Attachment 2011Sirius Grant Jan

2011Sirius Grant Jan

DECISION submitted by IB,FCC

Grant

2011-01-13

This document pretains to SAT-STA-20101118-00240 for Special Temporal Authority on a Satellite Space Stations filing.

IBFS_SATSTA2010111800240_1117290

SAT—STA—20101118—00240 182010003543 | Files# SBt—§B—2010111§—c0246 Sirius XM Radio Inc. Call Sign GrantDate_C1/13/t} (or other identifier) atna SSCG Approved by OMB T““‘D,;“:’ etached condihions 3060—0678 From_O) {13/” Date & Time Filed: Nov 18 2010 4:19:58:160PM cau Approved: File Number: SAT—STA—20101118—00240 *uuith condifions v% J. YDmH Callsign: Chief, Stellite Rlicg Branch FEDERAL COMMUNICATIONS COMMISSION APPLICATION FOR SPACE STATION SPECIAL TEMPORARY AUTHORITY FOR OFFICIAL USE ONLY APPLICANT INFORMATION Enter a description of this application to identify it on the main menu: Request for Special Temporary Authority for Co—Located Sirius and XM Terrestrial Repeaters at Six Locations for 180 Days 1. Applicant Name: Sirius XM Radio Inc. Phone Number: 212—584—5100 DBA Name: Fax Number: 212—584—5353 Street: 1221 Avenue of the Americas E—Mail: 36th Floor City: New York State: NY Country: USA Zipcode: 10020 — Attention: Patrick L. Donnelly

Application of Sirius XM Radio Inc. for Special Temporary Authority IBFS File No. SAT—STA—20101118—00240 Special temporary authority (STA)is granted to Sirius XM Radio Inc. (Sirius XM) to operate, for a period of 180 days, six co—located Satellite Digital Audio Radio Service (SDARS) terrestrial repeaters having an average Effective Isotropically Radiated Power (EIRP) of up to 12,000 watts for use on both the Sirius network (2320—2332.5 MHz) and the XM network (2332.5—2345 MHz), at various locations throughout the United States, as set forth in Sirius XM‘s application. This authorization is granted according to the technical parameters specified in Sirius XM‘s application and is subject to the conditions below. 4. Any actions taken as a result of this STA are solely at the applicant‘s own risk. This STA shall not prejudice the outcome of the final rules adopted by the Commission in IB Docket No. 95—91. 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. 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. The terrestrial repeaters shall comply with Part 17 of the Commission‘s rules — Construction, Marking, and Lighting of Antenna Structures. 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. Any SDARS terrestrial repeater operating at a power level greater than 2 watts 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 power level equal to or less than 2 watts 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. This STA expires after 180 days, or on the date that permanent authority to operate the covered repeater operations becomes effective, whichever occurs first. 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. 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.F.R. § 1.115 may be filed within 30 days of the date of the Public Notice announcing this action. [ File # _Shr Sth—2oi0o1(re— C246 Call Sign GrantDare NOe /N (or other Identifier) C Term Dates S MJ From O'/L“.:/H To: condthions if, y Inter nal Bureau Approved: ¥iwith conditons_ Stephh J Oua l C\'\\(’(‘J Satetlite ‘%”(3 Br(mch

2. Contact Name: James S. Blitz Phone Number: 202—380—4000 Company: Sirius XM Radio Inc. Fax Number: 202—380—4981 Street: 1500 Eckington Place NE E—Mail: james.blitz@siriusxm.com City: Washington State: | DC Country: USA Zipcode: 20002 — Attention: Relationship: Same (If your application is related to an application filed with the Commission, enter either the file number or the IB Submission ID of the related application. Please enter only one.) 3. Reference File Number or Submission ID 4a. Is a fee submitted with this application? @ IfYes, complete and attach FCC Form 159. If No, indicate reason for fee exemption (see 47 C.F.R.Section 1.1114). (e] Governmental Entity g"y Noncommercial educational licensee C Other(please explain): 4b. Fee Classification CXW — Space Station (Non—Geostationary) 5. Type Request «74 Change Station Location {y Extend Expiration Date ) Other 6. Temporary Orbit Location 7. Requested Extended Expiration Date

8. Description (If the complete description does not appear in this box, please go to the end of the form to view it in its entirety.) Sirius XM Radio Inc. requests Special Temporary Authority to co—locate Sirius and XM terrestrial repeaters at six locations for a period of 180 days pursuant to the technical parameters listed in Exhibit A. 9. By checking Yes, the undersigned certifies that neither applicant nor any other party to the application is subject @ Yes £4 No to a denial of Federal benefits that includes FCC benefits pursuant to Section 5301 of the Anti—Drug Act of 1988, 21 U.S.C. Section 862, because of a conviction for possession or distribution of a controlled substance. See 47 CFR 1.2002(b) for the meaning of "party to the application" for these purposes. 10. Name of Person Signing 11. Title of Person Signing James S. Blitz Vice President, Regulatory Counsel 12. Please supply any need attachments. Attachment 1: STA Request Attachment 2: Attachment 3: WILLFUL FALSE STATEMENTS MADE ON THIS FORM ARE PUNISHABLE BY FINE AND / OR IMPRISONMENT (U.S. Code, Title 18, Section 1001), AND/OR REVOCATION OF ANY STATION AUTHORIZATION (U.S. Code, Title 47, Section 312(a)(1)), AND/OR FORFEITURE (U.S. Code, Title 47, Section 503).

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SIRIUSRADIO XMINC. 1500 Eckington Place, N.E Washington, D.C. 20002 Tel: 202—380—4000 Fax: 202—380—4500 wwwsimus.com wwwxmradio.com November 18, 2010 Via IBFS Ms. Marlene H. Dortch, Secretary Federal Communications Commission 445 12th Street, S.W. Washington, D.C. 20554 Re: Sirius XM Radio Inc. Request for 180—Day Special Temporary Authority For Co—Located Sirius and XM Network Terrestrial Repeaters At Six Locations Dear Ms. Dortch: Pursuant to Section 25.120(b)(2) of the Commission‘s rules, 47 C.F.R. § 25.120(b)(2), Sirius XM Radio Inc. ("Sirius XM"), a satellite radio licensee in the Satellite Digital Audio Radio Service ("SDARS"), hereby requests 180—Day Special Temporary Authority ("STA") to operate co—located terrestrial repeaters at six different locations in the former Sirius Satellite Radio Inc. ("Sirius") frequency band (2320—2332.5 MHz) and the former XM Radio Inc. ("XM") frequency band (2332.5—2345 MHz).‘ None of these repeaters will exceed 12 kw average EIRP with a maximum peak—to—average power ratio of 13 dB, which is the maximum power level the Commission permits in its new rules for satellite radio terrestrial repeaters." ‘ The Commission adopted formal rules for satellite radio terrestrial repeaters in Amendment ofPart 27 of the Commission‘s Rules to Govern the Operation of Wireless Communications Services in the 2.3 GHz Band; Establishment ofRules and Policesfor the Digital Audio Radio Satellite Service in the 2310—2360 MHz Frequency Band, 25 FCC Red 45058 (2010) (the "WCS/SDARS Order"). The WCS/SDARS Order authorizes the Bureau "to continue to grant STAs for new or modified repeaters ... [until] any permanent authorization to operate SDARS repeaters becomes effective." See Para. 264. However, no such permanent authorization can become effective until after the new rules have been approved by the Office of Management and Budget, which has not yet occurred. See 75 Fed. Reg. 45058, 45058 (Aug. 2, 2010). 2 47 CFR. § 25.214(d)(1).

Ms. Marlene H. Dortch November 18, 2010 Page 2 The Commission has recognized that SDARS operators require terrestrial repeaters to provide high— quality service nationwide." Consistent with this policy, in September 2001, the Bureau granted STAs to Sirius XM to operate a nationwide network of terrestrial repeaters.* In the years since, the Bureau has granted Sirius XM additional STAs to operate terrestrial repeaters, pending issuance of final rules governing the deployment and use of repeaters." Public Interest Considerations. Sirius XM seeks to operate terrestrial repeaters at the locations identified on Exhibit A hereto, all of which are sites at which Sirius XM will co—locate repeaters for use on the legacy Sirius network and the legacy XM network. Co—locating Sirius XM terrestrial repeaters offers efficiencies in constructing and operating the Sirius XM repeater network while providing the level of service that the Commission has recognized is necessary in connection with the provision of quality satellite radio service. Technical Information for the New Low Power Repeaters. The following technical information pertaining to the repeaters is provided in Exhibit A: (1) antenna type; (2) antenna orientation; ‘ See Establishment ofRules and Policiesfor the Digital Audio Radio Satellite Service in the 2310—2360 MHz Frequency Band, Report and Order, Memorandum Opinion and Order, and Further Notice ofProposed Rulemaking, 12 FCC Red 5754, 5770 [ 37 (1997). * See Sirius Satellite Radio, Inc., Application for Special Temporary Authority to Operate Satellite Digital Audio Radio Service Complimentary Terrestrial Repeaters, Order and Authorization, 16 FCC Red. 16773 18 (2001) ("Sirius STA Order"). XM Radio, Inc., Application for Special Temporary Authority to Operate Satellite Digital Audio Radio Service Complimentary Terrestrial Repeaters, Order and Authorization, 16 FCC Red. 16781 18 (2001) ("XM ST4 Order‘). ° See, ecg., Sirius Satellite Radio Inc.; Request to Modify Special Temporary Authority to Operate Additional Satellite Digital Audio Radio Service Terrestrial Repeaters, Order and Authorization, 19 FCC Red. 18140 (2004) (granting File No. SAT—STA—20031106—00370, effective Sept. 15, 2004. Since that time, the Commission has extended the STA several times, pending the issuance of final rules governing the use of satellite DARS terrestrial repeaters. In September 2004, the Commission granted Sirius a new STA to operate for 180 days or until the Commission issues final rules governing the use of satellite DARS terrestrial repeaters. See Sirius Satellite Radio Inc. Request to Modify Special Temporary Authority to Operate Satellite DARS Terrestrial Repeaters, Order and Authorization, 19 FCC Red 18149 (2004). See also, XM Radio, Inc.; Requestfor Special Temporary Authority to Operate Additional Satellite Digital Audio Radio Service Terrestrial Repeaters, Order and Authorization, 19 FCC Red. 18140 (2004) (granting File No. SAT—STA—20031112—00371, effective Sept. 15, 2004); Public Notice, 2002 FCC Lexis 5670 (rel. Oct. 30, 2002) (granting XM an STA, File No. SAT—STA—20020815—00153, effective Sept. 30, 2002); Public Notice, 2003 FCC Lexis 4803 (rel. Aug. 29, 2002) (granting File No. SAT—STA— 20030409—00076, effective June 26, 2003). The Commuission has renewed all of these STA authorizations. See Report No: SAT—00722, DA No. 10—1756 (rel. Sept. 17, 2010).

Ms. Marlene H. Dortch November 18, 2010 Page 3 (3) average EIRP; (4) height above ground level ("AGL"); and (5) antenna downtilt.© Exhibits B and C consist respectively, of Google*Y satellite images and topographic maps showing the location of the proposed facilities. The specification sheet for the antenna to be used by the repeater is attached as Exhibit D. Interference Considerations. The repeaters proposed in this application will all operate below 12 kw EIRP. The Commission recognized in the WCS/SDARS Order "that SDARS terrestrial repeaters can operate at an average EIRP of 12 kw with maximum PAPR of 13 dB without causing harmful interference to WCS base station receivers."" Moreover, because Sirius XM has exclusive use of its licensed band, it is highly unlikely that these repeaters will create interference to other licensees. The WCS licensees have confirmed that operating terrestrial repeaters at an EIRP of even 2 kW or less is not an interference concern® and the Commission said in the WCS/SDARS Order that "repeaters operating at average 12—kW EIRP and a maximum PAPR of 13 dB will not cause substantially more interference to actual WCS operations than repeaters operating at 2—kw EIRP."To the extent Sirius XM‘s original 2001 STAs require it to coordinate with affected Wireless Communications Services ("WCS") licensees prior to operating any repeater, Sirius XM is sending a copy of this STA application to Comeast and Horizon Wi—Com in satisfaction of this coordination requirement.‘" However, if prohibited interference does occur, Sirius XM will cease operation of the repeaters until such interference can be eliminated." For purposes of Sirius XM‘s repeater STA applications, "antenna downtilt" refers to an antenna‘s mechanical downtilt, without reference to any electrical downtilt built into the antenna. " WCS/SDARS Order at Para. 243. 8 XM STA Order § 12 ("‘The comments from WCS licensees express concern about blanketing interference from DARS repeaters that operate with an Equivalent Isotropically Radiated Power (EIRP) above 2 kW."). Moreover the WCS Coalition has said it will defer from objecting to Sirius XM‘s STA requests that propose operations of no more than 2,000 watts EIRP, even if they do not specify peak or average EIRP, provided that grant of the STA (i) is conditioned on operation on a non—interference basis; and (ii) is subject to the condition that the issue of peak versus average EIRP will be addressed in the pending DARS rulemaking (IB Docket No. 95—91). See Letter from Paul J. Sinderbrand, Counsel to the WCS Coalition, to Ms. Helen Domenici, FCC, File No. SAT—STA— 20061207—00145 (March 19, 2007). Sirius XM agrees to these conditions. ° —See WCS/SDARS Order, Para. 241 and 47 C.F.R. § 25.214(d)(1). Despite the Bureau‘s statement in the XM STA Order (at 14) and Sirius STA Order (at [ 14) that it expects "WCS licensees to provide a schedule or as much advance notice as possible of when their stations are to be placed in operation," Sirius XM has not received information directly from any WCS licensee regarding plans for WCS deployment in these markets. However, Sirius XM‘s own review of Commission files shows that Comcast has certified that it operates WCS stations serving the Detroit area (Call Signs WPQL632 and KNLB278) and Horizon Wi—Com has certified that it operates WCS stations serving the Providence area (Call Sign KNLB210), the Bethesda area (Call Sign KNLB315), and the Norfolk area (Call Sign KNLB316). It is not clear from these certifications whether the base stations are receiving transmissions from CPE or are engaged in transmit—only operations. If only the latter, potential interference to the base station is

Ms. Marlene H. Dortch November 18, 2010 Page 4 Ownership and Control ofRepeaters. Sirius XM will own the repeaters and it will be responsible for the repeaters‘ installation and operation. Certifications. Sirius XM certifies that it will operate the repeaters subject to the conditions and certifications set forth in the Sitrius STA Order and XM STA Order granting Sirius XM‘s September 2001 requests for STAs to operate terrestrial repeaters. Specifically, Sirius XM certifies the following: (1) Sirius XM will operate this repeater at its own risk, and such operation shall not prejudice the outcome of the final rules adopted by the Commussion in GEN Docket 95—91; (2) Sirius XM will operate these facilities on a non—interference basis with respect to all permanently authorized radiocommunication facilities; (3) The facilities will be restricted to the simultaneous retransmission of the complete programming, and only that programming, transmitted by the satellite directly to SDARS receivers; (4) Where applicable, coordination of the facilities will be completed with all affected Administrations prior to operation, in accordance with all applicable international agreements including those with Canada and Mexico; (5) The facilities will comply with Part 17 of the Commission‘s rules — Construction, Marking, and Lighting of Antenna Structures; (6) The facilities will 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; (7) The out—of—band emissions of the facility will be limited to 75+10log (EIRP) dB less than the transmitter EIRP; (8) Sirius XM will operate this repeater according to the technical parameters provided in this application; not an issue. In any event, Sirius XM has determined the repeaters proposed in this application are highly unlikely to not create any interference concern for Horizon‘s and Comecast‘s operating WCS sites beyond any concerns that may exist from Sirius XM‘s existing repeaters in the vicinity, none of which have been the subject of any interference complaints from WCS licensees or users. _ The design of these repeaters includes several automated shutdown mechanisms that are triggered in the event of equipment major malfunctions. The transmit chain also includes a transmit output coupler which feeds a self—monitoring system detecting any transmission anomalies. Any such anomalies are automatically reported back to Sirius XM‘s National Repeater Control Center (202—380—4725), which is available on a continuous basis to receive any reports of any suspected interference and take immediate corrective action.

Ms. Mariene H. Dortch November 18, 2010 Page 5 (9) Sirius XM will maintain full ownership and operational control of this repeater; and {(10) Sirins XM will immediately shutdown this repeater upon a complaint ofinterference, upon direction fromthe Commission, or upon finding that a facility has not been properly installed. Granting this request will not alter Sirfus XM‘s obligation to protect authorized radio— communications facilities from interference, nor will it prejudice the reconsideration of the Commission‘s ongoing rulemaking pertaining to the deployment and operation of terrestrial repeaters. Sirtus XM hereby certifies 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. § 853(g). Sirfus XM is submitting payment to the Federal Communications Commission in the amount of Two Thousand Eight Hundred Sixty Dollars {30860 00) —— the filing fee applicable to requests for STAs for non—geostationary ("NGSO®") satellites." Please direct any questions regarding this matter to the undersigned. /ery truly yours, A MA—— 1 *#i %%x % é%;as$. Blitz | a "v’me President, %Regulatory Counsel cc: Stephen Duall, FCC International Bureau Jay Whaley, FCC International Bureau Sankar Persaud, FCC International Bureau David Don, Comeast Corporation (david_don@comecast.com) Rajendra Singh, Horizon Wi—Com LLC {rsingh@tylle.com) Thomas Gutierrez, Lukas, Nace, Gutierrez & Sachs (tgutierrez®@feclaw.com) * See International and Satellite Services Fee Filing Guide (February 2009).

Exhibit A Technical parameters for repeaters NETWORK AND SITE SITE ANTENNA ANTENNA ANTENNA ANTENNA TOTAL CITY ANTENNA LATITUDE LONGITUDE TYPE ORIENTATION HEIGHT pOWNTILT AVERAGE NUMBER (N) (W) (AZIMUTH) (FT. AGL) (DEGREES) EIRP(W) Sirius CLE Cleveland, OH 09—05 41—30—00 81—41—29 EMS FR90—16—00NVL 70 656 3500 (Sector 1) Sirius CLE Cleveland, OH 069—05 41—30—00 81—41—29 EMS FR90—16—00NVL 260 656 3500 (Sector 2) XM CLEOO2S Cleveland, OH 41—30—00 81—41—29 TA—2335—DAB—H 90 613 3000 (Sector 1) XM CLEOO2S Cleveland, OH 41—30—00 81—41—29 TA—2335—DAB—H 225 613 3000 (Sector 2) Sirius PRO Providence, RI 33—03 41—49—31 71—24—36 HMDS8V360—RO5—H 428 3000 (Sector 1) Sirius PRO Providence, RI 33—03 41—49—31 71—24—36 HMD8V360—RO5—H 428 3000 (Sector 2) XM PROOO1S Providence, RI 41—49—31 71—24—36 HMD8V360—RO5—H 428 2500 (Sector 1) Sirius WDC Bethesda, MD 46—26 38—59—04 77—05—45 EMS FR90—17—00NVL 90 192 3000 (Sector 1) Sirius WDC Bethesda, MD 46—26 ©38—59—04 77—05—45 EMS FR65—18—00NVL 210 192 3500 (Sector 2) Sirius WDC Bethesda, MD 46—26 38—59—04 77—05—45 EMS FR90—17—00NVL 192 3000 (Sector 3)

NETWORK AND SITE SITE ANTENNA ANTENNA ANTENNA ANTENNA TOTAL CITY ANTENNA LATITUDE LONGITUDE TYPE ORIENTATION HEIGHT DOWNTILT AVERAGE NUMBER (N) (W) (AZIMUTH) (FT. AGL) (DEGREES) EIRP(W) XM Bethesda, MD WDC312S 38—59—04 77—05—45 TA—2350—DAB 206 2000 (Sector 1) Sirius NOX New Orleans, LA 26—01 29—57—00 90—04—16 HMD8V360—RO5—H 709 3000 (Sector 1) Sirius NOX New Orleans, LA 26—01 29—57—00 90—04—16 HMD8V360—RO5—H 709 3000 (Sector 2) XM New Orleans, LA NOXO1LS 29—57—00 90—04—16 HMD8V360—RO5—H 709 2500 (Sector 1) Sirius DET Detroit, MI 14—34 42—22—19 83—22—34 TA—2335—DAB—H 270 127 3500 (Sector 1) Sirius NOR Norfolk, VA 47—02 36—50—44 76—17—26 HMD8V360—RO5—H 270 3000 (Sector 1) Sirius NOR Norfolk, VA 47—02 36—50—44 76—17—26 HMD8V360—ROS—H 270 3000 (Sector 2) XM Norfolk, VA NOROO2S 36—50—44 76—17—26 HMD8V360—RO5—H 270 2500 (Sector 1)

Exhibit B Google*Satellite Image of Repeater Location Cleveland

Exhibit B Google"*" Satellite Image of Repeater Location Providence 'm.;Google' Eye alt® 79721

Exhibit B Google*" Satellite Image of Repeater Location Bethesda

Exhibit B Google*" Satellite Image of Repeater Location New Orleans

Exhibit B Google* Satellite Image of Repeater Location Detroit

Exhibit B Google"" Satellite Image of Repeater Location Norfolk

Exhibit C Topographic Map of Repeater Location Cleveland

Exhibit C Topographic Map of Repeater Location Providence \ w. w{;&@{w 5 % AThatek dif3" 3

Exhibit C Topographic Map of Repeater Location Bethesda

Exhibit C Topographic Map of Repeater Location New Orleans e 2,W /— EPPie ieTT

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Exhibit C Topographic Map of Repeater Location Norfolk e ft* E4* enben was w55 hibx,* «s . hewlyioi ts n

Exhibit D Antenna Specification Sheet for Repeater

Preliminary RF CONNECTORS Electrical Mechanical Azimuth Beamwidth {—3 dB) $0°%+5° Dimensions (L x W x D} i 54in x 6inx Sin : Elevation Beamwidth {—3 dB} 5.7° i 1372omx 152 omx 76 cm) | Elevation Sidetobes (Upper) >20 dB Rated Wind Velocity i 150 mph (241 kmffr) : Gain 18.0 dBi {13.:9 aBd} Equivalent Flat Plate Area 2380 (21 f‘) Polarization Slant, +45° Front Wind Load @ 100 raph (1§1 kph) 65 Ibs (288 N) Front—to—Back Ratio >25 dB ( >30 dB Typ.) Sige Wind Load @ 100 mph {161 kph) | 31 Ibs (139 N) Electricat Downtilt Options 0° Weight i 11 ibs 50 kg) NSWR 1.33:1 Max (1.22:1 Typ) . . 1 gg:zifizr:diing %5; ;%?agéNC{r\;mme}, or Type N Patent Pending and US Patent number 5, 757, 246 & 5, 844 Passive Intermodulation <447 dBe Vakies and patterns are representative and variations may occur. Specffications may [2X20W (+43 dBmy bhaqge wst{xoul notice due to continuous product ;nfiancemenag. Digitized patten i Lighining Profection Chassis Ground atais ayafiah!e from the fectory or via the web site weny.emewireless.com and ; 9 o assis toroun eftect all updates. Model Number Description Comments MIG—P00—18 Standard Mount (Buppliedwithantennia)| Mounts to Wall or 1.5 Inch to 5.0 inch.0.D. Pole. (3.8 am to 12.7 <m) MTG—S02—10 Swivel Mount Mounting kit providing azimuthadjustment. MTG—DXX—20" Mechanical Downtilt Kits ________ 0° —10° or 0° — 15" Mechanical Dowalilt MIG—CXX—10* Cluster Mount Kits 3 antennas 120° apart or 2 antennas 180° apart MIG—COZ—10 U—BoaltCluster Mount Kit 3 antennas 120° apart. 4.5".0.0..pole. _MLIG—TXX—10® Steef Band Mount _ _ Pole diamaters 7.5" — 45" ~~* Model number shown represents a series of products. Seemounting oplions section for specific model number. 270° 270° 240" 300° 24b $00° 120 * Elevation 19y so Azimuth a0° 0° Downtilt se www.emswireless.com +1 770.582.0555 Fax +1 770.729.0038 Revised 03/04/02

TA2335—DAB—H High Power Sector 2330.2345 MHz The TA—2335—DAB—H is a high power vertically polarized sectoral antenna specifically designed for Digital Audio Broadcast transmission. The antenna is also designed to provide a shaped azimuth beamwidth of 95 degrees by use of shaped reflector phasing enabling multi—sector applications. The antenna elements are at DC ground to aid in lightning protection. Rlectrical Specifications Mechanical Specifications Frequency Range: 2330—2345 MHz Length: 38 in. (G65 mm) Gain: 15 dBi Width: 21 in. (§33 mm) VSWR: 1.4:1 min, Depth: 8 in. (203 mm) Frontto Back Ratio: 20 48 Weight {incl Clampsh 331b.(15 kg) Polarization: Vertical Rated Wind Velocity: 125 mph (200 km/h} Power Rating: 1000 W avg. 4000 W peak Hor. Thrust at rated wind: 344 1b. (156 kg) H—Plane Beamwidth: 95° @ —3048B, 120° @ 1048 Mechanical Tilt: +5 to—15° E—Plane Beamwidth: 7 degrees Mounting (0.D.); 0.75 — 3.0 in. (19 — 76 mm) Cross Pol. Discrimination: 20 dB impedance: 50 ohms nominal Materials Termination: 7/16 DIN female Radiating Elements: Goid@!ated copper on PCB Refflector: Imidited aluminum Typical mid band values, {For details , contact factory} Radome: Gray UV stabilized ASA Specifications subject to change without notice Clamps: MDG steel HFPlane E—Plane Rev. 11 2003—12—22 500 Van Buren Street . T: §13—258—5928 P.0. Box. 550 Goenqecvoley 3 Regi T:$HTAMT 877—ANTENNA Kemptville, ON KOG 1J0 ooroinats F:613—258—7418 Canada wwwfltek.com

Antenna Type: HMDS8V360—R05—H Description: HMD Anterna, & Band Narrow, 8 Bay, Vertical Polarization, Omnidirectional Pattern, High Power, 6.5 Dregrees Beamtilt Electrical Specifications Frequency Designation R Band Narrow Frequency Band, MHz 2320 —2345 Number of Bays 8 Gain, d Bf 11.0 Azimath Pattern Type Omnidirectional Efevation Beamwidth, degrees 7 Polarization Type Single, Vertical Beamtilt, degrees 0.5 Impedance, nominal chms 50 Return Loss, dB (VSWR» > 14 (<1.8) Maximum Input Power, Watts 750 Lightning Protection Top Mounted Fintal Included Connéector 78 " EIA Connector Position Bottom Mechanical Specifications Dimessions H x Radome Diameter, mm {in) 1118 (44.0) x 127 (5.0) Weight, kg (Ib) 25.0 (55.0) Radome Material Fiberglass, Pressurizable Radome Color White Pressurization, kPa (Ib / sq in) 70 {18) Environmental Specifications Survival Wind Speed, kmi/h (mphb) 180 (112) Wind Shear, N (Ib?) 614 (138) Overturning Moment, NM.im (ft+ib) 495 (367) Temperature Range —40° C to + 50° C Humidity Up to 100% Mounting Information Mount Type * A Type Specia! With A djustment Mount Description Side Mounted at Top of Tower Mounting Pipe Diameter, mm (in) 76 (3.0) * See Catalog 38, pp 305 to 310 for further information Andrew Corporation From Narth America: 1+800—255—1479 www.Andrew.com 19500 W. 153"" Street Internafional: 1 —708473—2307 Orfand Park, EL 60462 USA Fax: 1—708—349—5444 26 February 2003 Specificafions nominal and subject to change without notice

FRO0—17—XXXVL OptiFilts DualPol® Polarization Suppressor‘" 2305 MHz — 2360 MHz Electrical Specifications Azimuth Beamwidth (—3 dB) 90°+ 5° Elevation Beamwidth (—3 dB} 5.6° Elevation Sidelobes (Upper) > 20 dB Gain 18.8 dBi {14.5 dBd} Poladzation Stant, £45° Front—to—Back Ratlo > 25 dB { > 30 dB Typ.) Electrical Downfiit Opfions OO VSWR 133171 Max (1122:1 Typ) Connectors 2; 7418 DIN {femals), or Type N Power Handling 250 Watts CW Passive Intermodulation <—147 dBe [2 x 20 W (+ 43 gBm)] Lightning Protection Chassis Ground AF conwecrors Mechanical Specifications Dimensions {L x Wx ) 54 in x 8 in x 3 in (137.2 em x 15.2 om x 7.6 om) Rated Wind Velocity 150 mph (241 kmi/hs) Equivalent Flat Plate Area 2.3 ff {21 m) Front Wind Load @ 100 mph (161 kph) 66 ibs (294 N) Side Wind Load @ 100 mph (161 kph) 33 Ibs ({147 NJ Weight (Without Mounting COptions) 13 lbs (5.0 kg) Mounting Options MTG—POO—16, MTG—S02—4140, MTG—DXX—20*, MTG—CXX—10*, MTG—CO02—10, MTG—TXX—A10* Note: *Model number showr: represents a series of products. See Mounting Options section for specific model number. Patterns Azimuth Elevation * Downlllt EMS‘ antennas are protected by one or more of the following U.S. patents: 5,844,529; 6,067,053; 6,462.710; 6,392,600; ©,069,5090; 5.098,102; 5,757,246. EMS‘ antenna designs may also be covered by pending U.S. Revised 09103404 patent applications and by pending & awarded international patents. +1 770.582.0555 ext. 5310 + Fax +1 770.729.0036 wenn.emewireless.com

Preliminary Flectrical Mecha3{;3% Azimuth Reamwidth {—3 dBy 65° Dimensions (L x W x D) :\ Séinx Sin x Sin Etevation Bearmwidth {—3 dB) 5.7° i (187.2emx 15.2 omx 7.60m) Elevation Sidelobes {Upper) \ >20 0B Rated Wind Velocity i 150 mph (241 kahs) : Gain i 17.8 dBi{15.7 aBd) Equivalent Flat Plate Area 1238 .21 m‘) . Polarization Stant, £45° ront Wind Load @ 100 mph (161 kph) 65 ibs (P88 N) Front—to—Back Retio >25 dB { 230 dB Typ.) Side Wind Load C100 @ mph(1614 kph} | 31 ibs 138 N} Electrical Downfiit Options 0,2°,4°,6° Weight 1 11 s (5.0kg) . YEWR 1 1.38171 Max (1.221 Typ} | Papadoiming . asvelvew Note: Patent Pendingand US Patent number 8, 757, 246 & 5, 844, 520. \ Passive Intermodulation 447 dBe _ Values and patterns are representative and variations may occur, Spectffications may 12200 (+43 dBm}] c%xange without nofice due to continuous product enhancements. Digitized pattern data is available from the factory or vis the web site www.emswiretess.com and Lightring Protection Chassis Ground reflect all updates. Model Number Desorif E% | Comments MTG—POA10.___ a int S iwith a } er 15 inchto5.9 jnch O {3.8 om 10 12.7 cm} M1G—502—10 Swivel Mount c } MTG—DXX—20° _ |___ Mechanical Downtiit Kits | —10° or 0& — iSQbéashamca Dsvm;it MTGLCXX—10° luster Mount Kite 3 antennas 120° apart or 7 antennas 180° apart . MTG—C02410 an mm U—Bolt Cluster Mount Kit . S antennes 120" apait . 4.5" 0.D. pole. MTGTXX1 0t SteelSand Netm? ?eis mameters 7.5—5‘ _ arat 7 tor X Azimuth 25° Elevation Elevation Elevation ® Elevation 0° Downtit 2° Downtilt 4° Downtilt 6° Downtilt www.emswireless.com +1 770.582.0555 Fax +1 770.729.0036

1A2350—D0DAB Medium Power Omunildlrectional 22330—22345 MHz The TA—2350—DAB is a medium power vertically polarized omnidirectional anterina specifically designed for Digital Audio Broadcast fransmission. The antenna consists of a phased corporately fed broadband dipole array which is configured to provide electrical beam downtilt and null fil. The antenna elements are at DC ground to ald in lightning protection. Flectrical Specifications Mechanical Specifications Frequency Range: 2330—2345 MHz Longth: 70 in. (1778 mm) Gain: 10 dBi Diameter: 2.25 in. (67 mm) VSWR: 1.411 max, Weight (Incl. Clamps): 15 tb. (6.8 kg) Polarization: Vertical Rated Wind Velocity: 125 mph (200 km/h) Power Rating: 200 W avg., 800 W peak Hor. Thrust at rated wind: 31 tb. (14 kg) M—Plane Reamwidth: 360 degrees Mounting Pipe: 1.75 . 4.0 in. (44.5 — 102 mm) E—Plane Beamwidth: 8 degrees Electrical_Downtiit: 2, 4, 6 degrees Cross Pol. Discrimination: 20 dB min. NuH Fitf: —20 dB {1st Null) Materials Impedance: 50 ohms nominal Termination: 716 DIN female Radiating Elements: Nickel plated copper array Radome: Gray UV stabilized fiberglass Clamgs: HDG steel — Typiael mid band values. (For details , contact factary} T6 276 h+ 4& 9 so "AL—TEK Anternas wwiw tiitek.com (613) 258—59028 Form 2002—2350—0A8 117172001 Specifications subject to change without notice


Document Created: 2015-12-04 15:35:47
Document Modified: 2015-12-04 15:35:47
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