2AMPBCZ05N-LLCPACZ05N-LLCPA

USER MANUAL Vehicle Mobile Signal Booster [email protected] +8617728246566 Pickup SUV MPV Sedan Truck CONTENT 02 P03P07- P08P12- P13P17- APPLICABLE VEHICLE MODELS 01 04 PRODUCT SPECIFICATIONS Heatsink Convection cooling 0.4KG Display/Wall Mount 23±1dBm 69±1dB ≤ 8dB DC 5V 50 ohm 1*SMA 170*110*25（mm）
10~90% -25°C ~ +55°C Operating Temperatur Max Output Power Max Gain Ripple in Band Power Supply Impedance RF Connector Dimensions (D*W*H ) Cooling Mode Net Weight Installation Type 10±1dBm 70±1dB Humidity e Signal Booster Main Unit PRODUCT SET DISPLAY Vehicle Outdoor Antenna Vehicle Power Adapter Outdoor Antenna Port USB Port Power Indicator 03 Indicator Light Status Descriptions: ꔷ Red and Yellow Alternating Blink: Power-on initialization ꔷ Solid Green: Signal normal ꔷ Yellow Blink: Self-oscillation detected ꔷ Solid Red: Self-oscillation shutdown FrequencyUplink(MHz)Downlink(MHz) Cellular Broadband PCS AWS-1 Low A-E Blocks 700 MHz Upper C Block 824-849 1850-1915 1710-1755 699-716 777-787 869-894 1930-1995 2110-2155 729-746 746-756 Connect the Antenna: Feed the outdoor antenna's cable into the vehicle's interior and connect it firmly to the main unit. Final Check & Power On:Ensure all connectors are securely tightened. Once the installation is confirmed complete, turn on the device and verify its performance. Please install the ignal Booster above the seat on the interior ceiling of the vehicle 0506 OUTDOOR SIGNAL DEFINES INDOOR 1-2 Bars Poor connection, calls may drop RSRP ≤ -95 dBm or SINR ≤ 3 dB 3-4 Bars Stable connection RSRP ≥ -90 dBm & SINR ≥ 5 dB 4-5 Bars Optimal performance RSRP ≥ -85 dBm & SINR ≥ 10 dB Plan Antenna Placement: With the main unit's interior location in mind, choose a spot for the outdoor antenna on the vehicle's exterior. Keep the main unit and the outdoor antenna as far apart as possible. OUTDOOR SIGNAL DEFINES INDOOR 0708 Unidad Principal del Amplificador de Señal PRESENTACIÓN DEL JUEGO DE PRODUCTOS Antena Exterior para Vehículo Adaptador de Corriente para Vehículo (1): Verify that the outdoor RSRP and SINR, measured via a phone app, meet the minimum requirements from the previous page. (2): Confirm that the frequency band detected by the app is compatible with the model you purchased. ★ If the above answers still cannot resolve your issue, please contact customer service. QUESTION & ANSWER (1): Ensure sufficient distance between the outdoor antenna and the main unit. (2): Ensure spatial separation: They must not be placed on the same horizontal or vertical plane. [email protected] NEED HELP? Q1: Signal does not be better after installation Q2: Full bars in the cell phone but it can't make a call or the signal is worse than before, or the signal has been improved. I can hear the other side, but the other side can't hear me —Inspect the installation: Puerto de la Antena Exterior Puerto USB Indicador de Energía Descripción de los Estados del Indicador Luminoso： ꔷ Indicador rojo y amarillo intermitente alternante: Inicialización al encender ꔷ Indicador verde fijo: Señal norma ꔷ Indicador amarillo intermitente: Autooscilación detectada ꔷ Indicador rojo fijo: Bloqueo por autooscilación 0910 Planificar la Ubicación de la Antena: Teniendo en cuenta la ubicación interior de la unidad principal, elija un lugar para la antena exterior en el exterior del vehículo. Mantenga la unidad principal y la antena exterior lo más separadas posible. Conectar la Antena: Pase el cable de la antena exterior al interior del vehículo y conéctelo firmemente a la unidad principal. Comprobación Final y Encendido: Asegúrese de que todos los conectores estén bien apretados. Una vez confirmado que la instalación está completa, encienda el dispositivo y verifique su rendimiento. LA SEÑAL EXTERIOR DEFINE LA INTERIOR ESPECIFICACIONES DEL PRODUCTO 1112 LA SEÑAL EXTERIOR DEFINE LA INTERIOR 1-2 Barras Conexión pobre, las llamadas pueden cortarse RSRP ≥ -95 dBm o SINR ≤ 3 dB 3-4 Barras Stable connection RSRP ≥ -90 dBm & SINR ≥ 5 dB 4-5 Barras Optimal performance RSRP ≥ -85 dBm & SINR ≥ 10 dB PREGUNTAS Y RESPUESTAS [email protected] ¿NECESITA AYUDA? (1): Verifique que el RSRP y SINR exterior, medidos mediante una aplicación de teléfono, cumplan con los requisitos mí nimos de la página anterior. (2): Confirme que la banda de frecuencia detectada por la aplicación es compatible con el modelo que compró. ★ Si las respuestas anteriores aún no resuelven su problema, contacte a nuestro servicio al cliente. (1): Asegure una distancia suficiente entre la antena exterior y la unidad principal. (2): Asegure una separación espacial: No deben estar colocados en el mismo plano horizontal ni vertical. P2: El teléfono muestra todas las barras pero no se pueden hacer llamadas o la señal es peor que antes, o la señal ha mejorado. Yo puedo escuchar al otro lado, pero el otro lado no puede oírme—Inspeccione la instalación: P1: La señal no mejora después de la instalación 1314 CARACTÉRISTIQUES DU PRODUIT Unité Centrale de l'Amplificateur de Signal PRÉSENTATION DU KIT PRODUIT Antenne Extérieure pour Véhicule Adaptateur Secteur pour Véhicule Port de l'Antenne Extérieure Port USB Indicateur de Marche Description des États des Indicateurs Lumineux： ꔷ Clignotement alternatif rouge et jaune : Initialisation à la mise sous tension ꔷ Vert fixe : Signal normal ꔷ Jaune clignotant : Auto-oscillation détectée ꔷ Rouge fixe : Coupure pour auto-oscillation Planifier l'Emplacement de l'Antenne : En tenant compte de l'emplacement intérieur de l'unité centrale, choisissez un emplacement pour l'antenne extérieure sur la carrosserie du véhicule. Maintenez l'unité centrale et l'antenne extérieure aussi éloignées que possible. Connecter l'Antenne : Faites passer le câble de l'antenne extérieure à l'intérieur du véhicule et connectez-le fermement à l'unité centrale. Vérification Finale et Mise sous Tension : 1516 LE SIGNAL EXTÉRIEUR DÉTERMINE LE SIGNAL INTÉRIEUR 1-2 Barres Connexion médiocre, appels susceptibles de se couper RSRP ≥ -9…

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Page1of151ReportNo.:AiTSZ-260303005FW1 Note:Thisdevicehasbeentestedandfoundtocomplywiththestandard(s)listed,thistestreportmerelycorrespondsto thetestsample.Itisnotpermittedtocopyextractsofthesetestresultwithoutthewrittenpermissionofthetestlaboratory. Thisreportshallnotbereproducedexceptinfull,withoutthewrittenapprovalofGuangdongAsiaHongkeTest TechnologyLimited.Ifthereisaneedtoalterorrevisethisdocument,therightbelongstoGuangdongAsiaHongkeTest TechnologyLimited,anditshouldgiveapriorwrittennoticeoftherevisiondocument.Thistestreportmustnotbeused bytheclienttoclaimproductendorsement. GuangdongAsiaHongkeTestTechnologyLimited B1/F,Building11,JunfengIndustrialPark,ChongqingRoad,HepingCommunity,FuhaiStreet, Bao'anDistrict,Shenzhen,Guangdong,China. TESTREPORT ProductName: CellphoneSignalBooster BrandName: N/A Model: CZ05N-LLCPA SeriesModel: N/A FCCID: 2AMPBCZ05N-LLCPA Applicant: FoshanLintratekTechnologyCo.,Ltd. Address: Room101,8thBuilding,FanJiaJubusinesspark,SouthRoadSanYou, ChanchengDistrict,Foshan,Guangdong,China Manufacturer: FoshanLintratekTechnologyCo.,Ltd. Address: Room101,8thBuilding,FanJiaJubusinesspark,SouthRoadSanYou, ChanchengDistrict,Foshan,Guangdong,China Standard(s): FCCCFR47PART20.21 DateofReceipt: Dec.29,2025 DateofTest: Dec.29,2025~Feb.02,2026 IssuedDate: Feb.02,2026 IssuedBy: GuangdongAsiaHongkeTestTechnologyLimited B1/F,Building11,JunfengIndustrialPark,ChongqingRoad,HepingCommunity, FuhaiStreet,Bao'anDistrict,Shenzhen,Guangdong,China Tel.:+860755-230967639Fax.:+860755-230967639 Reviewedby:Approvedby: Aalen.YeAllenWang Page 2 of 151 ReportNo.:AiTSZ-260303005FW1 TABLEOFCONTENTS DescriptionPage 1.GENERALINFORMATION.................................................................................................................4 1.1DescriptionofDevice(EUT).....................................................................................................................4 1.2SupportequipmentList............................................................................................................................5 1.3ExternalI/OCable.......................................................................................................................................5 1.4DescriptionofTestFacility......................................................................................................................5 1.5StatementoftheMeasurementUncertainty........................................................................................6 1.6MeasurementUncertainty........................................................................................................................6 1.7OperationBand...........................................................................................................................................6 2.TESTMETHODOLOGY......................................................................................................................7 2.1EUTConfiguration......................................................................................................................................7 2.2GeneralTestProcedures..........................................................................................................................7 3.SYSTEMTESTCONFIGURATION...................................................................................................8 3.1Justification..................................................................................................................................................8 3.2EUTExerciseSoftware..............................................................................................................................8 3.3SpecialAccessories...................................................................................................................................8 3.4BlockDiagram/Schematics......................................................................................................................8 3.5EquipmentModifications..........................................................................................................................8 3.6TestSetup.....................................................................................................................................................8 4.SUMMARYOFTESTRESULTS.......................................................................................................9 5.SUMMARYOFTESTEQUIPMENT................................................................................................10 6.RADIOSPECTRUMMATTERTESTRESULTS(RF).................................................................12 6.1AuthorizedFrequencyBandVerification...........................................................................................12 6.2MaximumPower........................................................................................................................................18 6.3MaximumBoosterGianComputation.................................................................................................33 6.4IntermodulationProduct.........................................................................................................................34 6.5OutOfBandEmissions...........................................................................................................................45 6.6SpuriousEmissionsAtAntennaTerminals......................................................................................67 6.7NoiseLimits...............................................................................................................................................84 6.8UplinkInactivity.........................................................................................................................................97 6.9VariableBoosterGain...........................................................................................................................102 6.10OccupiedBandwidth..........................…

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Antenna Kitting Information (1)Usage of unauthorized antennas, cables, and/or coupling devices may result in poor effect and, in severe cases, equipment damage. (2)a complete list of authorized antennas, cables, and/or coupling devices: (3)the default antenna, cable, and/or coupling device that are shipped with the booster Vehicle Outdoor antenna (4)The antenna is equipped with a U-shaped mounting bracket. The Vehicle Outdoor antenna should be installed in a place with good outdoor signal. The PFIA antenna should be installed indoors and near the main device. If the amplification effect is not good after the installation is completed, the direction of the Vehicle Outdoor antenna can be gradually adjusted to achieve better effect. NameModelGain/LossPhoto Indoor Antenna PIFA antenna (default) / Cellular: 0dBi Broadband PCS:1.8dBi AWS-1: 1.8dBi Low A-E Blocks: 0dBi 700 MHz Upper C Block:0dBi OutdoorAn tenna Vehicle Outdoorantenna (default) / Cellular: 0dBi Broadband PCS:1.8dBi AWS-1: 1.8dBi Low A-E Blocks: 0dBi 700 MHz Upper C Block:0dBi cableSMA(default) / Cellular: 0.5dBi Broadband PCS: 1 dBi AWS-1: 1 dBi Low A-E Blocks: 0.5 dBi 700 MHz Upper C Block: 0.5 dBi

Page 121 of 151 ReportNo.:AiTSZ-260303005FW1 j)ReplacethenormaloperatingEUTfortheEUTwiththetestmode. k)Settheoscilloscopetimebaseforaminimum120secondswithanAUTO Triggerandasinglesweep. l)StarttheOscilloscopeandamanuallyforcetheboosterintooscillation. m)Whenthesweepiscompleteplacecursorsbetweenthefirsttwooscillation detectionsandsavetheplotforinclusioninthetestreport.Thetimebetween restartsmustmatchthemanufacturer’stimingforthetestmodeandtherecan benomorethan5restarts. n)Repeatsteps7.11.12to7.11.13foralloperationaluplinkanddownlinkbands. Note:InlieuofanoscilloscopeandRFdetector,aspectrumanalyzersetfor0 span,canbeusedtoenhancesensitivity,withacenterfrequencysetequalto thecenteroftheoperationalbandforbroadbandoscillationoradiscrete frequencyofoscillation.RBWshallbeatleast1MHzwithVBW≥3timesRBW usingapeakdetector. 6.11.1E.U.T.Operation: OperatingEnvironment: Temperature:−30°Cand+50 Humidity:46.3% AtmosphericPressure:1010mbar 6.11.2TestData: Page 122 of 151 ReportNo.:AiTSZ-260303005FW1 Testresultsofdetectiontime OperationBandsDetectionTime(s)Limit(s)Result Uplink Cellular0.0400.300PASS AWS-10.0400.300PASS LowA-EBlocks0.0300.300PASS 700MHzUpperC Block 0.0350.300PASS BroadbandPCS0.0400.300PASS Downlink Cellular0.0450.300PASS AWS-10.0350.300PASS LowA-EBlocks0.0400.300PASS 700MHzUpperC Block 0.0350.300PASS BroadbandPCS0.0300.300PASS Testresultsofdetectiontime OperationBands Restarting Time(s) Limit(s) Restarting Counts LimitResult Uplink Cellular65.66035PASS AWS-167.36035PASS LowA-E Blocks 60.86025PASS 700MHz UpperC Block 78.06025PASS Broadband PCS 71.46025PASS Downlink Cellular60.16025PASS AWS-164.16025PASS LowA-E Blocks 71.46025PASS 700MHz UpperC Block 64.26025PASS Broadband PCS 88.86025PASS Page 123 of 151 ReportNo.:AiTSZ-260303005FW1 TestTestPlotsofdetectiontime CellularUL CellularDL Page 124 of 151 ReportNo.:AiTSZ-260303005FW1 AWS-1UL AWS-1DL Page 125 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-EBlocksUL LowA-EBlocksDL Page 126 of 151 ReportNo.:AiTSZ-260303005FW1 700MHzUpperCBlockUL 700MHzUpperCBlockDL Page 127 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSUL BroadbandPCSDL Page 128 of 151 ReportNo.:AiTSZ-260303005FW1 TestTestPlotsofrestartingtime CellularUL CellularDL AWS-1UL Page 129 of 151 ReportNo.:AiTSZ-260303005FW1 AWS-1DL Page 130 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-EBlocksUL LowA-EBlocksDL Page 131 of 151 ReportNo.:AiTSZ-260303005FW1 700MHzUpperCBlockUL 700MHzUpperCBlockDL Page 132 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSUL BroadbandPCSDL Page 133 of 151 ReportNo.:AiTSZ-260303005FW1 TestresultsofMitigationorShutdown: CellularUplink(824-849MHz) SignalTypeAWGN Isolation PeakOscillationsMinimalLevel DifferenceLimitResult Freq.LevelFreq.Level dBMHzdBmMHzdBmdBdBPASS +5825.42-57.25848.79-65.868.61<12PASS +4825.42-58.17848.79-66.448.27<12PASS +3825.42-59.84848.79-67.187.34<12PASS +2825.42-60.04848.79-68.268.22<12PASS +1825.42-61.21848.79-69.388.17<12PASS +0825.42-62.36848.79-70.247.88<12PASS -1825.42-63.21848.79-71.868.65<12PASS -2825.42-64.34848.79-72.177.83<12PASS -3EUTShutdown CellularDownlink(869-894MHz) SignalTypeAWGN Isolation PeakOscillationsMinimalLevel DifferenceLimitResult Freq.LevelFreq.Level dBMHzdBmMHzdBmdBdBPASS +5870.93-57.47893.17-66.258.78<12PASS +4870.93-58.24893.17-66.187.94<12PASS +3870.93-59.04893.17-67.298.25<12PASS +2870.93-60.96893.17-68.027.06<12PASS +1870.93-61.35893.17-69.758.4<12PASS +0870.93-62.28893.17-70.938.65<12PASS -1870.93-63.14893.17-70.046.9<12PASS -2EUTShutdown Page 134 of 151 ReportNo.:AiTSZ-260303005FW1 Broadband PCS Uplink(1850-1915MHz) SignalTypeAWGN Isolation PeakOscillationsMinimalLevel DifferenceLimitResult Freq.LevelFreq.Level dBMHzdBmMHzdBmdBdBPASS +51884.78-58.381914.83-67.789.4<12PASS +41884.78-59.271914.83-68.078.8<12PASS +31884.78-60.751914.83-69.178.42<12PASS +21884.78-61.361914.83-70.869.5<12PASS +11884.78-62.291914.83-71.319.02<12PASS +01884.78-62.751914.83-72.179.42<12PASS -11884.78-63.341914.83-73.289.94<12PASS -21884.78-64.851914.83-73.869.01<12PASS -3EUTShutdown Broadband PCS Downlink(1930-1995MHz) SignalTypeAWGN Isolation PeakOscillationsMinimalLevel DifferenceLimitResult Freq.LevelFreq.Level dBMHzdBmMHzdBmdBdBPASS +51935.56-57.861953.86-65.757.89<12PASS +41935.56-58.141953.86-66.488.34<12PASS +31935.56-59.961953.86-67.247.28<12PASS +21935.56-60.751953.86-68.317.56<12PASS +11935.56-61.351953.86-69.478.12<12PASS +01935.56-62.511953.86-70.177.66<12PASS -11935.56-63.231953.86-70.287.05<12PASS -2EUTShutdown Page 135 of 151 ReportNo.:AiTSZ-260303005FW1 AWS-1Uplink(1710-1755MHz) SignalTypeAWGN Isolation PeakOscillationsMinimalLevel DifferenceLimitResult Freq.LevelFreq.Level dBMHzdBmMHzdBmdBdBPASS +51732.93-59.861754.91-68.368.5<12PASS +41732.93-58.181754.91-68.7410.56<12PASS +31732.93-60.381754.91-70.059.67<12PASS +21732.93-61.711754.91-69.277.56<12PASS +11732.93-62.281754.91-70.338.05<12PASS +01732.93-63.191754.91-71.157.96<12PASS -11732.93-64.531754.91-72.177.64<12PASS -21732.93-65.271754.91-73.057.78<12PASS -3EUTShutdown AWS-1Downlink(2110-2155MHz) SignalTypeAWGN Isolation PeakOscillationsMinimalLevel DifferenceLimitResult Freq.LevelFreq.Level dBMHzdBmMHzdBmdBdBPASS +52112.25-58.472154.83-68.269.79<12PASS +42112.25-59.322154.83-68.268.94<12PASS +32112.25-60.012154.83-67.017<12PASS +22112.25-60.472154.83-68.367.89<12PASS +12112.25-61.292154.83-70.759.46<12PASS +02112.25-61.042154.83-70.189.14<12PASS -12112.25-62.382154.83-71.529.14<12PASS -2EUTShutdown Page 136 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-E Blocks Uplink(699-716MHz) SignalTypeAWGN Isolation PeakOscillationsMinimalLevel DifferenceLimitResult Freq.LevelFreq.Level dBMHzdBmMHzdBmdBdBPASS +5701.28-59.08715.41-68.289.2<12PASS +4701.28-60.14715.41-69.479.33<12PASS +3701.28-61.85715.41-70.368.51<12PASS +2701.28-62.73715.41-71.759.02<12PASS +1701.28-63.29715.41-72.349.05<12PASS +0701.28-62.31715.41-72.059.74<12PASS -1701.28-63.48715.41-73.289.8<12PASS -2701.28-64.31715.41-73.198.88<12PASS -3EUTShutdown LowA-E Blocks Downlink(729-746MHz) SignalTypeAWGN Isolation PeakOscill…

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Page 91 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-EBlocksUplinkNoise LowA-EBlocksDownlinkNoise Page 92 of 151 ReportNo.:AiTSZ-260303005FW1 700MHzUpperCBlockUplinkNoise 700MHzUpperCBlockDownlinkNoise Page 93 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSUplinkNoise BroadbandPCSDownlinkNoise Page 94 of 151 ReportNo.:AiTSZ-260303005FW1 VariableNoiseTimingTestPlots Cellular AWS-1 Page 95 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-EBlocks 700MHzUpperCBlock Page 96 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCS Page 97 of 151 ReportNo.:AiTSZ-260303005FW1 6.8UplinkInactivity TestRequirement: Thismeasurementprocedureisintendedtodemonstratecompliancetotheuplink inactivityrequirementsspecifiedforWidebandConsumerSignalBoostersin §20.21(e)(8)(i)(I). Limit: 20.21(e),Whenaconsumerboosterisnotservinganactivedeviceconnection after5minutestheuplinknoisepowershallnotexceed-70dBm/MHz. TestSetup: Procedure: a)ConnecttheEUTtothetestequipmentasshowninFigure3withtheuplink outputconnectedtothespectrumanalyzer. b)SelecttheRMSpoweraveragingdetector. c)SetthespectrumanalyzerRBWfor1MHzwiththeVBW≥3XRBW. d)Setthecenterfrequencyofthespectrumanalyzertothecenteroftheuplink operationalband. e)Setthespanfor0Hzwithasinglesweeptimeforaminimumof330seconds. f)StarttocaptureanewtraceusingMAXHOLD. g)Afterapproximately15secondsturnontheEUTpower. h)OncethefullspectrumanalyzertraceiscompleteplaceaMARKERonthe leadingedgeofthepulseandusetheDELTAMARKERMETHODtomeasurethe timeuntiltheuplinkwassquelched. i)Ensurethenoiselevelforthesquelchedsignalisbelowtheuplinkinactivitynoise powerlimit,asspecifiedbytherules. j)Capturetheplotforinclusioninthetestreport. k)Measurenoiseusingproceduresinsections7.7.1-7.7.5. l)Repeatsteps7.8.3to7.8.10foralloperationaluplinkbands. Note:Somesignalboosterswillrequireasignalgeneratorinputastheywillnot operateunlessasignalisreceivedattheinputterminals.Ifthisisthecaseconnect asignalgeneratorandcycletheRFoutputtosimulatethisfunction. 6.8.1E.U.T.Operation: OperatingEnvironment: Temperature:−30°Cand+50 Humidity:46.3% AtmosphericPressure:1010mbar 6.8.2TestData: Page 98 of 151 ReportNo.:AiTSZ-260303005FW1 OperationBands UplinkInactivityMeasured(s)Limit(s)Result Cellular188.7300.0PASS AWS-1123.6300.0PASS LowA-EBlocks158.6300.0PASS 700MHzUpperCBlock145.3300.0PASS BroadbandPCS143.2300.0PASS Page 99 of 151 ReportNo.:AiTSZ-260303005FW1 Cellular AWS-1 Page 100 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-EBlocks 700MHzUpperCBlock Page 101 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCS Page 102 of 151 ReportNo.:AiTSZ-260303005FW1 6.9VariableBoosterGain TestRequirement: ThisprocedureshallbeusedtodemonstratecompliancetotheBoosterGain LimitsspecifiedforWidebandConsumerSignalBoostersin§21(e)(8)(i)(C).The variableboostergainlimitsareexpressedasafunctionofRSSIandMSCL.The RSSIisvariedoverarangeofvaluesasspecifiedwithintheprocedure.Referto AnnexBofthisdocumentforguidancewithrespecttodeterminingtheapplicable MSCLvalue. Limit:-34dB-RSSI+MSCL TestSetup: Procedure: a)ConnecttheEUTtothetestequipmentasshowninFigure6withtheuplink outputconnectedtosignalgenerator1.EnsurethecoupledpathoftheRFcoupler isconnectedtothespectrumanalyzer. b)Configuredownlinksignalgenerator#1forAWGNoperationwithan99% occupiedbandwidthof4.1MHztunedtothecenteroftheoperationalband. c)Setthepowerlevelandfrequencyofsignalgenerator#2toavalue5dBbelow theAGClevelfromsection7.2.ThesignaltypeisAWGNwitha99%OBWof4.1 MHz. d)SetRBW=100kHz. e)SetVBW≥300kHz. f)SelecttheCHANNELPOWERmeasurementtool. g)SelecttheRMS(poweraveraging)detector. h)Ensurethatthenumberofmeasurementpointspersweep≥(2xspan)/RBW. i)Sweeptime=autocoupleorasnecessary. j)Traceaverageatleast10tracesinpoweraveraging(i.e.,RMS)mode. k)Measurethemaximumchannelpowerandcomputemaximumgainwhen varyingthesignalgenerator1toalevelfrom-90to-10dBmin1dBstepsinside theRSSIdependentregionand10dBstepsoutsidetheRSSIdependentregion andreportthesixvaluesclosesttothelimit,includingatleasttwopointsfrom withintheRSSIdependentregionofoperation. l)Repeat7.9.3–7.9.11foralloperationaluplinkbands. m)VariableUplinkgaintimingistobemeasuredasfollows. n)Setthespectrumanalyzertotheuplinkfrequencytobemeasured. o)Setthespanto0Hzwithasweeptimeof10seconds. p)Setthepowerlevelofsignalgenerator1tothelowestleveloftheRSSI dependentgain. q)SelectMAXHOLDandincreasethepowerlevelofsignalgenerator1by10dB formobileboosterand20dBforfixedindoorboosters. r)EnsurethattheUplinkgaindecreasetothespecifiedlevelswithin1secondfor mobiledevicesand3secondsforfixeddevices. s)Repeat7.9.13–7.9.18foralloperationaluplinkbands. 6.9.1E.U.T.Operation: OperatingEnvironment: Temperature:−30°Cand+50 Humidity:46.3% AtmosphericPressure:1010mbar 6.9.2TestData: Page 103 of 151 ReportNo.:AiTSZ-260303005FW1 MSCLCalculation Operation Bands Frequency (MHz) Distance (m) Path loss (dB) Indoor Antenna Gain(dBi) Indoor Cable Loss(dB) Polarity Loss(dB) MSCL (dB) Cellular869237.30009.0346.33 AWS-12110245.011.809.0352.24 BroadbandPCS1930244.231.809.0351.46 LowA-EBlocks729235.78009.0344.81 700MHzUpper CBlock 746235.98009.0345.01 Note:Pathloss=20logf+20logd–27.5 Polarityloss=20Log(2/Sin(45deg))dB=9.03dB Page 104 of 151 ReportNo.:AiTSZ-260303005FW1 Variableboostergain Operation Band RSSI (dBm) Input Power (dBm) Output Power (dBm) Measured Gain (dB) MSCLLimitResults Cellular -52-4111.8952.8946.3364.33PASS -51-4110.4751.4746.3363.33PASS -48-419.9850.9846.3360.33PASS -46-417.8548.8546.3358.33PASS -43-415.5846.5846.3355.33PASS -41-414.7545.7546.3353.33PASS AWS-1 -52-4111.5252.5252.2470.24PASS -50-4110.2151.2152.2468.24PASS -47-419.7550.7552.2465.24PASS -45-418.1449.1452.2463.24PASS -43-417.0848.0852.2461.24PASS -42-416.5847.5852.2460.24PASS Broadband PCS -53-4110.8651.8651.4670.46PASS -51-419.8650.8651.4668.46PASS -50-417.5748.5751.4667.46PASS -45-416.3947.3951.4662.46PASS -40-415.2546.2551.4657.46PASS -39-414.2245.2251.4656.46PASS LowA-E Blocks -52-4111.2852.2844.8162.81PASS -50-419.9650.9644.8160.81PASS -49-418.0849.0844.8159.81PASS -46-415.5746.5744.8156.81PASS -40-414.8645.8644.8150.81PASS -38-412.0943.…

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Page 61 of 151 ReportNo.:AiTSZ-260303005FW1 700MHzUpperCBlockDLLeftSideMaxInput 700MHzUpperCBlockDLRightSidePreAGC Page 62 of 151 ReportNo.:AiTSZ-260303005FW1 700MHzUpperCBlockDLRightSideMaxInput BroadbandPCSULLeftSidePreAGC BroadbandPCSULLeftSideMaxInput Page 63 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSULRightSidePreAGC Page 64 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSULRightSideMaxInput BroadbandPCSDLLeftSidePreAGC Page 65 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSDLLeftSideMaxInput BroadbandPCSDLRightSidePreAGC Page 66 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSDLRightSideMaxInput Page 67 of 151 ReportNo.:AiTSZ-260303005FW1 6.6SpuriousEmissionsAtAntennaTerminals TestRequirement: Thismeasurementisintendedtodemonstratecompliancetothelimitspecifiedin §20.21(e)(8)(i)(E),whichspecifiesthatout-of-bandemissionsgeneratedbya WidebandSignalBoostershallbeatleast6dBbelowthemobileemissionlimit applicabletothesupportedbandofoperation.Themobileemissionlimitapplicable tothesupportedbandofoperationcanbedeterminedfromtheapplicablerulepart whichisreferencedinAnnexAforeachauthorizedoperatingband. Limit:-19dBm TestSetup: Procedure: a)ConnecttheEUTtothetestequipmentasshowninfigure1.Beginwiththe uplinkoutputconnectedtothespectrumanalyzer. b)Configurethesignalgeneratorfortheappropriateoperationforalluplinkand downlinkbands: 1)GSM:0.2MHzfromupperandlowerbandedges. 2)LTE(5MHz):2.5MHzfromupperandlowerbandedges. 3)CDMA:1.25MHzfromupperandlowerbandedges,exceptforcellularbandas follows(onlytheupperandlowerfrequenciesneedtobetested): 824.88MHz,845.73MHz,836.52MHz,848.10MHz, 869.88MHz,890.73MHz,881.52MHz,893.10MHz. c)SetthesignalgeneratoramplitudetothemaximumpowerlevelpriortoAGC similartotheproceduresin7.2.4to7.2.6ofpowermeasurementprocedurefor appropriatemodulations. d)SetRBW=measurementbandwidthspecifiedintheapplicablerulesectionfor thesupportedfrequencyband(seeAnnexAforcross-referencetoapplicable rulesection). e)SetVBW=3XRBW. f)SelecttheRMS(poweraveraging)detector. g)Sweeptime=auto-couple. h)Settheanalyzerstartfrequencytotheupperband/blockedgefrequencyandthe stopfrequencytotheupperband/blockedgefrequencyplus100kHzor1MHz, perapplicablerulepart. i)Traceaverageatleast100tracesinpoweraveraging(i.e.,RMS)mode. j)Usepeakmarkerfunctiontofindthemaximumpowerlevel. k)CapturetheSpectrumAnalyzertraceofthepowerlevelforinclusioninthetest report. l)Increasethesignalgeneratoramplitudetothesaturationlevelindicatedin5.4. EnsurethattheEUTmaintainscompliancewiththeOOBElimits. m)Resettheanalyzerstartfrequencytothelowerband/blockedgefrequency minus100kHzor1MHz,asperapplicablerulepart,andthestopfrequencyto Page 68 of 151 ReportNo.:AiTSZ-260303005FW1 thelowerband/blockedgefrequencyandrepeatsteps7.5.10-7.5.12. n)Repeatsteps7.5.2through7.5.14foreachuplinkanddownlinkoperational band. 6.6.1E.U.T.Operation: OperatingEnvironment: Temperature:22.1°C Humidity:46.3% AtmosphericPressure:1010mbar Page 69 of 151 ReportNo.:AiTSZ-260303005FW1 TestData: CellularUplink Page 70 of 151 ReportNo.:AiTSZ-260303005FW1 CellularDownlink Page 71 of 151 ReportNo.:AiTSZ-260303005FW1 AWS-1Uplink Page 72 of 151 ReportNo.:AiTSZ-260303005FW1 Page 73 of 151 ReportNo.:AiTSZ-260303005FW1 AWS-1Downlink Page 74 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-EBlocksUplink Page 75 of 151 ReportNo.:AiTSZ-260303005FW1 Page 76 of 151 ReportNo.:AiTSZ-260303005FW1 LowA-EBlocksDownlink Page 77 of 151 ReportNo.:AiTSZ-260303005FW1 700MHzUpperCBlockUplink Page 78 of 151 ReportNo.:AiTSZ-260303005FW1 Page 79 of 151 ReportNo.:AiTSZ-260303005FW1 700MHzUpperCBlockDownlink Page 80 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSUplink Page 81 of 151 ReportNo.:AiTSZ-260303005FW1 Page 82 of 151 ReportNo.:AiTSZ-260303005FW1 BroadbandPCSDownlink Page 83 of 151 ReportNo.:AiTSZ-260303005FW1 Page 84 of 151 ReportNo.:AiTSZ-260303005FW1 6.7NoiseLimits TestRequirement: Thisprocedureprovidesameasurementmethodologyfordemonstrating compliancetothenoiselimitsspecifiedin§20.21(e)(8)(i)(A)forWideband ConsumerSignalBoosters. Limit: notexceed−103dBm/MHz—RSSI. notexceed−102.5dBm/MHz+20log(F),whereFrequencyistheuplinkmid-band frequencyofthesupportedspectrumbandsinMHz. TestSetup: Procedure: a)ConnecttheEUTtothetestequipmentasshowninFigure3.Beginwiththe uplinkoutputconnectedtothespectrumanalyzer. b)SetthespectrumanalyzerRBWto1MHzwiththeVBW≥3XRBW c)Selectthepoweraveraging(RMS)detectorandtraceaverageoveratleast100 traces. d)SetthecenterfrequencyofthespectrumanalyzertothecenteroftheCMRS bandundertestwiththespan≥2XtheCMRSband. e)MeasurethemaximumTransmitterNoisePowerLevel. f)Savethespectrumanalyzerplotasnecessaryforinclusioninthefinaltestreport. g)Repeatsteps7.7.2to7.7.6foralloperationaluplinkanddownlinkbands. h)ConnecttheEUTtothetestequipmentasshowninFigure4foruplinkand Figure5fordownlink.EnsurethecoupledpathoftheRFcouplerisconnectedto thespe…

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