Attachment Astrium Declarations

This document pretains to SES-MFS-20130504-00363 for Modification w/ Foreign Satellite (earth station) on a Satellite Earth Station filing.

IBFS_SESMFS2013050400363_995262

EXHIBIT WITH ASTRIUM DECLARATIONS ON COMPLIANCE WITH 25.221(A)(1)(i) and 25.222(A)(1)(i) OF THE COMMISSION‘S RULES FOR EARTH STATIONS ON VESSELS INCLUDES DECLARATIONS FOR — Sea Tel — To include Model 9707/9797/9711 2.4 Meter C—band Antennas and Model 971100R Combination 2.4 Meter C—band/ 1.2 Meter Ku—band Antennas Intellian — To Include Model v100 1.06 Meter Ku—band Antennas, Model v130 1.25 Meter Ku—band Antennas and Model v240 2.4 Meter C—band Antennas Mitsubishi — To Include Model MVA6O 0.60 Meter Ku—band Antennas and Mode! MVA120 1.2 Meter Ku—band Antennas

DECLARATION OF ALAIN BERTRAND I, Alain Bertrand, hereby declare as follows: 1. I am employed by Astrium Services, the company within the Astrium Group ("Astrium") responsible for Satellite Services to ESVs. My title is Head of Maritime Engineering. In that capacity, I am responsible forall Earth Station on Vessel (ESV) operations through Astrium‘s earth stations, including those in Southbury, CT and Santa Paula, CA, as well as Astrium ESV operations that are uplinked via the Intelsat Mountainside teleport near Hagerstown, MD pursuant to a telehousing arrangement. 2. I have read the attached Declaration of Cobham SATCOM — Marine Systems, Sea Tel Products (Sea Tel), and have worked closely with Sea Tel to ensure that Astrium‘s ESV operations will be in compliance with the FCC‘s ESV rules. 3. I am aware that, in order to meet the off—axis EIRP spectral density limits defined in Section 25.222 (a)(1)(i) of the FCC‘s ESV Rules, the input power to the SeaTel Ku—band ESV antennas must be limited as follows: 0.6 Meter Ku Band, Models 2406 and USAT—24 are limited to —21.6 dBW/A4kHz 0.75 Meter Ku Band, Models 3011 and USAT—30 are limited to —21.6 dBW/4kHz 0.9 Meter Ku Band, Model 3612 is limited to —20.3 dBW/AkHz 1.0 Meter Ku Band, Models 4003/4006/4009/4010 are limited to —16.3 dBW/AkHz 1.0 Meter Ku Band Model 4012 is limited to —16.6 dBW/AkHz 1.2 Meter Ku Band, Models 4996/5009/5010 are limited to —14.0 dB W/4kHz 1.5 Meter Ku Band, Models 6006/6009 are limited to —14.0 dBW/4kHz 2.4 Meter Ku Band, Models 9797 and 9711QOR are limited to —14.0 dBW/4kHz 4. Astrium will take all necessary steps to ensure that the input powerto the various Sea Tel antennas is limited in the manner described above. Astrium will ensure that the specified power spectral densities are not exceeded by using the appropriate coding. For Ku—band, 3/4 QPSK will typically meet the requirements. Astrium will also monitor absolute power levels, either directly through its hub earth stations or by working with the satellite operators. I, Alain Bertrand, declare under penalty ofperjury that the foregoing is true and correct to the best of my knowledge and belief. Executed on: ?)[ S— ~ (S ou DEKALEF 62 Mf% Alain Bertrand

DECLARATION OF ALAIN BERTRAND I, Alain Bertrand, hereby declare as follows: 1. I am employed by Astrium Services, the company within the Astrium Group ("Astrium") responsible for Satellite Services to ESVs. My title is Head of Maritime Engineering. In that capacity, I am responsible for all Earth Station on Vessel (ESV) operations through Astrium‘s earth stations, including those in Southbury, CT and Santa Paula, CA, as well as Astrium ESV operations that are uplinked via the Intelsat Mountainside teleport near Hagerstown, MD pursuant to a telehousing arrangement. I have read the Sea Tel FCC Declaration of Conformity I am aware that, in order to meet the off—axis EIRP spectral density limits defined in Section 25.221(a)(1)—(4) of the FCC‘s ESV Rules, the input power to the antenna system must be limited as follows: 2.4 meter C Band, Models 9797, 9707 and 9711 are limited to —7 dBW/AkHz Astrium will take all necessary steps to ensure that the input powerto the Sea Tel antennas is limited as stated above. Astrium will ensure that the specified power spectral densities are not exceeded by using the appropriate coding. For C—band, 3/4 QPSK will typically meet the requirements. Astrium will also monitor absolute power levels, either directly through its hub earth stations or by working with the satellite operators. I, Alain Bertrand declare under penalty of perjury that the foregoing is true and correct to the best of my knowledge and belief. / Executed on May 2"", 2013. /1 / | s Afl/\vl/fl/ & &L 6h Lf. HALE (yc. Alain Bertfand"

DECLARATION OF ALAIN BERTRAND I, Alain Bertrand, hereby declare as follows: 1. I am employed by Astrium Services, the company within the Astrium Group ("Astrium") responsible for Satellite Services to ESVs. My title is Head of Maritime Engineering. In that capacity, I am responsible forall Earth Station on Vessel (ESV) operations through Astrium‘s earth stations, including those in Southbury, CT and Santa Paula, CA, as well as Astrium ESV operations that are uplinked via the Intelsat Mountainside teleport near Hagerstown, MD pursuant to a telehousing arrangement. 2. 1 have read the Thrane & Thrane FCC Declaration of Conformity. 3. I am aware that, in order to meet the off—axis EIRP spectral density limits defined in Section 25.222 (a)(1)(i) of the FCC‘s ESV Rules, the input powerto the Sailor 900 Ku—band ESV antenna must be limited to —15.8 dBW/AkHz. 4. Astrium will take all necessary steps to ensure that the input powerto the Sailor 900 antenna is limited as stated above. Astrium will ensure that the specified power spectral densities are not exceeded by using the appropriate coding. For Ku—band, 3/4 QPSK will typically meet the requirements. Astrium will also monitor absolute power levels, either directly through its hub earth stations or by working with the satellite operators. I, Alain Bertrand declare under penalty of perjury that the foregoing is true and correct to the best of my knowledge and belief. Executed on: > €’~ ib _ on LEHALE 6t Aulus Alain Bertrand

DECLARATION OF ALAIN BERTRAND I, Alain Bertrand, hereby declare as follows: 1. Iam employed by Astrium Services, the company within the Astrium Group ("Astrium") responsible for Satellite Services to ESVs. My title is Head of Maritime Engineering. In that capacity, I am responsible for all Earth Station on Vessel (ESV) operations through Astrium‘s earth stations, including those in Southbury, CT and Santa Paula, CA, as well as Astrium ESV operations that are uplinked via the Intelsat Mountainside teleport near Hagerstown, MD pursuant to a telehousing arrangement. I have read the Intellian FCC Declaration of Conformity. . I am aware that, in order to meet the off—axis EIRP spectral density limits defined in Section 25.221(a)(1)—(4) of the FCC‘s ESV Rules, the input powerto the antenna system must be limited as follows: Intellian v240C, 2.4m C—band maritime system ~8.37 dBW/AkHz Astrium will take all necessary steps to ensure that the input power to the Intellian antenna is limited in the manner described above. Astrium will ensure that the specified powerspectral densities are not exceeded by using the appropriate coding. Astrium will also monitor absolute powerlevels, either directly through its hub earth stations or by working with the satellite operators. I, Alain Bertrand, declare under penalty of perjury that the foregoing is true and correctto the best of my knowledge and belief. Executed on: 3 S/ ~ {3 on bENAKLE o¢ Alain Bertrand

DECLARATION OF ALAIN BERTRAND I, Alain Bertrand, hereby declare as follows: 1. I am employed by Astrium Services, the company within the Astrium Group ("Astrium") responsible for Satellite Services to ESVs. My title is Head of Maritime Engineering. In that capacity, I am responsible for all Earth Station on Vessel (ESV) operations through Astrium‘s earth stations, including those in Southbury, CT and Santa Paula, CA, as well as Astrium ESV operations that are uplinked via the Intelsat Mountainside teleport near Hagerstown, MD pursuant to a telehousing arrangement. I have read the Intellian FCC Declaration of Conformity. I am aware that, in order to meet the off—axis EIRP spectral density limits defined in Section 25.222 (a)(1)(i) of the FCC‘s ESV Rules, the input power to the Intellian Ku— band ESV antennas must be limited as follows: For the V60G antenna —22.3 dBW/AkHz. For the V80G antenna —20.13 dBW/MAKkHz. For the V100GX antenna ~16.66 dBW/MAkHz For the V110 antenna —16.2 dBW/AkHz. For the V130 antenna —14.0 dBW/AkHz. Astrium will take all necessary steps to ensure that the input power to the Intellian antenna is limited in the manner described above. Astrium will ensure that the specified power spectral densities are not exceeded by using the appropriate coding. Astrium will also monitor absolute power levels, either directly through its hub earth stations or by working with the satellite operators. I, Alain Bertrand, declare under penalty of petjury that the foregoing is true and correct to the best of my knowledge and belief. Executed on: 5 —1 Ob G }ML P &1 Alain Bertrand

DECLARATION OF ALAIN BERTRAND I, Alain Bertrand, hereby declare as follows: 1. I am employed by Astrium Services, the company within the Astrium Group ("Astrium") responsible for Satellite Services to ESVs. My title is Head of Maritime Engineering. In that capacity, I am responsible for all Earth Station on Vessel (ESV) operations through Astrium‘s earth stations, including those in Southbury, CT and Santa Paula, CA, as well as Astrium ESV operations that are uplinked via the Intelsat Mountainside teleport near Hagerstown, MD pursuant to a telehousing arrangement. . I have read the Mitsubishi FCC Declaration of Conformity. . 1 am aware that, in order to meet the off—axis EIRP spectral density limits defined in Section 25.222 (a)(1)(i) of the FCC‘s ESV Rules, the input power to the Mitsubishi Ku—band ESV antennas must be limited as follows: For the MVA60 antenna —22A4dBW/AKHz For the MVA120 antenna ~12.3dBW/4kHz Astrium will take all necessary steps to ensure that the input power to the Mitsubishi antennas is limited as stated above. Astrium will ensure that the specified power spectral densities are not exceeded by using the appropriate coding. For Ku—band, 3/4 QPSK will typically meet the requirements. Astrium will also monitor absolute power levels, either directly through its hub earth stations or by working with the satellite operators. I, Alain Bertrand declare under penalty of perjury that the foregoing is true and correct to the best of my knowledge and belief. Executed on: ~ 1} Aly O hn \QQ\\(NL% (,,L Alain Bertrand /


Document Created: 2013-05-03 15:45:42
Document Modified: 2013-05-03 15:45:42
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