Procedures to Register Satellite Earth Stations at the ITU
1. Introduction
The band 3 400-3 600 MHz was identified by WRC-07 for International Mobile
Telecommunications (IMT) in many countries in ITU Region 1 (Europe, CIS, Middle East and
Africa) and 9 countries in ITU Region 3 (Asia Pacific). In ITU Region 2 (Americas), no
identification in the mentioned band was made to IMT, however, 14 countries included their
country names in a footnote upgrading the mobile service into primary status in the band 3 400-3
500 MHz (Note: mobile service in the band 3 500-3 600 MHz is already allocated on a primary
status).
As a result of the above outcome, appropriate measures should be taken in order to ensure that
satellite earth stations are protected from IMT operations, i.e. registration of earth stations on or
near the borders of those administrations that have included their country name in the footnote
identifying IMT in the band 3 400-3 600 MHz.
A description on the procedures to register satellite earth stations at the ITU is provided in
Section 3 below. Since the band 3 400-3 600 MHz is a downlink (space-to-Earth) band for
satellite services, the task mentioned above will primarily be concentrated on the procedures
required for receiving earth stations.
2. Relevant ITU Provisions
9.17 – for any specific earth station or typical mobile earth station in frequency bands above 100
MHz allocated with equal rights to space and terrestrial services, in respect of terrestrial
services, where the coordination area of the earth station includes the territory of another
country, with the exception of the coordination under No. 9.15
9.28 – In the case of requests for coordination under No. 9.29, the requesting administration
shall, by applying the calculation method and criteria contained in Appendix 5 to those
frequency assignments, identify, to the extent possible, the administrations with which
coordination is to be effected.
9.29 – Request for coordination made under Nos. 9.15 to 9.19 shall be sent by the requesting
administration to the identified administrations, together with the appropriate information
listed in Appendix 4 to the Regulations.
9.31 – The information sent under No. 9.29 shall also, in the cases covered by Nos. 9.15, 9.17 or
9.17A, include a copy of diagrams drawn to appropriate scale indicating, for both
transmission and reception, the location of the earth station and its associated coordination
area, or the coordination area related to the service area in which it is intended to operate
the mobile earth station, and the data on which the diagrams are based. In respect of
terrestrial stations, in the cases covered by Nos. 9.16, 9.18 and 9.19 the information shall
include the locations of terrestrial stations within the coordination area of the relevant earth
station.
9.32A – If the responsible administration, following the application of Nos. 9.15 to 9.19, concludes
that coordination is not required, it may send the relevant information pursuant to Appendix
4 to the Bureau for action under Section I of Article 11.
Page 1
9.33 – If for any reason an administration cannot act in accordance with No. 9.29, it shall seek the
assistance of the Bureau. The Bureau shall then send the request for coordination to the
administration concerned and take any necessary further action as appropriate under Nos.
9.45 and 9.46.
9.45 – An administration receiving a request for coordination under No. 9.29 shall, within 30 days
from the date of the request, acknowledge receipt by telegram to the requesting
administration. In the absence of an acknowledgement of receipt of its request within the 30
days, the requesting administration shall send a telegram requesting an acknowledgement.
9.46 – If there is no acknowledgement of receipt within 15 days of its second request sent under
No. 9.45, the requesting administration may seek the assistance of the Bureau. In this
event, the Bureau shall forthwith send a telegram to the administration which has failed to
reply requesting an immediate acknowledgement.
9.47 – If there is no acknowledgement of receipt within 30 days after the Bureau’s action under
No. 9.46, it shall be deemed that the administration which has failed to acknowledge receipt
has undertaken:
9.48 – a)
that no complaint will be made in respect of any harmful interference affecting its
own assignments which may be caused by the assignment for which
coordination was requested; and
9.49 – b)
that the use of its own assignments will not cause harmful interference to the
assignment for which coordination was requested.
11.25 – Notices relating to assignments to stations in space services, and to terrestrial stations
involved in coordination with a satellite network, shall reach the Bureau not earlier than
three years before the assignments are brought into use.
§6 e) iii) of Appendix 5 – to bring into use a new frequency assignment to a receiving earth
station and the notifying administration states that it accepts the
interference resulting from existing and future terrestrial station
assignments or assignments of earth stations operating in the
opposite direction of transmission. In such case, administrations
responsible for the terrestrial stations of earth stations operating in
the opposite direction of transmission are not required to apply the
provisions of No, 9.18 or 9.17A of Article 9 respectively.
3. Procedures to register an earth station
According to provision No. 9.17 of the Radio Regulations, prior to the registration of earth station
assignments in the Master International Frequency Register (MIFR), coordination will need to be
effected. This requires the generation of a coordination area of the earth station and obtaining
agreement from administration(s) whose territory/territories lie(s) within the generated
coordination area.
Due to provision No. 11.25, the administration responsible for the terrestrial stations can, during
the coordination process, request the inclusion of terrestrials stations (in this case IMT stations)
that are not yet recorded in the MIFR but are planned to be brought into use within the next 3
years.
Page 2
The procedures for effecting coordination of earth stations with respect to terrestrial stations are
as follows, noting that coordination of earth stations with respect to terrestrial stations is based on
the concept of a coordination area:
a) Completion of the coordination data (Appendix 4 Annex 2);
b) Preparation of the coordination contours (Appendix 7 or R1448 software);
c) Providing the coordination information to administrations whose territory falls within the
coordination area;
d) Action taken by informed administration (those receiving the coordination information);
e) Consultation between the notifying and informed administrations, as required;
f)
Conclusion of the coordination agreement;
g) Notification under No. 11.2 and thereafter recording in the MIFR.
It should be noted that while it is possible to register and notify receive only earth stations, it is not
possible to register and notify typical earth stations (only typical mobile earth stations can be
registered and notified). Since the band 3 400-3 600 MHz is not allocated to the Mobile-Satellite
Service, it would not be possible to register typical mobile earth stations in this case.
Another important point to note is that the protection of satellite earth stations does not take into
account out-of-band interference scenario, i.e. earth stations registered in the bands above 3 600
MHz will not be protected by terrestrial stations operating in the band 3 400-3 600 MHz (in terms
of ITU examination). Thus it is important that the registration and recording of the earth station
assignments include the overlapping band 3 400-3 600 MHz.
Annexes 1 and 2 below provide procedures and an example of generating the coordination
contours using the Appendix 7 software tool.
Page 3
Annex 1
Coordination Contours Generation using GIBC
Appendix 7 Software Tool
(ITU Seminar, Geneva 2006)
Purpose
Biennial Radiocommunication Seminar, Geneva 2006
GIBC software package allows to carry out technical examinations
concerning coordination requirements on…
Coordination area determination using
GIBC v7.0
Appendix 7 software tool
Satellite Stations :

Power Flux Density

Appendix 8
New
Earth Stations :

Appendix 7
During this workshop…
Determination of the coordination
area around an earth station
I.
II.
III.
IV.
V.
VI.
VII.
Software Installation
SRS database
Appendix 7 calculation
Generate report document
Report Document
Include auxiliary contours
Change printing options
Biennial Radiocommunication Seminar, Geneva 2006
SRS Database
Installation
The information required by the calculation program is extracted from the SNS V5 formatted database
specified in the TOOLS & Options page.
You can install GIBC from the SRS DVD.
Earth stations calculations require:
SRS Database
IDWM Geo Database (installed by default)
SRS Database section in the Tools & Options Page
indicates database file location.
Default location: SRS database file in the DVD Drive.
GIMS REFDB is required for satellite stations only
Program group BR Space Applications – GIBC in your programs menu
Note! Keep the DVD on its drive during the calculation
process
You can change the SRS database file location
by using the browse button.. This allows you to:
 Change the default location of the SRS database file
 Use other SRS database file.
Install GIBC using the General setup
Select the Tools & Options page
Open the application from the BR
SPACE Applications program group
Check the SRS database file location
Biennial Radiocommunication Seminar, Geneva 2006
Biennial Radiocommunication Seminar, Geneva 2006
Appendix 7 Calculation
How to Proceed?
 Select the Appendix 7 page
 Enter Earth Station Network
Identification
 Press Calculate
Check Progress of Calculation
 Select type of messages :
 Warning\Error\Progress
Results in MS–Access file
 Each calculation in a
separated file
 Naming convention:
NetworkId_Date_Time.mdb
 Results Directory:
C:\BR_TEX_RESULTS\APP7
Generate Report Document
How
Howto
toProceed?
Proceed?
 Enter
EnterEarth
EarthStation
StationNetwork
Network
Identification
Identification
 Select,
Select,using
usingthe
theBrowse
Browsebutton
button
the
theESCC
ESCCdatabase
databasefile
file
 Press
the
Print
button
Press the Print button
SRS
ESCC
t
Prin
Check
CheckProgress
Progressof
ofCalculation
Calculation
e
ulat
Calc
 Select
Selecttype
typeofofmessages
messages: :
 Warning\Error\Progress
Warning\Error\Progress
After
Afterhaving
havingperformed
performedan
an
Appendix
Appendix77calculation
calculation
ESCC
rin
7p
Ap
tf
t.r
 Last
Lastnetwork
networkIdIdfield
fieldand
andlast
last
database
databasefile
fileare
arealready
alreadyselected.
selected.
 Just
Required
to
press
Just Required to pressthe
thePrint
Print
button
button
Select the Appendix 7 page
Enter the Network Id of the earth
station (test case)
Press Calculate
Biennial Radiocommunication Seminar, Geneva 2006
Note!
Ap7Print.RTF
Ap7Print.RTFisisrewritten
rewritteneach
each time!!!
time!!!
IfIfthe
thefile
fileisislocked
lockedyou
youwill
willget
getan
anerror
errormessage.
message.
To generate the report document on
the test case from last calculation,
press the Print button (with Network
Id field being the test case)
Biennial Radiocommunication Seminar, Geneva 2006
Report Document (I)
Report Document (II)
Ap7Print.RTF Document
Graphics
Coordination Contours
Legend
Main and Auxiliary Contours
Country Codes
The program opens the
Ap7Print.RTF file in the
C:\
C:\br_tex_results\
br_tex_results\ap7 folder
Biennial Radiocommunication Seminar, Geneva 2006
Coordination distances at 72 azimuths (0-355degrees at 5 deg steps)
Details of the calculation
Intermediate data
List of affected countries
Biennial Radiocommunication Seminar, Geneva 2006
Auxiliary Contours
Auxiliary
AuxiliaryMode
Mode11reduced
reducedrequired
requiredloss
lossexpressed
expressed
inindB.
dB.Negative
Negativevalues.
values.
Auxiliary
AuxiliaryMode
Mode22Angular
Angularoffset
offsetbetween
betweenbeams
beams
expressed
expressedinindegrees
degrees
Printing Options
How
Howto
toproduce
produceauxiliary
auxiliary
contours?
contours?
 Use
Usethe
theAux
AuxContours
Contoursbutton
buttonto
to
display
displaythe
theAuxiliary
AuxiliaryContours
Contoursdialog.
dialog.
 Enter
Enterthe
thevalues
valuesininthe
thelist
list
Mode
Mode11(dB)
(dB)(negative
(negativevalues)
values)
Mode
Mode22(deg)
(deg)
 Perform
Performthe
thecalculation
calculation
To add Mode 1 aux contours press
the Aux Contours button.
Print
PrintAuxiliary
Auxiliary
Checked-up
Checked-up the
theauxiliary
auxiliarycontours
contours
are
areincluded
includedininthe
thereport
report
document.
document.
This
Thisoption
optionhas
hasno
noeffect,
effect,inincase
case
there
thereare
areno
noauxiliary
auxiliarycontours
contours
totobe
bedisplayed.
displayed.
Distance
Distance
Size
Sizeofofthe
thewindow
windowofofthe
themap
map
(expressed
(expressedininKm)
Km)
By
Bydefault
default(blank
(blankvalue)
value)automatic
automatic
value
valuethat
thataccommodates
accommodatesthe
the
diagram
diagram
Uncheck the Print Auxiliary
Contours option
Add Mode 1 Contours ((-10dB, -30dB)
Specify 1000Km
Perform Report Generation
Check the report file
Perform Calculation
Perform Report Generation
Biennial Radiocommunication Seminar, Geneva 2006
Biennial Radiocommunication Seminar, Geneva 2006
Annex 2
Exercise in using Coordination Area Software
Corresponding to Appendix 7 (Rev. WRC-03)
(ITU Seminar, Geneva 2006)
List of contents
• Part I
Exercise in using Coordination Area
Software Corresponding to
Appendix 7 (Rev. WRC-03)
Cessy Karina
SSD/SSC
Radiocommunication Bureau
Part I. New softwares
Capturing (AP7 Input)
– New software for capture and calculation in
GIBC
• Part II :
– Current computer program for determination of
coordination area
• Part III:
– Case 1 : GSO Earth Stations
• Part IV
– Case 2 : NGSO Earth Stations
New calculation software in GIBC
Plot result (using GIBC)
Print result using GIBC
Diagram 1: 2.2_TABLE7. TRANSMITTING NGSO ES in SPACE OPERATION SERVICE W.R.T. RECEIVING TERRESTRIAL STATIONS. TS in FS or MS
Diagram 1: 2.2_TABLE7. TRANSMITTING NGSO ES in SPACE OPERATION SERVICE W.R.T. RECEIVING
TERRESTRIAL STATIONS. TS in FS or MS
Notice ID: 104500375
Administration/Geographical area: S/S
Satellite orbital position: Frequency band: 2033.25-2033.45 MHz
Earth station name: ESRANGE ETX
Earth station position: 021E035667N5322
Satellite name: ODIN
NOTICE ID:
104500375
EARTH STATION NAME:
ESRANGE ETX
EARTH STATION POSITION:
021E035667N5322
PHASE: N
ADM/GEO_AREA:
S/ S
RAIN CLIMATICAL ZONE: C
SATELLITE NAME:
ODIN
SATELLITE ORBITAL POSITION:
- DEG
ANTENNA AZIMUTH:
- DEG
ANTENNA ELEVATION:
- DEG
FREQUENCY BAND:
2033.25-2033.45 MHZ
ASSIGNED FREQUENCY:
2033.35 MHZ
PERCENTAGE OF TIME:
0.0050 %
MAXIMUM ANTENNA GAIN: 41.0 DBI
MAXIMUM POWER DENSITY: -32.0 DBW/HZ
NOISE TEMPERATURE: - K
ANTENNA PATTERN:
APEND_099V01
2.2_TABLE7 Model: PLM_DUCTING
TRANSMISSION LOSS MODE 1:
TRANSMISSION LOSS MODE 2:
70N
70N
NOR
AZIMUTH
OFF-AXIS
HOR.ELEV.
HOR.CORR.
ANT.GAIN
S
10
0.0
5.0
35.0
41.0
15
0.0
5.0
35.0
41.0
20
0.0
5.0
35.0
41.0
25
0.0
5.0
35.0
41.0
30
0.0
5.0
35.0
41.0
35
0.0
5.0
35.0
41.0
40
0.0
5.0
35.0
41.0
45
0.0
5.1
35.0
41.0
50
0.0
5.1
35.1
41.0
55
0.0
5.1
35.1
41.0
60
0.0
5.1
35.1
41.0
65
0.0
5.1
35.1
41.0
70
0.0
5.1
35.1
41.0
75
0.0
5.1
35.1
41.0
80
0.0
5.1
35.1
41.0
85
0.0
5.1
35.1
41.0
90
0.0
5.1
35.1
41.0
95
0.0
5.1
35.1
41.0
100
0.0
5.1
35.1
41.0
105
0.0
5.1
35.1
41.0
COORDINATION DISTANCE (KM)
MODE 1
0.0 DB
433
433
433
433
433
388
433
419
375
387
375
385
375
375
375
375
375
375
375
375
375
375
375
375
130
0.0
5.1
35.1
41.0
135
0.0
5.2
35.2
41.0
140
0.0
5.2
35.2
41.0
145
0.0
5.2
35.2
41.0
150
0.0
5.2
35.2
41.0
155
0.0
5.2
35.2
41.0
160
0.0
5.2
35.2
41.0
165
0.0
5.2
35.2
41.0
170
0.0
5.2
35.2
41.0
175
0.0
5.2
35.2
41.0
180
0.0
5.2
35.2
41.0
185
0.0
5.4
35.4
41.0
190
0.0
5.6
35.6
41.0
195
0.0
5.6
35.5
41.0
200
0.0
5.5
35.5
41.0
205
0.0
5.5
35.5
41.0
210
0.0
5.5
35.5
41.0
215
0.0
5.4
35.5
41.0
220
0.0
5.4
35.4
41.0
225
0.0
5.4
35.4
41.0
230
0.0
5.4
35.4
41.0
235
0.0
5.4
35.4
41.0
120
0.0
5.1
35.1
41.0
125
0.0
5.1
35.1
41.0
COORDINATION DISTANCE (KM)
MODE 1
0.0 DB
375
375
65N
193.0 DB (DOES NOT INCLUDE HOR. CORR. AND ANT. GAIN)
5
0.0
5.0
35.0
41.0
AZIMUTH
OFF-AXIS
HOR.ELEV.
HOR.CORR.
ANT.GAIN
0
0.0
5.0
35.0
41.0
110
0.0
5.1
35.1
41.0
115
0.0
5.1
35.1
41.0
375
375
433
433
433
433
433
433
433
433
433
375
375
375
375
375
375
375
375
375
375
375
245
0.0
5.3
35.3
41.0
250
0.0
5.3
35.3
41.0
255
0.0
5.3
35.3
41.0
260
0.0
5.3
35.3
41.0
265
0.0
5.3
35.3
41.0
270
0.0
5.2
35.2
41.0
275
0.0
5.2
35.2
41.0
280
0.0
5.2
35.2
41.0
285
0.0
5.2
35.2
41.0
290
0.0
5.1
35.1
41.0
295
0.0
5.2
35.2
41.0
300
0.0
5.3
35.3
41.0
305
0.0
5.4
35.4
41.0
310
0.0
5.5
35.5
41.0
315
0.0
5.5
35.5
41.0
320
0.0
5.5
35.5
41.0
325
0.0
5.3
35.3
41.0
330
0.0
5.1
35.1
41.0
335
0.0
5.1
35.1
41.0
340
0.0
5.1
35.1
41.0
345
0.0
5.1
35.1
41.0
350
0.0
5.1
35.1
41.0
355
0.0
5.1
35.0
41.0
COORDINATION DISTANCE (KM)
MODE 1
0.0 DB
375
381
432
432
432
432
433
433
433
433
433
433
432
432
432
432
432
432
433
433
433
433
433
433
65N
FIN
15E
20E
25E
ES position
Main Mode1 0.0db
AZIMUTH
OFF-AXIS
HOR.ELEV.
HOR.CORR.
ANT.GAIN
240
0.0
5.4
35.4
41.0
PROBABLY AFFECTED COUNTRIES: FIN NOR RUS
Part II. Current computer program for
Determination of coordination Area
R1448
• For methods specified in Appendix 7 (WRC-2003)
• ITU Digitized World Map (IDWM) is required
• See also Recommendation ITU-R SM.1448
1
5
4
6
3
2
Part III (GSO Case)
TSUM of MAGTAB 4/6GHz (SpacePub)
The flowchart
Setup
Printer
Create
input
Win
calculate
Terminal
Plot
Postcript
file
Plot result
Print result
TSUM of MAGTAB 4/6GHz (SpacePub) (end)
Basic inputs data
NAME
TYPE
DESCRIPTION
ADM
NUMELEVPAIR
CH*3
I*2
Notifying administration
Number of pairs (max 72) of azimuths and
horizon elevations given in AZIMS and
HORELVS or in AZHORPAIRS
Values of azimuth for which the horizon
elevation is given
Values of horizon elevation corresponding to
AZIMS
List of auxiliary contours to be plotted (e.g. -10, 30, 0, 0, 0, 0)
Flag to indicate whether the auxiliary contours
are to be printed (YES/NO).
Country code
Earth station coordinates (degrees, minutes
,seconds) in the format: dddXmmssddYmmss,
where X is E or W and Y is N or S
Equivalent earth station noise temperature (K)
Earth station name
AZIMS
R*4
HORELVS
R*4
AUXPLOT(6)
R*4
AUXPRINT
CH*3
CTY
ESCOORDS
CH*3
CH*1
5
ESNOISE
ESTN
GEOSYNC
GMIN
MINRCVFRMHZ
MAXRCVFRMHZ
MINTRNFRMHZ
MAXTRNFRMHZ
MINELA
I*4
CH*2
0
CH*3
R*4
R*4
R*4
R*4
R*4
R*4
Flag for geosynchronous satellite (YES/NO)
Minimum antenna gain (dB) for antenna pattern
option 5 (-10)
Minimum receiver frequency (MHz)
Maximum receiver frequency (MHz)
Minimum transmitter frequency (MHz)
Maximum transmitter frequency (MHz)
Minimum elevation angle (deg) used.
Appendix 4
Reference
A1f
A7a
PHASE
CH*1
PLOTSCALE
R*4
A7a
POWRDENS
R*4
A7a
RADPATRN
I*2
RECVANTG
RECVPC
R*4
R*4
A1e3a
A1e3b
C5b
A1e2a
RNCLZN
CH*1
SAT
SATLONG
SECTOR(2)
CH*2
0
R*4
R*4
SERVTYPE
I*2
TRANANTG
R*4
B5
C2a, C3a
C2a, C3a
C2a, C3a
C2a, C3a
A7b
Notification reason.
D
RR1113 / Art. 9
N
Art. 13 / Art. 11
E
Art. 14 / Art. 9.21
B
AP30/30A
T
Test case
Plot scale (km/cm). Optional, default is 150
km/cm.
Maximum power density (dBW/Hz) supplied to
the input of the antenna
Antenna radiation pattern (see description
below).
Receiving antenna gain (dB)
Percentage of time to be used in the calculation
of the coordination area for a receiving earth
station (optional). Values of Table 2 of
Recommendation ITU-R SM.1448 or Table 8 of
Appendix S7 (WRC-2000) are default.
Rain-climatic zone (A,B,C,...,Q)
Optional parameter, if not given the rain-climatic
zone will be determined from the ITU Digitized
World Map (IDWM).
Satellite name
Satellite longitude (deg), only for geostationary
Two azimuth values (deg) that define the
azimuthal range of operation for an earth
station. Mainly intended for earth stations that
operate with geostationary satellites in slightly
inclined orbits.
1 Space Operation
2 Space Research
3 Earth Exploration
4 Meteorological- Satellite Service
5 Space Research
(Deep Space)
6 Space Research
7 Mobile-Satellite Service
8 Fixed-Satellite Service
9 Broadcasting Satellite service
Transmitting antenna gain (dB)
See : ANNEX 2. DESCRIPTION OF THE AP 7 / REC. 1448 INPUT DATA
Note : for NGSO, the minimum elevation angle is at A7e
C8a2/C8b2
B5c2
B5a
A4c1
A4c2
A7c
B5a
TSUM of MAGTAB 4/6GHz (SpacePub)
Case 1.1 – File: INP1.DAT
Case 1 Input File
Case 1.2 – File: INP11.DAT
Comp. Terminal Plot w INP1&
INP11 (2.1 Tx)
Comp. Terminal Plot w INP1&
INP11 (2.1 Rx)
Part IV : NGSO Case
TSUM of ESRANGE ETX (NGSO)
A1e1 Type
S
A1e3a Ctry S
A1e3b Geo. coord. 021E03 56
67N53 22
A4c1 Assoc. space station ODIN
BR59 Azimuth
A7a1 Hor. elev. angle
A7a2 Distance
0
5
10
5
20
5
30
5
40
5
50
5.1
60
5.1
70
5.1
80
5.1
90
5.1
100
5.1
110
5.1
120
5.1
130
5.1
140
5.2
150
5.2
160
5.2
BR59 Azimuth
A7a1 Hor. elev. angle
A7a2 Distance
190
5.6
200
5.5
210
5.5
220
5.4
230
5.4
240
5.4
250
5.3
260
5.3
270
5.2
280
5.2
290
5.1
300
5.3
310
5.5
320
5.5
330
5.1
340
5.1
350
5.1
A7d Altitude
394
A7b1 Min. elev. angle
A7c1 Start azimuth
A16b Single entry pfd commitment
BR59 Azimuth
A7e Min. elev. angle
Int/Ext
E
Status
26
A7c2 End azimuth
90
5
180
5
270
5
2571
IFIC I
15
Prev. Status
No.
Compare id.
Cfex C
A7a3 Horiz. elev. diag.
Coef. A
Noise gamma
Split flag
Merge option
No.
Orbits
Horizon elevations
Finding required 2
Structures
B2 Emi-Rcp E
41
B5a Isotropic gain
B5c Co-polar antenna pattern
Coef. B
Coef. C
Last modified 14.09.2006
Part
Repub. flag
Special Section 3
Straps
Records
01
IFIC II/III
Val
No.
Structures
Compare beam
B1a/BR17 Beam designation
1
Part
Basic Mod. Y
Special Section 2
Records
0.76
B5b Beamwidth
Coef. D
Phi1
A10a Coord. area diag. 1
A7f Ant. diameter
Rad. diag.
ND
Page no.
2571
IFIC I
Special Section 1
1
Part
No.
IFIC II/III
Update date 31.05.2006
Part
Special Section 2
No.
Finding required 2
Special Section 3
No.
Notes
Compare id.
Records
BR7a/BR7b Group id.
Structures
Frequencies
104643284
Emissions
Assoc. Estns
BR1 Date of receipt 19.08.2004
Assoc. Sstns
Provisions
Publications
C2c RR No. 4.4
A2a Date of bringing into use 01.01.2004
A3a Op. agency
BR62 Expiry date for bringing into use
BR63 Confirmed date of bringing into use
50
A3b Adm. resp. A
BR16 Value of type C8b
BR64 Date of receipt of 1st Res49
BR14 Special Section
C4a Class of station
TK
C4b Nature of service
OT
200
C3a Assigned freq. band
C6a Polarization type CR
C8g1 Max. aggr. pwr.
21
A5/A6 Coordinations/Agreements
9.17
C8g2 Aggr. bandwidth
O
FIN
C6b Polarization angle
C8g3 Transp. bandwidth = Aggr. bandwidth
NOR
RUS
C2a1 Assigned frequency
2033.35
MHz
A13
Ref. to Special Sections
AR11/A/1390
185
5.4
359
5
First notif. or Resub. F
Date 14.09.2006
Special Section 1
Ref. pat.
180
5.2
A18a Aircraft earth station commitment
0
5
Compare id.
170
5.2
1
C7a
Design. of emission
200KF3D--
C8a1/C8b1
Max. peak pwr
21
C8a2/C8b2
Max. pwr dens.
-32
C8c1
Min. peak pwr
21
C8c2
Attch.
C8c3
Min. pwr dens.
-32
C8c4
Attch.
Findings
Case 2 : Input file
Case 2 : Plot results
Case 2 : result
Notes :
• The new softwares has been provided in the
SRS September
cessy.karina@itu.int