Attachment Exhibits 2 - 7

This document pretains to SES-MFS-20130612-00485 for Modification w/ Foreign Satellite (earth station) on a Satellite Earth Station filing.

IBFS_SESMFS2013061200485_998100

EXHIBITS 2 THROUGH 7 25.221(b)(1)(i) Tables for Antennas Exhibits 2, 3 and 4 are the 25.221(b)(1)(i) tables for the 2.4 meter Sea Tel model 9707/9797/9711 C—band antennas and the C—band side of the Sea Tel model 9711 QOR antenna Exhibits 5, 6 and 7 are the 25.221(b)(1)(i) tables for the 2.4 meter Intellian model v240 C—band antenna

(A) A. Cobham SATCOM, SeaTel Products 2.4m (Offset) EIRPsd Data Table Azimuth Co—Pol 6.04GHz @ —7dBW/4KHz Radome Loss 0.25dB Angle EIRPsd Mask Angle EIRPsd Mask Degrees dBW/4KHz dBW/4KHz Degrees dBW/4KHz dBW/4KHz ~179.0 —32.4 —14.0 0.0 34.0| _ —178.0 —37.2 —14.0 0.1| 34.0 —177.0 —30.2 ~14.0 0.2 33.7 —176.0 =26.1 —14.0 0.3 33.4 —175.0 ~23.8 —14.0 0.4 32.8 —174.0 —25.3 —14.0 0.5 .32.2 —173.0| —__—23.1 —14.0 0.6 31.4 —172.0 —21.0 ~14.0 0.7 30.5 —171.0 —19.4|. —14.0 0.8| 29.3 —170.0 ~17.4 —14.0 0.9 28.0 —169.0 —18.6 ~14.0 1.0 26.5 —168.0 ~15.3 #14.0 1.1 24.8 —167.0|__ —19.2 —14.0 1.2 22.8 —166.0 —15.6 —14.0 1.3 20.7 ~165.0 —20.5 ~14.0 1.4 18.4| . —164.0 —19.7 —14.0 1.5 15.9| ~ —163.0 ~15.2 ~14.0 1.6 13.3 21.2 ~162.0 —16.1} .___—14.0 1.7]| 10.7| — 20.5 —161.0 —13.8| —__—14.0 1.8 8.2 19.9 —160.0 —16.4 —14.0| 1.9 5.2 19.3 —159.0 —18.3 —14.0 2.0|. 2.5 18.8 —158.0 —22.6 ~14.0 2.1 —0.1 18.2 ~157.0 —19.6 —14.0 2.2 —2.1 17.7 —156.0 —21.1] :__—14.0 2.3 ~2.3 17.3 —155.0 —20.7 —14.0 2.4 —1.0 16.8 __—154.0 «22.4 —14.0 2.5 0.3 16.4 —153.0 —20.3 ~14.0 2.6 0.9 15.9 —152.0 —18.8 —14.0 2.7 0.8 15.5 ~151.0 —17.8 —14.0 2.8 0.0 15.1 —150.0 —20.2 ~14.0 2.9 _ —1.3 14.7 —149.0 —22.0 —14.0 3.0 —3.9 14.4 —148.0 —19.4 —14.0 3.1 —7.9 14.0 ——147.0 —17.2 ~14.0 3.2 ~11.4 13.7 —146.0 —15.4 =14.0 3.3 —8.8 13.3 —145.0 —14.7 ~14.0 3.4 —5.4 13.0 .—144.0 —13.6 —14.0 3.5 —2.9 12.7 ~143.0 —13.2 —14.0 _3.6 —1.7 _12.4 —142.0 —13.5 —14.0 . 3.7 —1.2 12.1 ~141.0 —13.9 —14.0| 3.8 —1.2 11.8 —140.0 —14.4 —14.0 3.9 ~1.9 11.5 —139.0 —14.6 —14.0 4.0 —~3.1 11.3 Page 1 of 7

—138.0}| —15.0 —14.0 4.1 ~4.8 11.0 —137.0 —16.8 —14.0 4.2 ~7.1 10.7] ©136.0|__ —16.2 —14.0 4.3 —10.5 10.5 ~135.0 ~16.4] —14.0 4.4] _ —15.2 10.2 .__=134.0 —~16.7 :14.0 4.5 ~21.4| 10.0 ‘—133.0|° _ —16.9] _. 14.0 4.6 ~24.3 9.7 —132.0 —17.1 —14.0 4.7 —19.1] . 9.5 ~131.0 —17.6 —14.0 4.8 ~15.5 9.3 ___—130.0 —15.2 —14.0 4.9] _ —12.8 9.0 ~129.0 —14.0 #14.0 5.0| _ _—10.5 8.8| ~128.0}| _ —13.0 —14.0 5.1 —8.4 ~ 8.6 ~127.0 —13.2 —14.0 — 5.2 —6.9]. 8.4 ~126.0 —13.9 —14.0 5.3 —5.8| _ 8.2 ~125.0| . _—13.3 —14.0 5.4 —5.0| _ 8.0 —124.0| —13.5 —14.0| ~ 5.5 —4.6| 7.8 _ —123.0 —12.8 —14.0 5.6 ~4.6 7.6 ~122.0 —12.3 —14.0 5.7 4.9] > 7.4 —121.0| _ —11.8 —14.0 5.8] _ —5.5 7.2 —120.0 —12.9]____—14.0|. 5.9 —6.6 7.0 ©119.0 —13.9 —14.0 6.0| . —8.0 6.8 —118.0| —17.4 —14.0 ‘6.1 —9.5 6.7 —117.0 —18.3 —14.0 6.2 —10.9 6.5) . —116.0|; ~15.5| ___—14.0 .0 6.3 ~12.1 6.3 —115.0 14.5 —14.0 64 —12.5 6.1| ‘—114.0]. ___—17.6 —14.0 6.5] _ —12.5 6.0 —113.0 —18.5 —~14.0 6.6| _. —12.4 5.8 —112.0 : —17.3 ~14.0 6.7 12.5 5.6 —111.0 —18.6| ___—14.0 6:8 —12.9] 5.5 : —110.0 —19.6 —14.0 6.9] _.—13.7 5.3 :_—109.0 —18.5 —14.0| _ _7.0 ~14.7|— 5.2|— —108.0 —20.6 ~14.0 7.1 —15.7 5.3 —107.0} _ —21.9 —14.0 7.2 ~16.0 5.3 :_—106.0 —18.9 —14.0| _ 7.3 ~15,3 5.3 —~105.0 —19.2 —14.0 7.A C +14.4 5.3 —104.0|___:—20.5 —14.0 7.5 ~12.7 5.3) —103.0| _ : —20.7 —14.0 7.6 11.3 5.3 —102.0|___—21.2 —14.0 7.7 —10.3| _. 5.3 : —101.0 —21.7 —14.0 _ 7.8 ~9.4] 0 5.3 —100.0|; —21.6| ___—14.0 7.9| . —8.8 5.3 ©—99.0 ~23.7 —14.0 8.0 —8.4 5.3 —98.0 27.3 —14.0 8.1 —8.2 5.3 —97.0 —28.6| _ —14.0 8.2 —8.3 5.3 —96.0 —28.6 —14.0 8.3 —8.7 5.3 —95.0 —25.3] : _—14.0 . 8.4 —9.3 5.3 —94.0 —23.9 —14.0 8.5 ~10.1 5.3 —93.0| _ —22.6 =14.0 ©8.6 11. 5.3 —92.0 —21.7 —14.0 8.7 —12,2 5.3 Page 2 of 7

—91.0 —21.4 .—14.0 8.8[___—13.2 5.3 —990.0 —21.8 —14.0 8.9] ___A13.7]____ 5.3 —89.0 : —24.7 ~14.0 9.0|[ ____—13.9 5.3) —88.0 —26.2 —14.0 9.1] ___—14.0 5.3 —87.0 —26.6 —14.0 9.2| 14.2 5.3 —86.0 —26.2 —14.0 9.3] _—14.7 5.1 ~85.0 —23.5 —14.0 9.4]____—15.7 5.0 —84.0 —27.9 —14.0 __9.5] ___4174 4.9 —83.0 —37.8 —14.0 9.6]°____—19.5 4.7 —82.0 —42.3] _ —14.0 9.7] ___—21.8 4.6 —81.0 —38.5 —14.0 ‘9.8] —21.2 4.5 —80.0| ; ___—39.9 —14.0 9.9] ___—18.7 4.4 ~79.0 —30.3 —14.0 10.0|____—16.2 4.3 —78.0 —32.2 —14.0 11.0]____—15.6 3.3 —77.0 —31.4 —14.0 12.0| ___—16.6 2.3 —76.0 —34.6 —14.0 13.0] ___—24.7 1.5 —75.0 —29.7 —14.0 14.0|____—29.8 0.6 —74.0 —27.9 —14.0 15.0| ___—20.1 —0.1 —73.0 —26.2 —14.0 16.0, ___—17.8 —0.8 —72.0 —23.9 —14.0 17.0[____—20.8 1.5 —71.0 —23.5 —14.0 18.0]____—20.5 21 .—70.0 =27.] —14.0 19.0| ___—21.9 —2.7 —69.0 —32.2 —14.0 20.0| ___—24.8 —3.2 —68.0 —32.3 —14.0 21.0, ___—34.4 —3.8 —67.0 —27.6 —14.0 22.0|___—28.6 4.3 —66.0 —37.1 —14.0 23.0| —28.8 ~4.7 —65.0 —24.4 —14.0 24.0| ___—28.8 —5.2 —64.0 —25 4 —14.0 25.0| —26.2 —5.6 —63.0 —30.5 —14.0 26.0| ___—25.0|____—6.1 ~62.0 —30.2 —14.0 27.0, _—22.5 —6.5 —61.0 ~40.9 —14.0 28.0, ____—22.5 —6.9 —60.0 —27.3 —14.0 29.0| ___—23.5 7.3 —59.0|____—21.0 —14.0 30.0, _ —23.4 —7.6 —58.0 —20.8 —14.0 31.0,____—21.6|____—8.0 —57.0 —23.4 —14.0 32.0| ___—20.3 —8.3 —56.0 —24.2 —14.0 33.0]____—21.1 —8.7 —55.0 —30.9 —14.0 34.0|____—23.0 —9.0 —54.0 —26.5 —14.0 35.0] ___—27.0 —9.3 —53.0 —27.8 —14.0 36.0|___31.8 —9.6 —52.0 —24.8 ~14.0 37.0|____—36.0 —9.9 —51.0 »21.4 —14.0 38.0| ___—29.0|___—10.2 —50.0 —24,.7|___ —14.0 39.0|____—26.0|____—10.5 —49.0 ~27.7 —~14.0 40.0|____—20.0|___—10.7 ~48.0 —20.4 —12.7 41.0[____—20.0|___—11.0 ~47.0]— —21.3 —12.5 42.0| ____—18.2] ___11.3 —46.0 ~29.6 12.3 43.0| —21.9]___ 115 ~45.0 —27.4| _ —12.0 44.0] ___—23.0|___—11.8 Page 3 of 7

—44.0 —33.5]|____—11.8 45.0 —22.0 —12.0 43.0|____—29.5] 115 46.0 —22,7 12.3 —42.0] ___—25.5[ _13 47.0 ~24.9 12.5 ~41.0] ____—22.5]___11.0 48.0| _. —29.5 12.7 —40.0|____—27.6[ ___—10.7 49.0 —22.3 —14.0 ~39.0|___—28.4]___—10.5 50.0 —24.9| _ —14.0 —38.0] ___—22.8| __—10.2 51.0 —28.6 ~14.0 —37.0]____—21.9][ ___—9.9 52.0 —21.8 —14.0 —36.0] ___—22.2] ___—9.6 53.0 —22.2 —14.0 —35.0|____—19.4]_____—9.3]— 54.0 —23.5 ~14.0 —34.0] ____21.4] ____—9.0 ©55.0 —22.3 —14.0 ~33.0|____—18.7] ___—8.7 56.0 —26.9 —14.0 _—32.0[ —__—19.9| ___—83 57.0 —43.0 —14.0 —31.0|____—21.9 —8.0 58.0 —24,2 —14.0 —30.0|____—21.5 —7.6 59.0 —22.1 ~14.0 —29.0| ___—23.7 7.3 60.0 —39.8 —14.0 —28.0|____—30.3 —6.9 61.0 —31.9 —14.0 —27.0[____—24.0[ ___—6.5 62.0 ~34.5 —14.0 —26.0]____—23.9] ___—641 63.0 —29.5 —14.0 —25.0|____—28.0 5.6 64.0 —23.3] _ _—14.0 _—24.0|____—23.4] ____—5.2 65.0 —29.4 —14.0 —23.0] __—26.8| ___—4.7 66.0 —30.8 —14.0 —22.0| ___—26.9]____—43 67.0 —28.4|___—14.0 —21.0]____—36.7] ____—3.8 68.0 —30.2 —14.0 _ —20.0]___31.1 —3.2 69.0 —29,4 —14.0 —19.0| 181 2.7 70.0 —33.8 —14.0 18.0| ___—17.5 21 71.0 —29.3 —14.0 17.0, ___—20.6|____—1.5 72.0 ~22.0 —14.0 —16.0| ___19.5 —0.8 73.0 —23.9 —14.0 —15.0]____—23.9]_____—O4 74.0 —26.1 —14.0 —14.0] __—21.8 0.6 75.0| °_ —32.1 ~14.0| . _ 13.0,[___—13.7 1.5 _ 76.0 —33,.5 —14.0 12.0| —15.2 2.3 77.0 —28.1 —14.0 11.0, 132 3.3 78.0 —27.0 —14.0 —10.0] ___—14.6 4.3 79.0 —32.7 —14.0 —9.9[____14.4 4.4 80.0 —33.5 —14.0| _ —9.8[ ___14.2 4.5 _ 81.0 —27.9 —14.0 9.7]___ 441 4.6 82.0| _. —32.0| _ —14.0 —9.6[____142] ___4.7 83.0 —36.5 —14.0 —9.5[____—14.4] _ 4.9 84.0 ~44.1 ~14.0 —9.4|____—15.0 5.0 85.0 —27.0 —14.0 —9.3|___—16.1 5.1 86.0| .—26.1 —14.0 —9.2] ___17.9 5.3 87.0 —28.7 ~14.0 —9.1| ___—20.6 5.3 88.0 27.7 —14.0 —9.0[ ___—24.5 5.3 89.0 —25,8 ~14.0 —8.9| ___—27.0 5.3 90.0 —28.7 —14.0 —8.8[___—23.0 5.3 ©©91.0 —27.8| —___—14.0 Page 4 of 7

—8.7 —19.4 5.3 92.0 —26.7 —14.0 —8.6 —17.2 5.3 93.0 —23.6 ~14.0 —8.5 ~16.0 5.3 94.0 —22.5 —14.0 —8.4 15.5 5.3 95.0 —21.9 —14.0 —8.3 —15.7 5.3 96.0 =23.3] —14.0 . —8.2 —16.5 5.3 97.0 —23.3 —14.0} —8.1 —17.9 5.3 98.0 —24.0 —14.0 —8.0 —19.9 5.3 99.0 —23.9 —14.0 —7.9 —21.0] ___— 5.3 100.0 —27.9 —14.0 —7.8 —20.2 5.3 101.0 —25.4 —14.0 —7,7 —18.0 5.3 102.0 —20.3 ~14.0 —7.6 —16.2 5.3 103.0 —18.7 —14.0 —7.5 ~15.1 5.3 104.0 ~18.4 —14.0 0 ~7.4 ~14.5] _ 5.3 105.0 —16.6| _ —14.0 —=7.3| _ _—14.5 5.3| 106.0 —16.7 —14.0 —7.2 14.7 5.3 _ 107.0 —16.7 —14.0 ~7.1 ~15.5 5.3 108.0 —16.7 —14.0 ~7.0 —16.6 5.2 109.0 —16.2) —14.0 —6.9 ~17.9 5.3 :_110.0 ~18.3 —14.0 —6.8 —19,2 5.5 111.0 —18.6 —14.0 —6.7 —21.0 5.6 _ 112.0 —16.7 14.0 —6.6 —22.9 5.8 113.0 —16.1]° ___—14.0 —6.5 —24.4 6.0 114.0 —16.5 ~14.0 —6.A ~23.1 6.1 115.0 —16.3 —14.0 —6.3 —19.5 6.3 116.0 —15.9 —14.0 —6.2 —16.1 6.5 117.0 —14.7 —14.0 —6.1 —13.3 6.7 118.0 —15.1 —14.0 —6.0| _ —11.2 6.8 119.0 —15.9| _ —14.0 —5.9 ~9.5 7.0 120.0 —16.4 —14.0 —5,.8 —8.4 7.2 121.0 —15.5 —14.0 —5,7 ~7.9 7.4 122.0 ~16.5 —14.0 —5.6 —7.9 7.6 123.0 —17.3 —14.0 ~5.5 —8.5 7.8 124.0 —16.3 —14.0 —5.4 —9.6 8.0 125.0 —15.9 —14.0 —5,.3 11.4 8.2 126.0 —16.5 —14.0 —5,2 ~14.0 8.4 127.0 —16.4 —14.0 5.1 17.4 8.6 128.0 —15.3 —14.0 —5.0 —17.9 8.8 129.0 —16.0 »14.0 —4.9 15.7 9.0 130.0 —16.2 —14.0 ~4.8 —13.8 9.3 131.0 —16.4 —14.0 ~4,7 —12.9 9.5 132.0 ~15.7 —14.0 ~4.6 —13.5 9.7 133.0 —15.8|____—14.0| _ ~4.5 ~15.6 10.0 134.0 —16.4 —14.0 ~4,4 —20.4 10.2 __135.0 —15.6 —14.0 ~4,3 —20.5 10.5 136.0 —16.1 »14.0 —4,2 14.3 10.7 137.0 —16.0 —14.0 ~4.1 —9.7 11.0 138.0 —16.1 —14.0| > Page 5 of 7

~4.0 ~6,.7 11.3 139.0 ~16.4 —14.0 —3.9| —5.0 11.5 140.0 —17.6 —14.0 —3.8 Ad1l— 11.8 141.0 —17.6| _ —14.0 _—3.7 4.2] 124| 142.0 —17.7 —14.0|— ~3.6] _c —5.2 12.4| | 143.0 ~18.6| —__—14.0|. —3.5 —7.6 12.7 144.0]| _ —17.6 ~14.0} ~ ~3.4 —13.6 13.0 145.0| . __—17.7 —14.0 —3.3 —21.8 13.3)— 146.0 —18.0 —14.0 _—3.2] > ___—8.6 13.7 147.0 —17.9 ‘—14.0 0 —3.4 —3.1] _— 14.0 148.0}. _ —17.4 —14.0 —3.0 _0.4 14.4 149.0 —18.0 —14.0 —2.9 2.7] _ 14.7] 150.0 —17.3} _ —14.0 —2.8 _ 4,2 15.1 151.0 —17.5 —14.0| _ ~2.7 05.1] 15.5 152.0 —19.3 —14.0 —2.6|" 5.7 15.9 ©153.0 —19.3 —14.0 —2.5 5.9 16.4| . 154.0]| _: —19.2 —14.0 . 2.4 :‘6.1 16.8 155.0 —18.6 —14.0 ~2.3 6.1] _ 17.3 .: 156.0 —18.8 —14.0 _ —2.2 6.4 17.7 157.0 —19.8 —14.0 ~2.1 7.2] _ 18.2 158.0 —19.8 —14.0 ~2.0 8.6 18.8 159.0 —19.5 _—14.0 ~1.9 10.4 19.3 160.0 —20.5| _: —14.0 ~1.8 12.3 19.9 161.0 —20.21 ___—14.0 1.7] _ 14.3 20.5 162.0 —18.8 —14.0 ~1.6 16.5 21.2 163.0 —17.8 —14.0 1.5 18.4 : 164.0 —16.3 —14.0 ~1.4 20.5 _ 165.0 —15.9| ___—14.0 ~1.3] ___ 22.4 166.0 —14.7] ___—14.0 1,.2 24,.2 167.0 ~15.1 =14.0 ~1.1 25.8 168.0 —16.3 —14.0 ~1.0 27.3 169.0 —17.1 —14.0 —0.9 28.7 170.0| ..__—18.6 —14.0 ._—0.8 29.9 "_171.0 —18.6 +14.0 —0.7 30.9 172.0 —19.2 —14.0| ° —0.6|~ ___31.8 173.0 —20.9, —14.0 —0.5 32.4 174.0 —22.11 —14.0 —0.4 33.0 —175.0} _ —23.0 —14.0 —0.3 33.5 176.0 24.3 —14.0 —0.2 33.8 177.0 —27.1 —14.0} _ —0.1 34.0 178.0| ___—27.2 —14.0 179.0 —27.8 —14.0 ~ Page 6 of 7

( — @HH/MSP) psdun Tt 7 M To L J_1m SA xb TY %fifimamamawgtga%ga' & 8@ \ feeme/map) psaul .- e 4‘/\\ . | C \"k/-\\ h ye § 98 ° 8 og & //CR YAJ 4 <AN\OC P1 § ~10 3 —8 — —5 —5 4000 3 —2 —1 0 1 2 3 4 5 6 3 8 9 10 | Azimuth (degres) f : Source File . |Freq@iHz) |Scan Pol_[ERPsd|Over% a= | am? 7~8.2 (9.3~48 |48~180 | M:VesiData\Databasel0767_20065.Lo0opCanyon_FCC\6O40_AZ\Y.sea ~ 6040 Aaz |w _|34.05 4.02 |150| 0.00 0.00 0.00 | 2.is Page 7 of 7

= Cobham SATCOM, SeaTeI Products 2.4m (Offset) EIRPsd Data Table _ EIevatlon Co—Pol 6.O4GHz @ 7dBW/4KHz Radome Loss 0.25dB . /que EIRPsd Mask : _grees dBw/4KHz dBW/A4KHz — _ 0.0 34.1} 0.1 34.0 0.2 33.9 0.3 _ 33.6 ___0.4 33.3 _ 0.5 32.9 0.6) _ 32.3 0.7 "31.7 0.8 30.9 _ 0.9 30.1 . 1.0 29.1|_ 1.1| . 28.0 1.2 26.7 _ 1.3|_. 25.3 1.4 _23.9 1.5|_—_ 22.0 . 1.6 —20.1 21.2 1.7 18.7|___20.5 1.8 17.2 19.9 1.9 16.4 19.3 2.0 15.9 18.8 2.1] > 15.7| _ ‘18.2 2,.2] : 15.5]} _ 17.7 _ 2.3] 15.2 17.3 2.4 14.8 16.8 2.5 14.1 _ 16.4 2.6 12.9 15.9 2.7 11,.5 15.5 2.8 9.4 15.1 2.9 7.2 14.7 3.0 3.3] : _‘ 14.4 3,.1] _ _—1.2 14.0 3.2] _.__—2.0 :©13.7 3.3 1.9 13.3]. 3.4 4.3 13.0 3.5 6.2 12.7 3.6 7.5 12.4] 3.7 ._7.9 _ 12.1 3.8 : 8.1 _ 11.8 3.9 7.8 11.5) 4.0 7.3 11.3 Page 1 of 4 .

(@) A.1 6.1 11.0 4.2 4.5 10.7 4.3 2.8 10.5 4.4 0.3 10.2 4.5 —2.3 10.0 4.6 31| ___9.7 4.7 1.7 9.5 4.8 .0.5] 9.3 4.9 21 9.0 5.0 3.3 8.8 5.1 _ 4.0 8.6 5.2 4.3 8.4 5.3 4.3 8.2 5.4) 4.0 8.0 5.5 3.3 7.8 5.6 2.2 7.6 5.7 0.7 7.4 5.8 1,2 7.2 5.9 —3.5 7.0 6.0 —6.0 6.8 6.1 —6.7 6.7 6.2 —5.4 6.5 6.3 —3.4 6.3 6.4 —2.1 6.1 6.5 —1.0 6.0 6.6 —0.4 5.8 6.7 —0.3 5.6 6.8 —0.5 5.5 6.9 —1.0 5.3) 7.0 —2.0 5.2 71 —3.8 5.3 7.2 —5.7 5.3 7.3 —9.4 5.3| 7A|___—16.4 5.3 7.5] —243] _ ___5.3 7.6, ___—13.8 5.3 — 7.7 —9.5 5.3 7.8 —6.6 5.3 7.9 —5.0 5.3 8.0 ~4.1 5.3 8.1 —3.5 5.3 8.2 —3.4 5.3 8.3 —3.7 5.3 _ 8.4 ~4.5 5.3 8.5 —5.5 5.3 8.6 —6.8 5.3 8.7 —8.1 5.3 Page 2 of 4

(o) 8.8 ~8.9 —9.0 —8.6 5.3 5.3 9.0 —7.2) 5.3 9.1l _ —5.6 5.3| . 9.2 ~Adb| > 5.3 9.3 —3.0 5.1 9.4 —2,1] . 5.0 9.5 1.5 . 4.9 9.6] . —~1.2 4.7 9.7 "—1,2] 4.6 9.8 ~1.4 _ 4.5 ‘9.9 —1.8 4.4 10.0 —2.5 4.3 11.0| ~3.5 3.3 ‘_12.0 —8.8 2.3 13.0] _ —6.7]. 1.5 14.0 —9.6 0.6) 15.0| .—14.9 ~—0.1 16.0 <7.5 —0.8 17.0 ~8.0| |_ —1.5 18.0 ~14.9 —2.1 19.0 11.3 _ —2.7 20.0 ~14.8 —3,2 21.0 13.5 —3.8 22.0 —18.8 ~4.3 23.0| _ —18.1 —4,7 24.0}| _‘ —17.5 —5,2 25.0 ~26.1 ~5.6 26.0 —18.5 —6.1 27.0 —19.0| _. —6.5 28.0 ~22,4 —6.9] _ 29.0 —24.4 —7.3 30.0 —18.0 —7.6 Page 3 of 4

6040 MHz Elevation HH Pin=—7.0 (dBW/4KHz) Radome Loss 0.25dB @—De/IMap) psdu® 13141516171819202122232425,262728330‘ Elevation {degree) | \\)\) (Hbe/mop) peduts 0 0.250.50.75 1 1.251.51.75 2 2.252.52.75 3 3.253.53.75 4 4.254.54.75 5 5.255.55.75 6 62565675 7 7.257.57.75 8 8.258.58.75 9 9159597510 Elevation (degree) . : Source File Scan Pol Over% a= a~7 7~9.2 |(9.2m48 |48~180 M:Tesbat 6040 H. | mh 134.05 11.58 |1.50 0.00 0.00 0.00 9.07 Page 4 of 4

4 Cobham SATCOM, SeaTel Products 2.Am (Offset) EIRPsd Data Table Azimuth X—Pol 6.,04GHz @ —7dBW/4KHz Radome Loss 0.25dB Angle EIRPsd Mask Angle EIRPsd Mask |__Degrees dBW/4KHz dBW/4KHz Degrees dBW/4KHz dBW/4KHz —10.0| _. _—24.4| _ 0.0 —2,4 —9.9 —23.9 0.1 3.2 —9.8 —23.9 0.2 7. 4 . —9.7: .—24.6 0.3 10.3 —~9.6 —25.6 0.4 12.3 —9.5 —26.8 0.5 13.6 —9.4 —27.7 0.6 14.6 9.3 =27.0 0.7 15.1 —9.2 —25.6 0.8 15.4 —9.1 —24.1 ~4.7 _0.9 15.4 —9.0 —23.1 ~4,7 1.0 15.1 —8.9]| . —22.7 —4,7 1.1 14.6 —8.8 —22.8 —4.7 1.2 13.8 —8.7 —23.6 ~4,7 1.3 12.7 —8.6| — ~25.2]. _ ~4,] 1.4] 11.4 —8.5 —27.9 —4,.7 _ 1.5 9.7 —8.4 —31.9 ~4,7 ‘_1.6 7.7 —8.3 ~34.9 ~4.7 1.7 5.5 —8.2 —31.5 —4,.7 1.8 ©2.8 —8.1 —27.8 ~4,.7 1.9| —0.2 9.5 —8.0 —25.3 ~4,.7 2.0 —3.0 8.9 —7.9 —24.1 —4.7 2.1 —5.4 8.4 —7.8 —23.3 —4.7 2.2 —6.4 7.9| — —7.7 —22,]7 —4,.7 2.3 _ —7.2 7.4 —7.6) ~22.0 —4,.7 24 —8.3 6.9 —7.5 —20.8 —4.7 2.5 —~10.1 6.5 —7.4 —19.4 ~4,7 2.6 ~13.1 6.0 —7.3 ~18.1 —4,7 2.7 —16.6 5.6 ~7.2}]. —17.0 —4,7 2.8 16.3 5.2 —7.1 ~16.2 —4.7 2.9 —13.4 4.8 —7.0 —15.8 —4.7 3.0 —11.0 4.5 —6.9 —15.9 ~4.7 3.1 —9,.7 4.1|~ —6.8 —16.5 — ~4.6 3.2 —9.2 3.8 —6.7]| _ —17.6 4.4 3.3 —9.6 ©3.4 —6.6 —19.3 ~4.2|. 3.4 —10.7 3.1 —6.5 —22.1 ~4.1 3.5 ~12.4 2.8 —6.4 —25.4 —3.9 3.6 —14.7 2.5 —6.3]| _ _—26.8 —3.7 3.7] _ —16.4 2.2 —6.2 =24.5 —3.6 3.8 ~15.7 1.9 —6.1 —22.1] _.__—3.4 3.9 —13.8 1.6 —6.0 —20.5 \ —3.2 4.0 ~12.2 1.3 Page1 of 4

—5.9 —19.9 —3.0 4.1 11.1 1.0 —5.8 —19.9 —2.8 4.2 ~10.7 0.8 —5.7 —20.3 ~2.6 4.3 ~10.7 0.5 —5.6 —20.6 —2.5 4,4 11.3 0.3 —5.5 —20.2 2.3 4.5 121 0.0 —5.4 —18.9 ~2.1 4.6 —13.2 —0.2 —5.3 —17.4 —1.9 4.7 —14.4 —0.4 —5.2 —16.2 —1.7 4.8] _ —15.4 —0.7 _—5.1]____—15.5 —1.4 ‘4.9 —16.0 —0.9 —5.0 —15.5 ~1.2 5.0 —16.3 1.1 —4.9 —16.2 —1.0 5.1 —16.4 1.3 ~4.8 —18.0 —0.8 5.2 —16.3 ~1.5 ~4.7 —21.1 —0.6 5.3 —16.2 ~1.8 —4.6 —28.0 —0.3 5.4 ~16.0 —2.0 ~4.5 —28.7 —0.1 5.5 —15.6 ~2.2| 4.4 —21.3 0.2 5.6 15.1 =2,4 4.3 17.3 0.4 5.7 ~14.5 —2.5 ~4.2 —15.0 0.7 5.8 —14.2 —2,7 : —4.1 —13.8 0.9 5.9 ~14.1 —2.9 —4.0 —13.6 1.2 6.0 14.3 —3.1 —3.9 —14.5 1.5 6.1 —15.0 —3.3 —3.8 —16.7 1.7 6.2 ~16.2 —3.5 —3.7 —21.7 2.0 6.3 —18.2 —3.6 —3.6| _— —30.4 2.3 6.4 —20.8 —3.8 —3.5 —19.1 2.6 6.5 —23.7 —4.0 —3.4 —13.7 2.9 6.6 —23.8 ~4.1 —3.3 —10.3 3.3 6.7 —21.3 ~4.3 —3.2 —8.2 3.6 6.8 —19.1 ~4.5 ~3.1 —6.9 _ 3.9 6.9 —17.5 —4.6] _—3.0 —6.2 4.3 7.0 ~16.7 ~4.8 —2.9 ~6.0 4.6 7.1 —16.5 ~4,.7 —2.8 —6.3 5.0 7.2 —16.8 ~4,.7 —2.7 —7.0 5.4 7.3 17.5 ~4,7 —2.6 —8.0 5.8 7.4 —18.4 —4,.7 —2.5| : —9.0 6.2 7.5 19.5 ~4,7 24 :—9.6 6.7 7.6 —20.2 —4,7 —2.3 —9.4 7.1 7.7 —20.2 ~4,.7 —2.2 —8.7 7.6 7.8 —19.9 —4,7 —2.1 —7.6 8.1 7.9 —19.6 ~4.7 —2.0 —6.2 8.6 8.0 —19.5 —4.7 —1.9 —~4.2 9.2 8.1 —19.9 —4.7| . —1.8 —1.9 9.8 8.2 —20.7 ~4,7 —1.7 0.8 8.3 —22,2 —4.7 —1.6 _3.4 8.4 —24.5] _ —4,7 —1.5 5.6 8.5 «272 ~4,.7 —1.4 7.5 8.6 —30.2 »4,7 —1.3 9.1 8.7 —30.7 ~4,7 Page 2 of 4

_—1.2 10.5 8.8 —28.8 —4,7 1.1 11.5 ©8.9] —27.6 "4,7 1.0] _. 12.4 9:0 —26.9| ____ —4.7 ._—0.9|___12.9 9.1] —27.3| _ —4.7 —0.8 13.1 9.2 —28.1 _—4.7 —0.7 13.0 9.3} _: —29.1] —0.6 _12.6 9.4) —28.6 ~0.5| _ 11.9 9.5 —27.2} —0.4 10.5 _19.6] __ —25.2| _ _ —0.3 8.6| > 9.7| __——23.6) _—0.2 5.4 ~9.8| _ —22.8 —0.1 o.8| _ 9.9/ —22.5 10.0 —22,7 Page 3 of 4

~Poto [| _ Poti [A | § & @a H 8 a g " 9 @—DNH/MIPD pedup / _/ \ A~‘/ C 0 1 _ Azimuth (degree} . ; Source File Freq(MH2) Sanv ~ Pol EIRPsd over% a= arf 7~3.2 M:\Tesfi)aia\_DataBase\B?Q?_m&_fLoopCanyon_FCCWO_AZ_HV.sea HV—| 15.40 0.00 1.80 0.00 0.00 Page 4 of 4

Intellian v—Series — Maritime C—band VSAT Antenna System 2. EIRP Spectral Density Data: 21. Azimuth pattern for Co—Pol (—10‘~10°) EIRP SD t 1 t t 1 + t 1 + [Doc. No._|_201100—5D0824—V1_] | Rev. No. | ~1.0 ~|Page |

Intellian v—Series Maritime C—band VSAT Antenna System EIRP SD EIRP SD [ Boe. No. _|_201100—5D0824—V1_1_]| Rev. No. | 1.0 | Page _| 8

Intellian v—Series Maritime C—band VSAT Antenna System 2.2. Azimuth pattern for Co—Pol (—180°~180°) Angle EIRP SD Mask Angle EIRP SD [ Doc. No. | 201100—5D0824—V1_1 ]| Rev. No. | 1.0 | Page _|] 9 ]

Intellian v—Series Maritime C—band VSAT Antenna System Angle EIRP SD Mask [Doc. No. | 201100—$D0824—V1_1 _| Rev. No. | 1.0 | Page _| 10 |

[ o | ' \/0'2 ' $,‘Mafiti ) witenet s 40 e " s ; me:C-band VSATr,rtlig ir?:avé?Ise{;(er: , intellfarn : ' Angle EIRP SD Mask Angle EIRP SD Mask ‘[ Bos. No._|_201100—500824Vi_1_|RevNo. |______1.0 ______|Page |_ _ |

52 0 | ntellflars Intellian v—Series . Maritime C—band VSAT Antenna System Angle ERP SD Mask Angle EIRP SD Mask [ DBoc. No. | 201100—8D0824—V1_1 | Rev. No. | 1.0 | Page _| 12

'\/ Q. | 5 ‘ — ‘. Intellian v—Series 6 — 2C Marmme C—band VSAT Antenna System 1. EIRP Spectral Density of v240C 1.1. Azimuth pattern for Co—pol, narrow angle (—10°~10°) . 40 —4 EIRP Spectral Density [IBW/MkHz] ;——EIRP sd faamon! Mask t O 1 — h9 > o 1 4n o | o _81 Angle [degree] .6.15 GHz EIRP spectral density @ —8.357 dBW/4kHz Input power spectral density. FCC EIRP spectral density regulation 26.3—25log(0) dBW/MkHz for 1.0° $0£.7.0° —§.3 0— dBWMkHz for 7.0‘° £059.2 29.3—25t0g(0) dBW/MkHz for— 9.2° <0 548‘ {M2T _ _ dBW/AkHz for 48° 5 0 s 85° The v240C‘s radiation Pattern meets the FCC EIRP spectral density mask when the input power spectral density is —8.375 dBW/4kHz. [ Doe. No._|_ 201100—5D0824—V1_1_| Rev. No.: | 1.0 | Page _| a

]f (4) Do MC, oo ce Intellian v—Series 2 * Intellian Maritime C—band VSAT Antenna System 1.2. Azirfiuth pattern for Co—pol, wide angle (—180°~180°) 40 _ EIRP Spectral Density [dBW/4KHz] t o 1 N o 1 O _2 _ 1 oo a> 1 20 4 5poo—sf——f —} g1 A“i "’3@ i ~180 —150 120 .90 .60 —30 O 30 60 80 120 150 180 Angle [degree] 6.15 GHz EIRP spectral density @ —8.357 dBW/4kHz Input power spectral density. FCC EIRP spectral density regulation 26.3—25l0G(0) » dBW/4kHz for 1.0° < 0s 7.0° —5.3 dBW/MAkHz for 7.0°$0$9.2° 29.3—25l0g(0) dBW/AkHz for 9.2° 0348‘ 12.7 dBW/AkHz for 48" 50 £85° The v2400‘s radiation Pattern meets the FCC EIRP spectral density mask when the input power spectral density is —8.375 dBW/4kHz. [ Doc. No. _|_201100—500824—V1_1_| Rev. No. |— 1.0 | Page _] 4 ]

Intellian v—Series Maritime C-bafid VSAT Antenna System 24. Elevation pattern f'or"Co'-p'oI (-30°~30') Angle |~ EIRPSD Mask Angle |— EIRPSD Mask — . (Degree) (dBW/AkHz) (dBW/4kHz) (Degree) (dBW/AkHz)| (dBW/4kHz) a * + + 1 s i * s t 1 t + t t [ Boc. No. _|_—201100—5D0824—V1._1_| Rev. No. | 1.0 [ Page | 15

' — Intellianv—Series Maritime C—band VSAT Antenna System ‘ Angle EIRP SD |‘ Mask Angle > EIRP SD Mask — (Degree) (dBW/AkHz) (dBW/AkHz) (Degreae) (dBW/4kHz) (dBW/4kHz) 1 t +011 6 1 t t 1 1 [ Doc. No. |_201100—8D0824—V1_1 | Rev. No. | "__1.0 | Page _| 16 J

(i ) V a4o a Intellian v—Series Maritime C—band VSAT Antenna System intelliarn Angle EIRP SD Mask Angle ERP SD Mask (Degree) (dBW/A4kHz) (dBW/AkHz) (Degree) (dBW/AkHz) (dBW/AkHz) [Boc. No. |_201100—8D0824—V1_1 | Rev. No. | 1.0 | Page _| 17 _]

C@) & Intellian v—Series Maritime C—band VSAT Antenna System inte : afi Angle EIRP SD Mask Angle | EIRPSD Mask (Degree) (dBW/4kHz) (dBW/AkHz) (Degree) (dBW/4kHz) (dBW, | Doc. No. |_201100—8D0824—V1_1 | Rev. No. | 1.0 | Page _| 18

e Intellian v—Series Maritime C—band VSAT Antenna System Angle ERP SD Mask, Angle EIRP SD Mask (Degree) (dBW/AkHz) (dBw/AkH2z) (Degree) (dBW/AkHz) (dBW/AkHz) & [ Doc. No. | —201100—$D0824—V1_1_| Rev. No. | — 1.0 [Page |___i9s___]

. Intellian v—Series Maritime C—band VSAT Antenna System Angle EIRP SD Mask Angle EIRP SD (Degree) (dBW/ (dBW/AkHz) (Degree) (dBW/AkHz) 1 P t E0E t 1 t toff [ Doe. No. [ 201100—8D0824—V1_1 | Rev. No. | 1.0 [ Page _| 20 A

(fi) Q - @ | «C Intellian v—Series &Intellian expprmmminnoeemeranimes 1.4. Elevation pattern for Co—pol, narrow angle (—30°~30°) 40 30 — _ [——EIRP sd) . EIRP sprectral density [dBW/AkHz] j Maiskw___ 10 —| 8 t o 1 1 1 t —30 —20 —~10 0 10 20 30 Angle [degree] 14.25GHz EIRP spectral density @ —14.88dBW/4kHz Input power spectral density FCC EIRP spectral density regulation 29.3—25l0g(0) dBW/MAkHz for 1.25° <0 $48° ~12.7 dBW/AkHz for 48° < 0 s180° The v2400‘s radiation Pattern meets the FCC EIRP spectral density mask when the input power spectral density is —8.375 dBW/4kHz. [ Doc. No. |_201100—8D0824—V1_1 _| Rev. No. | 1.0 | Page _| 6 |

LC} . ' 7 Intellian v—Series Maritime C—band VSAT Antenna System Y2HD 2.3. Azimuth pattern for Crdss-pol (—9.2°~9.2°) Angle EIRP SD Mask . Angle EIRP SD Mask [Doc.No. | 201100—8D0824—V1i_1 | Rev. No.|_ 1.0 [ Page | 13 |

) C s | Intellian v—Series Maritime C—band VSAT Antenna System Angle: EIRP SD Mask EIRP SD [Doc. No. _]_201100—5D0824—V1_1_| Rev. No. | _ 1.0 | Page _] 14 |

(€) Intellian v—Series AMO intellian ; Maritime C—band VSAT Antenna System 1.3. Azimuth pattern for Cross—pol, narrow angle (—10°~10°) 20 : [—— EIRP sd M as}k EIRP Spectrat Density [dBW/4kHz] —2 0 Angle {degree] 6.15 GHz EIRP spectral density @ —8.357 dBW/4kHz Input pbwer spectral density. FCC EIRP spectral density regulation 16.3—25log(0) dBW/AkHz for 1.8° 50s 7.0° ~4.17 dBW/A4kHz for _ 17.0° 50 89.2° The v240C‘s radiation Pattern meets the FCC EIRP spectral density mask when the input power spectral density is —8.375 dBW/4kHz. [ Dos. No._| 201100—5D0824—V1_1_| Rev.No. | 1.0 | Page


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Document Modified: 2013-05-08 20:39:16
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