Attachment E080211

This document pretains to SES-LIC-20080919-01229 for License on a Satellite Earth Station filing.

IBFS_SESLIC2008091901229_669322

ta in support of claim that proposed operation meets off—axis criteria of 1986 Declaratory Order Applicant: Knight Sky Date of Application: 10/01/08 nna Manufacturer: Prodelin c_ main bore gain 42.00 dBi Antenna Model: 2Am d frequency at which gain was measured 5.85 GHz Antenna ID: Anti e maximum input power density (dBw/4KHz) ~10.00 dBw/4Khz Transmit band (b): 5.925 GHz 1.0 to 5 degrees calculated maximum difference in off—axis eirp density: —0.30 dBw/4Khz 1.0 to 180 degrees calpulated maximum difference in off—axis eirp density: :0.30 Gain—and EIRP for Antenna Not Conforming to 25.209(a) operating at stated maximum power: density 4A 7 Gain relative Actual Off—Axis EIRP Difference to main bore Gain Density for in Off—Axis gain (dB) in dBi input of EIRP Density =10:00 (6) minus (3) —6.00 36.00 26.00 ©0.30 =9:00 33.00 2300 :0.88 +15,00 2700 17.00 ~4.90 —21:00 21.00 11.00 —9.22 +24.00 1800 8.00 ~10.77 ©22.50 19.50 9.50 ©8.00 —24.50 17.50 7.50 —8:.85 _ +29.00 13.00 3.00 .: ©12.32 <29.00 13.00 3:00 {0411.37 ~33:00 9.00 #1,00 i. =10.97 : ‘~40.00 200 8.00 :2 =11.06 ~44:00 200 ©12.00 1.=15.30 ©49:00 =7:00 ~17.00 < +14.90 +52.00 ©10,00 +20.00 +13.52 5200 =10.00 ©20.00 <7.39 +57.00 +15,00 ©25.00 =13.50 —54.00 +42.00 22,00 ©9.30 ~46:00 ~4.00 #14.00 —1.30 45,00 300 —13,00 ©0;30 #46.00 —4.00 +14.00 ~1.30 "47.00 +5.00 #15.00 ©2.30 47.00 5.00 ~15.00 —2.30

Data in support of claim that proposed operation meets off—axis criteria of 1986 Declaratory Order Applicant: Knight Sky Date of Application: 10/01/08 af Antenna Manufacturer: Prodelin c main bore gain 42.00 dBi a2 Antenna Model: 2.4m d frequency at which gain was measured 6.14 GHz a3 Antenna ID: Ant1 e maximum input power density (dBw/4KHz) —10.00 dBw/4Khz b Transmit band (b): 6.175 GHz 1.0 to 7 degrees calculated maximum difference in off—axis eirp density: #1.30 dBw/4Khz to 180 degrees calculated maximum difference in off—axis eirp density: =1.30 Gain—and EIRP for Antenna: Not Conforming to 25.209(a) operating at stated maximum power density 4 5 6 7 Gain relative Actual Off—Axis EIRP Difference to main bore Gain Density for in Off—Axis gain (dB) in dBi input of EIRP Density =10:00 (6) minus (3) —7.00 35.00 25.00 ~1.30 #11.50 30.50 20.50 ©3.38 +18.00 24:00 14.00 —7.90 =22.50 19.50 9.50 ~10.72 _ 2200 20.00 10:00 <8.77 =23:00 19.:00 9.00 ©8.50 ©26.00 16.00 6.00 #10.35 —29:50 12.50 2.50 ©12.82 —28.00 14.00 4.00 : 10.37 —33.00 : 9.00 ~1.00 : ~—10.97 —40.00 200 +8.00. 13 —11.06 ~44.00 +2.00. .0 +12.00 s —15.80 —49:.00 —7.00 =17.00 (>214.90 —52.00 <10.00 =20.00 —13.52 ©52.00 ©10.00 —20.00 —7.39 =57.00 #15:00 —25.00 =13,50 =54.00 ~12.00 2200 ©9:30 —44:00 —2,00 ~12.00 0.70 ~45.00 ©3.00 —13.00 :0.30 +52.00 =10.00 #20.00 —7:.30 47.00 5.00 ~15.00 —2.30 ~47.00 5.00 ~15.00 ©2.30

Data in support of claim that proposed operation meets off—axis criteria of 1986 Declaratory Order Date of Application: 10/01/08 af Antenna Manufacturer: Prodelin c main bore gain 42.00 dBi a2 Antenna Model: 2.4m d frequency at which gain was measured 6.25 GHz a3 Antenna ID: Ant1 e maximum input power density (dBw/4KHz) —10.00 dBw/4Khz b Transmit band (b): 6.425 GHz 1.0 to 5 degrees calculated maximum difference in off—axis eirp density: —1.80 dBw/4Khz 1.0 to 180 degrees calculated maximum difference in off—axis eirp density: 1.80 n Gain and EIRP for Antenna Not:Conforming to 25.209(a) operating at stated maximum power density 4 6 6 7 Gain relative Actual Off—Axis EIRP Difference to main bore Gain Density for in Off—Axis gain (dB) in dBi input of EIRP Density +10.00 (6) minus (3) =7.50 34.50 24.50 ~1.80 #13.00 29.00 19.00 4.88 —24.00 21.00 11.00 ~10.90 +21.50 20.50 10.50 —9.72 ©21:00 21,00 1100 —7.77 —23.00 19.00 9.00 :8.50 —27.50 14.50 4.50 ©11.85 —28.50 18.50 3:50 —11.82 27.50 14:50 4.50 —9.87 ~33.00 9.00 +1.00 > #10.97 40.00 | 2:00 —8:00 : —11.06 44.00 «.0. =2.00 #12.00 : ~15,30 ~49:00 ~=7.00 =17:00 14:90 —52.00 ~10.00 ©20.00 (= —18.52 45200 »10.00 —20:00 —7.39 —57.00 —15.00 —25.00 1850 ©54.00 +12.00 —22.00 —9.30 44.00 200 =12.00 0.70 ~45.00 —3.00 ~13.00 :0.30 5200 ©10.00 ©20.00 =7.30 47:00 5:00 =15.00 +2.30 47.00 5.00 +15.00 +2.30

"ile: See Legend Prodelin 2.4M 4—Pc Frequency : 5.845 GHz S Receive / Transmit ' Offset Antenna System n Dperator: Ken Poovey C—Band Linear Ser. no.: Shannel: test Tx pol: Vert Rx pol: Vert. so FAX NO. 828 466 0860 (dBi) 20 © C 19 3 t [« 0 o al S —10 os & C z. jart —20 Ext C C on Al —30 z: —o —s —7r —e —s —4 —3 —2 —1 o ABL Sidelobe Envelope: 29—25toq(Theto)~100Lamde/D to 20 D . on ~3 GdBin~20to26.3 Deg | %%(-ZeSl?o)g(TheT:)r:2g.3 to 48 Deegq z> —~10 dBi~48 to 180 Deg Azimuth Beam Peak (Deg) C Overlays Cal. file units Deg dB 064532.DAT—ant_under_test 064532Z.DAT dBi 0.10 41.64 JUL—08—1999 THU 064536.DAT—ant_under_test 064536.DAT dBi —0.80 19.28 Prodelin Corporation Riverbend st Range Ci ment NC

"ile; See Legend Prodelin 2.4M 4—Pc Frequency : 6.138 GHz to & Receive / Transmit Offset Antenna System al Jperator: Ken Poovey C—Band Linear ser. no.: Shannel: test Tx pol; Vert. Rx pot: Vert. so — 40 FAX NU. 825 466 0880 m 30 [+ U Y zo. 0 C 10 3 t C D o C 3 FRUDEL EN UURF.. —20 —30 —» —8 —7r —s —5 —4 —3 —2 —1 0 2 3 @15 FIl Sidelobe Envelope: 29—25Loq(Theta)~100Lamda/D to 20 Deg ~3.50Bi~20 to 26.3 Deg | 32—25Log(Theta)~26.3 to 48 Deg —10 dBi~48 io 180 Deg Azimuith (Deg) Beam Peak N — Overlays Cal. file units Deg dB 3 ©64532.DAT—ant_under_test 064532.DAT dBi 0.07 42.14 C 064536.DAT—ant_under_test 064536.DAT dBi ~0.87 18.92 JUL~UO~ 1994 Prodelin Corporation Riverbend st Range C mont NC

_ "ile: See Legend Prodelin 2.4M 4—Pc Frequency 7 6.425 GHz D Receive / Transmit Offset Antenna System al Dperator: Ken Poovey C—Band Linear Ser. no.: Shannel: test Tx pol: Vert. Rx pol: Vert. so 40 bed 400 UKGU a so D C Y zo FAA NU, 0 U 10 —3 t C & o S —10 FRUVEL LN UUKF, —20 —30 —2 —8 —r —s —5 —4 —3 —1 2 3 JUL~UOTIYYY IMU 12}10 FI Sideiobe Envelage: 29—25to9(Theto)~100Lamda/D to 20 Deg ~3.50Bi~20 to 26.3 Oeg | 32—25Log(Theta)~26.3 to 48 Deg Azimuth (Deg) —10 dSi~48 to 180 Deg Beam Peak Overiays Cal. file units Deg dB 064532.DAT—ant_under_test 064532.DAT dBi 0.04 42.49 064536.DAT—ant_under_test 064536.DAT dBi 0.76 18.02 Prodeéelin Carporation Riverbend * st Range C mont NC

"ile; See Legend Prodelin 2.4M 4—Pc Frequency : 5.845 GHz past Receive / Transmit L Offset Antenna System *—Jperator: Ken Poovey C—Band Linear Ser. no.: Shannel: test Tx pol: Vert. Rx pol; Vert. 5o 40 FAX No. 828 468 0860 30 . (dBi) 20 ® U 10 3 t# C & 0 &s S —10 G o 3 m —20 o & [3 o. —so 3 45 —40 —as . —30 —25s —20 —15 —10 —s o 10 15 20 25 so 35 40 45 ~ Sidelobe Envelope: 29—25Log(Theta)~100Lamds/D to 20 Deg . oo ~—3.508i~20 to 26.3 Deg | 32—25Log(Theta)~26.3 to 48 Deg ca ~10 dSi~48 to 180 Deg Azimuth Beam Peak (Deg) — Overlays Cal. file units Deg dB > 064532.DAT—ant_under_test—— 064532.DAT dBi 0.10 41.64 E= C er G> co T 1 S = Prodelin Corporation Riverbend~ st Range C mont NC

a-aFile: See Legend Prodelin 2.4M 4—Pc Frequency : 6.138 GHz «— Receive / Transmit Offset Antenna System "— Operator: Ken Poovey C—Band Linear Ser. no.: Channel: test Tx pol: Vert. Rx pol: Vert. so 40 FAX NO. 828 468 ogso 30 (dBi) 20 6 C 10 3 t C & o & s .10 2 & A. d —20 3 of o. ~30 x —45 40 —35 —30. ~25 —20 —15 —10 —6 0 5 10 15 20 26 30 35 40 45 O— Sidelobe—Envelope: 29—25Loq(Theta)~100Lamda/D to 20 De . e 19 ~3.5001—20to 28.3 Oeg | 32—251og(Theta)=26 3 to 48 Deg Azimuth (Deg) C2 —10 dBi~48 to 180 Deg . Beam Peak d — —— Overlays Cal. file units Deg dB ::?: 064532Z.DAT—ant_under_test 064532Z.DAT dBi C.07 42.14 2E < o. & co T =1 L2 > Prodelin Corporation Riverbend * st Range C nent NC

"ile: See Legend Prodelin 2.4M 4—Pc Frequency : 6.425 GHz > — Receive / Transmit Offset Antenna System al Operator: Ken Poovey C—Band Linear Ser. no.: Channel: test Tx pol: Vert. Rx pol: Vert. so 40 FAX NO. 828 466 0860 30 (dBi Magnitude 10 PRODELIN CORP. —10 20 —30 45 —10 —35 —30 —25 —20 —15 —5 0 5 10 15 20 25 30 35 45 JUL—08—1989 THU 12 37 PM Sidelobe Envelope: 29—25Laq(Theta)~100Lamda/D to 20 Deg —3.508i~20to 26.3 Deg | 32—25Log(Theto)~26.3 to 48 Deg —10— dBi~48 to 180 Deg Azimuth (Deg) Beam Peak Overlays Cal. file units Deg B 064§532.DAT—ant_under_test 064532.DAT dBi 0.04 42.49 Prodetin Corporation Riverbend * st Range Ci font NC

1 S N "te: See Legend Prodelin 2.4M 4—Pc Frequency ; 6.138 GHz L Receive / Transmit 2. Offset Antenna System _ Dperator: Ken Poovey C—Band Linear Ser. no.: Shanmel: test Tx pol: Vert. Rx pol: Vert. 5o 2 3 0 C3 © t Sp 30 3 2 * M 5; U 2 Y¥ ag >< E ® U 10 3 *4 Cc 2 o © at & 35 — «10 5 3 Es 3 20 3 4. E: —30 2. —180 —1860 —140 —120 ~100 —50 —80 —<40 —20 0 20 40 eo fls 100 120 140 180 180 5 Sldelobe Envelope: 29—2SLoo(Theta)~100Lamda/D to 20 Deg & I 23.50Bi~20 to 26.3 Deg| 32( 2SLog(iheta)~26..3 to 48 Deg Azimuth (Deg) 5 T 10 dBi~48 to 180 Deg Beam Peak = Overlays Cal. file units Deg dB Eo 064§532.DAT—ant_under_test 064532.DAT dBi G.07 42.14 0 & &> I ao T —1 2o > Prodelin Corporation Riverbsend ~ st Range C. mont NC

:o=i|e: See Legend Prodeltin 2.4M 4—Pc Frequency : 5.845 GHz S Receive / Transmit Offset Antenna System a.Jperator: Ken Poovey C—Band Linear Ser. no.; . Shannel: test Tx pol: Horiz. Rx pol: Horiz. so > 40 o » S S 7m 20 50 °U ve 3 20 A x Fao z. ke) 10 J «ut t £& O o g a; —~10 x 3 S 4 — —20 a 3 3 22 ~30 —9 —8 —8 —5 ~4 —3 —2 —1 0 1 2 3 4 5 6 7 8 0 L Sigeithe Envelope: 29—25Loq(Theta)~100Lamda/D to 20 Deg x ~3.5cBi~20 to 26.3 Deg | 32—25Log(Theta)~26.3 to 48 Deg Azimuth (Deg) ——10 dBi~48 to 180 Deg Beam Peak X Overlays Cal. file units Deg do — 064539.DAT—ant_under_test 064539.DAT dBi 0.00 41.54 1 064542.0AT—ant_under_test 064542.DAT dBi —0.90 17.40 JUL—US—IYYY 1 Prodelin Corporation Riverbend °_ st Range Ci mont NC

"ile: See Legend Prodelin 2.4M 4—Pc . Frequency : 6.138 GHz 3 Receive / Transmit 1 Offset Antenna System *~— Dperator: Ken Poovey C—Band Linear Ser. no.: Shannel: test Tx pol: Horiz. Rx pol: Horiz. so ts 40 o D G B J& so 3M *0 g* zo 2 3 m T 0 C 10 3 * C O o gé S —10 T3 T 4 —1 —20 zl = 2 3 2— t —30 & —9 —B —7 —6 ~5 —4 —3 —2 —1 o 1 2 3 4 5 6 7 8 9 2~ Sidetobe Envelope: 29—25Log(Theta)~100Lamda/D to 20 D . S ~3.50B~20 to 28.3 beg 1%3(—251.0:;(%&:)’322./3 to 48 Deg Azimuth (Deg) :V —10 dBi~48—to 180 Deq > Beam Peak N Overlays Cal. file units Deg dB = 064539.DAT—ant_under_test 064539.DAT dBi —0.07 42.06 1 064542.DAT—ant_under_test 064542.DAT dBi 0.93 17.98 JUL~U8—1Y9Y Prodelin —Corporation Riverbend ~ st Range C nont NC

File: See Legend Prodelin 2.4M 4—Pc Frequency : 6.425 GHz 9 Receive / Transmit Offset Antenna System 2‘ Operator: Ken Poovey C—Band Linear Ser. no.: Channel: test Tx pol: Horiz. Rx pol: Horlz. ’ so & 40 go o. & 8 & 30 30 *U w 5 20 2 pe < 0 U 10 J M C 0 e E‘é $ —10 C & z. B _4 —20 t 2 fe caL —30 —9 —8 —7 —a —5 —4 —3 —a2 —1 o 2 3 4 5 6 7 8 9 M A— Sigelobe Envelope: 29—25Loo(Theta)~100Lamda/D to 20 Deg L2 ~3.509i~20 to 26.3 Deg | 32—28Log(Thetal~25.3 to 48 Deg & —10 dBi~48 to 180 Deg Azimuth Beam Peak (Deg) C Overlays Cal. file units Deg dB ; 064539.DAT—ant_under_test 064539.DAT dBi —0.04 42.36 E_"—: 064542.DAT—ant_under_test 064542.DAT dBi —0.84 19.03 JUL—08—1999 Prodelin Corporation Riverbend® st Range c: nont NC

o"ile: See Legend Prodelin 2.4M 4—Pc Frequency : 5.845 GHz c Receive / Transmit Offset Antenna System Dperator:; Ken Poovey C—Band Linear Ser. no.: Shannel: test Txpol: Horiz. Rx pol: Horiz. so a ao 40 C C & 30 & e & M . 0 2 * zo >< <L "— 0 U 10 J * & O > o & 3 S —10 & 3 —4 Lnl —20 Ca & of Al —30 E —45 —40 —35 —30 —25 —20 ~15 «10 ° —5 a 5 10 16 20 25 30 35 40 45 Sidelobe Envelope: 29—25Loa(Theta)~100Lemda/D to 20 De 2 # 23.34B;~30to 28.3 Oeg | 32—2SLegtihein)~=2073 to 48 Dag Azimuth (Deg) AL, —10 dBi~48 to 180 Deg Beam Peak JUL—0O8— 19989 THU 12 Overlays . Cal. file units Deg dB 064§539.DAT—ant_under_test 064539.DAT dBi 0.00 41 54 Prodelin Corporation Riverbend® st Range Ci vnont NC

21/45 "ife: See Legend Prodelin 2.4M 4—Pc » Frequency _: 6.138 GHz Receive / Transmit Offset Antenna System ‘:Dperator: Ken Poovey C—Band Linear Ser. no.: Shannel: test Tx pol: Horiz. Rx pol: Horiz. so 3 40 D I l © 1 r so 30C 3W zo z = 1. 0 .V =‘10 3 . p— C O ‘o 3 S ~10 3 3 2 3 3 —20 = 3 3 2. —30 & © .45 —10 —35 —30 —25 —20 —1s —10 —s o s 10 is 20 25 so as 40 4s 5C c Sigelobe Envelope: 29—25Log(Theta)~100Lamda/D to 20 Deg . 3 —3.5cBi~20 to 26.3 Deg | 32—25Loq(Iheta)>26.3 to 48 Deg Azimuth (Deg) x —18 amrc48 190 dBi~48 :oto 1180 Deg Beam Peak — Overlays Cal, file units Deg dB 3 064539.DAT—ant_under_test 064539.DAT dBi —0.07 42.06 3 J> I> 1 ~ P _1 23 3 Prodelin Corporation Riverbend ~ st Range C mant NC

Lo . § "ile: See Legend Prodelin 2.4M 4—Pc Frequency : 6.425 GHz dA Receive / Transmit Offset Antenna System an Jperator: Ken Poovey C—Band Linear Ser. no.: Shannel: test Tx pol; Horiz. Rx pol: Horiz. so 40 FAX No. 828 466 0860 30 (dBi) 20 0. U 10 3 #2 C 0 o g . & —10 C & . Eu" —20 o G o2 nl s0 = is 40 —3s —s30 —25 —20 15 —10 —s o s 10 15 20 25 30 s 40 45 BC a . Sideiobe Envelope: 29—25Loq(Theta)~100Lamda/D to 20 Deg . o -3.56_Bi_~20vto 26.3 Deq | 32—2Stoq(Theta)~26.3 to 48 Deg Azimuth (Deg) &;—10 cBi~48 to 180 Deg Beam Peak — Overlays Cal. file units Deg dB fees} 064539.DAT—ant_under_test 064539.DAT dBi —0.04 42.36 CC > m > i o < _ > **> Procdelin Corporation Riverbend ~ »st Range C mont NC

24/ 40 "ile: See Legend Prodelin 2.4M 4—P¢ Frequency : 6.138 GHz Receive / Transmit Offset Antenna System al Jperator: Ken Poovey C—Band Linear Ser. no.: Shannel: test Tx pol: Horiz. Rx pol: Horiz. 5o 40 FAX NU, 820 466 UKGU m 30 ® U ~ 20 0 U 10 3 h C J o S PRODELIN CORP, —10 —20 —30 —180 —180 ~140 +120 ~100 —80 80 10 —20 0 20 40 eo so 100 140 1eo 180 JVUL—O8—1889 THU 01 02 PM Sidelobe Envelope: 29—25to9(Theta)~100Lamda/D to 20 Deg =3.50Bi~20 to 26.3 Deq | 32—25Log(Theta)~28.3 to 48 Deg —10 dBi~48 to 180 Deg Azimuth (Deg) — © Bearmn Peak Overlays Cal. file units Deg dB 064539.DAT—ant_under_test 064539.DAT dBi —0.07 42.06 Prodelin Corporation Riverberid ~ st Range C nont NC


Document Created: 2008-10-07 13:42:12
Document Modified: 2008-10-07 13:42:12
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