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Antenna Patterns

Earth station antenna patterns
Space station antenna patterns
Submission of the antenna radiation patterns

Earth Station Antenna Patterns

Standard patterns:

Standard	Pattern Name	Description	Receiving/Transmitting	Pattern ID
AP8	APERR_001V01	Appendix 8 Earth station antenna pattern for GSO networks. Only for maximum antenna gain greater than 9.3 dB.	Receiving	33
AP8	APERR_001V01		Transmitting	76
AP30B A = 29	APERR_002V01	Appendix 30B reference Earth station pattern with the improved side-lobe for coefficient A = 29.	Receiving	30, 31
AP30B A = 29	APERR_002V01		Transmitting	73, 74
Rec ITU-R M.694-0	APEREC005V01	Recommendation ITU-R M.694-0 reference Earth station antenna pattern for ship earth station antennas having circular paraboloidal reflectors with diameters between 0.8 m and 1.3 m and with an operating frequency range of about 1500 to 1650 MHz.	Receiving	49
Rec ITU-R M.694-0	APEREC005V01		Transmitting	95
AP30 Regions 1 and 3 (1977 BSS Plan)	APERR_006V01	Appendix 30 reference receiving earth station antenna pattern for Regions 1 and 3 for individual reception (1977 BSS Plan).	Receiving	42
AP30 Regions 1 and 3 (WRC-97)	APERR_007V01	Appendix 30 reference receiving earth station antenna pattern for Regions 1 and 3 (WRC-97). Frequency is fixed to 12.1 GHz.	Receiving	40
AP30 Region 2	APERR_008V01	Appendix 30 reference receiving earth station antenna pattern for Region 2 for individual reception.	Receiving	43
AP30A (WARC Orb-88)	APERR_009V01	Appendix 30A reference transmitting earth station antenna pattern for Regions 1 and 3 (WARC Orb-88).	Transmitting	87
AP30A (WRC-97)	APERR_010V01	Appendix 30A reference transmitting earth station antenna pattern for Regions 1 and 3 (WRC-97).	Transmitting	85
AP30A Region 2	APERR_011V01	Appendix 30A reference transmitting earth station antenna pattern for Region 2.	Transmitting	88
AP7	APERR_012V01	Appendix 7 Earth station antenna pattern for the determination of the coordination area around an earth station in frequency bands between 100 MHz and 105 GHz.	Receiving	32
AP7	APERR_012V01		Transmitting	75
Rec ITU-R S.465-5	APEREC013V01	Recommendation ITU-R S.465-5 reference Earth station antenna pattern for earth stations coordinated after 1993 in the frequency range from 2 to about 30 GHz.	Receiving	601
Rec ITU-R S.465-5	APEREC013V01		Transmitting	602
AP30B	APEREC015V01	Appendix 30B reference Earth station antenna pattern. Recommendation ITU-R S.580-6 reference Earth station antenna pattern.	Receiving	605
AP30B	APEREC015V01		Transmitting	606
Rec ITU-R BO.1900	APEREC022V01	Recommendation ITU-R BO.1900 reference receiving earth station antenna pattern for BSS in the band 21.4-22 GHz in Regions 1 and 3.	Receiving	615
Rec ITU-R S.1855	APEREC023V01	Recommendation ITU-R S.1855 alternative reference radiation pattern for TRANSMITTING GSO earth station antennas for use in coordination and/or interference assessment in the frequency range from 2 to 31 GHz.	Transmitting	618
Rec ITU-R S.1855	APEREC024V01	Recommendation ITU-R S.1855 alternative reference radiation pattern for RECEIVING GSO earth station antennas for use in coordination and/or interference assessment in the frequency range from 2 to 31 GHz.	Receiving	619
Rec ITU-R S.465-6	APEREC025V01	Recommendation ITU-R S.465-6 TRANSMITTING reference Earth station antenna pattern for earth stations in FSS in the frequency range from 2 to 31 GHz coordinated after 1993.	Transmitting	621
Rec ITU-R S.465-6	APEREC026V01	Recommendation ITU-R S.465-6 RECEIVING reference Earth station antenna pattern for earth stations in FSS in the frequency range from 2 to 31 GHz coordinated after 1993.	Receiving	620
Rec ITU-R M.1091 Annex 1	APEREC028V01	Recommendation ITU-R M.1091, annex 1 reference radiation pattern for transportable or vehicle-mounted earth station antennas with a gain of 12 to 18 dB and with a frequency between 1 to 3 GHz for use in the land mobile-satellite service.	Receiving	698
Rec ITU-R M.1091 Annex 1	APEREC028V01		Transmitting	699
	APEREC029V01	Recommendation ITU-R SA.509-3, section 1.1 Space research earth station and radio astronomy reference antenna radiation pattern for use in interference calculations, including coordination procedures, for frequencies less than 30 GHz.	Receiving	783
	APEREC029V01		Transmitting	784
Non-directional	APEND_099V01	Non-directional earth station antenna pattern.	Receiving	607
Non-directional	APEND_099V01	Non-directional earth station antenna pattern.	Transmitting	608

Non-standard patterns:

Earth Station Name	Pattern Name	Description	Receiving/Transmitting	Pattern ID
LUX AP30A	APELUX201V01	Transmitting earth station antenna pattern submitted by LUX for analyses under Appendix 30A.	Transmitting	81
LUX AP30	APELUX202V01	Receiving earth station antenna pattern submitted by LUX for community reception for analyses under Appendix 30.	Receiving	36
LUX AP30	APELUX203V01	Receiving earth station antenna pattern submitted by LUX for individual reception for analyses under Appendix 30.	Receiving	37
LUX AP30B	APELUX204V01	Earth station antenna pattern submitted by LUX for both uplinks and downlinks for analyses under Appendix 30B.	Receiving	38
LUX AP30B	APELUX204V01		Transmitting	83
LUX AP30B	APELUX205V01	Earth station antenna pattern submitted by LUX for both uplinks and downlinks for analyses under Appendix 30B.	Receiving	39
LUX AP30B	APELUX205V01		Transmitting	84
BIFROST	APENOR207V01	Earth station transmitting antenna pattern for analyses under Appendix 30B for the BIFROST terminal type I transmitting antenna.	Transmitting	78
BIFROST	APENOR208V01	Earth station transmitting antenna pattern for analyses under Appendix 30B for the BIFROST terminal type II transmitting antenna.	Transmitting	79
BIFROST	APENOR209V01	Earth station transmitting antenna pattern for analyses under Appendix 30B for the BIFROST terminal type I transmitting antenna.	Transmitting	80
BIFROST	APENOR210V01	Earth station receiving antenna pattern for analyses under Appendix 30B for the BIFROST receiving antenna.	Receiving	35
PNG NYBSS	APEPNG214V01	Receiving earth station antenna pattern submitted by PNG for network NYBSS and by USA for network AFRIBSS.	Receiving	635
INM Typical-0.2M	APEG__215V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type Typical-0.2M and CLIC-L.	Receiving	642
INM Typical-0.2M	APEG__215V01		Transmitting	643
INM Typical-0.4M	APEG__216V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type Typical-0.4M.	Receiving	644
INM Typical-0.4M	APEG__216V01		Transmitting	645
INM Typical-0.55M	APEG__217V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type Typical-0.55M.	Receiving	646
INM Typical-0.55M	APEG__217V01		Transmitting	647
INM INM-M(L)	APEG__218V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type INM-M(L).	Receiving	648
INM INM-M(L)	APEG__218V01		Transmitting	649
INM INM-M(M)	APEG__219V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type INM-M(M).	Receiving	650
INM INM-M(M)	APEG__219V01		Transmitting	651
INM INM-M2	APEG__220V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type INM-M2.	Receiving	652
INM INM-M2	APEG__220V01		Transmitting	653
INM R-BGAN	APEG__221V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type R-BGAN.	Receiving	654
INM R-BGAN	APEG__221V01		Transmitting	655
INM-B	APEG__222V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type INM-B.	Receiving	666
INM-B	APEG__222V01		Transmitting	667
INM CLIC	APEG__223V01	Earth station antenna pattern submitted by G for network INMARSAT earth station type CLIC.	Receiving	668
INM CLIC	APEG__223V01		Transmitting	669
LUX TER-B and TER-M(M)	APELUX224V01	Earth station antenna pattern submitted by LUX for earth station types TER-B and TER-M(M).	Receiving	678
LUX TER-B and TER-M(M)	APELUX224V01		Transmitting	679
LUX Typical-0.2M	APELUX225V01	Earth station antenna pattern submitted by LUX for earth station type Typical-0.2M.	Receiving	680
LUX Typical-0.2M	APELUX225V01		Transmitting	681
LUX Typical-0.4M	APELUX226V01	Earth station antenna pattern submitted by LUX for earth station type Typical-0.4M.	Receiving	682
LUX Typical-0.4M	APELUX226V01		Transmitting	683
LUX Typical-0.55M	APELUX227V01	Earth station antenna pattern submitted by LUX for earth station type Typical-0.55M.	Receiving	684
LUX Typical-0.55M	APELUX227V01		Transmitting	685
LUX TER-M(L)	APELUX228V01	Earth station antenna pattern submitted by LUX for earth station type TER-M(L).	Receiving	686
LUX TER-M(L)	APELUX228V01		Transmitting	687
MADAR-63E TYPICAL-L12	APEUAE229V01	Earth station antenna pattern submitted by UAE for 12 dB earth station.	Receiving	688
MADAR-63E TYPICAL-L12	APEUAE229V01		Transmitting	689
MADAR-63E TYPICAL-L6	APEUAE230V01	Earth station antenna pattern submitted by UAE for 6 dB earth station.	Receiving	690
MADAR-63E TYPICAL-L6	APEUAE230V01		Transmitting	691
MADAR-63E A5L	APEUAE231V01	Earth station antenna pattern submitted by UAE for transmitting 8 dB earth station.	Transmitting	692
MADAR-63E A5L	APEUAE232V01	Earth station antenna pattern submitted by UAE for receiving 7 dB earth station.	Receiving	693
MADAR-63E A4L	APEUAE233V01	Earth station antenna pattern submitted by UAE for transmitting 14 dB earth station.	Transmitting	694
MADAR-63E A4L	APEUAE234V01	Earth station antenna pattern submitted by UAE for receiving 13 dB earth station.	Receiving	695
MADAR-63E A4L	APEUAE234V01		Transmitting	751
MADAR-63E TYPICAL-16DBI	APEUAE235V01	Earth station antenna pattern submitted by UAE for receiving and transmitting 16 dB earth station.	Receiving	696
MADAR-63E TYPICAL-16DBI	APEUAE235V01		Transmitting	697
GOES-4-89.5W DCP PLATFORM	APEUSA236V01	Earth station antenna pattern submitted by USA for the GOES networks. Maximum antenna gain is 14.8 dB.	Transmitting	703
RAGGIANA-21 TYPICAL-AES	APEPNG238V01	Earth station antenna pattern submitted by PNG for network RAGGIANA-21. Maximum antenna gain is 32 dB.	Transmitting	702
MLA-ES M7	APEMLA239V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M7. Maximum antenna gain is fixed to 3 dB.	Receiving	714
MLA-ES M2	APEMLA240V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M2. Maximum antenna gain is fixed to 5 dB.	Receiving	715
MLA-ES M2	APEMLA240V01		Transmitting	716
MLA-ES M8	APEMLA241V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M8. Maximum antenna gain is fixed to 10 dB.	Receiving	717
MLA-ES M3	APEMLA242V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M3, downlink. Maximum antenna gain is fixed to 14 dB, antenna diameter is 0.3 m, frequency is 1.5 GHz.	Receiving	718
MLA-ES M3	APEMLA243V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M3, uplink. Maximum antenna gain is fixed to 14 dB, antenna diameter is 0.3 m, frequency is 1.6 GHz.	Transmitting	719
MLA-ES M4	APEMLA244V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M4, downlink. Maximum antenna gain is fixed to 20 dB, antenna diameter is 0.7 m, frequency is 1.5 GHz.	Receiving	720
MLA-ES M4	APEMLA245V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M4, uplink. Maximum antenna gain is fixed to 20 dB, antenna diameter is 0.7 m, frequency is 1.6 GHz.	Transmitting	721
	APEJ__246V01	Earth station antenna pattern submitted by J for networks of N-SAT-Y17 series for TYPICAL-ESIM station types in the frequency band 29.5 - 30.0 GHz. Maximum antenna gain is between 38.9 dB and 54.4 dB.	Transmitting	730
	APEUSA247V01	Earth station antenna pattern submitted by USA for networks of GOES-2 series for EMWIN station. Maximum antenna gain is 24 dB.	Receiving	749
	APEMLA248V01	Earth station antenna pattern submitted by MLA for networks of MEASAT series: TYPICAL-M10, downlink. Maximum antenna gain is fixed to 7 dB.	Receiving	754
	APEUAE249V01	Earth station antenna pattern submitted by UAE for networks of MADAR series: TYPICAL-KA-29, downlink. Maximum antenna gain is fixed to 29 dB.	Receiving	775
	APEUAE250V01	Earth station antenna pattern submitted by UAE for networks of MADAR series: TYPICAL-KA-30.5, downlink. Maximum antenna gain is fixed to 30.5 dB.	Receiving	776
	APEUAE251V01	Earth station antenna pattern submitted by UAE for networks of MADAR series: TYPICAL-KA-35, downlink. Maximum antenna gain is fixed to 35 dB.	Receiving	777
	APELUX252V01	Earth station antenna pattern submitted by LUX for network JARVIS. Maximum antenna gain is fixed to 18.5 dB.	Receiving	781
	APELUX252V01		Transmitting	782
	APECAN253V01	Earth station antenna pattern submitted by CAN for network HOTH. Based on Recommendation ITU-R S.1528 for space station pattern. Recommends 1.2.	Receiving	788
	APECAN253V01		Transmitting	787
	APEDNK254V01	Earth station antenna pattern submitted by DNK for network DISCO1.	Receiving	804
	APEDNK254V01		Transmitting	805
	APEDNK255V01	Earth station antenna pattern submitted by DNK for network DISCO1.	Receiving	806
	APEDNK255V01		Transmitting	807
	APEEST256V01	Earth station antenna pattern submitted by EST for network ESTCUBE-2 for parabolic antenna in 2.4 GHz downlink. Gmax = 34 dB.	Receiving	829
LUX CLIC	APENST804V01	Non-standard generic earth station antenna pattern described by 2 main coefficients: A and B.	Receiving	670, 672
LUX CLIC	APENST804V01		Transmitting	671, 673
VARIOUS similar to Rec ITU-R S.465-5	APENST806V01	Non-standard generic earth station antenna pattern similar to that in Recommendation ITU-R S.465-5, where the side-lobe radiation is represented by the expression CoefA - 25 log(phi).	Receiving	10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 558
VARIOUS similar to Rec ITU-R S.465-5	APENST806V01		Transmitting	56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 803
A, B, C, D and angle phi1	APENST807V01	Non-standard generic earth station antenna pattern described by 4 main coefficients: A, B, C, D and angle phi1.	Receiving	1, 2, 3, 4, 5, 6, 7, 8, 9, 627
A, B, C, D and angle phi1	APENST807V01		Transmitting	50, 51, 52, 53, 54
F AES-I, DIR	APENST809V01	Non-standard generic earth station antenna pattern described by angle phi1 and Gmin = 0dB.	Receiving	636, 674, 676, 704
F AES-I, DIR	APENST809V01		Transmitting	637, 675, 677, 705
INM-AERO(H),AERO(I),SWIFT64,SWIFT BB HG,SWIFT BB IG	APENST810V01	Non-standard generic earth station antenna pattern described by angle phi1 and Gmin = -1dB.	Receiving	638, 640
INM-AERO(H),AERO(I),SWIFT64,SWIFT BB HG,SWIFT BB IG	APENST810V01		Transmitting	639, 641
INM-F55,M3, M4,FLEET BB HG	APENST813V01	Non-standard generic earth station antenna pattern described by coefficient A, angle phi1 and Gmin = -4 dB.	Receiving	656
INM-F55,M3, M4,FLEET BB HG	APENST813V01		Transmitting	657
INM-F77, F33	APENST814V01	Non-standard generic earth station antenna pattern described by coefficient A, angle phi1 and Gmin = -3 dB.	Receiving	658, 660
INM-F77, F33	APENST814V01		Transmitting	659, 661
FLEET BB LG	APENST815V01	Non-standard generic earth station antenna pattern described by coefficient A, angle phi1 and Gmin = -2 dB.	Receiving	662
FLEET BB LG	APENST815V01		Transmitting	663
AFC	APENST816V01	Non-standard generic earth station antenna pattern described by coefficient A, angle phi1 and Gmin = 0 dB.	Receiving	664
AFC	APENST816V01		Transmitting	665
USGAE-26A, TYPICAL-1,2,3,4	APENST818V01	Non-standard generic earth station antenna pattern described by 2 coefficients (A and B) and by angle phi0.	Receiving	700
USGAE-26A, TYPICAL-1,2,3,4	APENST818V01		Transmitting	701
	APENST819V01	Non-standard generic earth station antenna pattern described by 2 coefficients (A and B) and angle phi1. Minimum antenna gain (Gmin) is -10 dB.	Receiving	740
	APENST819V01		Transmitting	741

Space Station Antenna Patterns

Standard patterns:

Standard	Pattern Name	Description	Receiving/Transmitting	Pattern ID
AP30,30A,30B,RS553 Fast roll-off	APSRR_402V01	Appendix 30, Appendix 30A, Appendix 30B and Resolution 553 (WRC-12) fast roll-off reference space station antenna pattern.	Transmitting	617
Rec ITU-R S.672-4 Ls=-10dB	APSREC407V01	Recommendation ITU-R S.672-4 space station antenna pattern for use as a designe objective in the FSS employing geostationary satellites. For Ls = -10 dB.	Receiving	631
Rec ITU-R S.672-4 Ls=-10dB	APSREC407V01		Transmitting	632
Rec ITU-R S.672-4 Ls=-20dB	APSREC408V01	Recommendation ITU-R S.672-4 space station antenna pattern for use as a designe objective in the FSS employing geostationary satellites. For Ls = -20 dB.	Receiving	633
Rec ITU-R S.672-4 Ls=-20dB	APSREC408V01		Transmitting	634
	APSREC412V01	Recommendation ITU-R RS.1813-1 space station antenna pattern for satellites operating in EESS (passive) between 1.4 and 100 GHz. Recommends 1.	Receiving	780
Rec ITU-R S.672-4 Ls=-15dB	APSREC413V01	Recommendation ITU-R S.672-4 space station antenna pattern for use as a designe objective in the FSS employing geostationary satellites. For Ls = -15 dB.	Receiving	791
Rec ITU-R S.672-4 Ls=-15dB	APSREC413V01		Transmitting	792
Non-directional	APSND_499V01	Non-directional space station antenna pattern.	Receiving	610
Non-directional	APSND_499V01	Non-directional space station antenna pattern.	Transmitting	609

Standard	Pattern Name	Description	Receiving/Transmitting	Pattern ID
	APSREC409V01	It is now implemented in Pattern REC-1528.	Receiving	785
	APSREC409V01	It is now implemented in Pattern REC-1528.	Transmitting	786
Rec ITU-R S.1528	REC-1528	Recommendation ITU-R S.1528-0 space station antenna pattern for non-GSO satellites operating in FSS below 30 GHz.	Receiving	286
Rec ITU-R S.1528	REC-1528		Transmitting	275

Non-standard patterns:

Space Station Name	Pattern Name	Description	Receiving/Transmitting	Pattern ID
USGAE-R	APSUSA607V01	Space station antenna pattern submitted by USA for USGAE-R networks in 60GHz.	Receiving	729
USGAE-R	APSUSA607V01		Transmitting	728
MLA-SS1	APSMLA608V01	Space station antenna pattern submitted by MLA for MEASAT networks in 32 GHz. Gmax is 56.4 dB.	Receiving	724
MLA-SS1	APSMLA608V01		Transmitting	722
MLA-SS2	APSMLA609V01	Space station antenna pattern submitted by MLA for MEASAT networks in 22 GHz. Gmax is 53.4 dB.	Receiving	725
MLA-SS2	APSMLA609V01		Transmitting	723
MLA-SS3	APSMLA610V01	Space station antenna pattern submitted by MLA for MEASAT networks in 59-71 GHz. Gmax is 58.1 dB.	Receiving	727
MLA-SS3	APSMLA610V01		Transmitting	726
	APSCHN611V01	Space station antenna pattern submitted by CHN for ITS networks in 54-71 GHz. Gmax is 55 dB.	Receiving	732
	APSCHN611V01		Transmitting	731
	APSAUS612V01	Space station antenna pattern submitted by AUS for SIRION-1 network. Gmax is 14 dB.	Transmitting	750
	APSUSA613V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TGA1 and RGA1 beams.	Receiving	760
	APSUSA613V01		Transmitting	759
	APSUSA614V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TGA2 and RGA2 beams.	Receiving	762
	APSUSA614V01		Transmitting	761
	APSUSA615V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TGP1 beam.	Transmitting	763
	APSUSA616V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TGP2 beam.	Transmitting	764
	APSUSA617V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TUA1 and RUA1 beams.	Receiving	766
	APSUSA617V01		Transmitting	765
	APSUSA618V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TUA2 and RUA2 beams.	Receiving	768
	APSUSA618V01		Transmitting	767
	APSUSA619V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TUA3 and RUA3 beams.	Receiving	770
	APSUSA619V01		Transmitting	769
	APSUSA620V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for TUA4 and RUA4 beams.	Receiving	772
	APSUSA620V01		Transmitting	771
	APSUSA621V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for RGP1 beam.	Receiving	773
	APSUSA622V01	Space station antenna pattern submitted by USA for USASAT-NGSO-8B network for RGP2 beam.	Receiving	774
	APS__G623V01	Space station antenna pattern submitted by G for JUKEBOX network. Gmax is 5.5 dB.	Receiving	779
	APS__G623V01		Transmitting	778
	APS__D624V01	Space station antenna pattern submitted by D for HRWS network. Based on Recommendation ITU-R RS.2043, Table 9. Gmax is 49.5 dB.	Receiving	789
	APS__D624V01		Transmitting	790
	APS__G625V01	Space station antenna pattern submitted by G for JUKEBOX non-GSO network for 15IDIGS beam. Gmax is 5 dB.	Receiving	795
	APS__G625V01		Transmitting	796
	APS__G626V01	Space station antenna pattern submitted by G for JUKEBOX non-GSO network for 15IDIGNS beam. Gmax is 9 dB.	Receiving	797
	APS__G626V01		Transmitting	798
	APS__D627V01	Space station antenna pattern submitted by D for KBSAT-NGSO-1 network for TVP1 beam.	Transmitting	799
	APS__D628V01	Space station antenna pattern submitted by D for KBSAT-NGSO-1 network for TVP2 beam.	Transmitting	800
	APS__D629V01	Space station antenna pattern submitted by D for KBSAT-NGSO-1 network for RVP1 beam.	Receiving	801
	APS__D630V01	Space station antenna pattern submitted by D for KBSAT-NGSO-1 network for RVP2 beam.	Receiving	802
	APSDNK631V01	Space station antenna pattern submitted by DNK for DISCO1 network.	Receiving	809
	APSDNK631V01		Transmitting	808
	APS__F632V01	Space station antenna pattern submitted by F for AST-NG-NC-CL2 network.	Receiving	817
	APS__F632V01		Transmitting	816
	APSUSA633V01	Space station antenna pattern submitted by USA for USASAT-NGSO-9A network for TUA1 and RUA1 beams.	Receiving	819
	APSUSA633V01		Transmitting	818
	APSUSA634V01	Space station antenna pattern submitted by USA for USASAT-NGSO-9A network for TUA2 and RUA2 beams.	Receiving	821
	APSUSA634V01		Transmitting	820
	APSUSA635V01	Space station antenna pattern submitted by USA for USASAT-NGSO-9A network for TVA1 and RVA1 beams.	Receiving	823
	APSUSA635V01		Transmitting	822
	APSUSA636V01	Space station antenna pattern submitted by USA for USASAT-NGSO-9A network for TVA2 and RVA2 beams.	Receiving	825
	APSUSA636V01		Transmitting	824
	APSKOR637V01	Space station antenna pattern submitted by KOR for CAS500-5 network. Gmax is 35 dB.	Receiving	831
	APSKOR637V01		Transmitting	830
	APSTUR638V01	Space station antenna pattern submitted by TUR for CONNECTA T1.1 network for T11HSRX and T11HSTX beams. Gmax = 5 dB.	Receiving	827
	APSTUR638V01		Transmitting	826
	APSEST640V01	Space station antenna pattern submitted by EST for network ESTCUBE-2 for patch antenna for 2.4 GHz downlink. Gmax = 8 dB.	Transmitting	828

Submission of the antenna radiation patterns

In the past when the measured co-polar radiation pattern of the antenna or the co-polar reference radiation pattern (C.10.d.5.a) of an associated earth station was submitted in graphical format, it was published as an attachment to a satellite network filing. In such a case, when the frequency assignment is examined with a view to determining coordination requirements or identifying the potential for harmful interference under No. 11.32A, the absence of mathematical representation of the antenna pattern leads to the default antenna pattern of RR Appendix 8, Annex III, being used instead.

In order to avoid such situations, whenever an antenna pattern is submitted in graphical format, the Bureau is now requesting administrations to submit antenna patterns that are either taken from the standard antenna pattern library or in the form of gain pattern equations that can be incorporated into the Bureau’s examination software.

Guidelines for the submission of new antenna patterns:

Equations describing all parts of the pattern must be provided. Diagrams are not usable by technical examination software.
The antenna pattern must give the antenna gain as a function of the off-axis angle.
The antenna gain must be defined for all off-axis angles between 0 and 180 degrees.
For any off-axis angle, only one gain value may be defined.
The antenna gain at 0 degrees must be the maximum antenna gain.
The maximum antenna gain in the pattern must be the same as provided in the SRS database for this station.

For further information contact: Space Administrative Software Division