Attachment Sirius XM-Grant Sept

Sirius XM-Grant Sept

DECISION submitted by IB,FCC

g

2010-09-15

This document pretains to SAT-STA-20020312-00048 for Special Temporal Authority on a Satellite Space Stations filing.

IBFS_SATSTA2002031200048_840076

SAT—STA—20020312—00048 4s / Sirius XM Radio Inc. SsDARsS * SIRIUS Satellite Radio #_sAt—zsin—20020312—00048_ Sirius Satellite Radio March 12, 2002 "Er\3) | ign _________ Grant Date_08/15/16_ 1221 Avenue of the Americas New York, NY 10020 tel 212 584 5100 tm Dates See o3 /is/o0 VIA HAND DELIVERY * 2ALRCME.. Qconditions k fax 212 584 5200 www.sitiusradio.com Mr. William F. Caton #¥twith conditions * Hed "R'f’(—)-u«:fi( C Acting Secretary Chief, Satellite %}'vcj Brand Federal Communications Commission 236 Massachusetts Avenue, NE Washington, DC 20002 Re: Request To Extend Special Temporary Authority To Operate Satellite DARS Terrestrial Repeaters; File No. SAT—STA—20010724—00064 Dear Mr. Caton: Pursuant to Section 25.120 of the Federal Communications Commission‘s ("FCC" or "Commission") rules,‘ Sirius Satellite Radio Inc. ("Sirius"), one of the two satellite digital audio radio service ("satellite DARS") licensees in the United States, hereby requests an extension of its special temporary authority ("STA") to operate its terrestrial repeater network." Sirius requests an extension of its STA for 180 days or until such time as the Commuission issues final rules governing the use of satellite DARS terrestrial repeaters." Grant of Sirius‘ extension request would serve the public interest by allowing Sirius to continue its roll—out of uniformly high quality commercial satellite DARS programming nationwide. Attached is a FCC Form 159, with a check payable to the FCC in the amount of $145.00. Attached as Exhibit A is a list of sites, including three minor revisions noted below, in which Sirius operates terrestrial repeaters pursuant to its STA and for which Sirius seeks an extension of its STA. Sirius has included the following * 47 C.F.R. § 25.120. s Sirius Satellite Radio Inc. Application for Special Temporary Authority to Operate Satellite Digital Audio Radio Service Complementary Terrestrial Repeaters, Order and Authorization, File No. SAT—STA—20010724—00064, DA 01— 2171 (Sept. 17, 2001) ("Sirius STA Order"). 3 Establishment ofRules and Policies for the Digital Audio Radio Satellite Service in the 2310—2360 MHz Frequency Band, Report and Order Memorandum Opinion and Order and Further Notice of Proposed Rulemaking, 12 FCC Red 5754, 5810—12 (1997) ("Terrestrial Repeater NPRM").

Attachment to Grant Application of Sirius XM Radio Inc. for Special Temporary Authority IBFS File Nos. SAT—STA—20020312—00048, SAT—STA—20031219—00369, SAT—STA—20040623—00119, SAT—STA—20040623—00122, SAT—STA—20050301—00053, SAT—STA—20070710—00097, SAT—STA— 20081020—00206 Special temporary authority (STA) is granted to Sirius XM Radio Inc. (Sirius XM), for a period of 180 days, to continue to operate previously authorized terrestrial repeaters for use in the 2320—2345 MHz frequency band, as set forth in the above—referenced applications. This authorization is granted according to the technical parameters specified in these applications and is subject to the conditions below. 1. Any actions taken as a result of these STAs are solely at the applicant‘s own risk. These STAs shall not prejudice the outcome of the final rules adopted by the Commission in IB Docket No. 95— 91. 2. SDARS terrestrial repeaters are restricted to the simultaneous retransmission of the complete programming, and only that programming, transmitted by the SDARS licensee‘s satellite(s) directly to the SDARS licensee‘s subscribers‘ receivers, and may not be used to distribute any information not also transmitted to all subscribers‘ receivers. 3. Coordination of the operations of the terrestrial repeaters shall be completed with all affected Administrations prior to operation, in accordance with all applicable international agreements including those with Canada and Mexico. 4. The terrestrial repeaters shall comply with Part 17 of the Commission‘s rules — Construction, Marking, and Lighting of Antenna Structures. 5. The terrestrial repeaters shall comply with Part 1 of the Commission‘s rules, Subpart I — Procedures Implementing the National Environmental Policy Act of 1969, including the guidelines for human exposure to radio frequency electromagnetic fields as defined in Sections 1.1307(b) and 1.1310 of the Commission‘s rules. 6. Any SDARS terrestrial repeater operating at a power level greater than 2—watt average EIRP is required to attenuate its out—of—band emissions below the transmitter power P by a factor of not less than 90 + 10 log (P) dB in a 1—megahertz bandwidth outside the 2320—2345 MHz band, where P is average transmitter output power in watts. Any SDARS terrestrial repeater operating at a powerlevel equal to or less than 2—watt average EIRP is required to attenuate its out—of—band emissions below the transmitter power P by a factor of not less than 75 + 10 log (P) dB in a 1—megahertz bandwidth outside the 2320—2345 MHz band, where P is average transmitter output power in watts. 7. These STAs expire after 180 days, or on the date that permanent authority to operate the covered repeater operations becomes effective, whichever occurs first. 8. Sirius XM is granted 30 days from the date of the release of this authorization to decline the authorization as conditioned. Failure to respond within that period will constitute formal acceptance of the authorization as conditioned. 9. This action is taken on delegated authority pursuant to 47 C.F.R. § 0.261 and is effective upon release. Petitions for reconsideration under 47 C.F.R. § 1.106 or applications for review under 47 C.FE.R. § 1.115 may be filed within 30 days of the date of the Public Notice announcing this action. 1| File# See abov e os is/10 gee 3 og/s/o [ | gondition nditions Sfepr J Duall ‘€¥with corditions Chief, Setellite Plicy Branch

Mr. William F. Caton March 12, 2002 Page 2 information for each of the repeaters it operates pursuant to its STA:* (1) geographic coordinates; (2) antenna type; (3) antenna orientation; (4) antenna radiation pattern vertical downtilt; (5) total EIRP; and (6) height Above Ground Level (AGL). This list reflects certain changes to the technical parameters of one of Sirius‘ repeaters in Detroit, Michigan, and one of its repeaters in Las Vegas, Nevada," and the addition of a low power repeater in Jackson, Mississippi.® Otherwise, it is identical to the list attached to Sirius‘ original STA request.‘ Attached as Exhibit B are specification sheets for each of the antenna types described in Exhibit A. For the same reasons that grant of Sirius‘ original STA request served the public interest, grant of Sirius‘ request to extend its STA will serve the public interest." The extension will allow Sirius to continue to offer "high quality radio signals to listeners in areas that have limited radio service," and ensure that no reduction in the quality of this service occurs." Further, grant of the extension request would allow the public to continue to take advantage of long—awaited satellite DARS service, which offers both an increase in listening choices and greatly improved digital quality sound. *A These include 151 high and medium power terrestrial repeaters and one low power terrestrial repeater in 105 sites. 5 Sirius notified the FCC of these changes on February 11, 2002. Letter from Carl R. Frank, Wiley Rein & Fielding LLP, to William F. Caton, Acting Secretary, Federal Communications Commission (dated Feb. 11, 2002). 6 Sirius informed the Commission of its plans to install and operate a very low power repeater in Jackson, Mississippi, on February 22, 2002. Letter from Carl R. Frank, Wiley Rein & Fielding LLP, to William F. Caton, Acting Secretary, Federal Communications Commission (dated Feb. 22, 2002). 7 Sitrius Satellite Radio Inc. Application for Special Temporary Authority to Operate Satellite Digital Audio Radio Service Complementary Terrestrial Repeaters, File No. SAT—STA—20010724—0064 (filed July 24, 2001). 8 Sirius STA Order, 4 9. ° Id.

Mr. William F. Caton March 12, 2002 Page 3 In granting Sirius‘ original request, the Commission itself noted that "Sirius has proceeded with satellite construction, has in fact launched both of its satellites, and needs to employ terrestrial repeaters to provide adequate service" and that it has not yet issued final rules governing the operation of satellite DARS terrestrial repeaters.‘" The FCC concluded that "this situation has created the extraordinary circumstances required by the statute and our rules to justify grant of an STA" and noted that "it would be unfair to penalize Sirius for complying with our required milestone schedule on the one hand but on the other hand force it to seriously delay initiation of service because there are no final repeater rules.""‘ These considerations apply with equal force here as the FCC still has not issued final repeater rules. Sirius has established that its terrestrial repeaters will not cause harmful interference to other radio services.‘" Nevertheless, Sirius will continue to comply with the condition placed upon its STA that it protect "all existing authorized radiocommunication facilities that are in operation during the period the STA is in effect" from interference caused by its terrestrial repeaters."" Sirius notes that the Commission had proposed to require satellite DARS licensees to bear the cost of remedying interference to certain Multipoint Distribution Service ("MDS") and Instructional Television Fixed Service ("ITFS") facilities if MDS or ITFS licensees lodged interference complaints prior to February 20, 2002.‘" In granting Sirius‘ STA request, the Commission required Sirius to provide MDS and ITFS licensees with information regarding the locations and technical parameters of all repeaters 10 1d., 9 7. 11 Id. 12 Establishment ofRules and Policies for the Digital Audio Radio Service in 2310—2360 MHz Frequency Band, Supplemental Comments of Sirius Satellite Radio (Jan. 18, 2000). 13 Sirius STA Order, § 13, 18(b). 14 Request For Further Comment On Selected Issues Regarding The Authorization OfSatellite Digital Audio Radio Service Terrestrial Repeater Networks, Public Notice, IB Docket No. 95—91, RM No. §610, DA 01—2570, at 7 (Nov. 1, 2001). The FCC proposal would apply with respect to MDS or ITFS facilities installed prior to August 20, 1998, and located within a satellite DARS repeater‘s free space power flux density contour of —34 dBW/m*. 1d.

Mr. William F. Caton March 12, 2002 Page 4 operating pursuant to the STA in order to facilitate coordination with these MDS and ITFS opera‘cions.15 Thus, in granting Sirius STA, the FCC extended the procedural aspects of its proposed rules requiring interference protection for certain MDS and ITFS facilities but did not extend the substantive aspects of those proposed rules beyond the proposed February 20, 2002 expiration date. While Sirius views further extension of the notification requirement as unnecessary, out of an abundance of caution, it will continue to comply with these procedural requirements with respect to MDS and ITFS facilities. Sirius also will comply with the requirements that it not (1) originate any original programming, (2) transmit signals other than those used by its satellites or (3) extend satellite DARS coverage outside of the satellites‘ authorized service area.‘° Sirius certifies that the out—of—band emissions of these terrestrial repeaters will be attenuated below the transmitted EIRP by no less than 75 + 10 log (P)."" In accordance with Part 17 of the Commission‘s Rules, Sirius has or will notify the Federal Aviation Administration ("FAA") of antenna structures for which such notification is required. 47 C.F.R. § § 17.7—17.17. Sirius hereby certifies that operation of these repeaters will not have a significant environmental effect, as defined by 47 C.F.R. § § 1.1301—1.1319, and that no party to this application is subject to a denial of federal benefits pursuant to Section 5301 of the Anti—Drug Abuse Act of 1988, 21 U.S.C. § 862(a). As Sirius‘ extension request is timely filed, Sirius understands that, pursuant to Section 1.62 of the FCC‘s Rules, 47 C.F.R. § 1.62, its STA will continue in effect without further action by the Commission until such time as the Commission shall make a final determination with respect to its request. Sirius urges the FCC to grant its extension request in order to provide Sirius with STA to make the proposed changes to its Detroit and Las Vegas repeaters and to operate its Jackson repeater. 15 Sirtus Satellite Radio Inc. Application for Special Temporary Authority to Operate Satellite Digital Audio Radio Service Complementary Terrestrial Repeaters, Order, File No. SAT—STA—20010724—00064, DA 01—2383 (Oct. 15, 2001). 16 Sirius STA Order, 18(c). See also Terrestrial Repeater NPRM, 12 FCC Red at 5845—46 (Appendix C). 17 Sirius STA Order, 18(g).

Mr. William F. Caton March 12, 2002 Page 5 Alternatively, the Commission should grant the modification request related to the Detroit and Las Vegas repeaters filed on February 11, 2002 and let the notification regarding the Jackson repeater filed on February 22, 2002 become effective. If there are any questions concerning this request, please do not hesitate to contact the undersigned. Sincerely, \ Robert D. Briskman Technical Executive Sirius Satellite Radio Inc.

CERTIFICATE OF SERVICE I hereby certify that a true and correct copy of the foregoing "Request to Extend Special Temporary Authority To Operate Satellite DARS Terrestrial Repeaters" was delivered via hand— delivery, on this 12"" day of March, 2002, to each of the following: Donald Abelson Ron Repasi International Bureau International Bureau Federal Communications Commission Federal Communications Commission 445 Twelfth Street, SW, Room 6—C750 445 Twelfth Street, SW, Room 6—A505 Washington, DC 20554 Washington, DC 20554 Chris Murphy Jennifer Gilsenan International Bureau International Bureau Federal Communications Commission Federal Communications Commission 445 Twelfth Street, SW, Room 6—C437 445 Twelfth Street, SW, Room 6—A¥A520 Washington, DC 20554 Washington, DC 20554 Rosalee Chiara Rockie Patterson International Bureau International Bureau Federal Communications Commission Federal Communications Commission 445 Twelfth Street, SW 445 Twelfth Street, SW Washington, DC 20554 Washington, DC 20554 ULQU gfi@%@fi \—G(ina‘ Stuart

EXHIBIT A

Sirius Satellite Radio Anterna Height Market g(; i etors Antenna Type Antenna Beamwiain . Orientation . S.ecwr ‘Downilt EiRP (Watts) Antenna Beamwidth onue Downtilt Orientation ERP (Watts) Antenna Beamwidth neeele Orientation Downtilt EiRP (Waits) LongitudeCoordmate% (W) Latitude (N) (feet) Akron 1 HMDSV80—RO5—H 90 320 0 14125.38 — — — — — — — — 81—30—14.00 41—03—53.00 150 Albany 1 HMDBV360—RO5—H Omni — — 8511.38 — — — — — — — — 73—45—55.80 42—30—32.18 178 Alburquerque 1 HMDBV30—RO5—H 90 230 0 22307.21 — — — — — — — 106-26-5?3.50 35—12—46.50 65 Atlanta 2 HMDSPV180—RO5—H 180 0 0 6309,57 180 180 0 7943.28 — — — — 84—23—13.19 33—45—39.46 1016 Atlanta 1 HMDBV120—RO5—H 120 250 0 19952.62 — — — — — — — — 84—20—07.00 33—55—16.00 443 Atlanta 2 HMDBVSO—RO5—H 90 30 0 8317.64 90 150 0 7585.78 — — — — 84—28—25.09 33—53—59.70 228 Atlanta 2 HMDBVSO—RO5—H 90 45 0 10715.19 90 180 0 10964.78 — — — — 84—22—39.00 33—51—07.00 231 Atlanta 2 HMDBPV180—RO5—H 180 0 0 7585.78 180 180 0 7413.10 — — — — 84—23—25.80 33—47—54.60 154 Austin 1 HMDBV120—RO5—H 120 175 0 12589.25 — — — — — — — — 97—44—29.00 30—17—00.00 292 Baitimore 1 HMDBPV180—RO5—H 180 0 0 9332.54 — — — — — — — — 76—36—50.12 39—17—15.41 526 Birmingham 1 HMDBV360—RO5—H Omni — — 8241.38 — — — — — — — — 86—48—30.00 33—31—04.00 537 Boston 1 HMDBV360—RO5—H Omni — — 7943.28 — — — — — — — — 71—03—41.2 42—21—30.60 554 Buffalo 1 HMOBVSO—RO5—H 90 30 0 9332.54 — — — — — — — 78—52—35.00 42—52—47.00 580 Charlotte 1 HMDBPV180—RO5—H 180 65 0 10471.29 — — — — — — — — 80—50—49.74 35—13—29.49 524 Chicago 2 HMDBVSO—RO5—H,HMD8V120—RO5—H 120 235 0 3090.30 90 340 0 3019.95 — — — — 87—37—17.81 41—53—6.88 998 Chicago 2 HMDBV120—ROS—H 120 170 0 5623.41 120 340 0 §128.61 — — — — 87—38—21.13 41—55—33.28 286 Chicago 2 HMDBVS0—RO5—H 90 180 0 4265.80 90 310 0 3368.44 — — — — 87—39—18.00 41—58—50.00 489 Cincinnati 2 HMDBPV180—RO5—H 180 170 0 8511.38 180 350 0 7585.78 — — — — 84—30—51.00 39—06—24.00 308 Cleveland 2 HMDBV120—RO5—H 120 70 0 7585.78 120 260 0 6606.93 — — — — 81—41—34.37 41—29—58.50 656 Columbus 1 HMDBV360—RO5—H Omni — — 5370.32 — — — — — — ~ — 82—59—46.00 39—57—47.00 442 Dallas 2 HMDBV120—RO5—H 120 80 0 8511.38 120 260 0 8511.38 — — — — 95—47—52.23 32—47—8.95 489 Dallas 1 HMDBPV180—RO5—H 180 240 0 10000.00 — — — — — — — — 97—19—46.00 32—45—11.00 525 Dayton 1 HMDBV120—RO5—H 120 115 0 5888.44 — — — — — — — — 84—11—46.00 39—45—39.00 240 Denver/Boulder 2 HMDBPV180—RO5—H 180 150 0 6309.57 180 330 0 7585.78 — — — — 104—59—22.06 39—44—52.04 598 Detroit 1 HMDBV120—RO5—H 120 330 6 16218.10 — — — — — — — — 83—02—51.00 42—19—50.00 648 Detroit 2 HMDBV45—RO5—H 45 90 0 19952.62 45 315 0 19952.62 — — — — 83—14—35.42 42—28—28.15 389 Fresno 7 TIMDaV80—Ros—H s0 120 o 22387.21 — — — — — — — — 119—52—56.90 36—45—59.50 780 Greensboro 1 HMDB8V30—RO5—H 90 240 0 14125.38 — — — — — — — — 79—45—38.10 36—05—10.30 504 Harrisburg 7 FHMDSV90—RO5—H 60 140 0 22387.21 — — — — — — — — 76—56—45.00 40—19.07.00 178 Hartford 1 HMDBV360—ROS—H Omni — — 62309.57 — — — — — — — — 72—40—32.00 41—46—06.00 383 Houston 2 HMDBV90—RO5—H 90 175 0 9772.37 90 295 0 9772.37 — — — — 95—21—50.00 29—45—37.00 1060 indianapolis 1 HMDBV360—RO5—H Omni — — 8709,64 — — — — — — — — 86—09—20.00 39—46—13,00 532 Jackson 1 Mobile Mark ©D12—2400 Omni = 0 317.00 — — — — — — — — 90—11—09.38 32—18—01.47 324 Jacksonville 1 HMDBPV180—R05—H 180 345 0 6918.31 — — — — — — — — 81—39—24.00 30—19—08,00 436 Kansas City 2 HMDBVSO—RO5—H 90 115 0 12302.69 90 205 0 11481.54 — — — — 94—34—57.00 39—06—12.00 558 Knoxville 1 HMDBVSO—RO5—H 90 90 0 22387.21 — — — — — — — — 84—01—22.60 35—57—46.20 265 Las Vegas 2 HMDBPV180—R05—H 180 20 0 4466.84 180 200 0 4570.88 — — — — 115—08—31.00 36—10—10.10 466 Las Vegas 1 HMDB8V120—RO5—H 120 135 7 15848.90 — — — — — — — — 115—10—00.00 36—07—57.00 401 Little Rock 1 HMDBV360—RO5—H Omni — — 5623.41 — — — — — — — — 92—16—32.46 34—44—37.67 586 Los Angeles 3 HMDBV120—RO5—H 120 0 3 3715.35 120 120 3 3715.35 120 240 3 $715.35 118—15—22.00 34—02—58.00 858 Los Angeles 2 HMDBVSO—RO5—H 90 60 0 7943,28 90 215 0 7943.28 — — — — 118—27—35.00 34—03—03.00 273 Los Angeles 2 HMDBPV180—RO5—H 180 110 0 5011.87 180 290 0 5011.87 — — — — 118—23—55.00 34—03—20.00 158 Los Angeles 2 HMDBPV180—RO5—H 180 45 0 4265,80 180 225 0 4677.35 — — — — 118—21—04.55 34.03—44.18 372 Los Angeles 2 HMDBPV180—RO5—H 180 90 0 4365.16 180 270 0 5623.41 — — — — 118—18—34.00 34—03—41.00 302 Los Angeles 1 HMDBV45—RO5—H 45 110 0 16595.87 — — — — — — — — 118—11—44.00 34—09—48.00 78 Los Angeles 1 HMDBVSO—RO5—H %0 10 0 10232.93 — — — — — — — — 118—15—26.39 34—08—29,27 98 Los Angeles 2 HMDBVSO—RO5—H 90 135 0 7943.28 90 225 0 7943.28 — — — — 118—11—09.00 33—46—03.00 146 Los Angeles 2 HMDBVSO—RO5—H 90 0 0 7943.28 90 180 0 7943,28 — — — — 117—52—8.01 33—45—34.23 120 Los Angeles 2 HMDBPV180—RO5—H 180 135 0 5011.87 180 315 0 5011.87 — — — — 117—52—52.00 33—41—22.00 159 Los Angeles 2 HMDSVS0—RO5—H 90 30 0 6918.31 $0 290 0 6918.31 — — — — 118—22—03.00 34—07—34.00 50 Los Angeles 1 HMDB8V120—RO5—H 120 290 0 7079.46 ~ — — — — — — ~ 118—27—55.86 34—:09—15.13 218 Louisville 1 HMDBV360—RO5—H Omni — — 5623.41 — — — — — — — — 85—45—28.00 38—15—20.00 560 Memphis 1 HMDBV360—RO5—H Omni — — 21379,63 — — — — — = — — 90—2—59.80 35—8—39.70 358 Miami 2 HMDB8VSO—RO5—H 90 0 0 12022.64 90 230 0 12882.50 — — — — 80—11—31.00 25—46—19.00 596 Miami 1 HMD8VSO—RO5—H 90 0 0 18620.87 — — — — — — — — 80—08—30.84 26—06—50.67 640 Milwaukee 1 HMDSPV180—RO5—H 180 310 0 15488.17 — — — — — — — — 87—54—06.69 43—02—17.95 588 Minneapolis 2 HMD8V120—RO5—H 120 90 0 5370.32 120 270 0 4466.84 — — — — 93—16—16.00 44—58—35.00 775 1 of 2

Sirius Satellite Radio No Of Sector 1 Sector 2 Sector 3 Setors Antenna Type Antenna ; h ; EiRP Antenna s n : EiRP Antenna ; . . ERP i . . feet Beamwidth Orientation Downtilt Beamwidth Orientation Downtilt Beamwidth Orientation Downtit Longitude (W) Latitude (N) {feet) 1 HMDBV9O—RO5—H 90 135 0 8912.51 — — 93—05—43.00 44—56—52.00 500 HMDS8V360—RO5—H 6165.95 — 86—46—55.09 36—09—48.85 868 + Haven HMDBPV180—RO5—H 10715.19 72—55—20.00 41—18—33.00 243 fijmlalo]n}+44]4A] Orleans HMDBV360—RO5—H 10351.42 — 90—04—16.00 29—57—00.00 York HMDBV360—RO5—H 8912.51 — 73—58.55.20 40—45—33.00 670 York HMDB8V80—RO5—H 12589.25 12589.25 73—57—01,70 40—46—30.00 560 York HMDB8PV180—R05—H 15848.93 — 74—00—40.32 40—42—29.88 524 York HMD8V360—RO5—H 8912.51 — 73—59—48.00 40—42—54.00 474 York HMDBPV180—RO5—H 6165.95 6606.93 73—54—19.50 40.51—57.50 170 York HMDSPV180—R05—H §754.40 5868.44 73—56—36.00 40—48—54.00 180 York HMDSPV180—RO5—H 6309.57 7943.28 73—58—22.53 40—51—18.12 210 afafre|a|n York HMDSPV180—RO5—H 16218.10 — 74—00—03.00 40—47—25,00 438 York HMOBPV180—RO5—H 7943.28 7943,28 73—45—44.75 41—01—51.38 261 HMDBV360—RO5—H 8912.51 — 74—10—11.00 40—44—07.00 334 Norfolk HMDBV360—RO5—H 6760,83 — 76—17—29.21 36—50—44.47 270 2 HMDSPV180—RO5—H 2511.89 2630.27 81—22—44.32 28—32—37.45 312 2 HMDBV120—RO5—H 8317.64 9332.54 75—10—11.00 39—57—13.00 758 2 HMOBPV180—RO05—H 5888.44 7585.78 112—04—23.66 33—28—37.70 298 2 HMDBV120—RO5—H 9332.54 10000.00 79—59—42.00 40—26—29.00 690 2 HMDBVSO—ROS—H 3801.89 3715.35 122—40—33.74 45—30—47.16 464 1 HMDS8V360—RO5—H 8912.51 — 71—24—36.94 41—49—29,33 421 1 HMDBPV180—RO5—H 10000.00 — 78—38—25.00 35—46—27.00 458 ofolofjfojofofefe|ejfo 2 HMDB8V120—RO5—H 6456,54 5370.32 77—26—06.00 37—32—11.94 369 2 HMDBVSO—RO5—H 10471.29 11481.54 77—36—33,00 43—09—23,.00 366 1 HMDSPV180—RO5—H 15848.93 121—29—27.00 38—34—28.00 Lake 1 HMDBV90—RO5—H 8912.51 111—51—02.40 40—45—28.80 135 Antonio 1 HMDBVSO—RO5—H 10471.29 98—29—32.00 29—25—42.00 428 2 HMDBV120—R05—H 6309.57 117—09—43.28 32—42—57.70 450 Francisco 2 20—RO5—H 10000.00 122—26—03,00 37—41—12.00 100 Francisco 7 HMDBV120—RO5—H 15848.93 122—27—05.00 37—45—20.00 382 Jose 7 HMD8VS0—RO5—H 25118.86 121—45.11.23 37—19—20.06 20 HMD8V120—R05—H 9549.93 8709,64 122—19—41.77 47—36416.71 943 HMDBVSO—RO5—H 9549.93 10232.93 90—11—26.00 38—37—48,00 482 HMDBVSO—RO5—H 6918.31 6025.60 76—08—32.00 43—02—49,00 207 HMDBV360—RO5—H 10000.00 — 82—27—33.00 27—56—48.00 HMDBVS0—RO5—H 15848.93 — 95—57—10.85 36—10—10.02 HMDB8V360—RO5—H 6918.31 — 77—00—41.00 38—53—48.00 HMDB8V360—RO5—H i 10715.19 — 77—04—35.08 38—53—43.60 HMDSV120—R05—H 9549.93 8912.51 77—03—39.00 38—51—45.00 HMDBV360—RO5—H 4897.79 — 77—06—55.87 38—50—36.60 HMDB8V120—R05—H 6025,60 6165.95 77—05—44.00 38—59—07.00 — — —49.00 39—44—53.00 2 of 2

EXHIBIT B

HMD Series Antennas for MMDS/ITFS and Wireless Cable Applications Features » Pressumzabic, ragoms enclosed lor tong, troubte—free lifg > Ercéliont VSWR performence 1.35:1 max for W—Band 1.5:1 max for other bands * Optimized beam tikt 0.5 *Standard for 8. 12. and 16 bay 0.75 *Standard for 24 ard 32 bay Oiheors available on request + High power handling — 800 waits typical + Wids selection of Irequency bands and pattiems + Horizontal or vertical polarization * Suitabie for anaiog or digital wransmission * Null fill for excetient coverage Standard Mounting Configurations 3.0 in (76 Lhuve 10 n 76 mm) 180 in 3 in [75 men) Dia. yware mm Roa l (427 rm) Support Membar l ~——3~ m } | I | i r'I in f ~ (S08 rem} 38 in (97 mm) Typ l 1 1780 men) i J 2 0 in "‘fi;fl'&"&“ (z-:'xon:‘m) 1703 mm} Typ 9 1 0312 in ty Ol4 Hows on oo G0G mm) typ 2 P 50 in Dig 3 in (76 mn) Dig. Bok Erge Support Mamriber & Mount Type CS Sae Mounted at Moun Type A Mourt Type 6 Mount Type D . Sige ol Tower Sige Mouried at Sige Mourned at Top Mounted at Top ol Towgr Skie of Tower Mount Type CS Top ol Tower Has Brecket at Top and Borom of Mount for Agdivonel Support

HMD Series Antennas Elevation Patterns & $ x og & & EBC Blr:sgr & & t 840 felative Fietd & 0B Down & _f J 8 SééE fr:i:i & t c _R _2 «_ 68 Darn h ® & LJ 1 x Duter q & 1= < < as As : BEEEd E::@itt s s s 6 Oown c UifEd f::@.re t k t Halihve Fighd 69 Ogeas BégEE Ergagc: :oR : : > ® : Relalive Field 68 Down : Angle trom Horirontal, Degrees B B & * % a G q +4 0 t $ 3 e j # T o b w A0me beve Angle from horgonts!, Dey#e» ANDRIW. Lostomer Sarvice Caxter — Cali toll—ins Jrosy, + USA. Conade ang Maxicg 1—800—255—1479 Arviseg 801

HMD Series Antennas Azimuth Patterns Wide Vertical Cardioid + U K 0800250058 + Austraka 1800—000 779 + New ewiand OBOG—441.747 Visi us at wandrgw.cont ' ANDREV,

Listfor Andrew Antennas for Sirius Radio Deployment Average Audrew Power Input Nuill E—Plane Total Radome Carporation Gain Power Fill Beamwidth(—3 Length Weight BDiam. Products Product Description (dBiy (W) (%) dB) (in) _ (Ibs.) (isn) Anteonas 45 OEGREE ANTENNA 45 degresAz.Pattem, 8 Hays, Verkcal Polarization, Standard Beamtit (0.5 deg.}, 2300 —2500 MHz Fraq. Band, 50 Otwn, 7/8" EIA 1000 W HMOSVA4S—ROS—H Flange, 1.38 :1 Max. VSUAR 18 dBi (rms) Nane 7.0 — 7.5 deg. §7" 50 lbs 8" 60 DEGREE ANTENNA 60 degree Azimuth pattern, 8 Bays, Vertical Polarization, Standard Beamitilt (0.5 deg.), 2300 —2500 MHz Freq. Band, 50 Ohn, 7/8" EIA 1000 W HMOSBVEO—ROS—H Flange, 1.38 :1 Max. VSWR 17.0 464 (rms) None 7.0 — T.5 deg. §7° 40 lbs 5° 90 DEGREE ANTENNA 90 degree Az. Paitern, 8 Days. Vertical Polarzation, Standard Beamtilt (0.5 deg.). 2300 —2500 MHz Freq. Band, 50 Ohm, 7/8° EtA 1000 W HMOSVIO—ROS—H Flange, 1.38 :1 Max. VSWAR 1648 {ans)} Aone 7.0 —7.5 deg. §7° _ 40 tbs 5*

Listfor Andrew Antennasfor Sirius Radio Deployment 120 DEGREE ANTENNA 120 degree Aumuth patiern, 8 Bays, Vertical Polarizakon, Standard Deamtilt (0.5 dog.), 2300 — 2500 MHz Freq. Band, 50 Otun, 7/8° EJA Flange, 1.38 ;1 Max. 10800 W HMOSV120—ROS VSWR 15.0¢Bi (rms) None 7.0 — 7.5 deg. 5T° 40 tbs 160 DEGREE ANTENNA 1656 degree Azimuth pattern, 8 Bays, Vertical Polanzation, Standard Beamtit (0.5 deg.), 2300 — 2500 MHz Freq. Band, 50 Ohm, 718" EIA Flange, 1.38 :1 Max. 10600 W HMOB8V160—RO5—H VSWR 18.0 dBi (rms) None 7.0 — 7.5 deg. 57° 40 ibs 180 DEGREE ANTENNA 180 degree Azimuth patteni, 8 Bays, Vertical Polargation, Standard Beamtiit (0.5 deg.), 2300 — 2500 MHz Freq. Band, 50 Ohm, T8B" E1A Flange, 1.38 :1 Max. 1000 W HMDSPV180—RO54H VSWR 14.0 dBi {rms) None 7.0 — 7.5 deg 67° 40 tbs Note: All Ofreciional (Secior) Antennias come with Type °CMaunt ONN ANTENNAS Omméi pattem, 8 Bays, Standard Beam#ilt (0.5 deg.), Vertcal . Polaazaton, 2300 —2500 MHz Freq. Band, 50 Ohm, 778° EIA 1,000 W HMODSV360ROS—H Flange, 1.5 :A Max. VSWR 11.5dBi {ans) None 7.0 — 1.5 deg. 44*° 50 ibs Note: Al Omni antennas come with Type ‘A‘ Mount!({or Top installation}

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bosesight Gain: 0.0D Front to Back : 29 07 aB H. Beamwmch :44.780° V. Beantmdth :7.48° 20 deciBe} Planner 2.0 +. Copyright 2000 Noqiwood Technologles Inc.

Bosesight Gain: 10.62 F rord to Back : $9.05 dB . Beammath :880.75° V. Beamywidth :7.42* * deciBel Plannet 2.0 * Copyright 2000 Nothwood Technologies kinc.

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OD Series Omni Antenna For WLAN, Video and Data Systems EB 3 dBi, 6 dBi, 9 dBi & 12 dBi antennas provide uniform omni coverage OD9 Mounted KE Unique design allows economical build out & Reflector Kit EB Mounting kit includes all hardware needed KE Reflector option provides directional OD9, OD12, OD6 Shown beamshaping & increased performance The OD Series Antennas are optimized for use in a wide female N connector. Optional models include pigtail cable variety of wireless systems. Typical uses include WLAN with connector. For ISM, Part 15 compliant connectors access points or bridge (802.11), and surveillance are available (reverse polarized), please consult factory. transmitters. These antennas consist of a collinear array with elements stacked vertically. Unique phasing cancels out—of—phase current distribution, improving system performance. This design maintains an omni pattern in the horizontal plane. The OD Series are free space antennas; no ground plane is required. An option for the OD series is a reflector kit that beam shapes the omni pattern into a directional cardioid shape. This can result in improved directional gain, and isolation for reduced interference. The low profile black radome (1" diameter) makes the antennas durable and rugged. They can withstand the harshest environments of snow, wind, rain and ice. The feed assembly is made of precision machined aluminum components and is irridited for weather protection. The antennas comes with all the hardware needed to install it to a mast. The OD antennas normally terminate with a US Office & Headquarters: 3900—B River Road, Schiller Park, IL 60176 Tel: 800—648—2800 or 847—671—6690 Fax: 847—671—6715 UK Office: 106 Anglesey Business Park, Hednesford, Staffs. WS12 5NR UK Tel: (+44) 1543—878343 Fax: (+44) 1543—871714 Visit our web page at www.mobilemark.com. Specifications subject to change without notice (12/2001}.

This check is GREEN WILEY REIN &FIELDING LLP 147870 1776 K Street, N.W. Washington, DC Date Amount Operating Account 03/11/2002 **i*********145,.00 Pay One Hundred Forty Five and 00/100 Dollars ONLY To the Order of FEDERAL COMMUNICATIONS COMMISSION Bank of America, N.A. ga&“/o/fij ;%f;iii ; Washington, DC (ITwo Sigz[mres Required For Amounts Over $1,000.00) " iL 78 70® 12054004 20Ln 1#©000003 970 298 7.° correctPleasereturnwithexptamationorcallusatC0192312.. No . 147870 FEDERAL COMMUNICATIONS COMMISSION Check Date 03/11/2002 Description Date Invoice No. Amount of Invoice Discount Net REQUEST TO EXTEND STA 03/11/2002 145.00 .00 145.00 Total 145.00 Remirtance Advice WILEY REIN &FIELDING LLP Detach before depositing Operating Account

OPY € READ INSTRUCTIONS CAREFULLY in~""d td Approved by OMB BEFORE PROCEEDING FEDERAL COMMUNICATIONS COMMISSION 3060—0589 Page No __ of _ REMITTANCE ADVICE SPECIAL USE (1) LOCKBOX # 358160 i‘“’i;’\R \ 9 'ZGUZ FCC USE ONLY gCofNLLLWV® SECTION A — PAYER INFORMATION (2) PAYER NAME (if paving by credit card. enter name exactly as it appears on your card) (3) TOTAL AMOUNT PAID (U.S. Dollars and cents) Wiley Rein & Fielding LLP $145.00 (4) STREET ADDRESS LINE NO. 1 1776 K Street, NW (5) STREET ADDRESS LINE NO. 2 (6) CITY (7) STATE |(g) ZIP CODE Washington DC 20006 (9) DAYTIME TELEPHONE NUMBER (include area code) <<~r manE fif not in U.S.A) 202.719.7000 C FCC REGISTRATION NUMBER (FRN) SAT—ST. Sirius Satellit —20020 m (11) PAYER (FRN) I e Radio A 312—00048 SDaARS 0002—1517—44 IF PAYER NAME AND THE APPLIC IF MORE THAN ONE APPLIC. (13) APPLICANT NAME Sirius Satellite Radio Inc. (14) STREET ADDRESS LINE NO. 1 1221 Avenue of the Americas (15) STREET ADDRESS LINE NO. 2 36th Floor (16) CITY (17) STATE (1g) ZIP CODE New York NY 10020 (19) DAYTIME TELEPHONE NUMBER (include area code) (20) COUNTRY CODE (if not in U.S.A.) 212.584.5100 FCC REGISTRATION NUMBER (FRN) AND TAX IDENTIFICATION NUMBER (TIN) REQUIRED (21) APPLICANT (FRN) (22) APPLICANT (TIN) 0006—3457—30 0521700207 COMPLETE SECTION C FOR EACH SERVICE, IF MORE BOXES ARE NEEDED, USE CONTINUATION SHEET (23A) CALL SIGN/OTHER ID (24A) PAYMENT TYPE CODE |(25A) QUANTITY CGB 1 (26A) FEE DUE FOR (PTC) (27A) TOTAL FEE FCC USE ONLY $145.00 $145.00 (28A) FCC CODE 1 (29A) FCC CODE 2 n nuece Latereediat in Uhieate e rvcadidiet© l man ue 9eio meeinaiaiin on belicn ced ueseneArtannaneni ns o0 Otaunt i on n n i n aetas2l revarapmirs on uinUieon P e ot hoE i c naoneNeeauirnhid ardwcceds EP (23B) CALL SIGN/OTHER ID (24B) PAYMENT TYPE CODE |(25B) QUANTITY (26B) FEE DUE FOR (PTC) (27B) TOTAL FEE FCC USE ONLY (28B) FCC CODE 1 (29B) FCC CODE 2 SECTION D — CERTIFICATION (38 CERTIFICATION STATEMENT 1 hogeo 35 Bmersfrer Ami , certify under penalty of perjury that the foregding and supporting information is true and correct to the best of my knowledge, information and belief. SIGNATURE TETrrearmn 12. _3 5& Q SECTION E — CREDIT CARD PAYMENT INFORMATION (31) MASTERCARD/VISA ACCOUNT NUMBER: EXPIRATION DATE: E’ MASTERCARD D I hereby authorize the FCC to charge my VISA or MASTERCARD for the service(s)/authorization herein described. VISA SIGNATURE DATE SEE PUBLIC BURDEN ON REVERSE FCC FORM 159 FEBRUARY 2000 (REVISED)


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Document Modified: 2019-04-23 07:17:41
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