TEST REPORT

FCC ID: RS2SA10113

Test Report

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FCCID_480801

TEST REPORT ACCREDITED Certification # 1367—01 Laboratory ID Submitter ID PRODUCT SAFETY ENGINEERNG, NC XM Radio 12955 Bellamy Brothers Boulevard 7777 Glades Road Dade City, Florida 33525 USA pi 3s2) 5e s2s44 Boca Raton, FL 33434 Report Issue Date:_10/182004 Test Report Number: 4461 Sample S/N:__ Non Model Designation: MyFi Sample Receipt Date:_10/12/2004 Product Description:. Satellte Radio Receiver Sample Test Date: see datasheets Marketing Approval Description ofnor—standard test methodortest practice: None Estimated Messurement Uncertainty: Nor Applicuble Special limitations of use: None Traceabilty: reference stundards of measurement have been callbrated by a competent body using standards traceublet the NIST: Accodoteine premed aProacStiy isinoi. o. tatoemeionun s n w lans wi e elesunamotc conpatbiy uim deocin rcaulaion indtcon pae )o ts epr. Thts uts coind hsn clac ont ie medel dauon se mufaure s epansnlty ts o td proucton onof is nodd e manaticunw Wtc and mctancl ols As trsponileEMC Froict nc rcy icth equpnentond s ocfi atve cofoms o h resuiemensnloued apmsG)ofticimtrpon Signature Name "David Eoerstner te —_Engineering GroupL pae oet Reviewedbys Approved Signatory Date |§ oSt QH Thio may ob brepoid inA wl witepernision ow Proac Sfay Eniceto. ns Test Report Number OAFAGIB Produtsates Enincing, ic Helliny Broters Bhd. Dade Ciy, F3538 rac w racomsmase Page 1 of 12

DIRECTORY — EMISSIONS Page(s) A) Documentation Tost report 1—10 Directoy Test Requlations General Remarks 10 Testsetups (Photos) n—r2 8) Testdata Conducted emissions 107150 kit — 30 MHz wsoo oo ©5000 00 Radiated emissions 10 kit — 30 MHz Radiated emissions 30 Ntz — 1000 MHz Interference power 30 Ntz — 300 Miiz Equivalent Radiated emissions 1GHz— 10 Cz Anterna Disturbance Votage 30 Mit — 1,000 Miiz C) AppendicA Test Equipment Calbration Information Test Data Sheets As—An1_ D) Appendic® System Under Test Description s2— 82 E) Appendix Measurement Protocol ci—c1_. Test Report Number OAF4GIB ProdutStey Kninerns ic 98 bellny Brotken Rod. Dade ciy,F3828 ta dsn ssm reomnsssase Page 2 of 12

EMISSIONS TEST REGULATIONS : The emissions tests were porformed according to following regulations: a— EN 81000—8—3:2001 a— EN 61000.6—4:2001 o — EN ssor 1008 /Ar—1000 a— Group 1 a— Group2 a— Class A a—Class 8 o EN ssots 1090 / Ar2:tooe /Ard:to08 /Ate:to00 a EN seord —1: 2001 : — Household appliances and simiar a — Portable tols — Sermiconductor devices a — EN seo22 toos a— Class A ©— Class 8 a —AsNzS ase8:t00 a— Class A 0 Class 8 a—ices—ons a— Class A a— Class 8 a— ons tarse a> Class A a— Class 8 a—veet: tese a— Class A a— Class 8 x FCG Part 15 a— Class A a— Class 8 * ~ Certfcation =— Verffcation 5 — Dectaration of Conformity a—FCG Part 10 Test Report Number O4FAGIB ProductStay ninerng lc E295 blliny Brothers Bhd. Dade Ciy, F3828 radisn sssam. e omm sssase Page 3 of 12

Environmental conditions during testing: ts onts Temperature: * Relative Humiy: °* * The ambent temperature during the testing was wthinthe range of (50° — 104° F) unless indicted above "* The humiity levels during the testing was witin the range of(10% — 90%)reative humiity unless indicated above Power supply system 110 Vots_60___Hiz SINGLE prase Also intemal 3 6 VDC battery at & extemal 12 VDC Sign Explanations: a— not applcable * — applcatie Test Report Nunber CAFAGUB evie,tnc 298tm oation. Dade Cio, FL ies e sssam ns omm ssease Page 4 of 12

Emissions Test Conditions: CONDUCTED EMISSIONS (Interference Voltage) The Connucre» EMiSIONS (INTEREERENCE VoLTAGt) measurements were performed at the following test location: 5 — Test not applicable a — Darty Test Site (Open Area Test Ste) * Darty Laboratay Test equipment used : Model Number Manufacturer Description Sorial Number sor0.50 Soler so 0 LiSN sesota, se0oze seror Soler so 0 LISN serseo EMG30 ElectroMetics EMI Receiver 101 sseen HewletPackard Spectrum Analyzer 2«m00s2s sseson HewlettPackard Quasi—Peak Adapter 2043200200 sssoon HenlettPackard Analyzer Display 2avaA0rse sor8—50 Solar so 0 LisN soar25, sosrze reo—rusnere Fisher Custom Com Telecom ISN 20072 Emissions Test Conditions: RADIATED EMISSIONS (Magnetic Field) The Rapirep EviSSIONs (M.iGNETIC FiELD) measurements were performed at the following test location: is — Darty Test Site (Open Area Test Ste) a— at a test distance of: a— 3 meters — 30 meters [« Test not applicable Test equipment used : Model Number Manufacturer Description Serial Number a— 86005 Enton Log Paridic Antemna 1oss a— Blass ElectroMetics Biconical Antenna az0 a— ssesb HewettPackard Spectrum Analyzer 2421a00525 a— sseeeh HewlettPackard Analyzer Display 2ecsanrase a— ssesoA HewlettPackard Quas—Paak Adapter 2013000200 a— AlR:3oM ElectroMetics Loop Antenna s2e a— s4ro Hewett Packard Preampiiter 2cannsece a— EMC30 ElectroMetics EMI Receiver 101 a— AlA130MA Antenna Research Loop Antenna 105 Test Report Number OAF4GIB i Broters h. pade ciy, F3828 s asn sssase Page 5 of 12

Emissions Test Conditions: RADIATED EMISSIONS (Electric Field) [The RApiareo Emssions (Ececrric Fieto) measurements, in the frequiency range of 30 MHz—1000 MHz, were ested in a horizontal and vertical polarization at the following test location : G — Test not applicable Darby Site (Open Area Test Ste) a — Derby Lob a— at atest cistance of: 3 meters a— 10 meters a—30 meters Test equipment used : Model Number Manufacturer Description Serial Number teaso e€lectro.Matics Log Periodic Antenna 2280 Bmzo ElectroMetrcs Biconical Antenna aese ssesp HelottPackard Spectrum Analyzer 2a21a00528 eseoon HewettPackard Analyzer Display 2e0sa0r3s2 eseson Hewet—Packard Ouas—Peak Adapter 204300200 st7o HewetPackard Preampiiier (2008) 2ocaansece EMG30 ElectroMetics ENI Recaiver 101 sseep Howett Packard Spectrum Analyzer 2eornoszts sssson Howlett Packard Quasi—Poak Adapter 2os3n0035s sseczn Howet Packard Analyzer Display 2a«0nsa0s seoos Eaton Log Parodie ts Bia2s Electro—Mavics Biconical Antenna «203 Emissions Test Conditions): INTERFERENCE POWER [the Inrenrencnce Powen measurements were performed by using the absorbing clamp on the mains and interface cables in the frequency range 30 Miz — 300 Miizat the following test location : [« — Test not applicable a Darty Lob a— Test equipment used : Mode! Numbor Manufacturer Description Serial Number a— MDS21 RhodasSchworz Absorbing Clamp scossar0z0 a— seR HowelPackard Spectrum Analyzer 2421200528 a— sseezA HowetPackard Analyzer Display 2apaA0rase a— ssesoA HowletPackard Quas—Poak Adapter 204300200 a— s«trD HowettPackard Ampifie(28 dB) 2osaAossse a— EMG20 Electro—Metics EMI Recelver 101 TestReport Nunber OAF4GIB ProductStey Kinern, ie 1225 Betany Brother Rvd. DadeCiyF33828 ta snswam recomssase Page 6 of 12

[the Eoumacenr Raoiareo Ewssions measurements in the frequency range Giiz— oiz lwere performed in a horizontal and vertical polarization at the following tostlocation : Datby Test Ste (Open Area Test Ste) at a test cistance of 1 meters 3 meters a— 10 meters o — Test not applicabe Test equipment used : Model Number Monufacturer Description Sorial Number sseop Hewet—Packard Spectrum Analyzer 2«100528 essoon HewetPackard Analyzer Display 2eosnorase w— sseson HewlettPackard Quast—Peak Adapter 2013000209 saon HewletPackard Preampifier soosanos20 sns ElectroMechanics Double Ridge Guide Hom set0 (The Anteria Termnat bisrureanceVou.ra5e in the frequeney range 30 MHz— 1000 MHz were performed. ] a— Derty Test Site (Opan Area Test Ste) a Laborstoy a: a— e — Test not applicable Model Number Manufacturer Description Serial Number a— 250304305 Wavecom UHE PAL TV Modulater 1esero a— 26304305 Wavecom VHE PAL TV Modulator 157720 a— A2000 iER Spectum Analyzer 1208 a— seces HewlettPackard Signal Generator seasaotass a— soice Hewet—Packard Signal Generator seasa0te77 a— LiV—tezA Leader RMS Mil—Vatmater sor00s1 a— s20e kmon—Hite Actve fiter seso o— FMTHS Leaming FM Modulator none a— am uor Optical sower meter csssr u— Tess Tektronx PAL video / Audio generator Borssss a. TestReport Nunber OAF4GIB ProdutSatey icineering oe Broters Bna. pade cis, F33528 ra dn sss « omm ssase Page 7 of 12

Equipment Under Test (EUT) Test Operation Mode — Emission tests : The device under test was operated under the following conditions during emissions testing: o Standby 51— Test program (H — Patten) 5s — Test program (color bar) t — Test program (customer specifc) 1 — Practce operation * Normal Operating Mode a— Configuration of the device under test: * See System Under Test Information in Appendix B Rationale for EUT setup / confiquration: Anst cona Test Report Nunber OAF4GIB ProdutSafey Enincerns ic 1228Botany Rothers ivd. DadeCiyF33828 vaday ssam ns omswase Page 8 of 12

Emission Test Results: Conducted emissions 150 kHz — 30 MHz The requirements are x—MET o — NOT MET Minimum limit margin 6.1 dB at 0239 Miz Remarks: Radiated emissions (magnetic field) 10 kHz — 30 MHz The requirements are o— MET o — NOT MET Minimum limit margin dB at MHz Remarks: Radiated emissions (clectric field) 30 MHz — 1000 MHz The requirements are «—MET o — NoT mET Minimumn limit margin 03 as m 1075 Mitz Remarks: Measured with the Home Docking configuration Interference Power at the mains and interface cables 30 MHz — 300 MHz The requirements are o— MET o — NOT MET Minimum limit margin dB at MHz Remarks: Radiated emissions 1 GHz— 1.08 GHz The requirements are *—MET o — NOT MET Minimum limit margin >20 dB at all GHtz Remorks: Antenna Terminal DisturbanceVoltage 30 Mz — 1,000 MHz The requirements are o—MET a — NOT MET Minimum limit margin dB at MHz Remarks: Test Report Nunter OAF4GIB ProdutSfey Kalncerng, in 129Ratany Rrthe ui. Dadeciy, F3828 Tagmssaw is on smase Page 9 of 12

GENERAL REMARKS: The EUT‘s were tested in (3) orthogonal planes. Measurements were made up to the tenth harmonic of the highest frequency transmitted. There are (3) separate configurations that were tested. (1) Home installation uses home style antenna and internal anterna and home style cradle (2) Mobile installation uses vehicle style antenna & intemal antenna and vehicle style cradle (3) Battery operated installation using internal anterna and no cradle The EUTonly transmits on 88.1, 88.3, 88.5, 88.7, 88.9, 106.7, 106.9, 107.1, 107.3, 107.5, 107.7 & 107.9 NMHz. We test all (3) configurations at both 88.7 & 107.5 MHz. The line out port was never cabled during testing because it shuts off the transmiter. summiary: "The requirements according tothe technical regulations are ®= met 9 not met "The device undertst does x — fulill the general approval requirements mentioned on page 3. — mot fultl the general approvalrequirements mentioned on page 3 Testing Start Date 101272004 Testing End Date: 1071272004 — PRODUCT SAFETY ENGINEERING INC — Tast Report Nunber OAF46 1B ProductStasEnlneron ie 129# hliny Brthen Rod. Dade Ciy. F3838 Tagms Page 10 of 12

T tup photo( onducted emission 450/150 KHL 0 MHz Test Report Nunber OAFAGLB Prduc Stey Eninwin,toc io notamy h Moc. made cis t sies T en sssamm es omm smase Page 11 of 12

Testsctup photo() Test Repor Nunter OAFIGTB ProducsSaty Enoorins, n 3vs Retany Brher i. Bade Ciy. . Sisis a dsn ssiau n omsmase Page 12 of 12

APPENDIX A Test Equipment Calibration Information & Test Data Sheets o ic tz9ts Betamy Broter tc. nade Ciy. F3828 roan rcamsmase Page Al of AIL

TEST EQUIPMENT CALIBRATION INFORMATION Manufacturer Model Description Serial Number Cal Due Hewlelt Packard 85668 Spectrum Analyzer 2421a00528 cartais Hewlett Packard 85662A Display 2403007352 centans Hewlett Packard 85650A Quasi—Peak Adapter 2043000209 canans Hewlett Packard 8447D Preamp 0.1 — 1,000 MHz 2044408832 rarrorde Hewlett Packard 85688 Spectrum Analyzer 2407a0cet3 canais Hewlett Packard 85002A Display 2340005808 cartans Hewlelt Packard 85650A Quasi—Peak Adapter 2o«3a003s8 certalos Hewlelt Packard 8447D Preamp 0.1 — 1,000 Mz 2044208901 cartas Hewlett Packard 8447D Preamp 0.1 — 1000 Mriz 1937403247 osrtais Hewlelt Packard 84408 Preamp 1 —26.5 GHz 2008A00320 1202004 Hewlett Packard 86488 Signal Generator se«suo03t2 ostoas Hewlett Packard 8672A Signal Generator 2211202428 1ortzi0 Eaton 2e005 Log Periodic Antenna 1089 aztosios Electro—Metrics LPA 30 Log Periodic Antenna 2200 owas Electro—Metrics BA 30 Biconical Antenna sese omans Electro—Metrics BA 25 Biconical Antenna 4283 czt0ws ElectroMechanics 3115 Double Ridge Guide Ant. 3810 112505 Electro—Metres ALRIOM MagneticLoop Antenna 824 orans Solar e012 LsN s24840 1ara/o4 Solar sore LsN s2001ze00022 122004 Soler sore LiSN sosrasteosr2e 120v(04 Schwartzbeck MDS—21..— Absorbing Clamp case1 comeros Leader LFG1310 Function Generator sosorss ostowrs IFR Systems A—2000 Spectrum Analyzer 1308 120804 Electro—Metrics EMC—30 EMI Receiver 191 ostoas Antenna Research ALA—190/A Loop Antenna 105 ostoaos Radio Shack cc—asr Temp/Hygrometer NA ostoa0s Radio Shack 63—867A Temp/Hygrometer NA ostows Page A2 ofA1 ProductSafeKnincering, 129hetamy Ruthrs Rind. DadeCiy M.33528 tadnssm n omsseasi

rropuct Entsszons Propucr sarety ENGTNEERING Data File: MYFL MOBILE DOCK FCC—B 10—12—2004 mnzsston SPEC vensurements stte conr No FREpUENCY LINET mBS dLm MoDE PoL, HGT AZM ractor coments wite dBuy/m as cm deg as 43.5 45.3 1.8 9P v 100 1 iA h a us a iohb inb t n t o 107. 498 43.5 46.80 3.3 oP v 200 315 392. 400 4325 a7lg —16.20 PK w 200 315 215. so7 43.5 d4.4 —20.10 PK i 200 45 266. 200 46.0 17.0 ~29.0 PK m 200 45 323. 7i 46.0 20.9 —25.1 PK m 200 45 ase. 800 46.0 19.8 ~26.3 PK m 200 1 431. 614 a6.0 22.0 —24.10 PKO m 200 45 443. 500 «6.0 19.6 —26.4 PK ® 200 1 12. 200 46.0 21.4 —24.6 PK i 200 1 sa9. s17 a6.0 2112 —2600 PKO w 200 45 620. 900 46.0 23.1 —22.9 PK m 200 o1 647. a21 a6.0 2a.1 —22.00 PKo w 200 45 709. 600 46.0 25.4 ~20.6 PK m 200 1 755. 325 46.0 25.8 —20.3 PK M 200 45 798. 300 46.0 19.% ~20.5 PK i 200 1 a63. 230 a6.0 12.3 —39.7 PK m 200 45 sa7. 000 a6.0 26.6 —19.4 PK 200 1 t 971. 131 54.0 20.4 ~25.6 PK w 200 45 978 700 s4.0 20.2 —24.8 PK m 200 45 in+ 1000.00 54.0 3 PK w 200 45 Mke e 1079 wz a>

rropucr Entsstons propucr sarery EncmNEERING Data File: MYFL BATTERY RCC—B 10—12—2004 Enisston sprc ueasurements sire conr No FREQUENCY LIMIT ABS dbtM MobE Pob HGT zM FACTOR commeuts vite dBu¥/m as cm deg as £ se.711 a3.5 41.9 —1.6 op m 400 ais —19.6 2 107.480 43.5 41.5 —2200 gp m 400 315 —15.2 a 177.400 a3.5 r8.4 —25.1 PK v 200 ais —10.6 a 215.007 43.5 13.2 —30.3 PK m 200 270 —13.2 5 266.100 46.0 17.2 —28.8 PK m 200 270 —12.3 6 323.711 46.0 17.9 —28.1 PK m 200 270 —10.5 7 354.800 46.0 15.5 —30.6 PK m 200 270 —10.4 a asi.614 46.0 19.4 —26.7 PK m 200 270 —9.1 9 443.500 46.0 17.8 —28.2 PK m 200 270 —a.9 10 532.200 46.0 23.9 —22.1 PK H 200 270 —7.7 11. §30.517 46.0 18.0 —28.1 PK m 200 270 —7.6 12. 620.900 46.0 19.5 —26.5 PK m 200 270 —6.4 13. 647.421 46.0 20.8 —25.2 PK m 200 270 —5.7 14— 709.600 46.0 22.3 —23.7 PK m 200 270 —3.4 35 Topd0S a6.0 22.0 —24.1 PK m 200 270 —3.4 16 798.300 46.0 23.0 —23.0 PK m 200 270 —3.4 17 863.230 25.0 —21.0 PK M 200 270 . 18 887.000 25.0 —21.0 PK m 200 270 18 19 o7has1 26.2 —27.8 PK m 200 270 20 975.700 26.9 —27.1 PK m 200 270 4 21— 1000.00 26.8 —27.2 PK m 200 270 5. wke e 1079 mz A+

rropuct Emtsstons rropuct sarery EncrxEERING Data File: MVFI HOME DOCK FCC—B 10—12—2004 EMtsston serc weasurewents sire corr No FREQUENCY LIMIT aBs dbrM Mobk Po HGT AZM ractor commurs wite dBu¥/m as on deg as 1 88.706 ® 2 107.486 ® 3 177.400 ® 4 215.807 w s 266.100 : 4 ® 6 323.71 46.0 28.1 —27.9 PK m 200 315 —10.5 7 354.800 a6.0 17.0 —29.1 P ® 200 315 —10.4 a agi.614 46.0 20.0 —26.1 PK m 200 315 —9.1 9 443.500 46.0 21.3 —24.7 PR m 200 315 —8.9 10 532.200 46.0 21.0 —25. s m 200 315 —7.7 11. 539.517 46.0 2i.6 —24.5 PK m 200 315 —7.6 12— 620.900 46.0 23.1 —22.9 PK m 200 315 —6.4 13. 647.421 46.0 23.2 —22.0 PK m 200 ais —5.7 14 709.600 «6.0 25.6 —20.4 PK W 200 315 —3.4 15 T56.908 46.0 26.2 —19.9 PK m 200 315 —3.4 i6 798.300 46.0 24.8 —21.20 PK M 200 315 —3.4 17 a63.230 46.0 19.7 —26.3 PK m 200 31s —2 18 887.000 46.0 27.2 —18.8 PK H 200 315 —1.3 19 s7ias1 s4.0 28.8 —25.2 PK m 200 315 1 20 975700 sa.0 2e.8 —25.2 PK m 200 315 314 21 1000.00 s4.0 28.8 —25.2 PK m 200 315 1.5. Mkr @ 1079 iz

Product Safety Engineering Ab xn Rroto Enc—30 setTIN$ SPECS Date 1 10/12704 Time + 15¢11228.10 Detector OvasiPeak 11 CISPR 22 Ouasi Peak Technician 1 JACK GARNER Test Equip. 1ENC—30 Banduidth CISPR 2) Ciser 22 AVG Test Method 1ENS5022 CLAGS 8 Test Number 11 Durp/Due 1/A a Equipment + MIFL U WONE Dock RF AHen. 10 08 © Hede of Op. 1NORMBL IF Atten. 10 d8 Serial No. 1 SPTSGRC Comnent 1 120 YAC / 60 HZ s l ERCEL 1 T T en ies\ > 5 0 0 + «d 0 oner 2 Fectors & sa— & > h _/ § 10— x l’\v/ —10— Lt af (BL 1J L _ O T a&~ e 1. 10. 0.1se Frequency MHz so.cc0

| test tire I | pata rrue _x. i Freq. (Mitz) 1 | Amplitude Units dBuy Threshold —11 ds I 0.1500 1 I c22m09.530 cazeave.530| I Freq(MHz) Amp vs Spec(dB) vs Spec(dB) | 1 o.193a | 43.0 | | —10.894 * | I 0.1975 | 43.0 | | —10.715 * | 1 o.sos3 | 35.0 | | —11.000 * | I 0.6097 | 35.0 | | —11.000 * | 1 o.er31 1 35.0 | | —11.000 * | | o.e708 | 35.0 | | —11.000 * | | c.e7zas | 35.0 | | +21.000 * | [ o.6777 | as.0 | | —11.000 * | I o.6947 1 35.0 | | —21.000 * | I o.ea81 | 35.0 | | —21.000 * | I o.7018 | 35.0 | | —21.000 * | I 0.7049 | 35.0 | I ~11.000 * | 1 o.7oss | 35.0 | | —11.000 + | I o.7ia8 | 35.0 | | —21.000 * | 1 o.7a0s | as.0 | | —11.000 + | I o.77es | 35.0 | | ~21.000 * | I o.7799 | 35.0 | | ~11.000 * | 1 o.teas | 35.0 | | —11.000 * | 1 o.7ee? | 35.0 | | —11.000 * | 1 o.7901 | 35.0 | | —11.000 * | | o.793s | 35.0 | | —11.000 * | | o.7969 | 35.0 | | —11.000 * | | o.e002 | 35.0 | | —11.000 * | | c.8o3s | 35.0 | | —11.000 * | 1 o.8o70 | 35.0 | 1 —11.000 * | | c.8z0s | 35.0 | | —11.000 * | | o.eise | 35.0 | | —12.000 * | A1

AF Product Safety Engineering xt Reoto Enc—30 SETTINGS SPECS Date : 10/12704 Tine : 15125100.25 Detector OvasiPeak 11 CISPR 22 Quasi Peak Technician 1 JACK GARNER Test Equip. 1ENC—30 Banduidth CISPR 2) Ciser 22 AlG Test Method 1ENSS022 CLASS B Test Number +1 Dure/Dvel NVA a Equipment +. MFL W HonE D0tk Sentor Loc.. +NEUTRAL RF Aitfen. 10 i8 ® Mode of Op.. 11ORNAL Sensor Po IF Atten. 10 do Serial No. 1 8PTSGMC Ext. Alten. 10 dB Comment 1. 120 YAC / 60 HZ s [ 9 [( 11( F —f t ies 7a— > «. *sees 3 6 *=cz ; 1. @0 . Nerzznmnmlecemnez— nc on —) sB— =‘—_ e stescle, SE dl old collieell 5... n "all . on ul % HQN oner 2 Frcrors & sa— & 20 t 1 A & \} 10— Rw/ —1g— Jeg_lz—"l L _ H _ F ut 1 OCOO8 a&— i. 16. a.15s0 Frequency MHz 30. 000

Freq. (Wiz) Threshold 10 aB | 0.1500 cazmor.s30 cazeave.s30| vs Spec(dB) vs Spec(dB) A7

A1d PRODUCT SAFETY ENGINEEAING MKR A 122.6 kHz ho REF _97.@ deiy ATTEN 9 aB —2.10 dB T T Cm 10 dB/ I| || emropuct sarety enerNesAIns | pckes I " T oren amea Test site | —| | | pL “ sa.5s | dB uy 7 | —| | t d= aac— ~—4 | | | | & — staRTt 68.000 MHz sTOP 88.200 MHz RES BW 30 kHz vew 30 kHz SWP 100 msec

All PRODUCT SAFETY ENGINEEAING MKA A—103.4 kHz pp hE 97.9 dew atTeN s cs 2.00 as f ~ r—— e d 10 dB/ PRODUCT w>“m.~.4 mZflHzmm—qum w Pos pK OPEN AnEA TEST SITE _ 1 | —t DL 1 si.7 H dB pV 1 | I | L _ _m centen 107 .990 MHz AN 200 hz Aes BW 30 kHz vew 32 kHz SWP 100 msec

APPENDIX B System Under Test Description Page BI of B2. ProductSatey Euie Hlany Rroters i. pade cis, 133528 ts on snvase

system components DEVICE TYPE: EUT — XMRadio MFi DEVICE TYPE: EUT — XMRadio Moble Cradle DEVICE TYPE: EUT — XM Radio Home Crade DEVICE TYPE: EUT — XM Radio Mobile Antemna DEVICE TYPE: EUT — XM Radio Home Anterna DEVICE TYPE: EUT — XM Radio XM Radio Power Supply (mode! SMPSSV2A—XM) inverrace canurs DEVICE TYPE: EUT XM Radio (Home Cradle) SHIELD: No LENGTH: 8 feat CONNECTOR TYPE: Specialto dedicated PORT: 5V DC in DEVICE TYPE: EUT XM Radio (Home Cracle) SHIELD: Yes LENGTH 25 feet GONNECTOR TYPE: Special Coax to decicated PORT: ANT Port to Home Antenna DEVICE TYPE: EUT XM Rado (Moble Cracle) SHIELD: No cenark o GONNECTOR TYPE: Specialto dedicated PORT 5V DC in DEVICE TYPE: EUT XM Radio (Moble Cradle) SHIELD: ves LENGTH 25 feet GONNECTOR TYPE: Special Comx to decicated PORT: ANT Portto Mobie Antenna Ac Lint corns DEVICE TYPE: EUT — XM Radio Power Supply SHIELD: No LENGTH: 8 feat CONNECTOR TYPE: Dedicated to Dedicated sz or B2

APPENDIX C Measurement Protocol Page C1 of CJ Produtsatey Engine h ti9sBetany Broties Rnd. Dadeciy, F3528 m ricomsssasu

The test methodology followed during the collection of the data included within this technical report was ANSI ©63.4:1992 The EUT was powered with (120) VAC / (60) Hz during the collection of data included within. The data is compared to the FCC Part 15 Class A limits The "EMI" instrumentation is capable of calculating the final emission level based on the following formula: Level at the receiver (dBpV) + Antenna Correction Factor (dB/M) + Cable Loss (dB) — Preamp Gain (dB) = Actual Level in dBuVMM The sample calculation below is based on the actual test data collected: Observed Level 62.5. dBuV ACF + 10.2. dBM Cable Loss +— 1.0 dB Preamp Gain — 260 dB Actual Level 47.7— dBuViM @170.5 MHz Please have a company official review this report and sign. Page C2 of C2


Document Created: 2004-10-19 12:42:47
Document Modified: 2004-10-19 12:42:47
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