Commissioning mcBSC
DN0982859
Issue 01G
Approval Date 2014-06-30
Commissioning mcBSC
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DN0982859
Issue: 01G
Commissioning mcBSC
Table of Contents
This document has 145 pages
Summary of changes..................................................................... 7
1
1.1
1.2
1.3
1.4
1.5
1.6
1.7
Overview of commissioning standalone mcBSC configurations.... 8
Prerequisites.................................................................................. 8
Documents..................................................................................... 8
Software......................................................................................... 8
Testing............................................................................................9
Equipment needed for the initial inspection and testing.................9
Tools............................................................................................... 9
Complementary information......................................................... 10
2
2.1
Checking hardware.......................................................................11
Checking interconnection cables..................................................11
3
3.1
3.1.1
3.2
3.2.1
3.2.1.1
3.2.1.2
3.2.1.3
3.2.1.4
3.2.2
3.2.2.1
3.2.3
3.2.3.1
3.2.4
3.2.4.1
3.2.5
3.2.6
3.2.6.1
3.2.7
3.2.7.1
3.2.8
3.2.8.1
3.2.9
3.2.10
3.2.10.1
3.2.11
Initial inspections..........................................................................16
Visual Inspection.......................................................................... 16
Verify LMP MAC address............................................................. 16
Checking the settings and configuration...................................... 16
Connection to BCN LMP.............................................................. 16
Connection to the serial port........................................................ 17
Steps ........................................................................................... 18
Connection to MGT port...............................................................18
Steps ........................................................................................... 18
Checking the MAC Address of the BCN...................................... 19
..................................................................................................... 19
Power on for BCN BOXes............................................................19
Steps............................................................................................ 19
Checking BCN BOX configuration............................................... 20
Steps............................................................................................ 20
Checking the location of OMU..................................................... 21
Checking PCIe switch configuration.............................................21
Steps ........................................................................................... 21
Checking the delivery specific Network Element number............ 22
Steps ........................................................................................... 22
Checking FRU data of equipped units......................................... 22
..................................................................................................... 22
Checking the sensors...................................................................23
Checking Eth (ethernet) settings of BCN boxes...........................23
Steps ........................................................................................... 23
Checking bootscript and card_config for add-in cards cat
/etc/ipmi/mch.conf........................................................................ 25
Activate the changes and take the new configuration into use.... 26
..................................................................................................... 26
3.2.12
3.2.12.1
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Commissioning mcBSC
4
3.2.13
3.2.13.1
3.2.13.2
3.2.14
Checking the BCN switch configuration....................................... 28
Check main switch configuration:.................................................28
Check extension switch configuration from BOX1 and BOX2:.....29
Change the flash bank 1 to active ...............................................30
4
Commissioning BSAC-A.............................................................. 32
5
Monitoring mcBSC startup........................................................... 36
6
Inspecting EMB connections........................................................44
7
Checking the I/O system of mcBSC.............................................48
8
Checking the hardware configuration of mcBSC......................... 54
9
Checking the power system and diagnostics of mcBSC..............55
10
Verifying the software versions of mcBSC................................... 60
11
Copying additional software and setting the time zone in mcBSC...
62
12
12.1
12.2
12.2.1
12.2.2
12.2.3
12.2.4
12.2.5
12.2.6
12.2.7
12.2.8
12.2.9
12.2.10
12.2.11
12.2.12
12.2.13
12.2.14
12.2.15
Appendix...................................................................................... 63
Verifying LEDs..............................................................................63
Factory switch configuration.........................................................63
BOX 1 main switch.......................................................................64
BOX 2 main switch.......................................................................70
BOX 1 and 2 extension switch..................................................... 76
TRX extension box main switch................................................... 78
PS extension box main switch..................................................... 84
BCN-B BOX 1 main switch...........................................................90
BCN-B BOX 1 extension switch................................................... 97
BCN-B BOX 2 main switch...........................................................99
BCN-B BOX 2 extension switch................................................. 106
BCN-B TRX extension box main switch.....................................108
BCN-B 2.TRX extension box main switch.................................. 115
BCN-B 3.TRX extension box main switch..................................121
BCN-B 1. PS extension box main switch................................... 127
BCN-B 2.PS extension box main switch.................................... 133
BCN-B 3.PS extension box main switch.................................... 139
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Commissioning mcBSC
List of Figures
Issue: 01G
Figure 1
MAC Address on BCN box sticker......................................................16
Figure 2
LMP connection of BCN-A..................................................................17
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Commissioning mcBSC
List of Tables
6
Table 1
Site connectivity with interfaces.......................................................... 11
Table 2
SFP types used in mcBSC................................................................. 11
Table 3
Add in card locations in different BCN-A modules..............................13
Table 4
Add in card locations in different BCN-B modules..............................13
Table 5
Requirements for the power entry DC Interface A (PSU)...................15
Table 6
Terminal settings.................................................................................17
Table 7
Pin order of the RJ-45 serial port connector....................................... 17
Table 8
MGT connection IP addresses........................................................... 18
Table 9
Equipped units adresses.................................................................... 23
Table 10
Box mcBSC module mapping.............................................................27
Table 11
mcBSC Ethernet Message Bus addresses........................................ 44
Table 12
BCN LED status................................................................................. 63
Table 13
LED status according to unit working state........................................ 63
DN0982859
Issue: 01G
Commissioning mcBSC
Summary of changes
Summary of changes
Changes between document issues are cumulative. Therefore, the latest document
issue contains all changes made to previous issues.
Changes between issues 01G(2014/06/30, RG30(BSS)) and 01F(2014/02/20,
RG30(BSS))
•
Document has been restructured.
Changes between issues 01F(2014/02/20, RG30(BSS)) and 01E(2013/01/02,
RG20(BSS))
•
Document has been restructured.
Changes between issues 01E(2013/01/02, RG20(BSS)) and 01D(2012/11/19,
RG20(BSS))
Overview of commissioning standalone mcBSC configurations (1)
•
Document restructured.
Initial inspections (2)
•
Issue: 01G
Chapter Checking the BIOS Settings has been removed as BIOS settings are not
supposed to be modified.
DN0982859
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Overview of commissioning standalone mcBSC
configurations
Commissioning mcBSC
1 Overview of commissioning standalone
mcBSC configurations
These instructions are intended to be used in the commissioning of a standalone Multicontroller BSC (mcBSC) system in the final location of the mcBSC. The commissioning
tasks are done to ensure that the hardware and software of the mcBSC have been
correctly installed and the mcBSC is functional. They can be used with the ANSI or ETSI
environment. The mcBSC running with S16.1 release supports Packet Abis, AoIP and
GPoIP features.
The mcBSC can be commissioned as standalone mcBSC and its capacity can be
increased by addling PS/TRX extension. For more details on configuring standalone
mcBSC and standalone mcBSC with PS/TRX extension, refer to Creating and Managing
mcBSC Hardware.
After commissioning, the mcBSC is ready to be integrated with the other elements of the
network.
1.1 Prerequisites
•
•
•
•
•
The mcBSC has passed the factory acceptance tests.
The installation has to be accepted.
At least the files associated with the configuration are ready on the hard disks and
flash banks of the mcBSC.
The site has been built and prepared according to mcBSC, Rel. S16.1, Site
Documentation.
The basic knowledge of Linux is necessary to perform described operations.
1.2 Documents
•
•
Pre-processor Program Information In S16.1 Release Documentation
Latest GSM/EDGE BSS, Operating Documentation
1.3 Software
All the software that belongs to the mcBSC must be ready on the hard disks and flash
banks of the system before starting the commissioning tests. If there is newer SW
available than what is installed in the mcBSC disk, the mcBSC must be commissioned
with the same SW that is installed on the disks. The newer SW is installed before the
integration of the mcBSC. In the final mcBSC site the tests which, according to the test
logs delivered with the hardware, have already been performed at the test field, do not
necessarily have to be performed.
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Commissioning mcBSC
Overview of commissioning standalone mcBSC
configurations
1.4 Testing
The purpose of the commissioning tests is to ensure that the mcBSC will operate
correctly in the GSM network. When the commissioning tests have been performed in an
acceptable manner, the mcBSC can be taken into traffic. Depending on the
configuration, the commissioning of mcBSC takes around 3-5 working days.
The Serial Number and Identification codes of the network element (NE) must be fill
using NetAct HW Inventory during commissioning of NEs (at least) according to Creating
and Managing mcBSC Hardware. This is normally done during factory testing before the
delivery for new deliveries, but in extensions this must be done on site before
commissioning testing.
It is important to have an overall view of the commissioning. Therefore, we recommend
that you read the instructions carefully before starting.
Commissioning test arrangements testing of the mcBSC can be started when the
installation has been checked. Any detected faults are reported with a problem report
which is sent to the Customer Service Centre.
Test logs are filled in during the testing. The test logs can be found in mcBSC
commissioning test logs.
1.5 Equipment needed for the initial inspection and
testing
A computer with:
•
•
•
•
RS232 cable (RJ45 to 0-pol female)
Ethernet interface
Terminal application (HIT, Putty)
USB Serial Parallel Adapter
1.6 Tools
1.
2.
3.
4.
5.
6.
7.
8.
Issue: 01G
Two terminals
Hex calculator
Tool set for commissioning engineer, NSN code: CS77580.05
Release documentation on PC
New software on PC
All delivered Maintenance Packets (installed after the commissioning)
Customer Specific files including PRFILE, FIFILE, and licence files
Empty memory stick for BSC commissioning procedure
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Overview of commissioning standalone mcBSC
configurations
Commissioning mcBSC
1.7 Complementary information
Troubleshooting information can be found in Start-up fault conditions in Printouts of
Starting Phases in DMX Units of DX 200, under Reference/Printouts/Error codes in the
PDF view.
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Commissioning mcBSC
Checking hardware
2 Checking hardware
This procedure enables you to check the hardware functioning in the commissioning
tests.
The following items are checked in mcBSC:
•
•
•
•
HiGig, Synchronization, and SAS cabling
Interchangeability codes
DIP switches
Power supply
2.1 Checking interconnection cables
Steps
1
Verify that the controller modules are interconnected by HiGig cables.
2
Verify the connection between the Site equipment and mcBSC.
The number of connections required per module depends on the capacity of the
interface as given in the below table.
Table 1
g
Site connectivity with interfaces
Interface capacity
Required connections per module 1 and 2
1 GE
5
10 GE
1
PTUM synchronization cards need individual connection of 1 GE to Site
equipment.
3
Verify external LAN interface and connection types.
Check that the connection types are as given in the following table:
Table 2
Issue: 01G
SFP types used in mcBSC
SFP
Type
Signal
Range
Connector
SFPPSM
Single- mode
10GBase-LR/LW
10km
LC
SFPPMM
Multi-mode
10GBase-SR/SW
300m
LC
SFPF2L
Multi-mode
1000Base-SX
300m
LC
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Checking hardware
Commissioning mcBSC
Table 2
SFP types used in mcBSC (Cont.)
SFP
Type
Signal
Range
Connector
SFPSM-A
Single-mode
1000Base-LX
10km
LC
SFPCS
Copper
10/100/1000Base-T with
signal autonegation
100m
RJ-45
For information on cabling configuration, see Multicontroller Site IP Connectivity
Guidelines.
4
Check the HiGig cabling.
Compare the HiGig cabling to the Multicontroller Site IP Connectivity Guidelines,
Creating and managing mcBSC hardware documents to make sure that:
•
•
•
5
The cables are connected to the right position.
The connections are made properly.
The cables are installed and locked correctly.
Check the Synchronization cabling.
Compare the Synchronization cabling in Creating and managing mcBSC hardware
document to make sure that:
•
•
•
•
12
The cables are connected to the right position.
The connections are made properly.
The cables are installed and locked correctly.
The cables are of the right type.
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Commissioning mcBSC
Hardware Check
Hardware Check
Steps
1
Carry out a visual inspection of the add-in-cards, memories, AMC- and HDD
-units.
2
Check add-in cards positions in BCN boxes.
Check that Add-in cards are installed according to mcBSC configuration.
Table 3
Slot
mcBSC
Basic
module 1
Basic
module 2
TRX extension
module
PS data
extension
module
1
BJC-A
BJC-A
BJC-A
BOC-A
2
BJC-A
BJC-A
BJC-A
BOC-A
3
BJC-A
BJC-A
BOC-A
BOC-A
4
BOC-A
BOC-A
BOC-A
BOC-A
5
BOC-A
BOC-A
BOC-A
BOC-A
6
BOC-A
BOC-A
BOC-A
BOC-A
7
BOC-A
BOC-A
BOC-A
BOC-A
8
BJC-A
BOC-A
BOC-A
BOC-A
AMC 1
HDSAM-A
HDSAM-A
Empty
Empty
AMC 2
BSAC-A*
BSAC-A*
Empty
Empty
Table 4
Slot
1
Issue: 01G
Add in card locations in different BCN-A modules.
Add in card locations in different BCN-B modules.
mcBSC
Basic
module 1
Basic
module 2
TRX extension
module
PS data
extension
module
BJC-A
BJC-A
BJC-A
BMPP2-B
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Hardware Check
Commissioning mcBSC
Table 4
Slot
g
Add in card locations in different BCN-B modules. (Cont.)
mcBSC
Basic
module 1
Basic
module 2
TRX extension
module
PS data
extension
module
2
BJC-A
BJC-A
BJC-A
BMPP2-B
3
BJC-A
BJC-A
BMPP2-B
BMPP2-B
4
BMPP2-B
BMPP2-B
BMPP2-B
BMPP2-B
5
BMPP2-B
BMPP2-B
BMPP2-B
BMPP2-B
6
BMPP2-B
BMPP2-B
BMPP2-B
BMPP2-B
7
BMPP2-B
BMPP2-B
BMPP2-B
BMPP2-B
8
BJC-A
BMPP2-B
BMPP2-B
BMPP2-B
AMC 1
HDSAM-A
HDSAM-A
Empty
Empty
AMC 2
BSAC-A*
BSAC-A*
Empty
Empty
BSAC-A is optional.
3
Check CWSAS008 cable.
Check that CWSAS008 cable which cross-connecting SAS (serial attached SCSI)
and hard disks between BOX1 and BOX2 is connected to SAS connector front of
BCN box panel to make sure that:
•
•
•
•
4
Check the interchangeability codes.
•
5
Compare the interchangeability and versions of the BCN-x, BAFE-x/ BDFE-x for
the delivery-specific picking list
Check the settings of the DIP switches.
•
14
The cable is connected to the right position.
The connections are made properly.
The cable are installed and locked correctly.
The cable are of the right type.
Check in BJC-A cards and confirm that SW3 dip switch number 1 to ON (up).
From BJC-A board find text “SW3” and check that left switch is ON (Up). Right
one is turned to OFF (down).
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Hardware Check
For more details on BJC-A DIP switches refer BCN Hardware Jumper Settings and
DIMM Configurations document.
6
Check power supply.
General requirements for the mcBSC DC power supply.
The supply voltage must meet the following requirements:
Table 5
Nominal
Requirements for the power entry DC Interface A (PSU)
Minimum
-48/-60 VDC -40.0 V
Maximum
-72.0 V
General requirements for the AC power supply
The supply voltage must meet the following requirements at the PSU power inlet:
•
•
•
•
Nominal voltage of 230 VAC
Voltage range between 180 and 264 VAC
Frequency between 47 and 63 Hz
Maximum voltage interruptions of 20 ms (equal to one cycle missing with 50 Hz
frequency)
For more information on voltage requirements see Installation Site Requirements for
BCN Hardware.
Issue: 01G
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Initial inspections
Commissioning mcBSC
3 Initial inspections
The purpose of initial inspections is to ensure that the mcBSC is ready for the
commissioning. Perform the inspection in the order given in this document.
3.1 Visual Inspection
Carry out a visual inspection of the BCN-x, BAFE-x / BDFE-x, BAFU-x, BMFU-x and
BAFI-x.
3.1.1 Verify LMP MAC address.
Figure 1
g
MAC Address on BCN box sticker.
Write the address down as it will be needed later.
3.2 Checking the settings and configuration
3.2.1 Connection to BCN LMP
There is two ways to take connection to LMP (Local Management Processor) of BCN.
•
•
16
Serial interface via serial port (A)
IP management interface via MGT port (B)
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Commissioning mcBSC
Figure 2
3.2.1.1
Initial inspections
LMP connection of BCN-A.
Connection to the serial port
PC terminal program settings.
Table 6
Terminal settings.
Baud rate
115200
Data bits
8
Stop bits
1
Parity
None
Page length
23
Line length
80
Serial port connector
Table 7
Issue: 01G
Pin order of the RJ-45 serial port connector.
Pin
Signal
Description
1
RTS
Request to send
2
NC
Not connected
3
TXD
Transmit data
4
GND
Ground
5
GND
Ground
6
RXD
Receive data
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Initial inspections
Commissioning mcBSC
Table 7
3.2.1.2
3.2.1.3
Pin order of the RJ-45 serial port connector. (Cont.)
Pin
Signal
Description
7
NC
Not connected
8
CTS
Clear to send
Steps
1
Open terminal window on the PC and open terminal program.
2
Connect the serial cable between the PC and BCN box.
3
Open LMP session in terminal with Table 6: Terminal settings. settings.
Connection to MGT port
Default factory IP address values for MGT port:
Table 8
3.2.1.4
MGT connection IP addresses
BOX id
IP address
Netmask
Gateway
1
192.168.0.10
255.255.255.0
192.168.0.1
2
192.168.0.11
255.255.255.0
192.168.0.1
3
192.168.0.12
255.255.255.0
192.168.0.1
4
192.168.0.13
255.255.255.0
192.168.0.1
5
192.168.0.14
255.255.255.0
192.168.0.1
6
192.168.0.15
255.255.255.0
192.168.0.1
7
192.168.0.16
255.255.255.0
192.168.0.1
8
192.168.0.17
255.255.255.0
192.168.0.1
Steps
1
Configure Windows PC Protocol (TCP/IP) Properties settings.
IP address: 192.168.0.5
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Initial inspections
Subnetmask: 255.255.255.0
Default gateway: 192.168.0.1
2
Open terminal program.
3
Configure terminal program telnet settings.
4
Connect Ethernet (cat 5) cable between the PC and BCN BOX 1.
3.2.2 Checking the MAC Address of the BCN
3.2.2.1
The mac address of the unit can be found on a sticker contained inside the BCN box at
the front see (see Figure 1: MAC Address on BCN box sticker.).
Check BCN box MAC address and compare it for MAC address taken in the below step.
root@BCNMB-A:~# mch_cli GetMacAddress
00:D0:C9: BA: BB: 22
Both MAC address needs to be the same. Set the MAC address as it is on BCN box
sticker. If they are not the same set the MAC address as same as on BCN Box sticker
using the below command.
root@BCNMB-A:~# mch_cli SetMacAddress xx:xx:xx:xx:xx:xx
3.2.3 Power on for BCN BOXes
3.2.3.1
Steps
1
Create serial connection for BOX 1.
2
Power on BOX 1.
3
Check if LED’s in the front panel are working in the following way.
P0 First Red and then Green
NS OFF all the time
A1 and A2 First Blue and then Green
P1 – P8 First Blue and then Red after a while (non equipped octeon slots are OFF)
For more information, see Initial inspections.
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Initial inspections
Commissioning mcBSC
4
Monitor BOX 1 start up.
5
Login to LMP.
login: root
password: root
3.2.4 Checking BCN BOX configuration
3.2.4.1
Steps
1
Check the software information.
root@BCNMB-A:~# sw_fw_versioninfo
2
Check the date and time.
root@BCNMB-A:~# date
Set date and local time with the below command, if required:
root@BCNMB-A# date MMDDhhmmYYYY.ss
Example
root@BCNMB-A:~# date 030411572010.00
Current time set as below
2010/03/04 11:57:00
Set the hardware clock to the current system time:
root@BCNMB-A:~# hwclock --systohc
Check the hardware clock:
root@BCNMB-A:~# hwclock
3
Check node number and rack number.
root@BCNMB-A:~# mch_cli GetNodeNumber 1
root@BCNMB-A:~# mch_cli GetRackNumber 65
If needed set the node (box) and rack number according to the BCN box label to the
FRU data:
Set the node (box) number according to BCN box label.
root@BCNMB-A:~# mch_cli SetNodeNumber x
g
Node number depends on the box (x = number of the box).
Set the rack number according to BCN box label.
root@BCNMB-A:~# mch_cli SetRackNumber 65
g
20
The default value (factory setting) of rack number is always 65. The value
used as rack number is the ASCII value of the cabinet id, that is 65=A.
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Commissioning mcBSC
Initial inspections
3.2.5 Checking the location of OMU
OMU is located in slot 8 of BOX 1.
1
Check the OMU location.
Use the following commands:
root@BCNMB-A:~# mch_cli GetFRUPCIeRC 8
root@BCNMB-A:~# mch_cli GetPCIeRC 8
Location must be 8. If not, set the location as follows:
2
Set the location of OMU.
Use the following commands:
root@BCNMB-A:~# mch_cli SetFRUPCIeRC slot8
root@BCNMB-A:~# mch_cli SetPCIeRC 8
In all other BCN boxes, the root complex is set to LMP.
root@BCNMB-A:~# mch_cli GetFRUPCIeRC LMP
root@BCNMB-A:~# mch_cli GetPCIeRC 0
Check location, it must be 8. If not, change settings as follows:
3
Change settings if needed.
Use the following commands:
root@BCNMB-A:~# mch_cli SetFRUPCIeRC LMP
root@BCNMB-A:~# mch_cli SetPCIeRC 0
3.2.6 Checking PCIe switch configuration
Check the PCIe switch speed using the following command:
root@BCNMB-A:~# mch_cli GetPCIeSwitchConfig 1 0x78
Value: 0x00410000
The value 0x00410000 means 2.5 Gb/s. Fifth digit from right must be 1.
3.2.6.1
Steps
1
Configure PCIe switch if needed.
root@BCNMB-A:~# mch_cli SetPCIeSwitchConfig 1 0x98 1 done!
2
Checking comment for /mnt/fastpath2/module/post.soc.
root@BCNMB-A:~# cat /mnt/fastpath2/module/post.soc #TRUNK add
id=0 pbmp=0x3000000
Add comment to following line from /mnt/fastpath2/module/post.soc if needed:
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root@BCNMB-A:~# vi /mnt/fastpath2/module/post.soc
echo “/mnt/fastpath2/module/post.soc”
linkscan interval=100000
#TRUNK add id=0 pbmp=0x3000000
Check modification:
root@BCNMB-A:~# cat /mnt/fastpath2/module/post.soc #TRUNK add
id=0 pbmp=0x3000000
3.2.7 Checking the delivery specific Network Element number
Delivery specific NE-number can be found from sticker in BCN box front panel.
3.2.7.1
Steps
1
Check the delivery specific NE-number.
root@BCNMB-A:~# mch_cli GetNetworkElementId
id: 00000123456
2
network element
Set the delivery specific NE-number to the FRU data if needed.
root@BCNMB-A:~# mch_cli SetNetworkElementId 00000123456
successful!
g
NEID is 11 digits long. Add zeros in the beginning, so that you get 11 digit ID.
3.2.8 Checking FRU data of equipped units
3.2.8.1
Command for checking the BCN Mother Board FRU data:
root@BCNMB-A:~# mch_cli FRU info 0x20
FRU Name: 1.3 Address: 0x20
==================================================
[Product Info]
Format Version = 1
Language Code = en
Manufacturer = ADVANTECH
Product Name = BMFU-A
Part/Model Number = C111728.A1A
Product Version = A1-03
Serial Number = 83122400160
Asset Tag =
FRU File ID =
Check all other cards according the following table. Part/Serial Number must be present.
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Table 9
Equipped units adresses
Unit:
address:
BCN mainboard (LMP)
0x20
Add-in-card 1
0x72
Add-in-card 2
0x74
Add-in-card 3
0x76
Add-in-card 4
0x78
Add-in-card 5
0x7A
Add-in-card 6
0x7C
Add-in-card 7
0x7E
Add-in-card 8
0x80
AMC1
0x82
AMC2
0x84
Check the FRU data of equipped units and compare Serial numbers and Versions to the
ones in BCN barcodes.xls
3.2.9 Checking the sensors
Print out the sensor data and check that all specified readings (Volts, Amps, etc.) are OK
(state=OK).
root@BCNMB-A:~# ipmitool sensor
3.2.10 Checking Eth (ethernet) settings of BCN boxes
3.2.10.1
Steps
1
Find the default eth0 settings for the BCN boxes.
root@BCNMB-A:~# cat /etc/sysconfig/network-scripts/ifcfg-eth0
DEVICE=eth0
BOOTPROTO=static
BROADCAST=192.168.0.255
IPADDR=192.168.0.10
NETMASK=255.255.255.0
ONBOOT=yes
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2
Change the eth0 configuration according to your network plan.
root@BCNMB-A:~# vi /etc/sysconfig/network-scripts/ifcfg-eth0
g
For box1 IPADDR=192.168.0.10 and for box2 IPADDR=192.168.0.11 etc.)
3
Check network for each box’s.
In case of BCN-A:
root@BCNMB-A:~# cat /etc/sysconfig/network
NETWORKING=yes
HOSTNAME=BCNMB-A
FORWARD_IPV4=false
#GATEWAY="10.10.10.1"
NOZEROCONF=yes
PEERNTP=no
root@BCNMB-A:~#
in case of BCN-B:
root@BCNMB-B:~# cat /etc/sysconfig/network
NETWORKING=yes
HOSTNAME=BCNMB-B
FORWARD_IPV4=false
#GATEWAY="10.10.10.1"
NOZEROCONF=yes
PEERNTP=no
root@BCNMB-B:~#
4
Change the network information of Boxes according to your network plan.
root@BCNMB-A:~# vi /etc/sysconfig/network
5
Check eth0.800 for Boxes.
root@BCNMB-A:~# cat /etc/sysconfig/network-scripts/ifcfgeth0.800
DEVICE=eth0.800
VLAN=yes
BOOTPROTO=static
ONBOOT=yes
PERSISTENT_DHCLIENT=Y
DHCLIENTARGS="-nw"
BROADCAST=10.10.10.255
IPADDR=10.10.10.10
NETMASK=255.255.255.0
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Initial inspections
Please note the eth0.800 IP address for different boxes:
10.10.10.11 for box2
10.10.10.12 for box3
10.10.10.13 for box4
10.10.10.14 for box5
10.10.10.15 for box6
10.10.10.16 for box7
10.10.10.17 for box8
6
Change the eth0.800 information of Boxes if needed.
root@BCNMB-A:~# vi /etc/sysconfig/network-scripts/ifcfgeth0.800
7
Check IPMI LAN configuration.
root@BCNMB-A:~# cat /etc/ipmi/ipmi_lan.conf
#addr 10.10.10.10 623
priv_limit admin
allowed_auths_callback none md5
allowed_auths_user none md5
allowed_auths_operator none md5
allowed_auths_admin none md5
user 2 on "admin" "admin" admin 5 none md5
# destination <number> <ack|noack> <type> <timeout> <retry> <ip>
destination 1 noack 0 10 3 10.10.10.2
8
Change IPMI LAN configuration.
root@BCNMB-A:~# vi /etc/ipmi/ipmi_lan.conf
3.2.11 Checking bootscript and card_config for add-in cards cat
/etc/ipmi/mch.conf
Check the content of the mch.conf file using the following command:
root@BCNMB-A:~# cat /etc/ipmi/mch.conf
The correct content is described in Creating and managing mcBSC HW under Updating
module configuration.
Check especially the following:
Boot sequence for box1where OMU is located.
boot_order=8 1 2 3 4 5 6 7
Boot sequence for all other boxes.
boot_order=1 2 3 4 5 6 7 8
For BJC-A in each BOX:
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bootscript=99
card_conf=0x08 …
For OMU (in BOX 1 slot 8):
bootscript=99 card_conf=0x88 …
For BOC-A in each BOX:
bootscript=17
card_conf=0x18 …
For BMPP2-B in each BOX:
bootscript=17
card_conf=0x18 0x00 0x43 0x0d 0xc0 0x12 0x0a …
Check that the runtime configuration matches above with the following command:
mch_cli GetCardConfig cpu<index>
where <index> is the add-in card slot number.
root@BCNMB-A:~# mch_cli GetCardConfig cpu8
PCI host mode: EP
PCI boot: no
Failsafe: no
clock source: external
Octeon speed: Unknown
Boot flash: 0
Buffer dir: 0
other config:43 0d c0 12 0a 00 00 00 00 00 00 00 00 00 00 00 00
00 00
hwargs: 0x18 0x00 0x43 0x0d 0xc0 0x12 0x0a 0x00 0x00 0x00 0x00
0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00
3.2.12 Activate the changes and take the new configuration into
use
3.2.12.1
Once the bootscript and card_config changes are done, restart the network and mch
services in order to incorporate the changes.
root@BCNMB-A:~# service network restart
root@BCNMB-A:~# service mch restart
Verifying HiGig configuration
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Steps
1
Check the switch configuration.
cd /mnt/fastpath;
2
List the configuration.
ls -l;
---------- 1 root root
49 May 30 11:03 boot.dim
-rwxr--r-- 1 root root
357 May 2 07:32 config.bcm
-rw-r--r-- 1 root root
316 May 24 18:39 fastpath.cfg
-rwxr--r-- 1 root root 1976 May 2 07:32 init-factory.scrroot@BCNMBA:/opt/cluster# more m10/init.soc-rwxr--r-- 1 root root 1423 May 2
07:32 init.txt
-rw-r--r-- 1 root root 16380 May 30 11:03 log2.bin
lrwxrwxrwx 1 root root
16 May 24 09:56 module -> /opt/cluster/m10
drwxr-xr-x 2 root root
0 May 2 07:32 module.bku
-rw-r--r-- 1 root root
6 May 30 11:03 serial_speed.pending
-rw-r--r-- 1 root root 1637 May 30 11:01 startup-config
-rwxr--r-- 1 root root
444 May 2 07:32 startup-config-factory
-rw-r--r-- 1 root root 1637 May 30 11:01 startup-config-tmp
Where m10 indicates first mcBSC module and likewise.
Table 10
g
Box mcBSC module mapping.
Box
mcBSC
module
Box 1
m10
Box 2
m20
Box 3
m30
Box 4
m40
Box 5
m50
Box 6
m60
Box 7
m70
Box 8
m80
If the HiGig configuration for the first module is correct, it is indicated as
below and likewise for all the modules:
module -> /opt/cluster/m10
3
Check the version of the HiGig files in /opt/cluster/.
Example:
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In case of BCN-A:
root@BCNMB-A:/opt/cluster# more m10/init.soc
echo
echo init mesh6 ver 0.3.1, module 10
0:port 0x1fffffff en=f
0:local module 10
0:mod port 0 29 my_modid=@module
0:mod modport_map 0x0 7424 higig_port_bitmap=0x00000000
0:mod src_modid_block 0x1500 256 port_block_mask_bitmap=0x1fffffff
0:mod src_modid_block 0x1600 256 port_block_mask_bitmap=0x1fffffff
0:mod src_modid_block 0x1700 256 port_block_mask_bitmap=0x1fffffff
0:mod src_modid_block 0x1800 256 port_block_mask_bitmap=0x1fffffff
0:mod src_modid_block 0x0100 256 port_block_mask_bitmap=0x1fffffff
root@BCNMB-A:/opt/cluster#
In case of BCN-B:
root@BCNMB-B:/opt/cluster# more m10/init.soc echo
echo init mesh8 ver 1.4.0, module 10
0:port 0x1fffffff en=f
0:local module 10
0:mod port 0 29 my_modid=@module
0:modreg ing_egrmskbmap.20 bitmap=0x1fffffff
0:modreg ing_egrmskbmap.21 bitmap=0x1fffffff
0:modreg ing_egrmskbmap.22 bitmap=0x1fffffff
0:modreg ing_egrmskbmap.23 bitmap=0x1fffffff
0:modreg ing_egrmskbmap.24 bitmap=0x1fffffff
0:modreg ing_egrmskbmap.1 bitmap=0x1fffffff
0:modreg ing_egrmskbmap.2 bitmap=0x1fffffff
root@BCNMB-B:/opt/cluster#
g
The version number can differ.
3.2.13 Checking the BCN switch configuration
3.2.13.1
Check main switch configuration:
1
Log into the switch.
Log into the main switch
root@BCNMB-A:~# screen –r Login : admin Password <enter>
Press CTRL + 0 to ensure that you are logged to main switch. Login as admin with
empty password.
MainSwitch >ena Password <enter>
2
Display the port status of switch.
MainSwitch # show port all
3
Display the configuration of the switch.
MainSwitch # show running-config
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Initial inspections
The output displays the configurations of the main switch.
•
•
•
•
•
•
VLAN configuration
General configurations
Loop prevention between ports
AMC interfaces
Interfaces between Extension and Main switches
Logical LAG-interfaces
Refer Appendix for default factory switch configurations.
3.2.13.2
Check extension switch configuration from BOX1 and BOX2:
1
Log into the switch.
root@BCNMB-A:~# screen –r Press ctrl+g 1 to go to the extension switch:
Login : admin Password <enter>
ExtensionSwitch>ena Password <enter>
2
Display the port status of switch.
ExtensionSwitch # show port all
3
Display the configuration of the switch.
ExtensionSwitch# show running-config
•
•
•
•
•
•
VLAN configuration
General configurations
Loop prevention between ports
AMC interfaces
Interfaces between Extension and Main switches
Logical LAG-interfaces
Refer Appendix for switch configuration.
4
Exit from the extension switch.
To exit from the extension switch and get back to Main switch press
ctrl+g 0
To exit from the main switch and get back to LMP press
ctrl+g d
Refer Appendix for default factory switch configuration details. For more information,
see Multicontroller Site IP Connectivity Guidelines and BSC Site IP Configuration
Principles documents.
g
Issue: 01G
For Every BCN BOXes in mcBSC repeat all the steps from
Power on for BCN BOXes to Checking the BCN switch configuration.
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5
After all BCN boxes in the mcBSC are checked, connect to each box LMP one
by one and give below commands on each box.
ping –c 1 10.10.10.10
ping –c 1 10.10.10.11
ping –c 1 10.10.10.12
ping –c 1 10.10.10.13
ping –c 1 10.10.10.14
ping –c 1 10.10.10.15
ping –c 1 10.10.10.16
ping –c 1 10.10.10.17
ping –c 1 10.10.10.18
3.2.14 Change the flash bank 1 to active
1
Verify active flash bank.
root@BCNMB-A:~# mch_cli GetBootFlashBank 0x20
2
Reboot the BCN box in question.
root@BCNMB-A:~# reboot
During rebooting a message appears:
Hit key 'u' to stop autoboot: 3
You have three seconds to press the U letter on the keyboard to open UBOOT
session. The following prompt appears on the screen:
BCNMB-A#
3
Change the flash bank 1 to active.
BCNMB-A# ipmi raw 2e 04 2a 6f 00 00 00 80 00 00
4
Reset the BCN box.
BCNMB-A# reset
5
After the BCN box is recovered check the active flash bank.
root@BCNMB-A:~# mch_cli GetBootFlashBank 0x20
The flash bank should be 1.
6
g
30
Repeat checking steps for flash bank 1.
For Every BCN BOXes in mcBSC repeat all the steps from
Power on for BCN BOXes to Checking the BCN switch configuration.
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7
g
g
Issue: 01G
Initial inspections
After the flash bank 1 checking is done, a power reset to the box is needed to
get flashbank 0 active.
Normal reset is not enough.
For Every BCN BOXes in mcBSC repeat all the steps from
Power on for BCN BOXes to Checking the BCN switch configuration.
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Commissioning BSAC-A
Commissioning mcBSC
4 Commissioning BSAC-A
A BSAC-A is an optional unit in case of the Timing over Packet (IEEE1588v2)
synchronization feature is in use.
The BSAC-A is located in an Advanced Mezzanine Card 2 (AMC 2) bay on the BCN
BOX 1 and 2 in mcBSC.
If the BSAC-A is not in use, this chapter can be skipped.
Before you start
1. Open LMP session via serial or MGT connection for BOX 1.
2. Start log collection on terminal application in use.
Steps
1
Ping BSAC-A 1 (located in BOX 1).
root@BCNMB-A:~#ping 10.10.10.50
ctrl+c stops pinging
Ping BSAC-A 2 (located in BOX 2).
root@BCNMB-A:~#ping 10.10.10.50
ctrl+c stops pinging
2
Connect into BSAC-A with SSH.
root@BCNMB-A:~# ssh 10.10.10.50
root@10.10.10.50's password: root
Sometimes the following error massage may occur:
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@
WARNING: REMOTE HOST IDENTIFICATION HAS CHANGED!
@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
IT IS POSSIBLE THAT SOMEONE IS DOING SOMETHING NASTY!
Someone could be eavesdropping on you right now (man-in-the-middle
attack)!
It is also possible that the RSA host key has just been changed.
The fingerprint for the RSA key sent by the remote host is
72:cb:fa:89:e5:91:c3:00:7b:45:3d:7a:cc:6a:76:06.
Please contact your system administrator.
Add correct host key in /root/.ssh/known_hosts to get rid of this
message.
Offending key in /root/.ssh/known_hosts:1
RSA host ky for 10.10.10.11 has changed and you have requested strict
checking.
Host key verification failed.
In order to continue run command:
root@BCNMB-A:~# rm /root/.ssh/known_hosts
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Commissioning BSAC-A
root@BCNMB-A:~# ssh 10.10.10.50
The authenticity of host '10.10.10.50 (10.10.10.50)' can't be
established.
RSA key fingerprint is
1d:b0:ed:13:2a:db:8c:f4:d5:86:d4:5b:b2:56:d5:7a.
Are you sure you want to continue connecting (yes/no)? yes
Warning: Permanently added '10.10.10.50' (RSA) to the list of known
hosts.
root@10.10.10.50's password: root
3
Check time and date.
Go to directory: /dev/shm
root@BCNSA-A:/root> cd /dev/shm/
root@BCNSA-A:/dev/shm> date
Set date and time if needed:
root@BCNSA-A:/dev/shm> date 1019112013 * (MMDDHHMMYY *
Tue Mar 19 11:20:00 GMT 2013
root@BCNSA-A:/dev/shm> cd
4
Printout versions.
root@BCNSA-A:/> cat /mnt/etc/bcnsa-a_version
Example:
BSAC-A
BSAC-A
BSAC-A
BSAC-A
5
-
Hardware Revision:
Software Release:
FPGA Release:
CPLD Release:
C112139.B2B (DR3)
02.05.0003
01.07.0000
00.02.0000
Take the following printout logs.
root@localhost:/root>
root@localhost:/root>
root@localhost:/root>
root@localhost:/root>
eth2.800
root@localhost:/root>
root@localhost:/root>
root@localhost:/root>
cat
cat
cat
cat
/etc/sysconfig/network-scripts/ifcfg-eth0
/etc/sysconfig/network-scripts/ifcfg-eth1
/etc/sysconfig/network-scripts/ifcfg-eth2
/etc/sysconfig/network-scripts/ifcfg-
ifconfig
cat /etc/dhclient-eth2.conf
cat /etc/dhclient-eth2.800.conf
Exit from SSH session.
root@localhost:/root> exit
6
Connect into BSAC-A with telnet.
root@BCNMB-A:~# telnet 10.10.10.50 10000
Trying 10.10.10.50...
Connected to 10.10.10.50.
Escape character is '^]'.
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Commissioning BSAC-A
Commissioning mcBSC
Linux 2.6.27.39-grsec (localhost) (00:04 on Thursday, 01 January
1970)
Welcome to BCNSA-A AMC Command-Line
User: admin
Password: <enter>
7
Go to ieee1588v2 directory.
(BCNSA-A)>mgmt
(BCNSA-A)(mgmt)>sync
(BCNSA-A)(mgmt/sync)>ieee1588v2
Take a printout log from synchronization configuration.
BCNSA-A)(mgmt/sync/1588v2)>view sync
Exit from synchronization menu.
BCNSA-A)(mgmt/sync/1588v2)>exit
BCNSA-A)(mgmt/sync)>exit
BCNSA-A)(mgmt)>exit
8
Take a printout log from eSW version.
(BCNSA-A)>version
Exit from telnet session.
(BCNSA-A)>exit
g
Re-execute above steps with another flash bank.
9
Check an active flash bank.
root@BCNMB-A:~# ipmitool -t 0x84 -b 7 raw 0x2e 0x1b 0x2a 0x6f
0x00
Printout’s last digit indicates an active flash bank. In the following example, the active
flash bank is Bank 0:
2a 6f 00 00
Activate another flash bank.
Example commands to activate bank 1 are the following:
root@BCNMB-A:~# mch_cli Deactivate AMC2
root@BCNMB-A:~# ipmitool -t 0x84 -b 7 raw 0x2e 0x1C 0x2a 0x6f
0x00 0x01
root@BCNMB-A:~# mch_cli Activate AMC2
Check after BSCA-A is recovered that bank 1 is active.
root@BCNMB-A:~# ipmitool -t 0x84 -b 7 raw 0x2e 0x1b 0x2a 0x6f
0x00
Activation command for bank 0 is: ipmitool -t 0x84 -b 7 raw 0x2e 0x1C
0x2a 0x6f 0x00 0x00
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Commissioning BSAC-A
10 After the steps 1-8 are executed from both BSAC-A 0 flash banks, open an LMP
session in BOX 2, connect to BSAC-A 1 (10.10.10.51), and repeat the steps 1 - 9.
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Monitoring mcBSC startup
Commissioning mcBSC
5 Monitoring mcBSC startup
Purpose
This section describes the monitoring of system startup and provides information for
solving possible disturbances.
The startup of the whole system depends on the startup priorities of the system's units. A
unit with higher priority is given loading permission before a unit with lower priority.
Within the system, the units are started up according to their respective priorities. For
example, all the base station controller signalling units (BCXU) are given permission to
load simultaneously, as they all have the same priority. In the case of doubled units, the
working units are given loading permission before the spare units.
The startup order of the system is as follows:
1. Operation and Maintenance Unit (OMU)
2. Marker and Cellular Management Unit (MCMU)
3. Other units (BCXU, PCUM, ETME, ETMA)
Monitoring OMU startup
Purpose
Monitor the startup of the Operation and Maintenance Unit (OMU). A failure in the OMU
startup may lead to a similar failure in all other units.
When the startup of the OMU has reached the stage where the service terminal software
is started up, the Recovery Service Terminal (RCBUGG) extension is taken into use.
RCBUGG is an extension of the service terminal software which enables the monitoring
of unit states. It is started up with a service terminal software command.
The RCBUGG contains commands that correspond with those of the Working State and
Restart Handling MML (command group US). Even if the startup of the MMI system fails,
the working states of the units can be controlled with the RCBUGG extension. A
prerequisite for the successful running of the RCBUGG is that the recovery system itself
has been started up.
For information on how to use the service terminal, see the following command
references in NSN Product Information Center:
•
•
Service terminal under Reference/Commands/Service terminal commands in the
PDF view.
RCBUGG under Reference/Commands/Service terminal commands in the PDF view.
Before you start
Check that the working state of the OMU is WO-EX during the startup of the system.
If the state of OMU is TE or SE, the maintenance programs will be started up in the
Marker and Cellular Management Unit (MCMU) and the startup is monitored in the
MCMU.
1. Open LMP session via serial or MGT connection for BOX 1.
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Monitoring mcBSC startup
2. Start log collection on terminal application in use.
Steps
1
Connect the service terminal.
Connect to OMU via minicom.
root@BCNMB-A: minicom cpu8
2
Monitor the computer unit state.
Monitor the states of units with the RCBUGG extension.
a) Take the RCBUGG into use:
ZLE:U,RCBUGGGX;
b) Monitor the states of the computer units:
ZUSIC:COMP;
c) Stop monitoring:
CTRL + C
3
Reset the unit.
Reset the unit by using the following command:
ZAUL;
4
Monitor the startup of the OMU.
a) The first phase output indicates the startup of the boot loader program block
(BOLERO):
DMX SYSTEM STARTUP TESTS
b) Scanning PCI bridges:
SCANNING PCI BRIDGES
c) Configuring PCI bridges:
CONFIGURING PCI/PCI BRIDGES
d) Scanning PCI devices:
SCANNING PCI DEVICES
e) Flash version of CPU is shown:
BOPBJCGX.PAC <ver>
f)
Choosing software package in the OMU successful:
CHOOSING PACKET
g) Loading of the computer configuration table successful:
LOADING NET CONFIG...
h) Loading of the load list successful:
LOADING LOAD LIST FROM <source>
i)
Loading of the load modules successful:
MODULE LOADING STARTS
LOADING MODULES FROM <source>
ALL MODULES LOADED
j)
Debugger software started up:
DEBUGGER READY
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Monitoring mcBSC startup
Commissioning mcBSC
k) First 'PROCESSING FAMILIES' notice is output on the terminal:
PROCESSING FAMILIES
l)
The FISLIB Library Manager (FIZSLM) is started up:
PROCESSING FAMILIES FIZ ...
m) Loading of the first load group:
LOADING STARTED 0003..
n) Initialization of work files:
INITIALIZING WORK FILES
o) The FUNLIB Library Manager (FUZNLM) startup:
PROCESSING FAMILIES FUZ ...
p) The unit state administration program block (USAPRO) is given permission to
load:
READY - PHASE 2
FILE LOADING ACTIVATED
q) Loading of a load group OK. All remaining load groups are loaded:
LOADING STARTED ...
r)
The USAPRO is given permission to start the program blocks:
READY - PHASE 3
s) Startup of program blocks:
PROCESSING FAMILIES...
t)
Running SW package information:
RUNNING PACKAGE
u) Startup of unit is terminated:
READY - WO
5
Go back to LMP session.
CRTL + a q <enter>
Monitoring MCMU startup
Before you start
Check that the working state of the MCMU is WO-EX or SP-EX during the startup of the
system.
1. Open LMP session via serial or MGT connection for BOX 1.
2. Start log collection on terminal application in use.
Steps
1
Connect the service terminal.
Connect to MCMU 1 via minicom.
root@BCNMB-A: minicom cpu1
2
Monitor the computer unit state.
Monitor the states of units with the RCBUGG extension.
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Issue: 01G
Commissioning mcBSC
Monitoring mcBSC startup
a) Take the RCBUGG into use:
ZLE:U,RCBUGGGX;
b) Monitor the states of the computer units:
ZUSIC:COMP;
c) Stop monitoring:
CTRL + C
3
Reset the unit.
Reset the unit by using the following command:
ZAUL;
4
Monitor the startup of the MCMU.
a) The first phase output indicates the startup of the BOLERO:
DMX SYSTEM STARTUP TESTS
b) Scanning PCI bridges:
SCANNING PCI BRIDGES
c) Configuring PCI bridges:
CONFIGURING PCI/PCI BRIDGES
d) Scanning PCI devices:
SCANNING PCI DEVICES
e) Flash version of CPU is shown:
BOPBJCGX.PAC <ver>
f)
Loading of the computer configuration table successful:
LOADING NET CONFIG...
g) Loading of the load list successful:
LOADING LOAD LIST FROM <source>
h) Loading of the load modules successful:
MODULE LOADING STARTS
LOADING MODULES FROM <source>
ALL MODULES LOADED
i)
Debugger software started up:
DEBUGGER READY
j)
The FIZSLM is started up:
PROCESSING FAMILIES FIZ ...
k) Initialization of work files:
INITIALIZING WORK FILES
l)
Loading of first loading group:
LOADING STARTED 0002...
m) The FUZNLM startup:
PROCESSING FAMILIES FUZ ...
n) The USAPRO is given permission to load:
READY - PHASE 2
FILE LOADING ACTIVATED
o) Loading of a load group OK. All remaining load groups are loaded:
LOADING STARTED ...
p) Startup of program blocks:
PROCESSING FAMILIES...
Issue: 01G
DN0982859
39
Monitoring mcBSC startup
Commissioning mcBSC
q) The USAPRO is given permission to start up program blocks:
READY - PHASE 3
r)
Startup of program blocks:
PROCESSING FAMILIES...
All remaining program blocks are created and started up.
s) Running SW package information:
RUNNING PACKAGE
t)
Startup of unit is terminated:
READY - WO
or
READY - SP
Repeat the startup monitoring with the MCMU 1 in BOX 2.
5
Go back to LMP session.
CRTL + a x <enter>
Monitoring BCXU startup
Before you start
Check that the working state of the BCXU is WO-EX during the startup of the system.
1. Open LMP session via serial or MGT connection for BOX 1.
2. Start log collection on terminal application in use.
Steps
1
Connect the service terminal.
Connect to BCXU 0 via minicom.
root@BCNMB-A: minicom cpu2
2
Monitor the computer unit state.
Monitor the states of units with the RCBUGG extension.
a) Take the RCBUGG into use:
ZLE:U,RCBUGGGX;
b) Monitor the states of the computer units:
ZUSIC:COMP;
c) Stop monitoring:
CTRL + C
3
Reset the unit.
Reset the unit by using the following command:
ZAUL;
40
DN0982859
Issue: 01G
Commissioning mcBSC
4
Monitoring mcBSC startup
Monitor the startup of the BCXU.
a) The first phase output indicates the startup of the BOLERO:
DMX SYSTEM STARTUP TESTS
b) Flash version of CPU is shown:
BOPBJCGX.PAC <ver>
c) Loading of the computer configuration table successful:
LOADING NET CONFIG...
d) Loading of the load list successful:
LOADING LOAD LIST FROM <source>
e) Loading of the load modules successful:
MODULE LOADING STARTS
LOADING MODULES FROM <source>
ALL MODULES LOADED
f)
Debugger software started up:
DEBUGGER READY
g) The FIZSLM is started up:
PROCESSING FAMILIES FIZ ...
h) Initialization of work files:
INITIALIZING WORK FILES
i)
The USAPRO is given permission to load:
READY - PHASE 2
FILE LOADING ACTIVATED
j)
The FUZNLM startup:
PROCESSING FAMILIES FUZ ...
k) Loading of first loading group:
LOADING STARTED 0008...
l)
Startup of program blocks:
PROCESSING FAMILIES...
m) Loading of a loading group:
LOADING STARTED...
All remaining loading groups are loaded.
n) The USAPRO is given permission to start up program blocks:
READY - PHASE 3
o) Startup of program blocks:
PROCESSING FAMILIES...
All remaining program blocks are created and started.
p) Running SW package information:
RUNNING PACKAGE
q) Startup of unit is terminated:
READY - WO
Repeat the steps with BCXU 2.
Repeat the steps with rest of BCXUs in BOXes those are located.
Monitoring PCUM startup
Before you start
Check that the working state of the PCUM is WO-EX during the startup of the system.
Issue: 01G
DN0982859
41
Monitoring mcBSC startup
Commissioning mcBSC
1. Open LMP session via serial or MGT connection for BOX 1.
2. Start log collection on terminal application in use.
Steps
1
Enter into mch_cli and reset the unit.
Enter into mch_cli.
Reset the unit by using the following commands:
Deactivate CPU<ind>;
After the LED state changes from red to blue, give the following command:
Activate CPU<ind>;
2
Connect the service terminal.
Connect to OMU via minicom.
root@BCNMB-A: minicom cpu8
3
Monitor the startup of the PCUM.
a) Displays the ports in each interface:
Interface...
b) The image file is loaded from BCXU to PCUM via TFTP:
TFTP from server ...
All image files are loaded.
c) Allocates memory for ELF segment:
Attempting to allocate memory...
d) Loading Linux kernel:
Loading Linux kernel with entry point...
e) Initializing c groups:
Initializing cgroup...
f)
Registering transport modules:
RPC: Registered udp...
g) Registering I/O schedulers:
io scheduler...
h) Registering ethernet interface with probe framework:
KERNEL LOG: ETH...
i)
Setting bootbus flash:
Bootbus flash: Setting...
for BMPP-B:
physmap platform flash device: 08000000 at...
j)
Starting TFTP to get MPCUGBCA.IMG:
IFETH0: 10000 Mbps...
MPCUGBCA.IMG TFTP complete
In case of BMPP2-B the image name is MPCUGBCB.IMG
k) Starting TFTP to get QWERTYGX.IMG:
QWERTYGX.IMG TFTP complete
l)
Launching PCU Gb application:
Launching PCU Gb Application...
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DN0982859
Issue: 01G
Commissioning mcBSC
Monitoring mcBSC startup
m) Starting system services and component framework:
IMSGW_CM : System...
Calling ST Init...
n) Starting Stage 0 applications:
IMSGW_CM : Component Manager...
o) Starting Stage 1 applications:
IMSGW_CM : Component Manager...
p) Starting Stage 2 applications:
IMSGW_CM : Component Manager...
q) Startup PCUM:
startup_PCUM.log
r)
Prompts for user name and password to login:
Username:
Password:
Issue: 01G
DN0982859
43
Inspecting EMB connections
Commissioning mcBSC
6 Inspecting EMB connections
The Ethernet Message Bus (EMB) LAN connections are tested by sending a test
message from each computer unit to all other units. The purpose of this is to ensure that
all the computer units can be reached through both EMB-0 and EMB-1.
The tests are executed with the commands of the EBSTER service terminal extension.
EBSTER sends the test message through the MB to the post offices of the computer
units, and the post offices acknowledge the message through the EMB. The test is run
separately for EMB-0 and EMB-1.
Table 11
mcBSC Ethernet Message Bus addresses
Unit
EMB address
OMU
0000
MCMU-0
0004
MCMU-1
0005
BCXU-0
0049
BCXU-1
004A
BCXU-2
004B
BCXU-3
004C
BCXU-4
004D
BCXU-5
004E
BCXU-6
004F
BCXU-7
0050
Before you start
•
•
•
•
44
Open MML session and check OMU session.
Check the states of the LAN ports.
ZQHQ:OMU:;
Check the states of the computer units.
ZUSI:;
Check that there are no LAN-related alarms active.
ZAHO;
DN0982859
Issue: 01G
Commissioning mcBSC
Inspecting EMB connections
Steps
1
Load and start EBSTER.
Open a service terminal session to OMU.
Load EBSTER:
00-MAN> ZLP:1,EBS;
Start EBSTER:
00-MAN> Z1;
2
Test EMB with a test message.
Run the test for EMB-0:
00:EBS>AT:0x007F,0
Run the test for EMB-1:
00:EBS>AT:0x007F,1
3
Check that the data in the computer units’ MAC address table is correct.
To check the MAC addresses of all computer units, give the following command:
00:EBS>A:0x000:0xFFFF
check the following
•
•
•
4
All computer units have been listed.
There are two MAC addresses for each computer.
Both EMB0 and EMB1 are OK for all units and no units are listed at the end of
the execution print-out.
Check the error logs.
a) To display the EPOFFI internal log using routine call, give the following
command:
00:EBS>L
Issue: 01G
DN0982859
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Inspecting EMB connections
Commissioning mcBSC
Example output:
EPOFFI’s Internal log counters:
Initialization errors: 0
ETHLIB out of resources: 0
Sending errors: 0
Receiving errors: 0
Ethernet link down: 0
Resend requests: 0
TX flow control sends: 0
RX flow control sends: 0
Invalid messages: 0
Invalid frames: 0
Out of memory: 0
Out of buffers: 0
Buffer handling errors: 0
Initialization log:
Event type
Date and time
Description
==================================================================
=======
Other event; see log text
11/06/08 19:31:20.27 CPU type EMB
compatible
Other event; see log text
11/06/08 19:31:20.19 Registrated
as post-offic
e
(EMB_into_use == T)
Delivery-hand log:
Event type
Date and time
Description
==================================================================
=======
Other event; see log text
11/06/17 07:20:32.24 Non-mir
87386/87387 (0) l
ost, LAN-0,
32
Other event; see log text
11/06/08 19:31:23.28 EMB-1 link
up, auto1000FD
, auto
TX/auto RX flowc
Other event; see log text
11/06/08 19:31:23.21 EMB-0 link
up, auto1000FD
, auto
TX/auto RX flowc
Delivery-hand log:
Event type
Date and time
Description
==================================================================
=======
Other event; see log text
11/06/17 13:35:08.51 EMB-1
deseparated
Other event; see log text
11/06/17 13:35:08.37 EMB-1 set in
TE-state
Other event; see log text
11/06/17 13:34:52.72 EMB-1 set in
TE-state
Other event; see log text
11/06/16 15:34:39.81 Resources
released (no re
sponse in
46
DN0982859
Issue: 01G
Commissioning mcBSC
Inspecting EMB connections
30s) from:31
Other event; see log text
Main SYM-comp
Other event; see log text
deseparated
Other event; see log text
deseparated
11/06/08 19:31:39.96 Unit set as
uter
11/06/08 19:31:37.95 EMB-1
11/06/08 19:31:37.95 EMB-0
b) To display EPOFFI initialization and status values, give the following command:
00-EBS>LI;
Example output:
2011-06-29 11:22:35.63
epo_init_state:Main SYM-computer found
EMB address space:
Address space known.
Physical address:
00FDH
First address:
0000H
Last address:
First address:
0080H
Last address:
007CH
00FDH
Inquiry of separation information:
Own unit not separated
EMB-0: interface not separated, lan exists
EMB-1: interface not separated, lan exists
5
Exit and unload EBSTER.
To exit the session:
Z;
To unload EBSTER:
ZL:1;
Issue: 01G
DN0982859
47
Checking the I/O system of mcBSC
Commissioning mcBSC
7 Checking the I/O system of mcBSC
Purpose
This procedure specifies how the I/O system of Flexi BSC should be checked in the
commissioning tests and how the functioning of the I/O system and devices is checked.
Opening the first MML session in mcBSC
Purpose
When a system is delivered, the user identifier of the system has been defined as
<SYSTEM> and the password as <SYSTEM>.
These user identifier and password definitions are of a general nature and they are
intended to be used only in factory acceptance testing. The main user of the system or
the system administrator makes the actual authority definitions for the terminals and
users with MML commands.
The procedure for setting up the first session and for defining and testing the user
identifier and password is presented here. Examples are also provided.
Before you start
1. Open LMP session via serial or MGT connection for BOX 1.
2. Start log collection on terminal application in use.
Steps
1
Connect to MML session via VIMMLAGX Service Terminal extension.
0000-MAN> ZLP:1,VIM
0000-MAN>1
0000-VIM>C:0
The following text is displayed on the screen:
ENTER USERNAME <
Enter the user identifier SYSTEM and press <CR>.
The following text is displayed:
ENTER PASSWORD <
Enter the password SYSTEM and press <CR>.
If the setting up of the session is successful, the following message is displayed:
WELCOME TO THE DX 200 SERIES DIALOGUE
MAIN LEVEL COMMAND <___>
<
Possible error messages:
/*** PASSWORD TOO SHORT ***/
The password is too short. Minimum length is six characters.
/*** USER AUTHORISATION FAILURE ***/
48
DN0982859
Issue: 01G
Commissioning mcBSC
Checking the I/O system of mcBSC
The user identifier entered has not been programmed into the system or the
passwordhas been given incorrectly. Enter the password again.
Checking the power handling of the mass memory
devices
Testing the power system of the WDU
Steps
1
Check the state of WDU 0 (ISI).
ZISI::WDU,0;
The WDU state should be WO-BU.
2
Prevent file updates to disk (DUP).
ZDUP:OMU:NO,:;
3
Disconnect the power.
Pull the switch in HDSAM-A one step out. Within a few seconds the blue hot swap
LED should lit solid. Also red out of service LED should lit.
4
Remove the WDU.
Now it is safe to pull out the HDSAM-A disk from the AMC adapter.
5
Check the state of the alarm in the WDU (ISI).
ZISI::WDU,0;
The state of the WDU is TE-ID and the alarm 2692 is set.
6
Reconnect the power.
Push the HDSAM-A back into the AMC adapter. Wait until blue hot swap LED is
solid. Push the switch in HDSAM-A to bottom. The power is reconnected and green
power good LED should lit. The blue and red LED should not lit anymore.
7
Change the state of the WDU (ISC).
ZISC::WDU,0:WO-ID;
ZISC::WDU,0:WO-BU;
8
Resume file updates to disk (DUR).
ZDUR:OMU;
Issue: 01G
DN0982859
49
Checking the I/O system of mcBSC
9
Commissioning mcBSC
Check the state and the alarm of the WDU (ISI).
The state of the WDU should be WO-BU and the alarm 2692 should be cancelled.
10 Repeat steps 1 to 9 with WDU 1.
Checking the state of the I/O devices
Purpose
The procedure is used for checking the number and states of the I/O equipment and the
output controls (that is, correspondence with the source data).
Note that included printouts provide examples only, the actual printouts may differ from
the ones presented here.
Before you start
Check that the correct number of the I/O devices has been packaged for the system.
Check their states and state transitions.
Steps
1
Display the I/O devices (ISI).
Display the I/O devices of all the units of the system.
ZISI:;
2
Compare the number of the devices with the source data.
3
Compare the states of the devices with the source data.
Expected outcome
Example of command output is the following:
Example
ZISI:;
LOADING PROGRAM VERSION 12.5-0
I/O DEVICE WORKING STATE AND SPARE DEVICE
SYSTEM = SOLIFER UNIT = OMU
DEVICE
STATE SPARE DEVICE
DEVICE STATE
TAPE TYPE
WDU-00
WDU-01
VTP-00
VTP-01
VTP-02
50
WO-BU
WO-BU
BL-SY
BL-SY
BL-SY
-
-
DN0982859
INFO
TAPE STATE
-
Issue: 01G
Commissioning mcBSC
Checking the I/O system of mcBSC
VTP-03
VTP-04
VTP-05
VTP-06
VTP-07
VTP-08
VTP-09
VTP-10
VTP-11
VTP-12
VTP-13
VTP-14
VTP-15
VTP-16
VTP-17
VTP-18
VTP-19
VTP-20
VTP-21
VTP-22
VTP-23
VTP-24
VTP-25
VTP-26
VTP-27
VTP-28
VTP-29
VTP-30
VTP-31
VTP-32
VTP-33
VTP-34
VTP-35
VTP-36
VTP-37
VTP-38
VTP-39
VTP-40
VTP-41
VTP-42
VTP-43
VTP-44
VTP-45
VTP-46
VTP-47
VTP-48
VTP-49
VTP-50
VTP-51
VTP-52
VTP-53
VTP-54
VTP-55
VTP-56
VTP-57
Issue: 01G
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
WO-BU
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
-
-
DN0982859
-
51
Checking the I/O system of mcBSC
VTP-58
VTP-59
VTP-60
VTP-61
VTP-62
VTP-63
VTP-64
VTP-65
VTP-66
VTP-67
VTP-68
VTP-69
VTP-70
VTP-71
VTP-72
VTP-73
VTP-74
VTP-75
VTP-76
VTP-77
VTP-78
VTP-79
VTP-80
VTP-81
VTP-82
VTP-83
VTP-84
VTP-85
VTP-86
VTP-87
VTP-88
VTP-89
VPP-00
VPP-01
VPP-02
VPP-03
VPP-04
VPP-05
VPP-06
VPP-07
VPP-08
VPP-09
VPP-10
VPP-11
VPP-12
VPP-13
VPP-14
VPP-95
VPP-96
VPP-97
VPP-98
VPP-99
VDS-00
VDS-01
VDS-02
52
Commissioning mcBSC
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
BL-SY
WO-BU
WO-BU
WO-BU
-
-
DN0982859
-
Issue: 01G
Commissioning mcBSC
Checking the I/O system of mcBSC
VDS-03
VDS-04
VDS-05
VDS-06
VDS-07
VDS-08
VDS-09
VDS-10
VDS-11
VDS-12
VDS-13
VDS-14
VDS-15
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
WO-BU
-
-
-
COMMAND EXECUTED
where:
LPT = Line printer
VDU = Display unit
WDU = Hard disk unit
VTP = Virtual Terminal
VPP = Virtual Printer Protocol
VDS = Virtual Data Storing device
The disk drives should enter the state WO-BU and remain in it. The VDU and LPT
units are in WO-ID or BL-SY state, depending on whether the terminal equipment is
connected or not. The state of the units can be changed with the ISC command.
Unxpected outcome
If some peripheral devices cannot be brought into the state WO-BU, check the
operation and cabling of the peripheral devices. The disk drives have diagnostics of
their own. The printers and display units have been tested in connection with
preparatory measures.
Issue: 01G
DN0982859
53
Checking the hardware configuration of mcBSC
Commissioning mcBSC
8 Checking the hardware configuration of
mcBSC
Purpose
Following are the commands used to print the hardware configurations:
Purpose
Steps
1
Print the hardware configuration (WTI).
ZWTI:J;
ZWTI:C;
ZWTI:U;
ZWTI:P;
Compare the hardware configuration to the Equipment List for Multi Controller BSC
in NSN mcBSC Site Documentation.
54
DN0982859
Issue: 01G
Commissioning mcBSC
Checking the power system and diagnostics of mcBSC
9 Checking the power system and diagnostics
of mcBSC
Purpose
The powersystem is checked to ensure that the supervision, alarm, and recovery
functions of the system are working properly.
Since the outputs presented here are examples only, the actual outputs may, in some
cases, differ from them.
Before you start
A prerequisite for the checking of the mcBSC maintenance system is that the checks
connected with the system start-up have been successfully performed.
Testing the recovery from power breaks
Purpose
The purpose of testing is to test the recovery of the system from different power breaks.
The system automatically disables those units which are without power after a power
break. The system starts the units in their correct working state after the power is on
again.
Testing the recovery from a complete power break in the
system
Steps
1
Open MML session via serial or MGT port.
2
Check that all units are in states WO-EX or SP-EX (USI, ISI).
If an unit is not in the appropriate state, change the state with the USC command.
ETMEs and ETMAs may be in SE-NH states.
Issue: 01G
DN0982859
55
Checking the power system and diagnostics of mcBSC
Commissioning mcBSC
3
Disconnect power from the system.
4
Connect power to the system.
5
Reopen MML session via serial or MGT port.
6
Wait until OMU starts in state WO-EX.
7
Output the working states of the units from the MML terminal.
8
Monitor the unit states (USI).
Check that every unit starts in the state it had before the power break:
ZUSI;
9
Monitor the alarm printer.
All the starting units should cause a notice (one of the following):
0691 AUTOMATIC RECOVERY ACTION WO-RE TO WO-EX
0691 AUTOMATIC RECOVERY ACTION SP-RE TO SP-UP
0691 AUTOMATIC RECOVERY ACTION SP-UP TO SP-EX
10 Print out the states (USI, USL).
Print out the states of all the units and check that they are in the correct working
state. Use the following commands to output the working states of the units:
ZUSI:ALL;
or alternatively
ZUSL:,INCO;
which outputs all units with incorrect state.
11 Update the date and time (DCS).
ZDCS:<date>,<time>:ST=OFF/ON;
12 Check the states of WDU devices (ISI, ISC).
ZISI;
If the states are not WO, change them:
ZISC;
56
DN0982859
Issue: 01G
Commissioning mcBSC
Checking the power system and diagnostics of mcBSC
Testing state transitions and unit diagnostic
1
Open MML session wia serial or MCT connection.
2
Run single unit diagnostics.
For diagnostic the unit, change the state to TE-EX with ZUSC command:
ZUSC:XXXX,Y:ZZ;
where:
XXXX=unit
Y = index
ZZ = state
The unit states are:
SE-NH - SE-OU - TE-EX - SP-EX - WO-EX
-> SE -> TE -> SP ->WO
<- SE <- SE <- TE <- SP
OMU, MCBC, ETMA and PTUM units don’t have SP-EX state at all. Those must be
changed with FCD parameter from WO-EX to TE-EX.
g
Note that:
Only two BCXUs can be on TE-EX state at the same time.
Only one MCMU and EMB can be in TE-EX state at the same time.
Start diagnostic with command:
ZUDU:XXXX,Y;
where:
XXXX=unit
Y = index
3
Check the status of the diagnostic with command:
ZUDQ;
When diagnostics for all units are completed and all units are changed back to
normal working states, check the diagnostic results to the log file using command:
ZUDH; ***default is all results from the same day***
Issue: 01G
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Checking the power system and diagnostics of mcBSC
Commissioning mcBSC
Diagnostics of the WDUs
1
Check the state of the WDU (ISI).
2
Change the state of the WDU to TE-ID (ISC).
ZISC::WDU,0:WO-ID;
ZISC::WDU,0:TE-ID;
3
Run diagnostics for the WDU (UDD).
ZUDD:OMU:WDU,0;
The diagnostics reports indicate that the unit is in working order:
3999 TOTAL DIAGNOSIS EXECUTED - UNIT OK
4
Change the WDU to the original state (ISC).
ZISC::WDU,0:WO-ID;
ZISC::WDU,0:WO-BU;
5
Repeat steps 1 to 4 with the another WDU.
Steps
1
Check the state of the WDU (ISI).
2
Change the state of the WDU to TE-ID (ISC).
ZISC::WDU,0:WO-ID;
ZISC::WDUS,0:TE-ID;
3
Run diagnostics for the WDU (UDD).
ZUDD:OMU:WDU,0;
The diagnostics reports indicate that the unit is in working order:
3999 TOTAL DIAGNOSIS EXECUTED - UNIT OK
4
Change the WDU to the original state (ISC).
ZISC::WDU,0:WO-ID;
ZISC::WDU,0:WO-BU;
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5
Checking the power system and diagnostics of mcBSC
Repeat steps 1 to 4 with the another WDU.
Testing the spare units
Steps
1
Equip the mcBSC with spare plug-in units and perform diagnostics.
Follow the instructions in Monitoring mcBSC startup.
Issue: 01G
2
Write a problem report if faulty plug-in units are found.
3
Change the faulty plug-in units.
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Verifying the software versions of mcBSC
Commissioning mcBSC
10 Verifying the software versions of mcBSC
Purpose
The purpose of this verification is to check eSW versions and software (SW) versions, to
compare them with the Delivery Catalogue and making sure that data in modules is not
corrupted. BCN-A is used as an example in this chapter.
Purpose
Steps
1
Open LMP session via serial or MGT connection to BOX 1.
2
Check the eSW versions from LMP.
root@BCNMB-A:~# sw_fw_versioninfo
Repeat in every BCN-A Boxes in the mcBSC.
Compare the eSW versions to the version list in Pre-Processor Program Information
in the BSC Base Station Controller Release Documentation.
3
Start MML session via serial or MGT connection.
4
Check the eSW version with MML.
Use ZWD MML commands to check the eSWs in the flash memory.
ZWDI;
ZWDT:UT=MCBC,;
ZWDT:UT=MCBC,SW=KERNEL;
ZWDT:UT=MCBC,SW=ROOTFS;
ZWDT:UT=MCBC,SW=VCMC;
ZWDP:UT=MCBC;
ZWDP:PT=BJC_A,;
ZWDI:PT=BJC_A,SW=BIOS;
ZWDI:PT=BJC_A,SW=BACKUPBIOS;
ZWDD:PT=BJC_A;
ZWDI:PT=BJC_A,SW=FPGA:;
ZWDD:UT=PCUM;
ZWDT:UT=PCUM,SW=UBOOT;
ZWDP:UT=PCUM;
ZWDD:UT=ETME;
ZWDT:UT=ETME,SW=UBOOT;
ZWDP:UT=ETME;
ZWDD:UT=ETMA;
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Verifying the software versions of mcBSC
ZWDT:UT=ETMA,SW=UBOOT;
ZWDP:UT=ETMA;
ZWDP:UT=PTUM;
ZWDD:UT=PTUM;
ZWDT:UT=PTUM,UI=1,SW=UCSW;
Compare the eSW versions to the version list in Pre-Processor Program Information
in the BSC Base Station Controller Release Documentation.
5
Print out all SW packages (WQO).
Print out all SW packages installed on disks.
ZWQO;
and
ZWQO:CR;
6
Perform a verification (WQB).
Perform a verification for each SW package.
The display prints out during the execution of the command:
ZWQB:STAT=<running_packet_status>;
7
Check if any faults have been detected.
Compare the printout with the Delivery Catalogue.
Expected outcome
The SW verification should be faultless and the versions should be the same as
those listed in the Delivery Catalogue.
Unxpected outcome
If any faulty modules are found, replace them with new ones.
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Copying additional software and setting the time zone
in mcBSC
Commissioning mcBSC
11 Copying additional software and setting the
time zone in mcBSC
Steps
1
Create a temporary Telnet connection to the mcBSC.
Create a temporary Telnet connection, see the BSS Integration manual.
2
Copy the customer specific files (IWY, IBC).
Copy the customer specific files (PRFILE, FIFILE) to run a package LFILES directory
via Telnet.
3
Install the Change Deliveries.
Check that the general Change Deliveries (CD) are installed.
Check the CD level of the software build (WNH) and install the CDs that have not
been installed. See further instructions in the CD document.
4
Set the time zone (DCE).
ZDCE:<direction>:<difference>;
Example
Setting the time zone for GMT +1h
ZDCE:PLUS:01-00;
In the next phase, the mcBSC is restarted. After that, the time zone setting is in use.
The time zone information is stored in a Flexi BSC file. The information needs to be
set when commissioning a new BSC. This is particularly useful in a network where
different BSCs may belong to different time zones.
5
Change the clock to summer time/standard time (DTC).
ZDTC;
6
Restart the system (USS).
ZUSS:SYM:C=DSK;
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Appendix
12 Appendix
12.1 Verifying LEDs
After BCN recovery all units should be at M4 state. The below table describes the LED
status in each state of the module.
P1 – P8 LEDs on the BCN front panel indicate the state of the add-in card and the
corresponding functional unit as described in the following tables
Table 12
BCN LED status
State
Description
LED status
M0
FRU not installed
OFF
M1
FRU installed but inactive
Blue
M2
Waiting for activation request (see M4 state in Blue
the below table)
M3
Activation in progress
Blue
M4
Active
Red / Green
M5
Waiting for deactivation request
Red
M6
Deactivation in progress
Red
When the add-in card is in active state (M4), the working state of the functional unit is
indicated as follows:
Table 13
LED status according to unit working state
Unit state
LED status
SE-xx
Green, blinking
TE-xx
Green, blinking
SP-xx
Green, steady
BL xx
Green, steady
WO-xx
Green, steady
12.2 Factory switch configuration
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12.2.1 BOX 1 main switch
F ^A g ^A
!***************************************************************
!*** THIS IS FACTORY SETTINGS FOR THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN THE M1 BCN MODULE
!*** OF A STANDALONE mcBSC SETUP.
!***
!*** File name: SA_Main_1.TXT
!***************************************************************
!***
!***VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Prompt
MainSwitch1
!!
!* ISDP disabled(Cisco CDP)
no isdp run
!
!***************************************************************
!
! MAIN-EXT ports configured as protected ports to prevent
! Ethernet loop creation.
!
!***************************************************************
switchport protected 1 name prot_group_1
!
!*** interface 0/3 to protected group prot_group_1
!i
nterface 0/3
switchport protected 1
exit
!*** interface 0/4 to protected group prot_group_1
!i
nterface 0/4
switchport protected 1
exit
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
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!***************************************************************
interface 0/3
description to_extension_switch_0/26
exit
interface 0/4
description to_extension_switch_0/25
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+1, SFP+2, SFP+3, SFP+4 & SFP+5
!***
!***************************************************************
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
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exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** 10GE interface to Site Equipment
!*** SFP+6
!***
!***************************************************************
interface 0/2
description sfp+6_to_site_equipment
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,800
vlan tagging 800
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
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vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
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vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
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interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20,800
vlan tagging 20,800
vlan ingressfilter
exit
interface 0/20
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interfaces
!***
!***************************************************************
interface 0/26
description amc#2
no shutdown
exit
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
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vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/28
description amc#1
no shutdown
exit
12.2.2 BOX 2 main switch
F ? g ?
!***************************************************************
!*** THIS IS FACTORY SETTINGS FOR THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN THE M2 BCN MODULE
!*** OF A STANDALONE mcBSC SETUP.
!***
!*** File name: SA_Main_2.TXT
!***************************************************************
!***
!*** VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Prompt
MainSwitch2
!
!* Disabled ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!
! MAIN-EXT ports configured as protected ports to prevent
! Ethernet loop creation.
!
!***************************************************************
switchport protected 1 name prot_group_1
!
!*** interface 0/3 to protected group prot_group_1
!i
nterface 0/3
switchport protected 1
exit
!
!*** interface 0/4 to protected group prot_group_1
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!i
nterface 0/4
switchport protected 1
exit
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
exit
interface 0/4
description to_extension_switch_0/25
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+1, SFP+2, SFP+3, SFP+4 & SFP+5
!***
!***************************************************************
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
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description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** 10GE interface to Site Equipment
!*** SFP+6
!***
!***************************************************************
interface 0/2
description sfp+6_to_site_equipment
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
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interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
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vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_el1
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no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20,800
vlan tagging 20,800
vlan ingressfilter
exit
interface 0/20
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interfaces
!***
!***************************************************************
interface 0/26
description amc#2
no shutdown
exit
interface 0/27
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description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/28
description amc#1
no shutdown
exit
12.2.3 BOX 1 and 2 extension switch
F ^A g ^A
!***************************************************************
!*** THIS IS FACTORY SETTINGS FOR THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE EXT SWITCH IN THE M1&2 BCN MODULE
!*** OF A STANDALONE mcBSC SETUP.
!***
!*** File name: SA_Ext_1&2.txt
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!*Prompt
ExtensionSwitch
!!
!* Disabled ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
! MAIN-EXT ports configured as protected ports to prevent
! Ethernet loop creation.
!
!***************************************************************
switchport protected 1 name prot_group_1
!
!*** add interface 0/25 to protected group prot_group_1
!i
nterface 0/25
switchport protected 1
exit
!
!*** add interface 0/26 to protected group prot_group_1
!i
nterface 0/26
switchport protected 1
exit
!
!***************************************************************
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!***
!*** Interfaces between Extension and Main switches
!***
!***************************************************************
interface 0/25
description to_main_switch_0/4
exit
interface 0/26
description to_main_switch_0/3
exit
!
!***************************************************************
!***
!*** Configuration of External interfaces SFP7-SFP22
!***
!***************************************************************
interface 0/1
description sfp7
exit
interface 0/2
description sfp8
exit
interface 0/3
description sfp9
exit
interface 0/4
description sfp10
exit
interface 0/5
description sfp11
exit
interface 0/6
description sfp12
exit
interface 0/7
description sfp13
exit
interface 0/8
description sfp14
exit
interface 0/9
description sfp15
exit
interface 0/10
description sfp16
exit
interface 0/11
description sfp17
exit
interface 0/12
description sfp18
exit
interface 0/13
description sfp19
exit
interface 0/14
description sfp20
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exit
interface 0/15
description sfp21
exit
interface 0/16
description sfp22
exit
!***************************************************************
!***
!*** AMC interfaces
!***
!***************************************************************
interface 0/17
description amc#2
no shutdown
exit
interface 0/18
description amc#2
no shutdown
exit
interface 0/19
description amc#2
no shutdown
exit
interface 0/20
description amc#2
no shutdown
exit
interface 0/21
description amc#1
no shutdown
exit
interface 0/22
description amc#1
no shutdown
exit
interface 0/23
description amc#1
no shutdown
exit
interface 0/24
description amc#1
no shutdown
exit
12.2.4 TRX extension box main switch
F ^A g ^A
!***************************************************************
!*** THIS IS FACTORY SETTINGS FOR THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN THE TRX EXTENSION BCN
MODULE
!*** OF A STANDALONE mcBSC SETUP.
!***
!*** File name: SA_Main_TRX_ext.txt
!
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!***************************************************************
!***
!*** VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Prompt
TRXMainSwitch
!
!
!* Disabled ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+1, SFP+2, SFP+3, SFP+4 & SFP+5
!***
!***************************************************************
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
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description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** 10GE interface SFP+6
!***
!***************************************************************
interface 0/2
shutdown
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
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!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
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vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_if1
no shutdown
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auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/20
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
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no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interfaces
!***
!***************************************************************
interface 0/26
description amc#2
no shutdown
exit
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/28
description amc#1
no shutdown
exit
12.2.5 PS extension box main switch
F ^A g ^A
!***************************************************************
!*** THIS IS FACTORY SETTINGS FOR THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN THEPS EXTENSION BCN
MODULE
!*** OF A STANDALONE mcBSC SETUP.
!***
!*** File name: SA_Main_PS_ext.TXT
!***************************************************************
!***
!*** VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
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vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configurationv!***
!***************************************************************v!*
Prompt
PSMainSwitch
!!
!* Disablde ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+1, SFP+2, SFP+3, SFP+4 & SFP+5
!***
!***************************************************************
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
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no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** 10GE interface SFP+6
!***
!***************************************************************
interface 0/2
shutdown
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
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description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
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vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_if0
no shutdown
auto-negotiate
mtu 1538
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vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/20
description to_add-in_card_1_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interfaces
!***
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!***************************************************************
interface 0/26
description amc#2
no shutdown
exit
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/28
description amc#1
no shutdown
exit
12.2.6 BCN-B BOX 1 main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN THE M1 BCN-B MODULE
!*** OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.1
!*** File name: init_fp.txt
!***************************************************************
!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt MainSwitch1
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
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!
!***************************************************************
!
!
MAIN-EXT ports configured as protected ports to prevent
!
Ethernet loop creation.
!
!***************************************************************
switchport protected 1 name prot_group_1
!
!*** add interface 0/3 to protected group prot_group_1
!
interface 0/3
switchport protected 1
exit
!
!*** add interface 0/4 to protected group prot_group_1
!
interface 0/4
switchport protected 1
exit
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
exit
interface 0/4
description to_extension_switch_0/25
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
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vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
92
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
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vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,800
vlan tagging 800
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
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vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_el0
no shutdown
auto-negotiate
mtu 1538
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vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20,800
vlan tagging 20,800
vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
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exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
!***************************************************************
interface 0/28
description trace
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
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12.2.7 BCN-B BOX 1 extension switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE EXTENSION SWITCH IN THE M1
!*** BCN-B MODULES OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp_ext.txt
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt ExtensionSwitch1
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!
MAIN-EXT ports configured as protected ports to prevent
!
Ethernet loop creation.
!
!***************************************************************
switchport protected 1 name prot_group_1
!
!*** add interface 0/25 to protected group prot_group_1
!
interface 0/25
switchport protected 1
exit
!
!*** add interface 0/26 to protected group prot_group_1
!
interface 0/26
switchport protected 1
exit
!
!***************************************************************
!***
!*** Interfaces between Extension and Main switches
!***
!***************************************************************
interface 0/25
description to_main_switch_0/4
exit
interface 0/26
description to_main_switch_0/3
exit
!
!***************************************************************
!***
!*** Configuration of External interfaces SFP11-SFP22
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!***
!***************************************************************
interface 0/27
description sfp+11
exit
interface 0/28
description sfp+12
exit
interface 0/7
description sfp13
exit
interface 0/8
description sfp14
exit
interface 0/9
description sfp15
exit
interface 0/10
description sfp16
exit
interface 0/11
description sfp17
exit
interface 0/12
description sfp18
exit
interface 0/13
description sfp19
exit
interface 0/14
description sfp20
exit
interface 0/15
description sfp21
exit
interface 0/16
description sfp22
exit
!***************************************************************
!***
!*** AMC interfaces
!***
!***************************************************************
interface 0/5
description amc#2
no shutdown
exit
interface 0/17
description amc#2
no shutdown
exit
interface 0/18
description amc#2
no shutdown
exit
interface 0/19
description amc#2
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no shutdown
exit
interface 0/20
description amc#2
no shutdown
exit
interface 0/6
description amc#1
no shutdown
exit
interface 0/21
description amc#1
no shutdown
exit
interface 0/22
description amc#1
no shutdown
exit
interface 0/23
description amc#1
no shutdown
exit
interface 0/24
description amc#1
no shutdown
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
12.2.8 BCN-B BOX 2 main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN THE M2 BCN-B MODULE
!*** OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp.txt
!***************************************************************
!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
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!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt MainSwitch2
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!
!
MAIN-EXT ports configured as protected ports to prevent
!
Ethernet loop creation.
!
!***************************************************************
switchport protected 1 name prot_group_1
!
!*** add interface 0/3 to protected group prot_group_1
!
interface 0/3
switchport protected 1
exit
!
!*** add interface 0/4 to protected group prot_group_1
!
interface 0/4
switchport protected 1
exit
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
exit
interface 0/4
description to_extension_switch_0/25
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
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vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
Issue: 01G
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
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vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
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vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
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mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20,800
vlan tagging 20,800
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vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
!***************************************************************
interface 0/28
description trace
exit
!
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!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
12.2.9 BCN-B BOX 2 extension switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE EXTENSION SWITCH IN THE M2
!*** BCN-B MODULES OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp_ext.txt
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt ExtensionSwitch2
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!
MAIN-EXT ports configured as protected ports to prevent
!
Ethernet loop creation.
!
!***************************************************************
switchport protected 1 name prot_group_1
!
!*** add interface 0/25 to protected group prot_group_1
!
interface 0/25
switchport protected 1
exit
!
!*** add interface 0/26 to protected group prot_group_1
!
interface 0/26
switchport protected 1
exit
!
!***************************************************************
!***
!*** Interfaces between Extension and Main switches
!***
!***************************************************************
interface 0/25
description to_main_switch_0/4
exit
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interface 0/26
description to_main_switch_0/3
exit
!
!***************************************************************
!***
!*** Configuration of External interfaces SFP11-SFP22
!***
!***************************************************************
interface 0/27
description sfp+11
exit
interface 0/28
description sfp+12
exit
interface 0/7
description sfp13
exit
interface 0/8
description sfp14
exit
interface 0/9
description sfp15
exit
interface 0/10
description sfp16
exit
interface 0/11
description sfp17
exit
interface 0/12
description sfp18
exit
interface 0/13
description sfp19
exit
interface 0/14
description sfp20
exit
interface 0/15
description sfp21
exit
interface 0/16
description sfp22
exit
!***************************************************************
!***
!*** AMC interfaces
!***
!***************************************************************
interface 0/5
description amc#2
no shutdown
exit
interface 0/17
description amc#2
no shutdown
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exit
interface 0/18
description amc#2
no shutdown
exit
interface 0/19
description amc#2
no shutdown
exit
interface 0/20
description amc#2
no shutdown
exit
interface 0/6
description amc#1
no shutdown
exit
interface 0/21
description amc#1
no shutdown
exit
interface 0/22
description amc#1
no shutdown
exit
interface 0/23
description amc#1
no shutdown
exit
interface 0/24
description amc#1
no shutdown
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
12.2.10 BCN-B TRX extension box main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN THE TRX EXTENSION BCN-B
!*** MODULE OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp.txt (original SA_Main_TRX_ext.scr)
!
!***************************************************************
!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
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vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt TRXMainSwitch3
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
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vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
110
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
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Appendix
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
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vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
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mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
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exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
!***************************************************************
interface 0/28
description trace
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
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12.2.11 BCN-B 2.TRX extension box main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN 2.TRX EXTENSION BCN-B
!*** MODULE OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp.txt (original SA_Main_TRX_ext.scr)
!
!***************************************************************
!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt TRXMainSwitch4
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
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interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
116
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
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no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
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description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
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vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
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mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
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!***************************************************************
interface 0/28
description trace
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
12.2.12 BCN-B 3.TRX extension box main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN A 3.TRX EXTENSION BCN-B
!*** MODULE OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp.txt (original SA_Main_TRX_ext.scr)
!
!***************************************************************
!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt TRXMainSwitch5
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
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shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
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interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
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vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
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vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/18
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description to_add-in_card_2_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_el0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 5
vlan participation exclude 1
vlan participation include 5,20
vlan tagging 20
vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_el1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 6
vlan participation exclude 1
vlan participation include 6
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
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spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
!***************************************************************
interface 0/28
description trace
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
12.2.13 BCN-B 1. PS extension box main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN A 1.PS EXTENSION BCN-B
!*** MODULE OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp.txt (original SA_Main_PS_ext.scr)
!***************************************************************
!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt PSMainSwitch6
!
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!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
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exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
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vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
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auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
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interface 0/17
description to_add-in_card_2_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
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exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
!***************************************************************
interface 0/28
description trace
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
12.2.14 BCN-B 2.PS extension box main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN A 2.PS EXTENSION BCN-B
!*** MODULE OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp.txt (original SA_Main_PS_ext.scr)
!***************************************************************
!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
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exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt PSMainSwitch7
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
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interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
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!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
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auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
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interface 0/16
description to_add-in_card_3_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
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description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
!***************************************************************
interface 0/28
description trace
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
12.2.15 BCN-B 3.PS extension box main switch
!***************************************************************
!*** THIS SCRIPT IS USED FOR CONFIGURING THE CONTROL AND
!*** MANAGEMENT SETUP INTO THE MAIN SWITCH IN A 3.PS EXTENSION BCN-B
!*** MODULE OF A STANDALONE mcBSC SETUP.
!***
!*** Script version 1.0
!*** File name: init_fp.txt (original SA_Main_PS_ext.scr)
!***************************************************************
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!***
!*** Creation of VLANs to the VLAN database.
!***
!***************************************************************
vlan database
vlan 5,6,20,800
vlan name 5 mc-emb0
vlan name 6 mc-emb1
vlan name 20 signalling
vlan name 800 mc-mgmt
exit
!
!***************************************************************
!***
!*** General configuration
!***
!***************************************************************
!* Set Prompt
set prompt PSMainSwitch8
!
!
configure
!* Disable ISDP (Cisco CDP)
no isdp run
!
!***************************************************************
!***
!*** Interfaces between Main and Extension switches
!***
!***************************************************************
interface 0/3
description to_extension_switch_0/26
shutdown
exit
interface 0/4
description to_extension_switch_0/25
shutdown
exit
!
!***************************************************************
!***
!*** Inter-BCN 10G interfaces
!*** SFP+0, SFP+1, SFP+2, SFP+3, SFP+4, SFP+5 & SFP+6
!***
!***************************************************************
interface 0/20
description sfp+0
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/21
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description sfp+1
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/22
description sfp+2
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/23
description sfp+3
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/24
description sfp+4
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/1
description sfp+5
no shutdown
no auto-negotiate
mtu 1538
vlan participation exclude
vlan participation include
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
interface 0/2
description sfp+6
no shutdown
Issue: 01G
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
1
5,6,20,800
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no auto-negotiate
mtu 1538
vlan participation exclude 1
vlan participation include 5,6,20,800
vlan tagging 5,6,20,800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Configuration of Add-In card interfaces
!***
!***************************************************************
interface 0/5
description to_add-in_card_8_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/6
description to_add-in_card_8_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/7
description to_add-in_card_7_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/8
description to_add-in_card_7_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/9
description to_add-in_card_6_if0
no shutdown
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auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/10
description to_add-in_card_6_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/11
description to_add-in_card_5_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/12
description to_add-in_card_5_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/13
description to_add-in_card_4_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/14
description to_add-in_card_4_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
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interface 0/15
description to_add-in_card_3_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/16
description to_add-in_card_3_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/17
description to_add-in_card_2_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/18
description to_add-in_card_2_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/19
description to_add-in_card_1_if0
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
vlan participation include 20
vlan ingressfilter
exit
interface 0/26
description to_add-in_card_1_if1
no shutdown
auto-negotiate
mtu 1538
vlan pvid 20
vlan participation exclude 1
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vlan participation include 20
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Interface between Main and Management switches
!***
!***************************************************************
interface 0/25
description to_mgmt_switch
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!***************************************************************
!***
!*** AMC interface
!***
!***************************************************************
interface 0/27
description ptum
no shutdown
auto-negotiate
spanning-tree bpdufilter
mtu 1538
vlan participation exclude 1
vlan participation include 800
vlan tagging 800
vlan acceptframe vlanonly
vlan ingressfilter
exit
!
!***************************************************************
!***
!*** Trace interface
!***
!***************************************************************
interface 0/28
description trace
exit
!
!***************************************************************
!***
!*** Exit and save configuration
!***
!***************************************************************
exit
Issue: 01G
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