PX8MU01-6100ComFlex 600 Series DAS

D D I I S S T T R R I I B B U U T T E E D D A A N N T T E E N N N N A A S S Y Y S S T T E E M M USER MANUAL ComFlex-6100 QE: 1-0-0 Comba Telecom Ltd. ComFlex 600 Series The information contained herein is the responsibility of and is approved by the following, to whom all enquiries should be directed in the first instance: This is an unpublished work the copyright in which vests in Comba International ("Comba"). All rights reserved. The information contained herein is confidential and the property of Comba and is supplied without liability for errors or omissions. No part may be reproduced, disclosed or used except as authorised by contract or other written permission. The copyright and the foregoing restriction on reproduction and use extend to all media in which the information may be embodied. USER MANUAL FOR COMFLEX 6100 ENU STATUS : 1-0-0 Copyright - refer to title page Page 3 0.1 CONTENTS Section Page 0.1 CONTENTS ....................................................................................................................................................... 3 0.2 INDEX TO FIGURES AND TABLES ...................................................................................................................... 4 0.3 HISTORY ........................................................................................................................................................... 6 0.4 GLOSSARY OF TERMS ....................................................................................................................................... 7 0.5 SAFETY NOTICES AND ADMONISHMENTS ....................................................................................................... 8 1 GENERAL INFORMATION .............................................................................................................................. 9 2 EQUIPMENT DESCRIPTION .......................................................................................................................... 11 2.1 SYSTEM DIAGRAM ......................................................................................................................................... 11 2.2 TYPICAL APPLICATION ................................................................................................................................... 11 2.3 EQUIPMENT CONSTITUTION ......................................................................................................................... 12 2.4 KIT OF PART ................................................................................................................................................... 13 3 INSTALLATION ............................................................................................................................................ 15 3.1 WARNINGS AND ALERTS ................................................................................................................................ 15 3.2 SITE PLANNING CONSIDERATIONS ................................................................................................................ 16 3.3 INSTALLATION PROCEDURES ......................................................................................................................... 18 3.4 EQUIPMENT CONNECTORS ........................................................................................................................... 27 3.5 EQUIPMENT CONNECTION ............................................................................................................................. 30 4 COMMISSIONING ....................................................................................................................................... 35 4.1 PRE-COMMISSIONING TASKS ........................................................................................................................ 35 4.2 LED INDICATORS ............................................................................................................................................ 35 4.3 DIGITAL DISPLAY INDICATORS ....................................................................................................................... 36 4.3.1 DIGITAL DISPLAY ON RFU .......................................................................................................................... 36 4.3.2 DIGITAL DISPLAY ON FOU.......................................................................................................................... 36 5 WEB GUI ..................................................................................................................................................... 38 5.1 WEB GUI CONNECTION ............................................................................................................................... 38 5.2 WEB GUI INTRODUCTION ........................................................................................................................... 39 5.2.1 [DEVICES] ............................................................................................................................................... 39 5.2.2 [COMMISSIONING] ................................................................................................................................ 43 5.2.3 [FIRMWARE] .......................................................................................................................................... 44 5.2.4 [MANAGEMENT] .................................................................................................................................... 46 5.3 COMMISSIONING PROCEDURE ................................................................................................................... 54 6 ALARMS AND TROUBLESHOOTING ............................................................................................................. 62 6.1 ALARMS ...........................................................................................…

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Comba 022311 – 6 Authority to Act as Agent Date: _Oct 14, 2014_ ___ American Certification Body, Inc. 6731 Whittier Avenue Suite C110 McLean, VA 22101 To Whom It May Concern: __ GUANGZHOU GRG METROLOGY&TEST CO.,LTD.__ is authorized to act on our behalf, until otherwise notified, for applications to American Certification Body, Inc. (ACB). We certify that we are not subject to denial of federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C. 862. Further, no party, as defined in 47 CFR 1.2002 (b), to the application is subject to denial of federal benefits, that includes FCC benefits. Thank you, Agency Agreement Expiration Date: ____9 Months___ By: _ ___ __ David Luo____ ____ (Signature 1 ) (Print name) Title: ___Director ___ On behalf of: ___ Comba Telecom Ltd.____ (Company Name) Telephone: ___+8620 28390000____ ______ 1 - Must be signed by applicant contact given for applicant on the FCC site, or by the authorized agent if an appropriate authorized agent letter has been provided. Letters should be placed on appropriate letterhead.

Comba 022311 – 6 Request for Confidentiality Date: _ Oct 14, 2014____ Subject: Confidentiality Request for: __ _ PX8MU01-6100___ Pursuant to FCC 47 CRF 0.457(d) and 0.459 and IC RSP-100, Section 10, the applicant requests that a part of the subject FCC application be held confidential. Type of Confidentiality Requested Exhibit Short Term √ Permanent Block Diagrams Short Term Permanent External Photos Short Term Permanent* 2 Internal Photos Short Term √ Permanent Operation Description/Theory of Operation Short Term √ Permanent Parts List & Placement/BOM Short Term PermanentTune-Up Procedure Short Term √ Permanent Schematics Short Term Permanent Test Setup Photos Short Term Permanent* User’s Manual *Note: ______(Insert Explanation as Necessary)______ __ Comba Telecom Ltd.___ has spent substantial effort in developing this product and it is one of the first of its kind in industry. Having the subject information easily available to "competition" would negate the advantage they have achieved by developing this product. Not protecting the details of the design will result in financial hardship. Permanent Confidentiality: The applicant requests the exhibits listed above as permanently confidential be permanently withheld from public review due to materials that contain trade secrets and proprietary information not customarily released to the public. Short-Term Confidentiality: The applicant requests the exhibits selected above as short term confidential be withheld from public view for a period of __0_ _ days from the date of the Grant of Equipment Authorization and prior to marketing. This is to avoid premature release of sensitive information prior to marketing or release of the product to the public. Applicant is also aware that they are responsible to notify ACB in the event information regarding the product or the product is made available to the public. ACB will then release the documents listed above for public disclosure pursuant to FCC Public Notice DA 04-1705. NOTE for Industry Canada Applications: The applicant understands that until such time that IC distinguishes between Short Term and Permanent Confidentiality, either type of marked exhibit above will simply be marked Confidential when submitted to IC. Sincerely, By: __________________________ ____ David Luo_____ (Signature/Title 3 ) (Print name) 2 - The asterisked items (*) require further justification before permanent confidentiality will be allowed. These also currently require review by the FCC under their Permit-But-Ask policy before the grant is issued and can delay completion of an application. Further justification should be added to the note above. One such example for a potted device would be: “The EUT is FULLY potted using a non-removable epoxy based material. Removal of potting material causes irreparable damage to internal circuitry. See photographs exhibits that outline the device before and after potting.” 3 - Must be signed by applicant contact given for applicant on the FCC site, or by the authorized agent if an appropriate authorized agent letter has been provided. Letters should be placed on appropriate letterhead.

MU01-6100 external Photos With Power Without Power

Label Location

1 MU01-6100 Internal Photos (1) MU01-RACK-E02(with backup power supply) MU01-RACK-E02 (without backup power supply) (2) Power line (3) MU01 – PSU – A92W300, S1(Backup power supply) (4) MU01-PSU-A92E01(Main power supply) (5) MU01‐FOU‐SABFOP6 (6) MU01-RFU-7LB181D (7) MU01-RFU-7UB11D (8) MU01-RFU-80B18D (9) MU01-RFU-85B25D (10) MU01-RFU-19B65D (11) MU01-RFU-AWSB45D (12) MU01-MOD-M20(Modem) (13) MU01 –BAT – E01 (14) MU Combiner (15) MU Connection Board (16) MU Distribution Board (17) MU MCU

FCC§1.1307(b)(1)&§2.1091-RFEXPOSURE 1.ApplicableStandard AccordingtoFCC§part1.1310and§Part2.1091(MobileDevices)RFexposureiscalculated. Frequency Range(MHz) ElectricField Stength(V/m) MagneticField Stength(A/m) PowerDensity (mW/cm²) AveragingTime (minute) LimitsforGeneralPopulation/UncontrolledExposure 0.3-1.346141.63*(100)30 1.34-30824/f2.19/f*(180/f²)30 30-30027.50.0730.230 300-1500//f/150030 1500-100,000//1.030 f=frequencyinMHz *=Plane-waveequivalentpowerdensity 2.PredictionofMPElimitatgivendistance,equationsfromOETBulletin65,Edition97‐01: S=(1.64*P*G)/(4*π*R²)(wherePG=ERP) S=(P*G)/(4*π*R²)(wherePG=EIRP) Where: S=powerdensity P=powerinputtoantenna G=numericgainoftheantenna R=distancetothecenterofradiationoftheantenna a700MHzLowerABCBand: Maximumpeakoutputpoweratantennainputterminal(dBm):-18.54 Maximumpeakoutputpoweratantennainputterminal(mW):0.014 Predictionfrequency(MHz):711.5 Maximumantennagain(dBi):12.5 Maximumantennagain(dBd):10.35 Maximumantennagain(numeric):10.84 MaximumRFoutputpower(ERP,mW):0.152 MPElimitforuncontrolledexposureatpredicationfrequency(mW/cm²):0.474 Predictiondistance(cm)R= 14.3*4* **64.1 S GP :0.20 b700MHzUpperCBand: Maximumpeakoutputpoweratantennainputterminal(dBm):-18.30 Maximumpeakoutputpoweratantennainputterminal(mW):0.015 Predictionfrequency(MHz):781.5 Maximumantennagain(dBi):12.5 Maximumantennagain(dBd):10.35 Maximumantennagain(numeric):10.84 MaximumRFoutputpower(ERP,mW):0.16 MPElimitforuncontrolledexposureatpredicationfrequency(mW/cm²):0.52 Predictiondistance(cm)R= 14.3*4* **64.1 S GP :0.20 c800MHzBand: Maximumpeakoutputpoweratantennainputterminal(dBm):-18.94 Maximumpeakoutputpoweratantennainputterminal(mW):0.013 Predictionfrequency(MHz):817.7 Maximumantennagain(dBi):12.5 Maximumantennagain(dBd):10.35 Maximumantennagain(numeric):10.84 MaximumRFoutputpower(ERP,mW):0.141 MPElimitforuncontrolledexposureatpredicationfrequency(mW/cm²):0.545 Predictiondistance(cm)R= 14.3*4* **64.1 S GP :0.184 d850MHzBand: Maximumpeakoutputpoweratantennainputterminal(dBm):-19.33 Maximumpeakoutputpoweratantennainputterminal(mW):0.012 Predictionfrequency(MHz):836.5 Maximumantennagain(dBi):12.5 Maximumantennagain(dBd):10.35 Maximumantennagain(numeric):10.84 MaximumRFoutputpower(ERP,mW):0.131 MPElimitforuncontrolledexposureatpredicationfrequency(mW/cm²):0.558 Predictiondistance(cm)R= 14.3*4* **64.1 S GP :0.174 e1900MHzBroadbandPCS: Maximumpeakoutputpoweratantennainputterminal(dBm):-18.53 Maximumpeakoutputpoweratantennainputterminal(mW):0.014 Predictionfrequency(MHz):1882.5 Maximumantennagain(dBi):12.5 Maximumantennagain(dBd):10.35 Maximumantennagain(numeric):10.84 MaximumRFoutputpower(ERP,mW):0.152 MPElimitforuncontrolledexposureatpredicationfrequency(mW/cm²):1 Predictiondistance(cm)R= 14.3*4* **64.1 S GP :0.141 fAWS-1Band Maximumpeakoutputpoweratantennainputterminal(dBm):-18.69 Maximumpeakoutputpoweratantennainputterminal(mW):0.014 Predictionfrequency(MHz):1732.5 Maximumantennagain(dBi):12.5 Maximumantennagain(dBd):10.35 Maximumantennagain(numeric):10.84 MaximumRFoutputpower(ERP,mW):0.152 MPElimitforuncontrolledexposureatpredicationfrequency(mW/cm²):1 Predictiondistance(cm)R= 14.3*4* **64.1 S GP :0.141 3.TestResults Theaboveall,whentheMaximumantennagainis12.5dBiandtheshortestdistancefromthehuman specificis0.20cm,thedeviceiscompliantwiththerequirementMPElimitforuncontrolledexposure.

TEST REPORT Report No.: EM201400729-2 Application No.: ZJ00051634-1 Client: Comba Telecom Ltd. Address: 611 East Wing, No. 8 Science Park West Avenue, Hong Kong Science Park Tai Po, Hong Kong Sample Description: ComFlex 600 Series DAS Model number: MU01-6100 Test Location: EMC Laboratory of Guangzhou GRG Metrology and Test Co., Ltd. Test Specification: FCC PART 2, FCC PART 22, FCC PART 24, FCC PART 27, FCC PART 90 Test Date: Sep 05, 2014 to Sep 16, 2014 Issue Date: 2014-10-14 Test Result: Pass. Prepared By: Reviewed By: Approved By: Jacky Zhang / Test Engineer Jane Cao / Technical Support Gavin Wu / Manager Date:2014-10-14 Date:2014-10-14 Date:2014-10-14 Other Aspects: None Abbreviations: ok / P = passed; fail / F = failed; n.a. / N = not applicable The test result in this test report refers exclusively to the presented test sample. This report shall not be reproduced except in full, without the written approval of GRGT. GRG Metrology and Test Co., Ltd. Address: 163, Pingyun Road, West of Huangpu Avenue, Guangzhou, Guangdong, P.R. China Tel:+86-20-38699960 Fax:+86-20-38695185 Email: [email protected] http://www.grgtest.com Ver.:2011.1.1 ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page1of477 FCCID:PX8MU01-6100 DIRECTIONSOFTEST 1.Thisstationcarriesouttesttaskaccordingtothenationalregulationof verificationswhichcanbetracedtoNationalPrimaryStandardsandBIPM. 2.Thetestreportmerelycorrespondstothetestsample.Itisnotpermittedtocopy extractsofthesetestresultwithoutthewrittenpermissionofthetestlaboratory. 3.Ifthereisanyobjectionconcerningthetest,theclientshouldinformthe laboratorywithin15daysfromthedateofreceivingthetestreport. ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page2of477 FCCID:PX8MU01-6100 TABLEOFCONTENTS 1TESTSUMMARY.....................................................................................................................3 2GENERALINFORMATION.....................................................................................................6 2.1CLIENTINFORMATION.............................................................................................................6 2.2MANUFACTURERANDFACTORY.............................................................................................6 2.3BASICDESCRIPTIONOFEUT...................................................................................................6 2.4SIGNALCONTROLPROCESS.....................................................................................................7 2.5STANDARDSAPPLICABLEFORTESTING...................................................................................8 3LABORATORYANDACCREDITATIONS............................................................................9 3.1TESTLOCATION.......................................................................................................................9 3.2ACCREDITATION......................................................................................................................9 3.3OTHERINFORMATIONREQUESTEDBYTHECUSTOMER...........................................................9 4EQUIPMENTSUSEDDURINGTEST..................................................................................10 5TESTRESULTS......................................................................................................................11 5.1EUTOPERATION...................................................................................................................11 5.2TESTPROCEDURE&MEASUREMENTDATA..........................................................................14 5.2.1RFOutputPower..........................................................................................................14 5.2.2ConductedSpuriousEmissions....................................................................................29 5.2.3BandEdge...................................................................................................................187 5.2.4Intermodulation...........................................................................................................243 5.2.5FrequencyStability.....................................................................................................300 5.2.6OccupiedBandwidth..................................................................................................309 5.2.7OutofBandRejection................................................................................................461 5.2.8RadiatedSpuriousEmissions.....................................................................................466 APPENDIXA:PHOTOGRAPHOFTHETESTCONFIGURATION........................................473 (1)RF.......................................................................................................................................473 (2)RE(BELOW1GHZ).............................................................................................................477 ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page3of477 FCCID:PX8MU01-6100 1Testsummary TestItemFrequencyBandTestRequirementTestMethodResult OutputPower 700MHzLower ABCBand FCCpart27.50 FCCpart2.1046& 935210D02Signal Boosters Certificationv02r01 PASS 700MHzUpperC Band FCCpart27.50PASS 800MHzBandFCCpart90.635PASS 850MHzBandFCCpart22.913PASS 1900MHzBandFCCpart24.232PASS AWS-1BandFCCpart27.50PASS Conducted SpuriousEmission 700MHzLower ABCBand FCCpart27.53 FCCpart2.1051& 935210D02Signal Boosters Certificationv02r01 PASS 700MHzUpperC Band FCCpart27.53PASS 800MHzBandFCCpart90.210PASS 850MHzBandFCCpart22.917PASS 1900MHzBandFCCpart24.238PASS AWS-1BandFCCpart27.53PASS BandEdge 700MHzLower ABCBand FCCpart27.53 FCCpart2.1051& 935210D02Signal Boosters Certificationv02r01 PASS 700MHzUpperC Band FCCpart27.53PASS 800MHzBandFCCpart90.210PASS 850MHzBandFCCpart22.917PASS 1900MHzBandFCCpart24.238PASS AWS-1BandFCCpart27.53PASS ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page4of477 FCCID:PX8MU01-6100 RadiatedSpurious Emission 700MHzLower ABCBand FCCpar…

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ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page70of477 FCCID:PX8MU01-6100 (1.1.2)Lowestfrequency:1GHzto10GHz (1.1.3)Middlefrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page71of477 FCCID:PX8MU01-6100 (1.1.4)Middlefrequency:1GHzto10GHz (1.1.5)Highestfrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page72of477 FCCID:PX8MU01-6100 (1.1.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page73of477 FCCID:PX8MU01-6100 (1.2)TestforLTE3MHz (1.2.1)Lowestfrequency:9kHzto1GHz (1.2.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page74of477 FCCID:PX8MU01-6100 (1.2.3)Middlefrequency:9kHzto1GHz (1.2.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page75of477 FCCID:PX8MU01-6100 (1.2.5)Highestfrequency:9kHzto1GHz (1.2.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page76of477 FCCID:PX8MU01-6100 (1.3)TestforLTE5MHz (1.3.1)Lowestfrequency:9kHzto1GHz (1.3.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page77of477 FCCID:PX8MU01-6100 (1.3.3)Middlefrequency:9kHzto1GHz (1.3.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page78of477 FCCID:PX8MU01-6100 (1.3.5)Highestfrequency:9kHzto1GHz (1.3.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page79of477 FCCID:PX8MU01-6100 (1.4)TestforLTE10MHz (1.4.1)Lowestfrequency:9kHzto1GHz (1.4.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page80of477 FCCID:PX8MU01-6100 (1.4.3)Middlefrequency:9kHzto1GHz (1.4.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page81of477 FCCID:PX8MU01-6100 (1.4.5)Highestfrequency:9kHzto1GHz (1.4.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page82of477 FCCID:PX8MU01-6100 5.2.2.1.3800MHzBand (1)LTEmodulation (1.1)TestforLTE1.4MHz (1.1.1)Lowestfrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page83of477 FCCID:PX8MU01-6100 (1.1.2)Lowestfrequency:1GHzto10GHz (1.1.3)Middlefrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page84of477 FCCID:PX8MU01-6100 (1.1.4)Middlefrequency:1GHzto10GHz (1.1.5)Highestfrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page85of477 FCCID:PX8MU01-6100 (1.1.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page86of477 FCCID:PX8MU01-6100 (1.2)TestforLTE3MHz (1.2.1)Lowestfrequency:9kHzto1GHz (1.2.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page87of477 FCCID:PX8MU01-6100 (1.2.3)Middlefrequency:9kHzto1GHz (1.2.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page88of477 FCCID:PX8MU01-6100 (1.2.5)Highestfrequency:9kHzto1GHz (1.2.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page89of477 FCCID:PX8MU01-6100 (1.3)TestforLTE5MHz (1.3.1)Lowestfrequency:9kHzto1GHz (1.3.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page90of477 FCCID:PX8MU01-6100 (1.3.3)Middlefrequency:9kHzto1GHz (1.3.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page91of477 FCCID:PX8MU01-6100 (1.3.5)Highestfrequency:9kHzto1GHz (1.3.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page92of477 FCCID:PX8MU01-6100 (2)CDMAmodulation (2.1)Lowestfrequency:9kHzto1GHz (2.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page93of477 FCCID:PX8MU01-6100 (2.3)Middlefrequency:9kHzto1GHz (2.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page94of477 FCCID:PX8MU01-6100 (2.5)Highestfrequency:9kHzto1GHz (2.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page95of477 FCCID:PX8MU01-6100 5.2.2.1.4850MHzBand (1)LTEmodulation (1.1)TestforLTE1.4MHz (1.1.1)Lowestfrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page96of477 FCCID:PX8MU01-6100 (1.1.2)Lowestfrequency:1GHzto10GHz (1.1.3)Middlefrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page97of477 FCCID:PX8MU01-6100 (1.1.4)Middlefrequency:1GHzto10GHz (1.1.5)Highestfrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page98of477 FCCID:PX8MU01-6100 (1.1.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page99of477 FCCID:PX8MU01-6100 (1.2)TestforLTE3MHz (1.2.1)Lowestfrequency:9kHzto1GHz (1.2.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page100of477 FCCID:PX8MU01-6100 (1.2.3)Middlefrequency:9kHzto1GHz (1.2.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page101of477 FCCID:PX8MU01-6100 (1.2.5)Highestfrequency:9kHzto1GHz (1.2.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page102of477 FCCID:PX8MU01-6100 (1.3)TestforLTE5MHz (1.3.1)Lowestfrequency:9kHzto1GHz (1.3.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page103of477 FCCID:PX8MU01-6100 (1.3.3)Middlefrequency:9kHzto1GHz (1.3.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page104of477 FCCID:PX8MU01-6100 (1.3.5)Highestfrequency:9kHzto1GHz (1.3.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page105of477 FCCID:PX8MU01-6100 (1.4)TestforLTE10MHz (1.4.1)Lowestfrequency:9kHzto1GHz (1.4.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page106of477 FCCID:PX8MU01-6100 (1.4.3)Middlefrequency:9kHzto1GHz (1.4.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page107of477 FCCID:PX8MU01-6100 (1.4.5)Highestfrequency:9kHzto1GHz (1.4.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page108of477 FCCID:PX8MU01-6100 (1.5)TestforLTE15MHz (1.5.1)Lowestfrequency:9kHzto1GHz (1.5.2)Lowestfreq…

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ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page110of477 FCCID:PX8MU01-6100 (1.5.5)Highestfrequency:9kHzto1GHz (1.5.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page111of477 FCCID:PX8MU01-6100 (1.6)TestforLTE20MHz (1.6.1)Lowestfrequency:9kHzto1GHz (1.6.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page112of477 FCCID:PX8MU01-6100 (1.6.3)Middlefrequency:9kHzto1GHz (1.6.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page113of477 FCCID:PX8MU01-6100 (1.6.5)Highestfrequency:9kHzto1GHz (1.6.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page114of477 FCCID:PX8MU01-6100 (2)GSMmodulation (2.1)Lowestfrequency:9kHzto1GHz (2.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page115of477 FCCID:PX8MU01-6100 (2.3)Middlefrequency:9kHzto1GHz (2.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page116of477 FCCID:PX8MU01-6100 (2.5)Highestfrequency:9kHzto1GHz (2.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page117of477 FCCID:PX8MU01-6100 (3)CDMAmodulation (3.1)Lowestfrequency:9kHzto1GHz (3.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page118of477 FCCID:PX8MU01-6100 (3.3)Middlefrequency:9kHzto1GHz (3.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page119of477 FCCID:PX8MU01-6100 (3.5)Highestfrequency:9kHzto1GHz (3.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page120of477 FCCID:PX8MU01-6100 (4)WCDMAmodulation (4.1)Lowestfrequency:9kHzto1GHz (4.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page121of477 FCCID:PX8MU01-6100 (4.3)Middlefrequency:9kHzto1GHz (4.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page122of477 FCCID:PX8MU01-6100 (4.5)Highestfrequency:9kHzto1GHz (4.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page123of477 FCCID:PX8MU01-6100 (5)1xEV-DOmodulation (5.1)Lowestfrequency:9kHzto1GHz (5.2)Lowestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page124of477 FCCID:PX8MU01-6100 (5.3)Middlefrequency:9kHzto1GHz (5.4)Middlefrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page125of477 FCCID:PX8MU01-6100 (5.5)Highestfrequency:9kHzto1GHz (5.6)Highestfrequency:1GHzto10GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page126of477 FCCID:PX8MU01-6100 5.2.2.1.51900MHzBand (1)LTEmodulation (1.1)TestforLTE1.4MHz (1.1.1)Lowestfrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page127of477 FCCID:PX8MU01-6100 (1.1.2)Lowestfrequency:1GHzto26GHz (1.1.3)Middlefrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page128of477 FCCID:PX8MU01-6100 (1.1.4)Middlefrequency:1GHzto26GHz (1.1.5)Highestfrequency:9kHzto1GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page129of477 FCCID:PX8MU01-6100 (1.1.6)Highestfrequency:1GHzto26GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page130of477 FCCID:PX8MU01-6100 (1.2)TestforLTE3MHz (1.2.1)Lowestfrequency:9kHzto1GHz (1.2.2)Lowestfrequency:1GHzto26GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page131of477 FCCID:PX8MU01-6100 (1.2.3)Middlefrequency:9kHzto1GHz (1.2.4)Middlefrequency:1GHzto26GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page132of477 FCCID:PX8MU01-6100 (1.2.5)Highestfrequency:9kHzto1GHz (1.2.6)Highestfrequency:1GHzto26GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page133of477 FCCID:PX8MU01-6100 (1.3)TestforLTE5MHz (1.3.1)Lowestfrequency:9kHzto1GHz (1.3.2)Lowestfrequency:1GHzto26GHz ReportNo.:EM201400729-2ApplicationNo.:ZJ00051634-1Page134of477 FCCID:PX8MU01-6100 (1.3.3)Middlefrequency:9kHzto1GHz (1.3.4)…

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