2AWIZHL4GMV2GPON ONT

FCC Software Configuration Control Declaration Rev1.1 FIBRAIN sp. z o.o. FCC Software Configuration Control Declaration Date: Dec.30, 2022 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 USA Attn: OET Dept. Regarding FCC Country Code Selection guidelines identified in Product/ Model Number: GPON ONT / HL-4GMV2&HL-4GMV3 KDB 594280. “All applications for equipment authorization for transmitters that can have radio parameters, or other technical parameters, reported to the Commission set by software must have an attestation indicating that no third party will have software, or configuration control, to program the device out of compliance of the technical rules under which it has been certified.” We declare that no third party will have software, or configuration control, to program the device out of compliance of the technical rules under which it has been certified. Name: Date: 2022-12-30 Radoslaw Ziemba Title: Head of Active Equipment Signature of applicant

FIBRAIN sp. z o.o. Agent Authorization We authorize MiCOM Labs Inc., 575 Boulder Court, Pleasanton, California 94566, USA, to act on our behalf on all matters concerning the certification of above named Company:FIBRAIN sp. z o.o. Address:Poland, Zaczernie 190F, 36-062 Product Name:GPON ONT Model Number(s):HL-4GMV2,HL-4GMV3 equipment. We declare that MiCOM Labs Inc. is allowed to forward all information related to the approval and certification of equipment to the regulatory agencies as required and to discuss any issues concerning the approval application. Any and all acts carried out by MiCOM Labs on our behalf shall have the same effect as acts of our own. Date: Dec. 30, 2022 Signature: Name: Title: Radoslaw Ziemba Head of Active Equipment Company: FIBRAIN sp. z o.o.

FIBRAIN sp. z o.o. Office of Engineering Technology Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Date: Dec. 30, 2022 USA Subject; Request for Confidentiality FCC ID:2AWIZHL4GMV2 To Whom It May Concern, Pursuant to the provisions of the Commission’s rules Title 47 Sections §0.457 and §0.459, we are requesting the Commission to withhold the following attachment(s) as confidential documents from public disclosure indefinitely. These documents contain detailed system and equipment descriptions and are considered as proprietary information in operation of the equipment. The public disclosure of these documents might be harmful to our company and would give competitors an unfair advantage in the market. Schematic Diagram Block Diagram Parts List Operational Description Tune-up Procedure FCC Software Security Requirements for UNII devices In additional to above mentioned documents, in order to comply with the marketing regulations in Title 47 CFR §2.803 and the importation rules in Title 47 CFR §2.1204, while ensuring that business sensitive information remains confidential until the actual marketing of newly authorized devices, we request Short Term Confidentiality of the following attachment(s); External Photos Test Setup Photos Internal Photos User Manual For 45 days, pursuant to Public Notice DA 04-1705. OR For 180 days pursuant to KDB 726920 D01. It is our understanding that all measurement test reports, FCC ID label format and correspondence during the certification review process cannot be granted as confidential documents and this information will be available for public review once the grant of equipment authorization is issued. Sincerely, Signature: Name: Radoslaw Ziemba Title: Head of Active Equipment

FCCID:2AWIZHL4GMV2 FIBRAINsp.zo.o. ModelConfirmationLetter We,FIBRAINsp.zo.o.,certifytheproduct:GPONONT,ModelNo.:HL- 4GMV2,HL-4GMV3 Theirelectricalcircuitdesign,layout,componentsusedandinternalwiringare identical,Onlythecolorwillbedifferent,sothenamewillbedifferent.Test samplemodel:HL-4GMV2 Signiture: GranteeContact:RadoslawZiemba CompanyName:FIBRAINsp.zo.o. Date:2022-12-30

FCCID:2AWIZHL4GMV2

Label:50*30mm

FCCID:2AWIZHL4GMV2

FCCID:2AWIZHL4GMV2 RFExposureEvaluation AccordingtoKDB447498D01GeneralRFExposureGuidancev064.3.1.StandaloneSARtest exclusionconsiderationsUnlessspecificallyrequiredbythepublishedRFexposureKDBprocedures, standalone1-gheadorbodyand10-gextremitySARevaluationforgeneralpopulationexposure conditions,bymeasurementornumericalsimulation,isnotrequiredwhenthecorrespondingSAR ExclusionThresholdcondition,listedbelow,issatisfied. Limits AccordingtoFCCPart1.1310:Thecriterialistedinthefollowingtableshallbeusedtoevaluatethe environmentimpactofhumanexposuretoradiofrequency(RF)radiationasspecifiedinpart1.1307(b) F=FrequencyinMHzFriisFormula Friistransmissionformula:Pd=(Pout*G)/(4*Pi*R2)Where Pd=powerdensityinmW/cm2 Pout=outputpowertoantennainmW G=gainofantennainlinearscale Pi=3.1416 R=distancebetweenobservationpointandcenteroftheradiatorincm PdidthelimitofMPE.Ifweknowthemaximumgainoftheantennaandthetotalpowerinputtotheantenna, throughthecalculation,wewillknowthedistancerwheretheMPElimitisreached. TestResultofRFExposureEvaluation 2.4GWIFIAntenna1&Antenna2Gain:2.0dBi,MIMOGain:5.01dBi 5GWIFIAntenna1&Antenna2Gain:2dBi,MIMOGain:5.01dBi AntennaGain:ThemaximumGainmeasuredinfullyanechoicchamberis1.0inlinearscale. OutputPowerIntoAntenna&RFExposureEvaluationDistance: MeasurementData TheMaxConductedPeakOutputPowerdatarefertoreportReportNo.:ZKT-221215L9440-01& ZKT-221215L9440-02 2.4GWIFI: worstmodeandchannel Testchannel Antenna OutputPower(dBm) Tuneuptolerance (dBm) ANT1ANT2SUMANT1ANT2SUM TX802.11n20Mode CH0116.0915.93 19.02 16±115±118.54±1 CH0615.6616.21 18.95 15±116±118.54±1 CH1116.1516.19 19.18 16±116±120.01±1 Testworstcase Maximumtune-upPower (dbm) Maximumtune-upPower (mW) Calculatedvalue (mW/cm2) Limit (mW/cm2) 20.01100.2310.0631.0 Remark: 1)TheMaxConductedPeakOutputPowerdatarefertoreportReportNo.:ZKT-221215L9440-01 2)Pd=(Pout*G)/(4*Pi*R2)=(100.231*3.17)/(4*3.1415*20*20)=0.020,G=10gain/10=3.17 5GWIFI-worstmodeandchannel: Mode Test channel Antenna OutputPower(dBm) Tuneuptolerance (dBm) Max Tuneup (dBm) ANT1ANT2SUMANT1ANT2SUM N (20MHz) 3614.5414.1417.35 14±114±117.01±1 18.01 4013.8113.1116.48 13±113±116.01±1 17.01 4813.7513.0216.41 13±113±116.01±1 17.01 Testworstcase Maximumtune-upPower (dbm) Maximumtune-upPower (mW) Calculatedvalue (mW/cm2) Limit (mW/cm2) 18.0163.2410.041.0 Remark: 1)TheMaxConductedPeakOutputPowerdatarefertoreportReportNo.:ZKT-221215L9440-02 2)Pd=(Pout*G)/(4*Pi*R2)=(63.241*3.17)/(4*3.1415*20*20)=0.00685,G=10gain/10=3.17 EUTRFExposureEvaluationsimultaneoustransmissionoperations Accordingto865664D022.2d)1): ThesumoftheratiosofthespatiallyaveragedresultstotheapplicablefrequencydependentMPElimits: Simultaneoustransmission mode ThesumoftheratiosSUMLimit 2.4GWIFI+5GWIFI0.063+0.040.1031.0 conclusion:0.103<1.0,Sothereisnosarrequirement NOTE:1.EUTwifi-5Gmodule&wifi-2.4Gmoduleismorethan20cmawayfromthehumanbody. 2.Thesumoftheratios(2.4GWIFI+5GWIFI)islessthanthelimitvalueof1.0,sothereisnosar requirement.

ProjectNo.:ZKT-221215L9440-02 Page 1 of 172 FCCTESTREPORT FCCID:2AWIZHL4GMV2 ReportNumber. .................................. : ZKT-221215L9440-02 DateofTest ........................................... : Dec.12,2022--Dec.19,2022 Dateofissue.........................................: Dec.19,2022 Totalnumberofpages........................:172 TestResult ............................................ : PASS TestingLaboratory. ........................... : ShenzhenZKTTechnologyCo.,Ltd. Address ............................................... : 1/F,No.101,BuildingB,No.6,TangweiCommunityIndustrial Avenue,FuhaiStreet,Bao'anDistrict,Shenzhen,China Applicant'sname.............................: FIBRAINsp.zo.o. Address...............................................: Poland,Zaczernie190F,36-062 Manufacturer'sname ...................... : FIBRAINsp.zo.o. Address ............................................... : Poland,Zaczernie190F,36-062 Testspecification: Standard................................................:FCCCFRTitle47Part15SubpartESection15.407 Testprocedure ..................................... : ANSIC63.10:2013 789033D02GeneralU-NIITestProceduresNewRulesv02r01 Non-standardtestmethod ................ :N/A TestReportFormNo........................: TRF-EL-110_V0 TestReportForm(s)Originator.....: ZKTTesting MasterTRF........................................: Dated:2020-01-06 ThisdevicedescribedabovehasbeentestedbyZKT,andthetestresultsshowthattheequipmentunder test(EUT)isincompliancewiththeFCCrequirements.Anditisapplicableonlytothetestedsample identifiedinthereport. Thisreportshallnotbereproducedexceptinfull,withoutthewrittenapprovalofZKT,thisdocumentmay bealteredorrevisedbyZKT,personalonly,andshallbenotedintherevisionofthedocument. Productname ..................................... : GPONONT Trademark...........................................: / Model/Typereference.........................: HL-4GMV2/HL-4GMV3 Ratings..................................................:DC12VAdapter ProjectNo.:ZKT-221215L9440-02 Page 2 of 172 Testingprocedureandtestinglocation: TestingLaboratory.......................................:ShenzhenZKTTechnologyCo.,Ltd. Address............................................................:1/F,No.101,BuildingB,No.6,TangweiCommunity IndustrialAvenue,FuhaiStreet,Bao'anDistrict, Shenzhen,China AlenHe Testedby(name+signature).......................: JoeLiu Reviewer(name+signature) ....................... : LakeXie Approved(name+signature) ....................... : ProjectNo.:ZKT-221215L9440-02 Page 3 of 172 TableofContents Page 1.VERSION.....................................................................................................................5 2.SUMMARYOFTESTRESULTS..................................................................................6 2.1TESTFACILITY....................................................................................................................7 2.2MEASUREMENTUNCERTAINTY.......................................................................................7 3.GENERALINFORMATION..........................................................................................8 3.1GENERALDESCRIPTIONOFEUT....................................................................................8 3.2DESCRIPTIONOFTESTMODES......................................................................................9 3.3BLOCKDIGRAMSHOWINGTHECONFIGURATIONOFSYSTEMTESTED.................9 3.4DESCRIPTIONOFSUPPORTUNITS(CONDUCTEDMODE)...........................................9 3.5EQUIPMENTSLISTFORALLTESTITEMS.....................................................................11 4.EMCEMISSIONTEST...............................................................................................12 4.1CONDUCTEDEMISSIONMEASUREMENT....................................................................12 4.1.1POWERLINECONDUCTEDEMISSIONLIMITS....................................................12 4.1.2TESTPROCEDURE..................................................................................................12 4.1.3DEVIATIONFROMTESTSTANDARD.....................................................................12 4.1.4TESTSETUP.............................................................................................................13 4.1.5EUTOPERATINGCONDITIONS..............................................................................13 4.1.6TESTRESULT...........................................................................................................14 4.2RADIATEDEMISSIONMEASUREMENT.........................................................................16 4.2.1RADIATEDEMISSIONLIMITS.................................................................................16 4.2.2TESTPROCEDURE..................................................................................................17 4.2.3DEVIATIONFROMTESTSTANDARD.....................................................................17 4.2.4TESTSETUP.............................................................................................................17 4.2.5EUTOPERATINGCONDITIONS..............................................................................18 4.2.6TESTRESULTS.........................................................................................................19 5.POWERSPECTRALDENSITYTEST........................................................................26 5.1APPLIEDPROCEDURES/LIMIT.....................................................................................26 5.2TESTPROCEDURE..........................................................................................................26 5.3DEVIATIONFROMSTANDARD.......................................................................................26 5.4TESTSETUP......................................................................................................................26 5.5EUTOPERATIONCONDITIONS.............................................…

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ProjectNo.:ZKT-221215L9440-02 Page 101 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5745_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5785_20M ProjectNo.:ZKT-221215L9440-02 Page 102 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5825_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5745_20M ProjectNo.:ZKT-221215L9440-02 Page 103 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5785_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5825_20M ProjectNo.:ZKT-221215L9440-02 Page 104 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5755_40M -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5795_40M ProjectNo.:ZKT-221215L9440-02 Page 105 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5755_40M -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5795_40M ProjectNo.:ZKT-221215L9440-02 Page 106 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT80)_5775_80M ProjectNo.:ZKT-221215L9440-02 Page 107 of 172 ANT2 -6dB_Emission_Bandwidth_5_8GWiFi_802_11a_5745_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11a_5785_20M ProjectNo.:ZKT-221215L9440-02 Page 108 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11a_5825_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5745_20M ProjectNo.:ZKT-221215L9440-02 Page 109 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5785_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5825_20M ProjectNo.:ZKT-221215L9440-02 Page 110 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5745_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5785_20M ProjectNo.:ZKT-221215L9440-02 Page 111 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5825_20M -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5755_40M ProjectNo.:ZKT-221215L9440-02 Page 112 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5795_40M -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5755_40M ProjectNo.:ZKT-221215L9440-02 Page 113 of 172 -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5795_40M -6dB_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT80)_5775_80M ProjectNo.:ZKT-221215L9440-02 Page 114 of 172 12.2.-26dBand99%EmissionBandwidth ConditionAntennaModulationFrequency(MHz)-26dB_Emission_Bandwidth(MHz) Occupied Bandwidth(MHz) NVNTANT1802.11a5745.0019.1416.38 NVNTANT1802.11a5785.0019.0416.37 NVNTANT1802.11a5825.0019.1516.36 NVNTANT1802.11n(HT20)5745.0019.5617.51 NVNTANT1802.11n(HT20)5785.0019.6417.53 NVNTANT1802.11n(HT20)5825.0019.5017.53 NVNTANT1802.11ac(VHT20)5745.0020.1417.60 NVNTANT1802.11ac(VHT20)5785.0020.0617.62 NVNTANT1802.11ac(VHT20)5825.0020.0517.62 NVNTANT1802.11n(HT40)5755.0040.0636.04 NVNTANT1802.11n(HT40)5795.0040.5436.07 NVNTANT1802.11ac(VHT40)5755.0040.1536.05 NVNTANT1802.11ac(VHT40)5795.0040.9336.03 NVNTANT1802.11ac(VHT80)5775.00123.7676.09 ConditionAntennaModulationFrequency(MHz)-26dB_Emission_Bandwidth(MHz) Occupied Bandwidth(MHz) NVNTANT2802.11a5745.0019.1016.36 NVNTANT2802.11a5785.0019.1616.38 NVNTANT2802.11a5825.0019.1216.38 NVNTANT2802.11n(HT20)5745.0019.5617.50 NVNTANT2802.11n(HT20)5785.0019.6117.53 NVNTANT2802.11n(HT20)5825.0019.6617.55 NVNTANT2802.11ac(VHT20)5745.0020.1417.60 NVNTANT2802.11ac(VHT20)5785.0020.0317.62 NVNTANT2802.11ac(VHT20)5825.0019.9817.61 NVNTANT2802.11n(HT40)5755.0039.9836.00 NVNTANT2802.11n(HT40)5795.0040.3936.05 NVNTANT2802.11ac(VHT40)5755.0040.9336.18 NVNTANT2802.11ac(VHT40)5795.0040.9036.16 NVNTANT2802.11ac(VHT80)5775.00120.7076.15 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11a_5745_20M ProjectNo.:ZKT-221215L9440-02 Page 115 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11a_5785_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11a_5825_20M ProjectNo.:ZKT-221215L9440-02 Page 116 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5745_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5785_20M ProjectNo.:ZKT-221215L9440-02 Page 117 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5825_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5745_20M ProjectNo.:ZKT-221215L9440-02 Page 118 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5785_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5825_20M ProjectNo.:ZKT-221215L9440-02 Page 119 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5755_40M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5795_40M ProjectNo.:ZKT-221215L9440-02 Page 120 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5755_40M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5795_40M ProjectNo.:ZKT-221215L9440-02 Page 121 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT80)_5775_80M ProjectNo.:ZKT-221215L9440-02 Page 122 of 172 ANT2 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11a_5745_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11a_5785_20M ProjectNo.:ZKT-221215L9440-02 Page 123 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11a_5825_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5745_20M ProjectNo.:ZKT-221215L9440-02 Page 124 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5785_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT20)_5825_20M ProjectNo.:ZKT-221215L9440-02 Page 125 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5745_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5785_20M ProjectNo.:ZKT-221215L9440-02 Page 126 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT20)_5825_20M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5755_40M ProjectNo.:ZKT-221215L9440-02 Page 127 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11n(HT40)_5795_40M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5755_40M ProjectNo.:ZKT-221215L9440-02 Page 128 of 172 -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT40)_5795_40M -26dB_and_99%_Emission_Bandwidth_5_8GWiFi_802_11ac(VHT80)_5775_80M ProjectNo.:ZKT-221215L9440-02 Page 129 of 172 12.3.MaximumConductedOutputPower ConditionModulation Frequency (MHz) ConductedPower(dBm)Conducted Power(dBm) MIMO limit(dBm)Result ANT1ANT…

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深圳市星源创科技有限公司 SHENZHEN Xingyuanchuang TECHNOLOGY CO.,LTD Antenna Test Report 产品名称: AUX-BT/WIFI FPC ANT PRODUCT NAME 客户名称： GUANGDONG UNION TECHNOLOGY CO., LTD CUSTOMER NAME 料号： T408-13MB-185 深圳市星源创科技有限公司 SHENZHEN Xingyuanchuang TECHNOLOGY CO.,LTD 1.Purpose Standardize product specifications and test methods for mobile communication terminal antennas produced by OnePlus to avoid errors caused by differences in test conditions and methods. 2.Overview of product categories and product models 2.1 Product model overview This report mainly outlines the electrical results of the antenna designed for the KST103SD_J project. The design frequency band of this antenna is: 2.4G WIFI segment. 3.Description of basic parameters and experimental equipment 3.1 Basic parameters Product electrical performance index Operating frequency 2400-2480MHz 4800-5850 MHz VSWR 2400-2480 MHz: < 2.0 4800-5850 MHz: < 1.35 Antenna gain 2400-2480 MHz:2dBi Max 4800-5850 MHz: 2dBi Max Radiation efficiency 2400-2480 M Hz:58.47% 4800-5850 MHz:38.12% impedance 50 ohm Product material description FPC Electrolytic copperPI coaxial Braided wire + terminal Product Environmental Description Operating temperature - 30 ̊C ~ + 85 ̊C stored temperature - 30 ̊C ~ + 85 ̊C 3.2 Experimental equipment description ListTesting projectEquipment 1. S Parameters 1.Return loss 2. VSWR at Network analyzer: Agilent 8753ES 2. Coupling power test 1. Transmission power 2. Receiving sensitivity Comprehensive tester: Agilent 8960 E5515C 3. Radiation pattern and gain 1. Radiation pattern 2. Antenna gain 1. Darkroom ： 7x4x3 m (3D) 2. Network analyzer ： Agilent 8753ES 深圳市星源创科技有限公司 SHENZHEN Xingyuanchuang TECHNOLOGY CO.,LTD 4.Antenna Test Data 4.1 Efficiency/Gain Fre.(Mhz)Efficiency(%)Gain(dBi) 2400 52.251.24 2410 51.411.10 2420 53.251.30 2430 55.471.28 2440 55.631.41 2450 58.47 2.0 2460 54.631.45 2470 53.251.33 2480 53.671.14 5.1 test chart 深圳市星源创科技有限公司 SHENZHEN Xingyuanchuang TECHNOLOGY CO.,LTD 4850 37.621.35 5850 38.12 2.0 6.1 VSWR 深圳市星源创科技有限公司 SHENZHEN Xingyuanchuang TECHNOLOGY CO.,LTD

FCCID:2AWIZHL4GMV2 RADIATEDEMISSIONMEASUREMENT（below1G） RADIATEDEMISSIONMEASUREMENT（Above1G） CONDUCTEDEMISSIONMEASUREMENT