service OAM Fault
Management YANG Modules, April 2012)
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

md-data-definitions
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Chapter 2 Object Module
md-data-definitions
This container manages the data definitions related to the maintenance domains
used for supporting Ethernet loopback connectivity checks.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ran-lbm

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

maintenance-domain
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Chapter 2 Object Module
maintenance-domain
A Maintenance Domain managed object is required in order to create an MA with
a MAID that includes that Maintenance Domain's Name. From this Maintenance
Domain managed object, all Maintenance Association managed objects associated
with that Maintenance Domain managed object can be accessed, and thus
controlled.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ran-lbm/md-datadefinitions

Attribute: list

Configurable: Yes

Key: id
Leaf
Name
Description
Remarks
id
A unique identifier of a Maintenance Domain
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
name
The value for the Maintenance Domain Name. Only the
name-type 'character-string' is supported
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
md-level
Integer identifying the Maintenance Domain Level (MD
Level). Higher numbers correspond to higher Maintenance
Domains, those with the greatest physical reach, with the
highest values for customers' CFM PDUs. Lower numbers
correspond to lower Maintenance Domains, those with more
limited physical reach, with the lowest values for CFM PDUs
protecting single bridges or physical links.
 Type: md-level-type, int32
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Chapter 2 Object Module
o-ran-performance-management-rx-window
This container manages the configuration for performance measurement for rx
window measurement objects.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

performance-measurement-objects
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Chapter 2 Object Module
performance-measurement-objects
This container manages the configuration for performance management and
measurement-result.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ran-performancemanagement-rx-window

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
rx-windowmeasurementinterval
This leaf indicates measurement interval to measure the
performance of reception window measurement objects
periodically.
 Type: uint16
 Range
o 30
o 60
o 300
o 900
o 1800
o 3600
 Unit: s
 Configurable: Yes
 Related Feature ID: N/A
This leaf indicates notification interval for the measurement
result to be notified periodically.
 Type: uint16
 Range
o 30
o 60
o 300
o 900
o 1800
o 3600
 Unit: s
 Configurable: Yes
 Related Feature ID: N/A
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notificationinterval
Child Node

rx-window-measurement-objects
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Chapter 2 Object Module
rx-window-measurement-objects
Configuration and measurement result for the reception window stats
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ran-performancemanagement-rx-window/performance-measurement-objects

Attribute: list

Configurable: Yes

Key: measurement-object
Leaf
Name
Description
Remarks
measurementobject
This leaf indicates target reception window metric to measure
the performance.
 Type: enumeration
 Range
o RX_ON_TIME (0): the number of data packets, received
on time within the reception window.
o RX_EARLY (1): the number of data packets, received
before the reception window.
o RX_LATE (2): the number of data packets, received
after the reception window.
o RX_CORRUPT (3): the number of data packets, which
are corrupt or whose header is incorrect.
o RX_DUPL (4): the number of data packets, which is
duplicated with other packets, received within the
measurement period.
o RX_TOTAL (5): the total number of received data
packets.
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
active
This leaf indicates enable/disable the performance
measurement per Object.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
object-unit
This leaf indicates the unit to measure the performance per
object-id.
 Type: enumeration
 Range
o RU (0): the reception window stats are counted per
hardware component. This may be the parent 'module'
or child 'port' component.
o TRANSPORT (1): the reception window stats are
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Name
Description
counted per transport flow. When there are multiple
transport flows between O-DU and O-RU, e.g. multiple
sets of o-du mac address, ru mac address and vlan-id,
the reception window stats per transport flow are
counted in this case. This configuration is allowed only
when O-RU supports a feature GRANULARITYTRANSPORT-MEASUREMENT.
o EAXC_ID (2): the reception window stats are counted
per eAxC ID, which is used in the header of receivd data
packet. This configuration is allowed only when O-RU
supports a feature GRANULARITY-EAXC-IDMEASUREMENT.
 Unit: N/A
Remarks
report-info
This leaf indicates the reporting information to the
measurement object.
 Type: enumeration
 Range
o COUNT (0): the number of data packet are counted for
the reception window stats.
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
name
This leaf indicates the name of O-RU module or one of its
child ports in ietf-hardware/component is used when O-RU is
selected as object-unit for the reception window stats.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
This leaf indicates the number of data packet are counted for
the reception window stats per O-RU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint64
 Range
o 0 to 18446744073709551615
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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count
Child Node

tr-measured-result

eaxc-measured-result
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Chapter 2 Object Module
tr-measured-result
This list indicates the number of data packet are counted for the reception window
stats per TRANSPORT.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ran-performancemanagement-rx-window/performance-measurementobjects/rx-window-measurement-objects

Attribute: list

Configurable: No

Key: N/A
Leaf
Name
Description
Remarks
name
This leaf indicates the name of ru-elements in o-ranprocessing-elements when TRANSPORT is selected as
object-unit for the reception window stats.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
This leaf indicates the number of data packet are counted for
the reception window stats.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint64
 Range
o 0 to 18446744073709551615
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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There is no child node in this object.
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Chapter 2 Object Module
eaxc-measured-result
This list indicates the number of data packet are counted for the reception window
stats per EAXC-ID.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/operations/o-ran-performancemanagement-rx-window/performance-measurementobjects/rx-window-measurement-objects

Attribute: list

Configurable: No

Key: N/A
Leaf
Name
Description
Remarks
eaxc-id
This leaf indicates that eaxc-id is used when EAXC_ID is
selected as object-unit for the reception window stats.
EAXC_ID consists of DU-Port-Id, Band-Selector, CC-id and
RU-Port-Id to be used in header of C/U-plane data packet.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
count
This leaf indicates the number of data packet are counted for
the reception window stats.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint64
 Range
o 0 to 18446744073709551615
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
transport-name
This leaf indicates the name of ru-elements in o-ranprocessing-elements for the transport information
corresponding to this eaxc-id.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
system
This container provide the data model for xran ru system which is hardware, fan,
fm, supervision and so on.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

o-ran-hardware
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Chapter 2 Object Module
o-ran-hardware
This container defines the YANG definitions for managing the O-RAN hardware.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/system

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

hardware
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Chapter 2 Object Module
hardware
Data nodes representing components. If the server supports configuration of
hardware components, then this data model is instantiated in the configuration
datastores supported by the server. The leaf-list 'datastore' for the module 'ietfhardware' in the YANG library provides this information.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/system/o-ran-hardware

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
last-change
The time the '/hardware/component' list changed in the
operational state.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:date-and-time, string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
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
component
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Chapter 2 Object Module
component
List of components. When the server detects a new hardware component, it
initializes a list entry in the operational state. If the server does not support
configuration of hardware components, list entries in the operational state are
initialized with values for all nodes as detected by the implementation. Otherwise,
this procedure is followed: 1. If there is an entry in the '/hardware/component' list
in the intended configuration with values for the nodes 'class', 'parent', and 'parentrel-pos' that are equal to the detected values, then the list entry in the operational
state is initialized with the configured values, including the 'name'. 2. Otherwise
(i.e., there is no matching configuration entry), the list entry in the operational state
is initialized with values for all nodes as detected by the implementation. If the
'/hardware/component' list in the intended configuration is modified, then the
system MUST behave as if it re-initializes itself and follow the procedure in (1).
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/system/o-ranhardware/hardware

Attribute: list

Configurable: Yes

Key: name
Leaf
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Name
Description
Remarks
name
The name assigned to this component. This name is not
required to be the same as entPhysicalName.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
class
An indication of the general hardware type of the component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
physical-index
The entPhysicalIndex for the entPhysicalEntry represented
by this list entry.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int32
 Range
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
o 1 to 2147483647
 Unit: N/A
Remarks
description
A textual description of the component. This node should
contain a string that identifies the manufacturer's name for
the component and should be set to a distinct value for each
version or model of the component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
parent
The name of the component that physically contains this
component. If this leaf is not instantiated, it indicates that this
component is not contained in any other component. In the
event that a physical component is contained by more than
one physical component (e.g., double-wide modules), this
node contains the name of one of these components. An
implementation MUST use the same name every time this
node is instantiated.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
parent-rel-pos
An indication of the relative position of this child component
among all its sibling components. Sibling components are
defined as components that: o share the same value of the
'parent' node and o share a common base identity for the
'class' node. Note that the last rule gives implementations
flexibility in how components are numbered. For example,
some implementations might have a single number series for
all components derived from 'ianahw:port', while some others
might have different number series for different components
with identities derived from 'ianahw:port' (for example, one for
registered jack 45 (RJ45) and one for small form-factor
pluggable (SFP)).
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int32
 Range
o 0 to 2147483647
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
contains-child
The name of the contained component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Range
o min-elements (0), max-elements (unbounded)
 Unit: N/A
hardware-rev
The vendor-specific hardware revision string for the
component. The preferred value is the hardware revision
identifier actually printed on the component itself (if present).
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
firmware-rev
The vendor-specific firmware revision string for the
component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
software-rev
The vendor-specific software revision string for the
component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
serial-num
The vendor-specific serial number string for the component.
The preferred value is the serial number string actually
printed on the component itself (if present).
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
mfg-name
The name of the manufacturer of this physical component.
The preferred value is the manufacturer name string actually
printed on the component itself (if present). Note that
comparisons between instances of the 'model-name',
'firmware-rev', 'software-rev', and 'serial-num' nodes are only
meaningful amongst components with the same value of
'mfg-name'. If the manufacturer name string associated with
the physical component is unknown to the server, then this
node is not instantiated.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Type: string
 Range: N/A
 Unit: N/A
model-name
The vendor-specific model name identifier string associated
with this physical component. The preferred value is the
customer-visible part number, which may be printed on the
component itself. If the model name string associated with
the physical component is unknown to the server, then this
node is not instantiated.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
alias
An 'alias' name for the component, as specified by a network
manager, that provides a non-volatile 'handle' for the
component. If no configured value exists, the server MAY set
the value of this node to a locally unique value in the
operational state. A server implementation MAY map this leaf
to the entPhysicalAlias MIB object. Such an implementation
needs to use some mechanism to handle the differences in
size and characters allowed between this leaf and
entPhysicalAlias. The definition of such a mechanism is
outside the scope of this document.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
asset-id
This node is a user-assigned asset tracking identifier for the
component. A server implementation MAY map this leaf to
the entPhysicalAssetID MIB object. Such an implementation
needs to use some mechanism to handle the differences in
size and characters allowed between this leaf and
entPhysicalAssetID. The definition of such a mechanism is
outside the scope of this document.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
is-fru
This node indicates whether or not this component is
considered a 'field-replaceable unit' by the vendor. If this
node contains the value 'true', then this component identifies
a field-replaceable unit. For all components that are
permanently contained within a field-replaceable unit, the
value 'false' should be returned for this node.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
Remarks
mfg-date
The date of manufacturing of the managed component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:date-and-time, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
uri
This node contains identification information about the
component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: inet:uri, string
 Range
o min-elements (0), max-elements (unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
uuid
A Universally Unique Identifier of the component.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:uuid, string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
product-code
O-RAN term that is distinct from model-name in ietfhardware.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
energy-savingenabled
This parameter can enable O-RAN unit to be switched to
energy saving mode. TRUE indicates to switch the energy
saving mode. FALSE indicates to cancel the energy saving
mode. At the energy saving mode, all power of whole O-RAN
unit becomes lowest level whereas M-plane is still available
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
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Name
Description
Remarks
o-ran-name
O-RAN name needed to bind and match with the name of hw
element, to be compliant with O-RAN naming convention.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
Child Node

state

label-content
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Chapter 2 Object Module
state
State-related nodes
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/system/o-ranhardware/hardware/component

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
state-lastchanged
The date and time when the value of any of the admin-state,
oper-state, usage-state, alarm-state, or standby-state
changed for this component. If there has been no change
since the last re-initialization of the local system, this node
contains the date and time of local system initialization. If
there has been no change since the component was added
to the local system, this node contains the date and time of
the insertion.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: yang:date-and-time, string
 Range: N/A
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
The administrative state for this component. This node refers
to a component's administrative permission to service both
other components within its containment hierarchy as well
other users of its services defined by means outside the
scope of this module. Some components exhibit only a
subset of the remaining administrative state values. Some
components cannot be locked; hence, this node exhibits only
the 'unlocked' state. Other components cannot be shut down
gracefully; hence, this node does not exhibit the 'shuttingdown' state.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: admin-state, enumeration
 Range
o unknown (1): The resource is unable to report
administrative state.
o locked (2): The resource is administratively prohibited
from use.
o shutting-down (3): The resource usage is
administratively limited to current instances of use.
 Configurable: No
 Related Feature ID: N/A
73960
admin-state
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Name
Description
o unlocked (4): The resource is not administratively
prohibited from use.
 Unit: N/A
Remarks
oper-state
The operational state for this component. Note that this node
does not follow the administrative state. An administrative
state of 'down' does not predict an operational state of
'disabled'. Note that some implementations may not be able
to accurately report oper-state while the admin-state node
has a value other than 'unlocked'. In these cases, this node
MUST have a value of 'unknown'.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: oper-state, enumeration
 Range
o unknown (1): The resource is unable to report its
operational state.
o disabled (2): The resource is totally inoperable.
o enabled (3): The resource is partially or fully operable.
o testing (4): The resource is currently being tested and
cannot therefore report whether or not it is operational.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
usage-state
The usage state for this component. This node refers to a
component's ability to service more components in a
containment hierarchy. Some components will exhibit only a
subset of the usage state values. Components that are
unable to ever service any components within a containment
hierarchy will always have a usage state of 'busy'. In some
cases, a component will be able to support only one other
component within its containment hierarchy and will therefore
only exhibit values of 'idle' and 'busy'.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: usage-state, enumeration
 Range
o unknown (1): The resource is unable to report usage
state.
o idle (2): The resource is servicing no users.
o active (3): The resource is currently in use, and it has
sufficient spare capacity to provide for additional users.
o busy (4): The resource is currently in use, but it currently
has no spare capacity to provide for additional users.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
The alarm state for this component. It does not include the
alarms raised on child components within its containment
hierarchy.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: alarm-state, bits
 Configurable: No
 Related Feature ID: N/A
73960
alarm-state
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o unknown (0)
o under-repair (1)
o critical (2)
o major (3)
o minor (4)
o warning (5)
o indeterminate (6)
 Unit: N/A
The standby state for this component. Some components will
exhibit only a subset of the remaining standby state values. If
this component cannot operate in a standby role, the value of
this node will always be 'providing-service'.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: standby-state, enumeration
 Range
o unknown (1): The resource is unable to report standby
state.
o hot-standby (2): The resource is not providing service,
but it will be immediately able to take over the role of the
resource to be backed up, without the need for
initialization activity, and will contain the same
information as the resource to be backed up.
o cold-standby (3): The resource is to back up another
resource, but it will not be immediately able to take over
the role of a resource to be backed up and will require
some initialization activity.
o providing-service (4): The resource is providing service.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
power-state
The current power saving state for this component. Note hw:/hardware/component/state/standby-state defined in RFC
4268 is used for redundancy purposes and not power saving
operations.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: energysaving-state, enumeration
 Range
o UNKNOWN (0): The Radio Unit is unable to report
energy saving state.
o SLEEPING (1): The Radio Unit is in a sleep state. The
NETCONF management plane connection is
functioning. Other functions and hardware which are not
needed for management plane may be in energy saving
mode.
o AWAKE (2): The Radio Unit is not in an energy saving
state.
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
availability-state
RU availability-state is derived by matching active faults and
their impact to module operation and enables an RU to
 Configurable: No
 Related Feature ID: N/A
standby-state
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Name
Description
indicate that even though it may have one or more critical
alarms, it can continue to serve traffic.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: availability-type, enumeration
 Range
o UNKNOWN (0): The RU is unable to report its
availability state.
o NORMAL (1): The RU is functioning correctly.
o DEGRADED (2): The RU may be reporting a major or a
critical alarm that is only impacting one or more
subcomponent, but the RU's implementation permits it to
continue operation (server traffic) in a degraded state.
Used for example, when the RU has M identical subcomponents and when a critical alarm is impacting only
N subcomponents, where N<M.
o FAULTY (3): The sub-components impacted by the
critical alarms impact the ability of the RU to continue its
operation i.e. serve traffic.
 Unit: N/A
Remarks
Child Node
73960
There is no child node in this object.
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Chapter 2 Object Module
label-content
Which set of attributes are printed on the Radio Unit's label
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/system/o-ranhardware/hardware/component

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
model-name
Indicates whether model-name is included on the
equipment's label
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
Indicates whether serial number is included on the
equipment's label
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
73960
serial-number
Child Node
There is no child node in this object.
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Chapter 2 Object Module
vru
This container has information of the vRU (virtual Radio Unit) connected to the
FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

vru-entries
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Chapter 2 Object Module
vru-entries
This list is entries of the vRU connected to the FSU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru

Attribute: list

Configurable: Yes

Key: vru-id
Leaf
Name
Description
Remarks
vru-id
This leaf indicates identifier of the vRU. This value should be
same with the CPRI port id on the FSU, which the actual RU
is connected.
 Type: uint8
 Range
o 0 to 11
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
unit-type
This leaf is the type of the radio unit.
 Type: enumeration
 Range
o vru (58)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
serial-number
This leaf is the serial number of the vRU, which is provided
by operator or updated by the retrieved from the actual RU.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
support-cellnumber
This leaf-list indicates the cell numbers supported by the
vRU.
 Type: leafref
 Range
o 0 to 17, min-elements (0), max-elements (10)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-CM0105
operationalmode
This leaf indicates the operational mode for system
maintenance.
An operator can minimize the function for monitoring alarm
and collecting counter by switching the operational-mode.
When the growth-mode and the maintenance-mode are
enabled, the downtime and reset count for certain system are
not updated to separate the data of normal operation. In the
growth-mode and the maintenance-mode, NE continue to
transmit an alarm to the EMS, however the EMS does not
forward the alarm collected in the growth-mode and the
 Key Leaf: No
 Configurable: Yes
 Related Feature ID:
OAMP-FM0101
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Name
Description
maintenance-mode to OSS except for the system service off
alarm.
- growth-mode: This is the operation mode immediately after
system is grown. Newly created system such as NE and RU
come up in growth-mode, and it remains in the mode until the
operator turns the growth-mode to other mode. When the
growth-mode is enabled, the downtime and reset count for
certain system does not updated, and the alarm except the
system service off is not forwarded to OSS.
- normal-mode: This is the normal operation mode.
- maintenance-mode: This is the operation mode for system
maintenance to check equipment. When the maintenancemode is enabled, the downtime and reset count for certain
system does not updated, and the alarm except the system
service off is not forwarded to OSS.
 Type: common:common-enum-oper-mode-type,
enumeration
 Range
o growth-mode (0): immediately after-growth mode
o normal-mode (1): normal operation mode
o maintenance-mode (2): equipment check mode
 Unit: N/A
Remarks
Child Node
73960

location

cuplane-info

sharing-info

path

antenna-port

operations

radio

system

interface

antenna-line-device
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Chapter 2 Object Module
location
This container has location information of vRU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
latitude
This leaf is the latitude information of system location. The
format used is 'A BBB:CC:DD.DDD'.
- A: hemisphere. 'N' or 'S'.
- BBB: degrees. 000~090.
- CC: minutes. 00~59.
- DD.DDD: seconds. 00.000~59.999
 Type: common:common-type-latitude, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
longitude
This leaf is the longitude information of system location. The
format used is 'A BBB:CC:DD.DDD'.
- A: hemisphere. 'E' or 'W'.
- BBB: degrees. 000~180.
- CC: minutes. 00~59.
- DD.DDD: seconds. 00.000~59.999
 Type: common:common-type-longitude, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
height
This leaf is the height information of system location. The
format used is AAAA.AAm.
- AAAA.AA: Height above sea level. -1000.00m~4000.00m
(The unit must be included)
 Type: common:common-type-height, string
 Range: N/A
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
uncertaintysemi-major
This leaf indicates the tolerance and the operator must enter
it directly. The tolerance value can be computed by the
formula r = 10 * (1.1k-1).
 Type: uint16
 Range
o 0 to 127
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-SV0701
uncertaintysemi-minor
This leaf indicates the tolerance and the operator must enter
it directly. The tolerance value can be computed by the
 Configurable: Yes
 Related Feature ID:
73960
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Name
Description
formula r = 10 * (1.1k-1).
 Type: uint16
 Range
o 0 to 127
 Unit: N/A
Remarks
FGR-SV0701
orientation-ofmajor-axis
This leaf indicates the value of orientation of major axis; for
which the operator directly enters a value between 0 - 179.
 Type: uint16
 Range
o 0 to 179
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-SV0701
uncertaintyaltitude
This leaf indicates the altitude tolerance and the operator
must enter it directly. The tolerance value can be computed
by the formula h = 45 * (1.025k-1).
 Type: uint16
 Range
o 0 to 127
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-SV0701
confidence
This leaf indicates the accuracy of GPS service (%). The
closer the value is to 100 %, the higher the accuracy.
 Type: uint32
 Range
o 0 to 100
 Unit: N/A
 Configurable: Yes
 Related Feature ID:
FGR-SV0701
Child Node
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Chapter 2 Object Module
cuplane-info
This container has information of the CU-Plane connected with the RU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

cuplane-interfaces
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Chapter 2 Object Module
cuplane-interfaces
This list has interfaces of the CU-Plane connected with the RU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/cuplane-info

Attribute: list

Configurable: Yes

Key: connected-fsu-port-id
Leaf
Name
Description
Remarks
connected-fsuport-id
This leaf indicates id of the port on the FSU connected the
CU-Plane interface.
 Type: uint8
 Range
o 0 to 11
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
connected-ruport-id
This leaf indicates id of the port on the RU connected the CUPlane interface.
 Type: uint8
 Range
o 0 to 1
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
support-cellnumber
This leaf-list indicates cell numbers supported via this CUPlane interface among the RU supporting cells.
 Type: leafref
 Range
o 0 to 17, min-elements (0), max-elements (10)
 Unit: N/A
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
sharing-info
This container has information required to share the radio unit with the other DU.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries

Attribute: container

Configurable: Yes
Leaf
Name
Description
Remarks
sharingenabled
This leaf indicates whether the RU is shared with the other
DU. If true, some operations may be restricted because the
RU can be also used by the other DU.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Configurable: Yes
 Related Feature ID: N/A
Child Node
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There is no child node in this object.
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Chapter 2 Object Module
path
This container has information for paths on the radio unit.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

path-entries

path-control
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Chapter 2 Object Module
path-entries
This list is for the path objects on the radio unit.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/path

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
This leaf indicates the name to identify the path.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

pim-info
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Chapter 2 Object Module
pim-info
This container has information about PIM (Passive Inter Modulation).
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/path/pathentries

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
pim-power
This leaf indicates PIM (Passive Inter Modulation) power.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: dBc
 Configurable: No
 Related Feature ID: N/A
pimcancellationlevel
This leaf indicates PIM (Passive Inter Modulation)
cancellation level.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: dB
 Configurable: No
 Related Feature ID: N/A
pim-frequencytype
This leaf specifies PIM (Passive Inter Modulation) frequency
type.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: access-s5gtype:access-enum-pim-frequency-type,
enumeration
 Range
o - (-1)
o intra-band (0)
o inter-band (1)
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
pim-frequency
This leaf specifies PIM (Passive Inter Modulation) frequency.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
state or system reset/restart.
 Type: access-s5gtype:access-union-uint32-and-unknown,
union (uint32, enumeration)
 Range
o - (-1)
o 0 to 4294967295
 Unit: kHz
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
path-control
This list is for the control of the path objects on the radio unit.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/path

Attribute: list

Configurable: Yes

Key: name
Leaf
Name
Description
Remarks
name
This leaf indicates the name to identify the path.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
rx-attenuation
This leaf indicates the Rx attenuation value of the radio unit.
 Type: uint32
 Range
o 0 to 100
 Unit: 0.1 dB
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
antenna-port
This container is for the configuration of the antenna ports on the radio unit.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

antenna-port-info
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Chapter 2 Object Module
antenna-port-info
This list is for the antenna objects on the radio unit.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/antenna-port

Attribute: list

Configurable: Yes

Key: antenna-port-id
Leaf
Name
Description
Remarks
antenna-port-id
This leaf indicates the id to identify the antenna port.
 Type: uint8
 Range
o 0 to 7
 Unit: N/A
 Key Leaf: Yes
 Configurable: Yes
 Related Feature ID: N/A
externalantenna-port-txdelay
This leaf indicates the external tx delay of antenna path.
 Type: uint32
 Range
o 0 to 100000
 Unit: ns
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
externalantenna-portrx-delay
This leaf indicates the external rx delay of antenna path.
 Type: uint32
 Range
o 0 to 100000
 Unit: ns
 Key Leaf: No
 Configurable: Yes
 Related Feature ID: N/A
73960
Child Node
There is no child node in this object.
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Chapter 2 Object Module
operations
This container defines the data model for oran ru operation which is operation,
ecpri-delay, file-management, lbm, pm, software-management and so on.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

o-ran-software-management

o-ran-uplane-conf

o-ran-performance-management-transceiver
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Chapter 2 Object Module
o-ran-software-management
This container defines operations and configuration for the management of
software packages.
This module is derived out of opencpe-firmware-mgmt@2014-02-06.yang
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

software-inventory
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Chapter 2 Object Module
software-inventory
Contains information about each software slot and its content.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-software-management

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

software-slot
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Chapter 2 Object Module
software-slot
Information about available software-slots and their software.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-software-management/software-inventory

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Name of the software package. This shall be unique to
identify the software-slot.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
status
Indicates the status of the software slot
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o VALID (0): Slot Contains software build considered as
proven valid
o INVALID (1): software build is not currently used by ORU. The software is considered by O-RU as damaged
(e.g. wrong CRC)
o EMPTY (2): W slot does not contain software package.
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
active
Informs if software stored in particular slot is activated at the
moment
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
running
Informs if software stored in particular slot is used at the
moment
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
access
Indicates the writability of the slot. A Read-Only software slot
is one which has a factory installed software-slot
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o READ_ONLY (0): slot intended only for factory software,
activation of such software slot means getting back to
factory defaults
o READ_WRITE (1): slot used for updating software
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
product-code
Product code provided by the vendor, specific to the product.
This is derived from manifest file.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
vendor-code
Unique code of the vendor. This is derived from manifest file.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o length (1 to 2)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
build-id
Identity associated with the software build. This is derived
from manifest file.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
build-name
Name of the build. This is derived from manifest file.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
build-version
The vendor-specific version string of the software build.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
Child Node

files
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Chapter 2 Object Module
files
List of all the files present in the software package.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-software-management/software-inventory/softwareslot

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Name of the file installed in the slot.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
version
Version of the file installed in the slot
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
local-path
Complete path of the file stored locally
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
integrity
Result of the file integrity check (checksum calculation)
during installation.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o OK (0): OK - indicates that file integrity is correct
o NOK (1): NOK - indicates corrupted file
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
o-ran-uplane-conf
This container defines he module capabilities for the O-RAN Radio Unit U-Plane
configuration.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations

Attribute: container

Configurable: Yes
Leaf
There is no leaf in this object.
Child Node

user-plane-configuration
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Chapter 2 Object Module
user-plane-configuration
Top level container for user plane configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf

Attribute: container

Configurable: No
Leaf
There is no leaf in this object.
Child Node

low-level-tx-links

low-level-rx-links

endpoint-types

static-low-level-tx-endpoints

static-low-level-rx-endpoints

low-level-tx-endpoints

low-level-rx-endpoints

tx-array-carriers

rx-array-carriers

tx-arrays

rx-arrays
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Chapter 2 Object Module
low-level-tx-links
Object model for low-level-tx-link configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Unique name of low-level-tx-link object.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
processingelement
Contains name of processing-element to be used as
transport by low-level-tx-link
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
tx-array-carrier
Contains name of tx-array-carriers MO to be used as
transport by low-level-tx-link
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
low-level-txendpoint
Contains name of low-level-tx-endpoints MO to be used as
transport by low-level-tx-link
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Range: N/A
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
low-level-rx-links
Object model for low-level-rx-links configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Unique name of low-level-rx-links object.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
processingelement
Contains name of processing-element to be used as
transport by LowLevelTxLink
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
rx-array-carrier
Contains name of rx-array-carriers MO to be used as
transport by low-level-rx-links
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
low-level-rxendpoint
Contains name of low-level-rx-endpoints MO to be used as
transport by low-level-rx-links
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Name
Description
Remarks
 Range: N/A
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
endpoint-types
Properties of endpoint that are common to multiple endpoints if such are identified
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: id
Leaf
Name
Description
Remarks
id
Identifies type of endpoints sharing same properties. Values
shall start with 0 and shall be allocated without gaps.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
supportedframestructures
List of supported values of frame structure
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255, min-elements (0), max-elements (unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
manageddelay-support
Type of delay supported by the endpoint
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o MANAGED (0): Time managed delays are supported
o NON_MANAGED (1): Non time managed delays are not
supported
o BOTH (2): Both time managed and non time managed
delays are supported
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
maxnumerologychangeduration
Maximum gap of endpoint operation that will be caused by
changing of numerology. This time is required for
reconfiguration and flushing of pipes.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 10000
 Unit: Ts
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
max-controlsections-perdata-section
Max number of C-plane sections (C-plane section is part of
C-plane message that carries section fields referring to same
U-plane section (U-plane section is part of U-plane message
that carries section header fields and RB fields that is
supported by endpoint. Note that additional limitations
specific for each section type apply on top of this number.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 1 to 12
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
max-sectionsper-symbol
Max number of sections within one symbol that can be
processed by endpoint or processed collectively by group of
endpoints sharing capacity
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
max-sectionsper-slot
Max number of sections within one slot that can be
processed by endpoint or processed collectively by group of
endpoints sharing capacity.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
max-beamsper-symbol
Max number of beams within one symbol that can be
processed by endpoint or processed collectively by group of
endpoints sharing capacity
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
max-beamsper-slot
Max number of beams within one slot that can be processed
by endpoint or processed collectively by group of endpoints
sharing capacity
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
max-prb-persymbol
Max number of PRBs within one symbol that can be
processed by endpoint or processed collectively by group of
endpoints sharing capacity
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
prb-capacityallocationgranularity
List of capacity allocation steps. O-RU allocates PRB
capacity rounding it up to nearest value N from prb-capacityallocation-granularity such that M >= number-of-prb-per-scs.
See also number-of-prb-per-scs/number-of-prb.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535, min-elements (0), max-elements
(unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
maxnumerologiesper-symbol
Max number of numerologies within one symbol that can be
processed by endpoint or processed collectively by group of
endpoints sharing capacity
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Child Node

supported-section-types
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Chapter 2 Object Module
supported-section-types
Indicates section types and extensions endpoints of this type support
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/endpointtypes

Attribute: list

Configurable: No

Key: section-type
Leaf
Name
Description
Remarks
section-type
This parameter determines the characteristics of U-plane
data to be transferred or received from a beam with one
pattern id.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
This parameter provides the extension types supported by
the O-RU which provides additional parameters specific to
the subject data extension.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255, min-elements (0), max-elements (unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Child Node
There is no child node in this object.
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Chapter 2 Object Module
static-low-level-tx-endpoints
Object model for static-low-level-tx-endpoints configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Unique name of static-low-level-tx-endpoints object.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
restrictedinterfaces
Optionally used to indicate that a low-level link is constrained
to operate only via a subset of the available interfaces.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o min-elements (0), max-elements (unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
array
Contains distname of tx-arrays, particular low-level-txendpoints is in hardware dependency with. Note: single
instance of tx-arrays can be referenced by many instances of
low-level-tx-endpoints (e.g. to allow DU to handle multiple
fronthauls and multiple component carriers).
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
endpoint-type
Reference to endpoint type capabilities list element supported
by this endpoint
[Note] To apply the changes, the cell must be switched to the
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
static-low-level-rx-endpoints
Object model for static-low-level-rx-endpoints configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Unique name of static-low-level-rx-endpoints object.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
restrictedinterfaces
Optionally used to indicate that a low-level link is constrained
to operate only via a subset of the available interfaces.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range
o min-elements (0), max-elements (unbounded)
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
array
Contains distname of rx-arrays, particular low-level-rxendpoints is in hardware dependency with. Note: single
instance of rx-arrays can be referenced by many instances of
low-level-rx-endpoints (e.g. to allow DU to handle multiple
fronthauls and multiple component carriers).
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
endpoint-type
Reference to endpoint type capabilities list element supported
by this endpoint
[Note] To apply the changes, the cell must be switched to the
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
low-level-tx-endpoints
Object model for low-level-tx-endpoints configuration - augmented static-lowlevel-tx-endpoints by local-address which cannot be added to static low-level-txendpoints as we cannot have modifiable element in static object
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Unique name of low-level-tx-endpoint object. Reference to
static object
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
frame-structure
This parameter defines the frame structure. The first 4 bits
define the FFT/iFFT size being used for all IQ data
processing related to this message. The second 4 bits define
the sub carrier spacing as well as the number of slots per
1ms sub-frame according to 3GPP TS 38.211, taking for
completeness also 3GPP TS 36.211 into account
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
cp-type
Provides type of CP (cyclic prefix) if section type 3 is not used
or type of CP cannot be determined from cpLength.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o NORMAL (0): Normal cyclic prefix
o EXTENDED (1): Extended cyclic prefix
 Unit: N/A
Remarks
cp-length
Used for symbol 0 for NR & LTE, and symbol 7*2u for NR.
See CUS-plane
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: Ts
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
cp-length-other
Used for other symbols than by cp-length above
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: Ts
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
offset-toabsolutefrequencycenter
This provides value of freqOffset to be used if section type 3
is not used. See freqOffset in CUS-plane.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int32
 Range
o -2147483648 to 2147483647
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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
compression

number-of-prb-per-scs

e-axcid
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Chapter 2 Object Module
compression
Container which consists of global configurable parameters for compression
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/low-leveltx-endpoints

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
compressiontype
Compression type that O-DU wants to be supported
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o STATIC (0): Indicates that static compression method
will be used (both compression and IQ bitwidth)
o DYNAMIC (1): Indicates that dynamic compression
method will be used
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
bitwidth
Bitwidth to be used in compression
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
exponent
Exponent size in bits.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
block-scalar
Common scaler for compressed PRB
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
Remarks
comp-bit-width
Bit with for u-law compression
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
comp-shift
The shift applied to the entire PRB
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
active-beamspacecoeficient-mask
Active beamspace coefficient indices associated with the
compressed beamforming vector
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255, min-elements (0), max-elements (unbounded)
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
block-scaler
Common scaler for compressed beamforming coefficients
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
csf
Constellation shift flag
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
mod-compscaler
Modulation compression scaler value.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 32767
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
number-of-prb-per-scs
List of configured for each SCS that will be used.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/low-leveltx-endpoints

Attribute: list

Configurable: No

Key: scs
Leaf
Name
Description
Remarks
scs
Value corresponds to SCS values defined for frameStructure
in C-plane. Note: set of allowed values is restricted by SCS
derived from values in supported-frame-structures.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o KHZ_15 (0): 15kHz sub carrier spacing
o KHZ_30 (1): 30kHz sub carrier spacing
o KHZ_60 (2): 60kHz sub carrier spacing
o KHZ_120 (3): 120kHz sub carrier spacing
o KHZ_240 (4): 240kHz sub carrier spacing
o KHZ_1_25 (12): 1,25kHz sub carrier spacing
o KHZ_3_75 (13): 3.75kHz sub carrier spacing
o KHZ_5 (14): 5kHz sub carrier spacing
o KHZ_7_5 (15): 7.5kHz sub carrier spacing
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
Determines max number of PRBs that will be used in all
sections per one symbol. This is affecting allocation of
resources to endpoint. Value shall not exceed constrains
defined by max-prb-per-symbol of endpoint type. In addition
sum (over all used epoints within a group of endpoints
sharing resources) of number-of-prb rounded up to nearest
value from prb-capacity-allocation-granularity shall not
exceed max-prb-per-symbol of the group.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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number-of-prb
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Name
Description
Remarks
 Range
o 0 to 65535
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
e-axcid
Contains local address of low level TX endpoint offered by NETCONF server.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/low-leveltx-endpoints

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
o-du-portbitmask
Mask for eaxc-id bits used to encode O-DU Port ID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
band-sectorbitmask
Mask for eaxc-id bits used to encode the band sector ID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
ccid-bitmask
Mask for eaxc-id bits used to encode the component carrier
id
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
ru-port-bitmask
Mask for eaxc-id bits used to encode the O-RU Port ID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
eaxc-id
Encoded value of eaxcid to be read by CU-Plane
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
low-level-rx-endpoints
Object model for low-level-rx-endpoint configuration - augmented static-lowlevel-rx-endpoints by local-address which cannot be added to static low-level-rxendpoints as we cannot have modifiable element in static object
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Unique name of low-level-rx-endpoint object. Reference to
static object
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: string
 Range: N/A
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
frame-structure
This parameter defines the frame structure. The first 4 bits
define the FFT/iFFT size being used for all IQ data
processing related to this message. The second 4 bits define
the sub carrier spacing as well as the number of slots per
1ms sub-frame according to 3GPP TS 38.211, taking for
completeness also 3GPP TS 36.211 into account
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
cp-type
Provides type of CP (cyclic prefix) if section type 3 is not used
or type of CP cannot be determined from cpLength.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
o NORMAL (0): Normal cyclic prefix
o EXTENDED (1): Extended cyclic prefix
 Unit: N/A
Remarks
cp-length
Used for symbol 0 for NR & LTE, and symbol 7*2u for NR.
See CUS-plane
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: Ts
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
cp-length-other
Used for other symbols than by cp-length above
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: Ts
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
offset-toabsolutefrequencycenter
This provides value of freqOffset to be used if section type 3
is not used. See freqOffset in CUS-plane.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: int32
 Range
o -2147483648 to 2147483647
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
non-timemanageddelay-enabled
Tells if non time managed delay shall be enabled
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: boolean
 Range
o true
o false
 Unit: N/A
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
73960
Child Node

compression

number-of-prb-per-scs

ul-fft-sampling-offsets

e-axcid
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Chapter 2 Object Module
compression
Container which consists of global configurable parameters for compression
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/low-levelrx-endpoints

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
compressiontype
Compression type that O-DU wants to be supported
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o STATIC (0): Indicates that static compression method
will be used (both compression and IQ bitwidth)
o DYNAMIC (1): Indicates that dynamic compression
method will be used
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
bitwidth
Bitwidth to be used in compression
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
exponent
Exponent size in bits.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
block-scalar
Common scaler for compressed PRB
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
Remarks
comp-bit-width
Bit with for u-law compression
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
comp-shift
The shift applied to the entire PRB
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 15
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
active-beamspacecoeficient-mask
Active beamspace coefficient indices associated with the
compressed beamforming vector
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255, min-elements (0), max-elements (unbounded)
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
block-scaler
Common scaler for compressed beamforming coefficients
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 255
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
csf
Constellation shift flag
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint8
 Range
o 0 to 1
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Unit: N/A
mod-compscaler
Modulation compression scaler value.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 32767
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
number-of-prb-per-scs
List of configured for each SCS that will be used.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/low-levelrx-endpoints

Attribute: list

Configurable: No

Key: scs
Leaf
Name
Description
Remarks
scs
Value corresponds to SCS values defined for frameStructure
in C-plane. Note: set of allowed values is restricted by SCS
derived from values in supported-frame-structures.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o KHZ_15 (0): 15kHz sub carrier spacing
o KHZ_30 (1): 30kHz sub carrier spacing
o KHZ_60 (2): 60kHz sub carrier spacing
o KHZ_120 (3): 120kHz sub carrier spacing
o KHZ_240 (4): 240kHz sub carrier spacing
o KHZ_1_25 (12): 1,25kHz sub carrier spacing
o KHZ_3_75 (13): 3.75kHz sub carrier spacing
o KHZ_5 (14): 5kHz sub carrier spacing
o KHZ_7_5 (15): 7.5kHz sub carrier spacing
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
Determines max number of PRBs that will be used in all
sections per one symbol. This is affecting allocation of
resources to endpoint. Value shall not exceed constrains
defined by max-prb-per-symbol of endpoint type. In addition
sum (over all used epoints within a group of endpoints
sharing resources) of number-of-prb rounded up to nearest
value from prb-capacity-allocation-granularity shall not
exceed max-prb-per-symbol of the group.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
73960
number-of-prb
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Chapter 2 Object Module
Name
Description
Remarks
 Range
o 0 to 65535
 Unit: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
ul-fft-sampling-offsets
List of FFT sampling offsets configured for each SCS that will be used. Client
shall configure one element for each SCS that will be used.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/low-levelrx-endpoints

Attribute: list

Configurable: No

Key: scs
Leaf
Name
Description
Remarks
scs
Value corresponds to SCS values defined for frameStructure
in C-plane Note: set of allowed values is restricted by SCS
derived from values in supported-frame-structures.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: enumeration
 Range
o KHZ_15 (0): 15kHz sub carrier spacing
o KHZ_30 (1): 30kHz sub carrier spacing
o KHZ_60 (2): 60kHz sub carrier spacing
o KHZ_120 (3): 120kHz sub carrier spacing
o KHZ_240 (4): 240kHz sub carrier spacing
o KHZ_1_25 (12): 1,25kHz sub carrier spacing
o KHZ_3_75 (13): 3.75kHz sub carrier spacing
o KHZ_5 (14): 5kHz sub carrier spacing
o KHZ_7_5 (15): 7.5kHz sub carrier spacing
 Unit: N/A
 Key Leaf: Yes
 Configurable: No
 Related Feature ID: N/A
Determines time advance of capture window for FFT. Value
represents time advance of capture window start in relation to
the end of CP. Unit is Ts. Note: value of this parameter is
usually set to '0' (zero) for PRACH channels. Any phase
offset resulting from the non-zero value of this parameter is
handled in O-DU.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
 Key Leaf: No
 Configurable: No
 Related Feature ID: N/A
73960
ul-fft-samplingoffset
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Chapter 2 Object Module
Name
Description
o 0 to 65535
 Unit: Ts
Remarks
Child Node
There is no child node in this object.
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Chapter 2 Object Module
e-axcid
Contains local address of low level RX endpoint offered by NETCONF server.
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration/low-levelrx-endpoints

Attribute: container

Configurable: No
Leaf
Name
Description
Remarks
o-du-portbitmask
Mask for eaxc-id bits used to encode O-DU Port ID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
band-sectorbitmask
Mask for eaxc-id bits used to encode the band sector ID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
ccid-bitmask
Mask for eaxc-id bits used to encode the component carrier
id
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
ru-port-bitmask
Mask for eaxc-id bits used to encode the O-RU Port ID
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Configurable: No
 Related Feature ID: N/A
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Chapter 2 Object Module
Name
Description
Remarks
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
eaxc-id
Encoded value of eaxcid to be read by CU-Plane
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value needs a
service holding or interruption through switching cell locking
state or system reset/restart.
 Type: uint16
 Range
o 0 to 65535
 Unit: N/A
 Configurable: No
 Related Feature ID: N/A
Child Node
There is no child node in this object.
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Chapter 2 Object Module
tx-array-carriers
Object model for tx-array-carriers configuration
Basic Information

Hierarchy: managed-element/hardware-management/fsuradio-unit/fsu-entries/vru/vru-entries/operations/oran-uplane-conf/user-plane-configuration

Attribute: list

Configurable: No

Key: name
Leaf
Name
Description
Remarks
name
Unique name of tx-array-carriers object.
[Note] To apply the changes, the cell must be switched to the
lock state before making changes. Changing a value ne