2AFG6-CSP50Portable Capture Host

Guangzhou Shirui Electronics Co., Ltd

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Application Details

Equipment Class: NII - Unlicensed National Information Infrastructure TX
Date of Grant: Aug 12, 2026
Application Purpose: Original Equipment
Equipment Note: Portable Capture Host
Frequency Range: 5180.00000000 - 5240.00000000
Company: Guangzhou Shirui Electronics Co., Ltd
Country: China

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Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Test Report

ReportNo.:JCF260617081-002 LOP-FTR0141.0482/490 TestReport ProjectInformation EUT:PortableCaptureHost Model:CSP50 Mode:11A_5180 Environment:25.1°C/49%Engineer:SohoLiu Voltage:DC24VSN: Remark: StartofTest:2026-07-1519:38:30 TestGraph PKFinalDataList NO. Freq. (MHz) Factor (dB/m) PKLevel (dBμV/m) PKLimit (dBμV/m) PKMargin (dB) Height (cm) Angle (°) Polarity 118937.3872.9240.6168.2027.59150284Vertical 222880.5768.0441.3268.2026.8815024Vertical 325833.5676.6840.2868.2027.9215094Vertical 431361.07211.9643.9768.2024.23150150Vertical 534573.71512.6244.3868.2023.82150360Vertical 638305.66114.6248.7868.2019.42150303Vertical AVFinalDataList NO. Freq. (MHz) Factor (dB/m) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 118937.3872.9231.8754.0022.13150284Vertical 222880.5768.0434.0154.0019.9915024Vertical 325833.5676.6833.9054.0020.1015094Vertical 431361.07211.9635.5254.0018.48150150Vertical 534573.71512.6237.4354.0016.57150360Vertical 638305.66114.6239.8354.0014.17150303Vertical Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0483/490 TestReport ProjectInformation EUT:PortableCaptureHost Model:CSP50 Mode:11A_5320 Environment:25.1°C/49%Engineer:SohoLiu Voltage:DC24VSN: Remark: StartofTest:2026-07-1519:40:04 TestGraph PKFinalDataList NO. Freq. (MHz) Factor (dB/m) PKLevel (dBμV/m) PKLimit (dBμV/m) PKMargin (dB) Height (cm) Angle (°) Polarity 118770.1542.8539.0268.2029.18150289Horizontal 223263.4538.6041.9368.2026.27150318Horizontal 326784.1574.8040.6368.2027.57150217Horizontal 428733.7477.3039.7768.2028.4315034Horizontal 533381.07611.5342.3868.2025.821503Horizontal 638314.46314.6148.2968.2019.91150236Horizontal AVFinalDataList NO. Freq. (MHz) Factor (dB/m) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 118770.1542.8532.9754.0021.03150289Horizontal 223263.4538.6034.9454.0019.06150318Horizontal 326784.1574.8034.1754.0019.83150217Horizontal 428733.7477.3033.4254.0020.5815034Horizontal 533381.07611.5336.2754.0017.731503Horizontal 638314.46314.6139.6454.0014.36150236Horizontal Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0484/490 TestReport ProjectInformation EUT:PortableCaptureHost Model:CSP50 Mode:11A_5320 Environment:25.1°C/49%Engineer:SohoLiu Voltage:DC24VSN: Remark: StartofTest:2026-07-1519:40:49 TestGraph PKFinalDataList NO. Freq. (MHz) Factor (dB/m) PKLevel (dBμV/m) PKLimit (dBμV/m) PKMargin (dB) Height (cm) Angle (°) Polarity 118893.3792.9038.1568.2030.05150360Vertical 222752.9517.6540.4668.2027.74150316Vertical 325697.1396.9340.1968.2028.01150102Vertical 429679.9369.4842.2768.2025.9315054Vertical 532298.46012.0142.5668.2025.64150285Vertical 638257.25114.6646.7668.2021.44150102Vertical AVFinalDataList NO. Freq. (MHz) Factor (dB/m) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 118893.3792.9031.9054.0022.10150360Vertical 222752.9517.6534.3954.0019.61150316Vertical 325697.1396.9332.9654.0021.04150102Vertical 429679.9369.4833.3454.0020.6615054Vertical 532298.46012.0135.9954.0018.01150285Vertical 638257.25114.6640.3354.0013.67150102Vertical Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0485/490 TestReport ProjectInformation EUT:PortableCaptureHost Model:CSP50 Mode:11A_5500 Environment:25.1°C/49%Engineer:SohoLiu Voltage:DC24VSN: Remark: StartofTest:2026-07-1519:41:44 TestGraph PKFinalDataList NO. Freq. (MHz) Factor (dB/m) PKLevel (dBμV/m) PKLimit (dBμV/m) PKMargin (dB) Height (cm) Angle (°) Polarity 118246.4492.6139.8668.2028.34150228Horizontal 220116.8233.5040.0468.2028.1615076Horizontal 323707.9428.9541.1868.2027.02150324Horizontal 428434.4876.4839.9568.2028.25150247Horizontal 533059.81211.5442.8868.2025.3215013Horizontal 638996.59914.0047.1968.2021.01150358Horizontal AVFinalDataList NO. Freq. (MHz) Factor (dB/m) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 118246.4492.6132.7354.0021.27150228Horizontal 220116.8233.5032.5754.0021.4315076Horizontal 323707.9428.9534.5554.0019.45150324Horizontal 428434.4876.4833.2754.0020.73150247Horizontal 533059.81211.5434.7754.0019.2315013Horizontal 638996.59914.0039.3854.0014.62150358Horizontal Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0486/490 TestReport ProjectInformation EUT:PortableCaptureHost Model:CSP50 Mode:11A_5500 Environment:25.1°C/49%Engineer:SohoLiu Voltage:DC24VSN: Remark: StartofTest:2026-07-1519:42:28 TestGraph PKFinalDataList NO. Freq. (MHz) Factor (dB/m) PKLevel (dBμV/m) PKLimit (dBμV/m) PKMargin (dB) Height (cm) Angle (°) Polarity 118748.1502.8339.1168.2029.09150198Vertical 222959.7928.2842.3268.2025.88150317Vertical 325468.2947.3340.4768.2027.73150360Vertical 430850.57011.5742.3468.2025.86150130Vertical 535255.85113.6744.3768.2023.83150267Vertical 638248.45014.6748.3068.2019.90150160Vertical AVFinalDataList NO. Freq. (MHz) Factor (dB/m) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 118748.1502.8332.7654.0021.24150198Vertical 222959.7928.2835.1154.0018.89150317Vertical 325468.2947.3335.1354.0018.87150360Vertical 430850.57011.5734.2254.0019.78150130Vertical 535255.85113.6737.1554.0016.85150267Vertical 638248.45014.6740.5654.0013.44150160Vertical Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0487/490 TestReport ProjectInformation EUT:PortableCaptureHost Model:CSP50 Mode:11A_5745 Environment:25.1°C/49%Engineer:SohoLiu Voltage:DC24VSN: Remark: StartofTest:2026-07-1519:43:26 TestGraph PKFinalDataList NO. Freq. (MHz) Factor (dB/m) PKLevel (dBμV/m) PKLimit (dBμV/m) PKMargin (dB) Height (cm) Angle (°) Polarity 120046.4093.4940.9868.2027.2215057Horizontal 223263.4538.6040.5068.2027.70150117Horizontal 326172.4346.0340.6868.2027.5215048Horizontal 430498.50010.9840.9068.2027.30150266Horizontal 534305.26112.0944.3868.2023.82150254Horizontal 638279.25614.6549.9568.2018.25150324Horizontal AVFinalDataList NO. Freq…

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Test Report

ReportNo.:JCF260617081-002 LOP-FTR0141.0371/490 TestReport ProjectInformation Customer:PortableCaptureHost EUT: Model:CSP50SN: Mode:11A_5745Voltage:DC24V Environment:25.3°C53%Engineer:SohoLiu Remark: StartofTest:2026-07-1709:55:04 TestGraph SuspectedDataList NO. Frequency (MHz) Reading (dBμV/m) Level (dBμV/m) Factor (dB) Limit (dBμV/m) Margin (dB) Height (cm) Angle (°) Polarity 11059.4147.0648.791.7374.0025.21150205Horizontal 22227.7244.3752.468.0974.0021.54150233Horizontal 33778.3336.7648.8712.1174.0025.13150245Horizontal 44981.3033.0050.1717.1774.0023.83150344Horizontal 511431.6942.7250.697.9774.0023.31150260Horizontal 617994.2536.3559.6423.2974.0014.3615016Horizontal AVFinalDataList NO. Freq. (MHz) AVReading (dBμV/m) Factor (dB) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 12227.7237.668.0945.7554.008.25150233Horizontal 217994.2527.2023.2950.4954.003.5115016Horizontal Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0372/490 TestReport ProjectInformation Customer:PortableCaptureHost EUT: Model:CSP50SN: Mode:11A_5745Voltage:DC24V Environment:25.3°C53%Engineer:SohoLiu Remark: StartofTest:2026-07-1709:56:24 TestGraph SuspectedDataList NO. Frequency (MHz) Reading (dBμV/m) Level (dBμV/m) Factor (dB) Limit (dBμV/m) Margin (dB) Height (cm) Angle (°) Polarity 11331.6843.1047.254.1574.0026.75150274Vertical 22710.6738.3246.768.4474.0027.2415042Vertical 33905.9436.4649.1712.7174.0024.83150214Vertical 44820.1333.9050.3516.4574.0023.65150274Vertical 511345.4343.0150.857.8474.0023.15150255Vertical 617963.2037.5160.5823.0774.0013.4215057Vertical AVFinalDataList NO. Freq. (MHz) AVReading (dBμV/m) Factor (dB) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 117963.2027.3323.0750.4054.003.6015057Vertical Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0373/490 TestReport ProjectInformation Customer:PortableCaptureHost EUT: Model:CSP50SN: Mode:11A_5785Voltage:DC24V Environment:25.3°C53%Engineer:SohoLiu Remark: StartofTest:2026-07-1709:58:11 TestGraph SuspectedDataList NO. Frequency (MHz) Reading (dBμV/m) Level (dBμV/m) Factor (dB) Limit (dBμV/m) Margin (dB) Height (cm) Angle (°) Polarity 11061.0647.1848.911.7374.0025.09150201Horizontal 22227.1743.8051.908.1074.0022.10150216Horizontal 33820.1336.5448.8312.2974.0025.17150208Horizontal 44821.7833.1849.6316.4574.0024.37150142Horizontal 511404.0942.7450.657.9174.0023.35150108Horizontal 617971.2537.2660.3823.1274.0013.62150304Horizontal AVFinalDataList NO. Freq. (MHz) AVReading (dBμV/m) Factor (dB) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 12227.1737.238.1045.3354.008.67150216Horizontal 217971.2526.7423.1249.8654.004.14150304Horizontal Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0374/490 TestReport ProjectInformation Customer:PortableCaptureHost EUT: Model:CSP50SN: Mode:11A_5785Voltage:DC24V Environment:25.3°C53%Engineer:SohoLiu Remark: StartofTest:2026-07-1709:59:31 TestGraph SuspectedDataList NO. Frequency (MHz) Reading (dBμV/m) Level (dBμV/m) Factor (dB) Limit (dBμV/m) Margin (dB) Height (cm) Angle (°) Polarity 11330.0343.8147.944.1374.0026.06150269Vertical 22751.3839.0747.448.3774.0026.56150251Vertical 33920.2436.6149.3512.7474.0024.65150360Vertical 45034.6532.6550.0017.3574.0024.00150359Vertical 511358.0942.8650.727.8674.0023.28150105Vertical 617998.8536.6559.9723.3274.0014.0315030Vertical AVFinalDataList NO. Freq. (MHz) AVReading (dBμV/m) Factor (dB) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 117998.8526.3423.3249.6654.004.3415030Vertical Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0375/490 TestReport ProjectInformation Customer:PortableCaptureHost EUT: Model:CSP50SN: Mode:11A_5825Voltage:DC24V Environment:25.3°C53%Engineer:SohoLiu Remark: StartofTest:2026-07-1710:01:22 TestGraph SuspectedDataList NO. Frequency (MHz) Reading (dBμV/m) Level (dBμV/m) Factor (dB) Limit (dBμV/m) Margin (dB) Height (cm) Angle (°) Polarity 11058.3146.5248.241.7274.0025.76150212Horizontal 22227.7243.7151.808.0974.0022.20150240Horizontal 33872.3936.2448.7512.5174.0025.2515063Horizontal 47750.1845.3046.200.9068.2022.0015089Horizontal 511390.2943.0550.957.9074.0023.05150107Horizontal 617966.6537.3560.4423.0974.0013.561500Horizontal AVFinalDataList NO. Freq. (MHz) AVReading (dBμV/m) Factor (dB) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 12227.7235.628.0943.7154.0010.29150240Horizontal 217966.6527.3223.0950.4154.003.591500Horizontal Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0376/490 TestReport ProjectInformation Customer:PortableCaptureHost EUT: Model:CSP50SN: Mode:11A_5825Voltage:DC24V Environment:25.3°C53%Engineer:SohoLiu Remark: StartofTest:2026-07-1710:02:42 TestGraph SuspectedDataList NO. Frequency (MHz) Reading (dBμV/m) Level (dBμV/m) Factor (dB) Limit (dBμV/m) Margin (dB) Height (cm) Angle (°) Polarity 11332.7845.2349.394.1674.0024.61150262Vertical 22245.3239.5747.618.0474.0026.3915092Vertical 33880.6435.8748.4312.5674.0025.57150344Vertical 44933.4433.3650.1416.7874.0023.86150199Vertical 511338.5342.3650.197.8374.0023.8115068Vertical 617975.8536.2059.3623.1674.0014.64150158Vertical AVFinalDataList NO. Freq. (MHz) AVReading (dBμV/m) Factor (dB) AVLevel (dBμV/m) AVLimit (dBμV/m) AVMargin (dB) Height (cm) Angle (°) Polarity 117975.8529.0623.1652.2254.001.78150158Vertical Note1:Level=Reading+Factor,Margin=Limit-Level ReportNo.:JCF260617081-002 LOP-FTR0141.0377/490 TestReport ProjectInformation Customer:PortableCaptureHost EUT: Model:CSP50SN: Mode:11A_6Mbps_5180Voltage:DC24V Environment:25.3°C53%Engineer:SohoLiu Remark: StartofTest:2026-07-1117:22:18 TestGraph SuspectedDataList NO. Frequency (MHz) Reading( dBμV/m) PKLevel (dBμV/m) Factor (dB) PKLimit (dBμV/m) Margin (dB) Height (cm) Angle (°) Polarity 15118.0135.065…

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Test Report

ReportNo.:JCF260617081-002 LOP-FTR0141.0334/490 15.3.ParametersofRadarTestWaveform Thissectionprovidestheparametersforrequiredtestwaveforms,minimumpercentageofsuccessful detection,andtheminimumnumberoftrialsthatmustbeusedfordeterminingDFSconformance.Step intervalsof0.1microsecondforPulseWidth,1microsecondforPRI,1MHzforchirpwidthand1forthe numberofpulseswillbeutilizedfortherandomdeterminationofspecifictestwaveforms. Aminimumof30uniquewaveformsarerequiredforeachoftheShortPulseRadarTypes2through4. Ifmorethan30waveformsareusedforShortPulseRadarTypes2through4,theneachadditional waveformmustalsobeuniqueandnotrepeatedfromthepreviouswaveforms.Ifmorethan30 waveformsareusedforShortPulseRadarType1,theneachadditionalwaveformisgeneratedwith TestBandmustalsobeuniqueandnotrepeatedfromthepreviouswaveformsinTestsAorB.Test aggregateisaverageofthepercentageofsuccessfuldetectionsofshortpulseradartypes1-4 For5600-5650MHz: ReportNo.:JCF260617081-002 LOP-FTR0141.0335/490 15.4.CalibrationofRadarWaveform RadarWaveformCalibrationProcedure: A50ohmloadisconnectedinplaceofthespectrumanalyzer,andthespectrumanalyzeris connectedtoplaceofthemaster TheinterferenceRadarDetectionThresholdLevelis-62dBm+0dBi+1dB=-61dBmthathadbeen takenintoaccounttheoutputpowerrangeandantennagain. Thefollowingequipmentsetupwasusedtocalibratetheconductedradarwaveform.Avectorsignal generatorwasutilizedtoestablishthetestsignallevelforradartype0.Duringthisprocesstherewere notransmissionsbyeitherthemasterorclientdevice.Thespectrumanalyzerwasswitchedtothezero spans(timedomain)atthefrequencyoftheradarwaveformgenerator.Peakdetectionwasused.The spectrumanalyzerresolutionbandwidth(RBW)andvideobandwidth(VBW)weresetto3MHz.The spectrumanalyzerhadoffset-1.0dBtocompensateRFcableloss1.0dB. Thevectorsignalgeneratoramplitudewassetsothatthepowerlevelmeasuredatthespectrum analyzerwas--62dBm+0dBi+1dB=-61dBm.Capturethespectrumanalyzerplotsonshortpulse radarwaveform. ReportNo.:JCF260617081-002 LOP-FTR0141.0336/490 ConductedCalibrationSetup: Note:1.Usethesoftware"Web"tosetthefrequencychannel. 2.EUTisnotsupportTPCandnotwithRadardetection. RadarWaveformCalibrationResult: RadarType0 11N20MIMO-5320-Type0-PASS 11AC80MIMO-5290-Type0-PASS ReportNo.:JCF260617081-002 LOP-FTR0141.0337/490 For5600-5650MHz: ReferenceType0 11A-5620-Reference-PASS 11AC80MIMO-5610-Reference-PASS ReportNo.:JCF260617081-002 LOP-FTR0141.0338/490 15.5.ChannelClosingTransmissionTime,ChannelMoveTimeand Non-OccupancyPeriod BlockdiagramoftestsetupTestProcedure: Theradarpulsegeneratorissetuptoprovideapulseatfrequencythatthemasterandclientare operating.Atype0radarpulsewitha1uspulsewidthanda1428usPRIisusedforthetesting. Thevectorsignalgeneratorisadjustedtoprovidetheradarburst(18pulses)atthelevelof approximately-61dBmattheantennaportofthemasterdevice. AtriggerisprovidedfromthepulsegeneratortotheDFSmonitoringsysteminordertocapturethe trafficandtheoccurrenceoftheradarpulse. EUTwillassociatewiththemasteratchannel.Thefile“iperf.exe”specifiedbytheFCCisstreamed fromthePC2throughthemasterandtheclientdevicetothePC1andplayedinfullmotionvideousing TestSoftwareinordertoproperlyloadthenetworkfortheentireperiodofthetest. WhenradarburstwithalevelequaltotheDFSDetectionThreshold+1dBisgeneratedonthe operatingchanneloftheU-NIIdevice.AttimeT0theradarwaveformgeneratorsendsaburstofpulse oftheradarwaveformatDetectionThreshold+1dB. ObservethetransmissionsoftheEUTattheendoftheradarBurstontheOperatingChannel. MeasureandrecordthetransmissionsfromtheUUTduringtheobservationtime(ChannelMoveTime). One15secondsplotisreportedfortheShortPulseRadarType0.TheplotfortheShortPulseRadar Typesstartattheendoftheradarburst.TheChannelMoveTimewillbecalculatedbasedonthezoom in600msplotoftheShortPulseRadarType. MeasurementoftheaggregatedurationoftheChannelClosedTransmissionTimemethod.Withthe spectrumanalyzersettozerospantunedtothecenterfrequencyoftheEUToperatingchannelatthe radarsimulatedfrequency,peakdetection,andmaxhold,thedwelltimeperbinisgivenby:Dwell (0.3ms)=S(12000ms)/B(4000);whereDwellisthedwelltimeperspectrumanalyzersamplingbin,S issweeptimeandBisthenumberofspectrumanalyzersamplingbins.Anupperboundofthe aggregatedurationoftheintermittentcontrolsignalsofChannelClosingTransmissionTimeis calculatedby:C(ms)=NXDwell(0.3ms);whereCistheClosingTime,Nisthenumberofspectrum analyzersamplingbins(intermittentcontrolsignals)showingaU-NIItransmissionandDwellisthedwell timeperbin. MeasurementtheEUTformorethan30minutesfollowingthechannelmovetimetoverifythatno transmissionorbeaconsoccuronthischannel. For5600-5650MHz: ChannelAvailabilityCheck(CAC) TheChannelAvailabilityCheck(CAC)isdefinedasamechanismbywhichanRLANdevicechecks channelsforthepresenceofradarsignals. ThismechanismisusedforidentifyingAvailableChannels. ReportNo.:JCF260617081-002 LOP-FTR0141.0339/490 Thereshallbenotransmissionsbythedevicewithinthechannelsbeingcheckedduringthisprocess. Ifnoradarshavebeendetectedonachannel,thenthatchannelbecomesanAvailableChannel. RadardetectionatthebeginningandendofCAC(loadreferenceradarwaveform),radarinjectedwithin 2secafterbeginningandendofCAC RadarDetectionThreshold(duringtheChannelAvailabilityCheck) Thetestshallbeperformed20timesandeachtimeadifferentradartestsignalshallbegenerated. Theradartestsignalshallbedetectedatleast12timesoutofthe20trialsinordertocomplywiththe detectionprobabilityspecifiedforthisfrequencyrange. Forthepurposeofreducingtesttime,itisrecommendedthatthesingle-burstradartestsignalstarts approximately10safterT1. ReportNo.:JCF260617081-002 LOP-FTR0141.0340/490 Off-ChannelCAC Off-ChannelCACisdefinedasanoptionalmechanismbywhichanRLANmonitorschannel(s), differentfromtheOperatingChannel(s),forthepresenceofradarsignals. TheOff-ChannelCACmaybeusedinadditiontotheChannelAvailabilityCheckdefinedinclause 4.7.2.1,foridentifyingAvailableChannels. Off-ChannelCACisperformedbyanumberofnon-continuouschecksspreadoveraperiodintime. Thistime,whichisrequiredtodeterminethepresenceofradarsignals,isdefinedastheOff-Channel CACTime. Ifnoradarshavebeendetectedinachannel,thenthatc…

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Test Report

ReportNo.:JCF260617081-002 LOP-FTR0141.0297/490 11AX40MIMO_Ant2_5230 11AX40MIMO_Ant1_5270 11AX40MIMO_Ant2_5270 ReportNo.:JCF260617081-002 LOP-FTR0141.0298/490 11AX40MIMO_Ant1_5310 11AX40MIMO_Ant2_5310 11AX40MIMO_Ant1_5510 ReportNo.:JCF260617081-002 LOP-FTR0141.0299/490 11AX40MIMO_Ant2_5510 11AX40MIMO_Ant1_5550 11AX40MIMO_Ant2_5550 ReportNo.:JCF260617081-002 LOP-FTR0141.0300/490 11AX40MIMO_Ant1_5670 11AX40MIMO_Ant2_5670 11AX40MIMO_Ant1_5710_UNII-2C ReportNo.:JCF260617081-002 LOP-FTR0141.0301/490 11AX40MIMO_Ant2_5710_UNII-2C 11AX40MIMO_Ant1_5710_UNII-3 11AX40MIMO_Ant2_5710_UNII-3 ReportNo.:JCF260617081-002 LOP-FTR0141.0302/490 11AX80MIMO_Ant1_5210 11AX80MIMO_Ant2_5210 11AX80MIMO_Ant1_5290 ReportNo.:JCF260617081-002 LOP-FTR0141.0303/490 11AX80MIMO_Ant2_5290 11AX80MIMO_Ant1_5530 11AX80MIMO_Ant2_5530 ReportNo.:JCF260617081-002 LOP-FTR0141.0304/490 11AX80MIMO_Ant1_5610 11AX80MIMO_Ant2_5610 11AX80MIMO_Ant1_5690_UNII-2C ReportNo.:JCF260617081-002 LOP-FTR0141.0305/490 11AX80MIMO_Ant2_5690_UNII-2C 11AX80MIMO_Ant1_5690_UNII-3 11AX80MIMO_Ant2_5690_UNII-3 ReportNo.:JCF260617081-002 LOP-FTR0141.0306/490 ReportNo.:JCF260617081-002 LOP-FTR0141.0307/490 12.FrequencyStabilityMeasurement 12.1.BlockDiagramofTestSetup Sameassection8.1 12.2.LimitofFrequencyStability ManufacturersofU-NIIdevicesareresponsibleforensuringfrequencystabilitysuchthatanemission ismaintainedwithinthebandofoperationunderallconditionsofnormaloperationasspecifiedinthe user’smanual. 12.3.TestProcedures (1)Toensureemissionatthebandedgeismaintainedwithintheauthorizedband,thosevaluesshall bemeasuredbyradiationemissionsatupperandlowerfrequencypoints,andfinallycompensatedby frequencydeviationasproceduresbelow. (2)TheEUTwasoperatedatthemaximumoutputpower,andconnectedtothespectrumanalyzer, whichissettomaximumholdfunctionandpeakdetector.Thepeakvalueofthepowerenvelopewas measuredandnoted.Theupperandlowerfrequencypointswererespectivelymeasuredrelatively10 dBlowerthanthemeasuredpeakvalue. (3)Thefrequencydeviationwascalculatedbyaddingtheupperfrequencypointandthelower frequencypointdividedbytwo.Thosedetailedvaluesoffrequencydeviationareprovidedintable below. 12.4.TestResult Voltage Test Mode Ant. Freq. (MHz) Voltage (Vdc) Temper ature (°C) Deviation (Hz) Deviation (ppm) Limit (ppm) Verdict 11AX20MI MO Ant1 5180 NVNT-56000.00-10.81081120PASS LVNT-56000.00-10.81081120PASS HVNT-56000.00-10.81081120PASS 5200 NVNT-54000.00-10.38461520PASS LVNT-56000.00-10.76923120PASS HVNT-56000.00-10.76923120PASS 5240 NVNT-50000.00-9.54198520PASS LVNT-52000.00-9.92366420PASS HVNT-54000.00-10.30534420PASS 5260 NVNT-56000.00-10.64638820PASS LVNT-56000.00-10.64638820PASS HVNT-56000.00-10.64638820PASS 5280 NVNT-56000.00-10.60606120PASS LVNT-58000.00-10.98484820PASS HVNT-58000.00-10.98484820PASS 5320 NVNT-56000.00-10.52631620PASS LVNT-58000.00-10.90225620PASS HVNT-58000.00-10.90225620PASS 5500 NVNT-58000.00-10.54545520PASS LVNT-58000.00-10.54545520PASS HVNT-60000.00-10.90909120PASS 5580 NVNT-58000.00-10.39426520PASS LVNT-60000.00-10.75268820PASS HVNT-60000.00-10.75268820PASS 5700 NVNT-60000.00-10.52631620PASS LVNT-60000.00-10.52631620PASS HVNT-60000.00-10.52631620PASS 5720 NVNT-60000.00-10.48951020PASS LVNT-60000.00-10.48951020PASS HVNT-60000.00-10.48951020PASS 5745 NVNT-58000.00-10.09573520PASS LVNT-60000.00-10.44386420PASS HVNT-60000.00-10.44386420PASS 5785 NVNT-60000.00-10.37165120PASS LVNT-62000.00-10.71737320PASS ReportNo.:JCF260617081-002 LOP-FTR0141.0308/490 HVNT-62000.00-10.71737320PASS 5825 NVNT-60000.00-10.30042920PASS LVNT-62000.00-10.64377720PASS HVNT-62000.00-10.64377720PASS 11AX40MI MO Ant1 5190 NVNT-52000.00-10.01926820PASS LVNT-54000.00-10.40462420PASS HVNT-56000.00-10.78998120PASS 5230 NVNT-54000.00-10.32504820PASS LVNT-56000.00-10.70745720PASS HVNT-56000.00-10.70745720PASS 5270 NVNT-56000.00-10.62618620PASS LVNT-56000.00-10.62618620PASS HVNT-56000.00-10.62618620PASS 5310 NVNT-56000.00-10.54613920PASS LVNT-56000.00-10.54613920PASS HVNT-58000.00-10.92278720PASS 5510 NVNT-58000.00-10.52631620PASS LVNT-58000.00-10.52631620PASS HVNT-60000.00-10.88929220PASS 5550 NVNT-58000.00-10.45045020PASS LVNT-58000.00-10.45045020PASS HVNT-58000.00-10.45045020PASS 5670 NVNT-60000.00-10.58201120PASS LVNT-60000.00-10.58201120PASS HVNT-60000.00-10.58201120PASS 5710 NVNT-58000.00-10.15761820PASS LVNT-60000.00-10.50788120PASS HVNT-60000.00-10.50788120PASS 5755 NVNT-58000.00-10.07819320PASS LVNT-60000.00-10.42571720PASS HVNT-60000.00-10.42571720PASS 5795 NVNT-60000.00-10.35375320PASS LVNT-60000.00-10.35375320PASS HVNT-62000.00-10.69887820PASS 11AX80MI MO Ant1 5210 NVNT-52000.00-9.98080620PASS LVNT-54000.00-10.36468320PASS HVNT-54000.00-10.36468320PASS 5290 NVNT-56000.00-10.58601120PASS LVNT-56000.00-10.58601120PASS HVNT-56000.00-10.58601120PASS 5530 NVNT-60000.00-10.84991020PASS LVNT-60000.00-10.84991020PASS HVNT-60000.00-10.84991020PASS 5610 NVNT-58000.00-10.33868120PASS LVNT-58000.00-10.33868120PASS HVNT-60000.00-10.69518720PASS 5690 NVNT-58000.00-10.19332220PASS LVNT-60000.00-10.54481520PASS HVNT-60000.00-10.54481520PASS Temperature Test Mode Ant. Freq. (MHz) Voltage (Vdc) Temper ature (°C) Deviation (Hz) Deviation (ppm) Limit (ppm) Verdict 11AX20M IMO Ant1 5180 NV-30-56000.00-10.81081120PASS NV-20-56000.00-10.81081120PASS NV-10-56000.00-10.81081120PASS NV0-56000.00-10.81081120PASS NV10-56000.00-10.81081120PASS NV20-58000.00-11.19691120PASS NV30-58000.00-11.19691120PASS NV40-56000.00-10.81081120PASS NV50-58000.00-11.19691120PASS 5200 NV-30-56000.00-10.76923120PASS NV-20-56000.00-10.76923120PASS NV-10-56000.00-10.76923120PASS ReportNo.:JCF260617081-002 LOP-FTR0141.0309/490 NV0-58000.00-11.15384620PASS NV10-58000.00-11.15384620PASS NV20-58000.00-11.15384620PASS NV30-58000.00-11.15384620PASS NV40-58000.00-11.15384620PASS NV50-58000.00-11.15384620PASS 5240 NV-30-54000.00-10.30534420PASS NV-20-56000.00-10.68702320PASS NV-10-56000.00-10.68702320PASS NV0-56000.00-10.68702320PASS NV10-56000.00-10.68702320PASS NV20-56000.00-10.68702320PASS NV30-56000.00-10.68702320PASS NV40-56000.00-10.687…

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Test Report

ReportNo.:JCF260617081-002 LOP-FTR0141.0260/490 11N20MIMO_Ant1_5260 11N20MIMO_Ant2_5260 11N20MIMO_Ant1_5280 ReportNo.:JCF260617081-002 LOP-FTR0141.0261/490 11N20MIMO_Ant2_5280 11N20MIMO_Ant1_5320 11N20MIMO_Ant2_5320 ReportNo.:JCF260617081-002 LOP-FTR0141.0262/490 11N20MIMO_Ant1_5500 11N20MIMO_Ant2_5500 11N20MIMO_Ant1_5580 ReportNo.:JCF260617081-002 LOP-FTR0141.0263/490 11N20MIMO_Ant2_5580 11N20MIMO_Ant1_5700 11N20MIMO_Ant2_5700 ReportNo.:JCF260617081-002 LOP-FTR0141.0264/490 11N20MIMO_Ant1_5720_UNII-2C 11N20MIMO_Ant2_5720_UNII-2C 11N20MIMO_Ant1_5720_UNII-3 ReportNo.:JCF260617081-002 LOP-FTR0141.0265/490 11N20MIMO_Ant2_5720_UNII-3 11N40MIMO_Ant1_5190 11N40MIMO_Ant2_5190 ReportNo.:JCF260617081-002 LOP-FTR0141.0266/490 11N40MIMO_Ant1_5230 11N40MIMO_Ant2_5230 11N40MIMO_Ant1_5270 ReportNo.:JCF260617081-002 LOP-FTR0141.0267/490 11N40MIMO_Ant2_5270 11N40MIMO_Ant1_5310 11N40MIMO_Ant2_5310 ReportNo.:JCF260617081-002 LOP-FTR0141.0268/490 11N40MIMO_Ant1_5510 11N40MIMO_Ant2_5510 11N40MIMO_Ant1_5550 ReportNo.:JCF260617081-002 LOP-FTR0141.0269/490 11N40MIMO_Ant2_5550 11N40MIMO_Ant1_5670 11N40MIMO_Ant2_5670 ReportNo.:JCF260617081-002 LOP-FTR0141.0270/490 11N40MIMO_Ant1_5710_UNII-2C 11N40MIMO_Ant2_5710_UNII-2C 11N40MIMO_Ant1_5710_UNII-3 ReportNo.:JCF260617081-002 LOP-FTR0141.0271/490 11N40MIMO_Ant2_5710_UNII-3 11AC20MIMO_Ant1_5180 11AC20MIMO_Ant2_5180 ReportNo.:JCF260617081-002 LOP-FTR0141.0272/490 11AC20MIMO_Ant1_5200 11AC20MIMO_Ant2_5200 11AC20MIMO_Ant1_5240 ReportNo.:JCF260617081-002 LOP-FTR0141.0273/490 11AC20MIMO_Ant2_5240 11AC20MIMO_Ant1_5260 11AC20MIMO_Ant2_5260 ReportNo.:JCF260617081-002 LOP-FTR0141.0274/490 11AC20MIMO_Ant1_5280 11AC20MIMO_Ant2_5280 11AC20MIMO_Ant1_5320 ReportNo.:JCF260617081-002 LOP-FTR0141.0275/490 11AC20MIMO_Ant2_5320 11AC20MIMO_Ant1_5500 11AC20MIMO_Ant2_5500 ReportNo.:JCF260617081-002 LOP-FTR0141.0276/490 11AC20MIMO_Ant1_5580 11AC20MIMO_Ant2_5580 11AC20MIMO_Ant1_5700 ReportNo.:JCF260617081-002 LOP-FTR0141.0277/490 11AC20MIMO_Ant2_5700 11AC20MIMO_Ant1_5720_UNII-2C 11AC20MIMO_Ant2_5720_UNII-2C ReportNo.:JCF260617081-002 LOP-FTR0141.0278/490 11AC20MIMO_Ant1_5720_UNII-3 11AC20MIMO_Ant2_5720_UNII-3 11AC40MIMO_Ant1_5190 ReportNo.:JCF260617081-002 LOP-FTR0141.0279/490 11AC40MIMO_Ant2_5190 11AC40MIMO_Ant1_5230 11AC40MIMO_Ant2_5230 ReportNo.:JCF260617081-002 LOP-FTR0141.0280/490 11AC40MIMO_Ant1_5270 11AC40MIMO_Ant2_5270 11AC40MIMO_Ant1_5310 ReportNo.:JCF260617081-002 LOP-FTR0141.0281/490 11AC40MIMO_Ant2_5310 11AC40MIMO_Ant1_5510 11AC40MIMO_Ant2_5510 ReportNo.:JCF260617081-002 LOP-FTR0141.0282/490 11AC40MIMO_Ant1_5550 11AC40MIMO_Ant2_5550 11AC40MIMO_Ant1_5670 ReportNo.:JCF260617081-002 LOP-FTR0141.0283/490 11AC40MIMO_Ant2_5670 11AC40MIMO_Ant1_5710_UNII-2C 11AC40MIMO_Ant2_5710_UNII-2C ReportNo.:JCF260617081-002 LOP-FTR0141.0284/490 11AC40MIMO_Ant1_5710_UNII-3 11AC40MIMO_Ant2_5710_UNII-3 11AC80MIMO_Ant1_5210 ReportNo.:JCF260617081-002 LOP-FTR0141.0285/490 11AC80MIMO_Ant2_5210 11AC80MIMO_Ant1_5290 11AC80MIMO_Ant2_5290 ReportNo.:JCF260617081-002 LOP-FTR0141.0286/490 11AC80MIMO_Ant1_5530 11AC80MIMO_Ant2_5530 11AC80MIMO_Ant1_5610 ReportNo.:JCF260617081-002 LOP-FTR0141.0287/490 11AC80MIMO_Ant2_5610 11AC80MIMO_Ant1_5690_UNII-2C 11AC80MIMO_Ant2_5690_UNII-2C ReportNo.:JCF260617081-002 LOP-FTR0141.0288/490 11AC80MIMO_Ant1_5690_UNII-3 11AC80MIMO_Ant2_5690_UNII-3 11AX20MIMO_Ant1_5180 ReportNo.:JCF260617081-002 LOP-FTR0141.0289/490 11AX20MIMO_Ant2_5180 11AX20MIMO_Ant1_5200 11AX20MIMO_Ant2_5200 ReportNo.:JCF260617081-002 LOP-FTR0141.0290/490 11AX20MIMO_Ant1_5240 11AX20MIMO_Ant2_5240 11AX20MIMO_Ant1_5260 ReportNo.:JCF260617081-002 LOP-FTR0141.0291/490 11AX20MIMO_Ant2_5260 11AX20MIMO_Ant1_5280 11AX20MIMO_Ant2_5280 ReportNo.:JCF260617081-002 LOP-FTR0141.0292/490 11AX20MIMO_Ant1_5320 11AX20MIMO_Ant2_5320 11AX20MIMO_Ant1_5500 ReportNo.:JCF260617081-002 LOP-FTR0141.0293/490 11AX20MIMO_Ant2_5500 11AX20MIMO_Ant1_5580 11AX20MIMO_Ant2_5580 ReportNo.:JCF260617081-002 LOP-FTR0141.0294/490 11AX20MIMO_Ant1_5700 11AX20MIMO_Ant2_5700 11AX20MIMO_Ant1_5720_UNII-2C ReportNo.:JCF260617081-002 LOP-FTR0141.0295/490 11AX20MIMO_Ant2_5720_UNII-2C 11AX20MIMO_Ant1_5720_UNII-3 11AX20MIMO_Ant2_5720_UNII-3 ReportNo.:JCF260617081-002 LOP-FTR0141.0296/490 11AX40MIMO_Ant1_5190 11AX40MIMO_Ant2_5190 11AX40MIMO_Ant1_5230

Test Report

ReportNo.:JCF260617081-002 LOP-FTR0141.0223/490 11N20MIMO_Ant1_5785 11N20MIMO_Ant2_5785 11N20MIMO_Ant1_5825 ReportNo.:JCF260617081-002 LOP-FTR0141.0224/490 11N20MIMO_Ant2_5825 11N40MIMO_Ant1_5710 11N40MIMO_Ant2_5710 ReportNo.:JCF260617081-002 LOP-FTR0141.0225/490 11N40MIMO_Ant1_5755 11N40MIMO_Ant2_5755 11N40MIMO_Ant1_5795 ReportNo.:JCF260617081-002 LOP-FTR0141.0226/490 11N40MIMO_Ant2_5795 11AC20MIMO_Ant1_5720 11AC20MIMO_Ant2_5720 ReportNo.:JCF260617081-002 LOP-FTR0141.0227/490 11AC20MIMO_Ant1_5745 11AC20MIMO_Ant2_5745 11AC20MIMO_Ant1_5785 ReportNo.:JCF260617081-002 LOP-FTR0141.0228/490 11AC20MIMO_Ant2_5785 11AC20MIMO_Ant1_5825 11AC20MIMO_Ant2_5825 ReportNo.:JCF260617081-002 LOP-FTR0141.0229/490 11AC40MIMO_Ant1_5710 11AC40MIMO_Ant2_5710 11AC40MIMO_Ant1_5755 ReportNo.:JCF260617081-002 LOP-FTR0141.0230/490 11AC40MIMO_Ant2_5755 11AC40MIMO_Ant1_5795 11AC40MIMO_Ant2_5795 ReportNo.:JCF260617081-002 LOP-FTR0141.0231/490 11AC80MIMO_Ant1_5690 11AC80MIMO_Ant2_5690 11AC80MIMO_Ant1_5775 ReportNo.:JCF260617081-002 LOP-FTR0141.0232/490 11AC80MIMO_Ant2_5775 11AX20MIMO_Ant1_5720 11AX20MIMO_Ant2_5720 ReportNo.:JCF260617081-002 LOP-FTR0141.0233/490 11AX20MIMO_Ant1_5745 11AX20MIMO_Ant2_5745 11AX20MIMO_Ant1_5785 ReportNo.:JCF260617081-002 LOP-FTR0141.0234/490 11AX20MIMO_Ant2_5785 11AX20MIMO_Ant1_5825 11AX20MIMO_Ant2_5825 ReportNo.:JCF260617081-002 LOP-FTR0141.0235/490 11AX40MIMO_Ant1_5710 11AX40MIMO_Ant2_5710 11AX40MIMO_Ant1_5755 ReportNo.:JCF260617081-002 LOP-FTR0141.0236/490 11AX40MIMO_Ant2_5755 11AX40MIMO_Ant1_5795 11AX40MIMO_Ant2_5795 ReportNo.:JCF260617081-002 LOP-FTR0141.0237/490 11AX80MIMO_Ant1_5690 11AX80MIMO_Ant2_5690 11AX80MIMO_Ant1_5775 ReportNo.:JCF260617081-002 LOP-FTR0141.0238/490 11AX80MIMO_Ant2_5775 ReportNo.:JCF260617081-0…

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Contact Information

Applicant

Sarah Sun(Regulatory Engineer)

[email protected]Fax: +86-20-82086168

Technical Contact

FCC US Agent, LLCTim Payne

[email protected]

3722 lllinois Avenue · Saint Charles, Illinois, 60174 · United States

Test Firm

Guangzhou Jingce Testing Technology Co.,Ltd.Hui Liu

[email protected]

Technical Specifications

#	Rule Parts	Frequency Range	Power Output
1	15E	5.18 GHz - 5.24 GHz	13.30 mW
2	15E	5.26 GHz - 5.32 GHz	14.70 mW
3	15E	5.50 GHz - 5.72 GHz	16.60 mW
4	15E	5.75 GHz - 5.83 GHz	17.70 mW

Confidentiality

Long Term

Grant Notes

Output power listed is maximum combined conducted power. This device contains 20, 40 and 80 MHz signal bandwidth. Device is a 2x2 MIMO as is described in the filing. The antennas used with this transmitter must be installed to provide a minimum separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi- transmitter product procedures. End-users must be provided with operating procedures for satisfying RF exposure compliance.