2BMNZ-JU2000MAXPROFESSIONAL MULTI-SYSTEM CAR DIAGNOSTIC TOOL

User Manual JU2000 Max PROFESSIONAL MULTI-SYSTEM CAR DIAGNOSTIC TOOL PROFESSIONAL. FAST. SMART. POWERFUL V01-2026.05.20 CONTENT EN 1-31 DE 32-65 FR 66-98 ES 99-131 IT 132-164 Service & Support Http://www.icarzone.com [email protected] 1 EN PRECAUTION To ensure personal safety and prevent damage to equipment/vehicles, always adhere to the safety guidelines and applicable test protocols provided by the vehicle/equipment manufacturer prior to use. Familiarize yourself with the safety instructions outlined in this manual. Vehicle maintenance methods and operator skill levels vary significantly. Given the wide range of diagnostic applications and vehicle systems supported by this tool, we cannot anticipate or prescribe safety measures for every scenario. Follow proper servicing practices aligned with ISO 14229-1 diagnostic protocols and SAE J2012 test procedures. DANGER Critical Ventilation Requirement Ensure the service area is WELL VENTILATED during engine operation or connect an exhaust extraction system to the vehicle’s tailpipe. Hazard Warning Engines emit carbon monoxide (CO) – an odorless toxic gas that causes impaired reaction times and poses life - threatening risks. SAFETY INSTRUCTIONS 1. Ventilation & Exhaust Management: Ensure proper ventilation or use exhaust extraction systems (SAE J1111) during engine operation to prevent carbon monoxide exposure. 2. Personal Protective Equipment: Wear ANSI - certified eye protection and secure loose clothing/hair to avoid entanglement with moving parts. 3. Vehicle Stabilization: Park in "PARK" (automatic) or "NEUTRAL" (manual), engage the parking brake, and block drive wheels to prevent unintended movement. 4. Electrical System Caution: Avoid ignition components (coil, wires, plugs) when energized. Disconnect test equipment before ignition/engine startup.Be extra cautious when working around the ignition coil, distributor cap, ignition wires and spark plugs. 5. Equipment Handling: Keep equipment dry, clean, and free from oil/grease. Use mild detergent for external cleaning only. 6. Fire Safety: Maintain an ABC - rated fire extinguisher nearby to address gasoline, chemical, or electrical fires. 7. Diagnostic Compliance: Follow vehicle/service manual protocols (ISO 14229 - 1) and ensure a fully charged battery with secure DLC connection. 8. EMI Protection: Avoid placing equipment on vehicle distributors to prevent damage from electromagnetic interference. 9. Distance & Distraction: Maintain ≥20cm clearance from the body and never operate equipment while driving to avoid accident. 2 EN Power Sources The Device can receive power from any of the following sources:  Internal Battery Pack: A full charge provides approximately 8 hours of continuous operation. New batteries reach full capacity after approximately 3 to 5 charging and discharging cycles.  External Power Supply: Power via USB cable and USB external power adapter. Power On Press the top - right Lock/Power button to power on. The system boots and shows the lock screen. Slide the lock icon upward to access the JU2000 Max menu. Power Off Terminate all vehicle communications before powering off. Forced shutdown during active communication may cause ECM issues on certain vehicles. Exit the Diagnostics app prior to powering down.  To power down the display tablet: Long press the Lock/Power Button -> Tap Power off -> Tap OK. Reboot System In case of system crash, long press the Lock/Power button and tap Reboot option to restart the system. 1 Product Structure 10” LCD capacitive touch screen Microphone TPMS sensor program module 3 EN 1.1 Technical Specifications Item Description Recommended Use Indoor Operating System Android 10.0 Processor Quad Core 2.0 GHz Storage 128GB Display 10.1-inch LCD capacitive touchscreen with 1280x800 resolution Connectivity  USB Host  USB Type C USB Port to connect external devices TYPE C Port: Connect with computer to transmit the data or charge the tablet by adaptor. Power Button Long press to turn on/off Quick press to lock screen Microphone Wi-Fi (2.4/5 GHz) Bluetooth Heat Sink/ Speaker Collapsible Stand Rear Camera 4 EN Body Color Black Audio Input/ Output  Input: Microphone  Output: Speaker Power and Battery  3.8V/10000mAh 38Wh lithium-polymer battery  Charges via 5V DC power supply Tested Battery Life Around 8 hours of continuous use Type C Input 5V 3A Power Consumption 800mA (LCD on with default brightness, Wi-Fi on) @3.8 V Operating Temp. 0°C to 50°C(32°F to 122°F) Storage Temp. -20 to 70°C (-4 to 158°F) Operating Humidity 5% - 95% non-condensing Dimensions (W x H x D) 300 mm X 214 mm X 31.4 mm (11.8 inch X 8.4 inch X 1.2 inch) Net Weight ≈1300g (2.866lb) Supported Automotive Protocols ISO9141-2, ISO14230-2,ISO15765, K/L-Line, Flashing Code, SAE-J1850 VPW, SAE-J1850 PWM, ISO11898 (Highspeed, Middlespeed, Lowspeed and Singlewire CAN), CAN FD, SAE J2610,GM UART,UART Echo Byte Protocol, Honda Diag-H Protocol, TP2.0, TP1.6. DoIP Power Wireless (EU) Frequency band of operation Maximum transmit power Bluetooth (MT6631) 2402MHz to 2480MHz ≦8.04dBm Bluetooth Low Energy (MT6631) 2402MHz to 2480MHz ≦-0.62dBm 2.4G WIFI (MT6631) 802.11b/g/n(HT20): 2412MHz~2472 MHz 802.11n(HT40): 2422MHz~2462 MHz ≦18.55dBm 5 EN 2.4G WIFI (RTL8811CU_CG) 802.11b/g/n(HT20): 2412MHz~2472 MHz 802.11n(HT40): 2422MHz~2462 MHz ≦18.93dBm 5G WIFI (MT6631) U-NII-1:5150MHz~5250MHz U-NII-2A:5250MHz~5350MHz ≦15.1dBm U-NII-3:5725MHz ~5850MHz ≦9.19dBm 125KHz Wireless 125KHz ≦13.65dBuV/m (3m) ≦-17.35dBuV/m(10m) 6 EN User Manual The Wireless Diagnostic Interface JU2000 Max VCl 7 EN 1.2 JU2000 Max VCI Device 1.2.1 Technical Specifications Item Description Communication Wi-Fi 2.4G Hz Wireless frequency 2.4 GHz Input voltage range 9V -- 18V Power supply current 150mA@12V Type C Input 5V 600mA Operating temp. 0°C to 50°C(32°F to 122°F) Storage temp. -20°C to 70°C(-4°F to 158°F) Dimensions (L x W x H) 113.8 mm x 65mm x 32 mm (4.48 inch x 2.56 inch x 1.26 inch) Weight ≈109g (0.24 lb) 1.2.2 VCI Devi…

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ReportNo.:WT268500780Page1of11 AppendixB.MEASUREMENTSCANS ReportNo.:WT268500780Page2of11 Date/Time:2026-03-23 2.4GwifiBodyFaceupLow CommunicationSystem:UID10012-CAB,IEEE802.11bWiFi2.4GHz (DSSS,1Mbps);CommunicationSystemBand:WLAN2.4GHz(2412.0- 2484.0MHz);Frequency:2412MHz;CommunicationSystemPAR:1.872 dB;PMF:1.04833 Mediumparametersused(interpolated):f=2412MHz;σ=1.74S/m;ε r = 39.507;ρ=1000kg/m 3 Phantomsection:FlatSection MeasurementStandard:DASY5(IEEE/IEC/ANSIC63.19-2007) DASYConfiguration: Probe:EX3DV4-SN7623;ConvF(7.83,7.83,7.83)@2412MHz; Calibrated:2025-04-24 Sensor-Surface:4mm(MechanicalSurfaceDetection),z=1.0,31.0 Electronics:DAE4Sn1637;Calibrated:2025-10-21 Phantom:SAM5;Type:QDOVA002AA; DASY5252.10.4(1527);SEMCADX14.6.14(7483) Body/Low/AreaScan(61x61x1):Interpolatedgrid:dx=1.500mm, dy=1.500mm ReferenceValue=2.510V/m;PowerDrift=-0.08dB FastSAR:SAR(1g)=0.541W/kg;SAR(10g)=0.242W/kg MaximumvalueofSAR(interpolated)=0.657W/kg Body/Low/ZoomScan(5x5x7)/Cube0:Measurementgrid:dx=8mm, dy=8mm,dz=5mm ReferenceValue=2.510V/m;PowerDrift=-0.08dB PeakSAR(extrapolated)=1.18W/kg SAR(1g)=0.554W/kg;SAR(10g)=0.252W/kg Smallestdistancefrompeakstoallpoints3dBbelow=10.1mm RatioofSARatM2toSARatM1=50% MaximumvalueofSAR(measured)=0.612W/kg ReportNo.:WT268500780Page3of11 0dB=0.657W/kg=-1.83dBW/kg ReportNo.:WT268500780Page4of11 Date/Time:2026-04-01 5.2GwifiBodyFaceupMid CommunicationSystem:UID10062-CAD,IEEE802.11a/hWiFi5GHz (OFDM,6Mbps);CommunicationSystemBand:U-NII-1,U-NII-2A(5170 -5330MHz);Frequency:5200MHz;CommunicationSystemPAR:8.678 dB;PMF:1.07895 Mediumparametersused:f=5200MHz;σ=4.785S/m;ε r =36.107;ρ= 1000kg/m 3 Phantomsection:FlatSection MeasurementStandard:DASY5(IEEE/IEC/ANSIC63.19-2007) DASYConfiguration: Probe:EX3DV4-SN7623;ConvF(5.48,5.48,5.48)@5200MHz; Calibrated:2025-04-24 Sensor-Surface:4mm(MechanicalSurfaceDetection),z=1.0,31.0 Electronics:DAE4Sn1637;Calibrated:2025-10-21 Phantom:SAM5;Type:QDOVA002AA; DASY5252.10.4(1527);SEMCADX14.6.14(7483) Body/Mid/AreaScan(91x91x1):Interpolatedgrid:dx=1.000mm, dy=1.000mm ReferenceValue=2.336V/m;PowerDrift=0.19dB FastSAR:SAR(1g)=0.380W/kg;SAR(10g)=0.153W/kg MaximumvalueofSAR(interpolated)=0.388W/kg Body/Mid/ZoomScan(7x7x7)/Cube0:Measurementgrid:dx=5mm, dy=5mm,dz=5mm ReferenceValue=2.336V/m;PowerDrift=0.19dB PeakSAR(extrapolated)=1.60W/kg SAR(1g)=0.402W/kg;SAR(10g)=0.164W/kg Smallestdistancefrompeakstoallpoints3dBbelow=10.4mm RatioofSARatM2toSARatM1=24.9% MaximumvalueofSAR(measured)=0.366W/kg ReportNo.:WT268500780Page5of11 0dB=0.388W/kg=-4.11dBW/kg ReportNo.:WT268500780Page6of11 Date/Time:2026-04-01 5.8GwifiBodyFaceupMid CommunicationSystem:UID10062-CAD,IEEE802.11a/hWiFi5GHz (OFDM,6Mbps);CommunicationSystemBand:U-NII-3Standalone(5735 -5835MHz);Frequency:5785MHz;CommunicationSystemPAR:8.678 dB;PMF:1.07895 Mediumparametersused(interpolated):f=5785MHz;σ=5.464S/m;ε r = 34.767;ρ=1000kg/m 3 Phantomsection:FlatSection MeasurementStandard:DASY5(IEEE/IEC/ANSIC63.19-2007) DASYConfiguration: Probe:EX3DV4-SN7623;ConvF(4.99,4.99,4.99)@5785MHz; Calibrated:2025-04-24 Sensor-Surface:4mm(MechanicalSurfaceDetection),z=1.0,31.0 Electronics:DAE4Sn1637;Calibrated:2025-10-21 Phantom:SAM5;Type:QDOVA002AA; DASY5252.10.4(1527);SEMCADX14.6.14(7483) Body/Mid/AreaScan(91x91x1):Interpolatedgrid:dx=1.000mm, dy=1.000mm ReferenceValue=2.259V/m;PowerDrift=0.18dB FastSAR:SAR(1g)=0.481W/kg;SAR(10g)=0.169W/kg MaximumvalueofSAR(interpolated)=0.512W/kg Body/Mid/ZoomScan(7x7x7)/Cube0:Measurementgrid:dx=5mm, dy=5mm,dz=5mm ReferenceValue=2.259V/m;PowerDrift=0.18dB PeakSAR(extrapolated)=2.73W/kg SAR(1g)=0.474W/kg;SAR(10g)=0.165W/kg Smallestdistancefrompeakstoallpoints3dBbelow=8.9mm RatioofSARatM2toSARatM1=19.3% MaximumvalueofSAR(measured)=0.395W/kg ReportNo.:WT268500780Page7of11 0dB=0.512W/kg=-2.91dBW/kg ReportNo.:WT268500780Page8of11 Date/Time:2026-03-23 BTBodyFaceupMid CommunicationSystem:UID0,BT(0);CommunicationSystemBand:BT; Frequency:2441MHz;CommunicationSystemPAR:0dB;PMF:1 Mediumparametersused(interpolated):f=2441MHz;σ=1.767S/m;ε r = 39.621;ρ=1000kg/m 3 Phantomsection:FlatSection MeasurementStandard:DASY5(IEEE/IEC/ANSIC63.19-2007) DASYConfiguration: Probe:EX3DV4-SN7623;ConvF(7.83,7.83,7.83)@2441MHz; Calibrated:2025-04-24 Sensor-Surface:4mm(MechanicalSurfaceDetection),z=1.0,31.0 Electronics:DAE4Sn1637;Calibrated:2025-10-21 Phantom:SAM5;Type:QDOVA002AA; DASY5252.10.4(1527);SEMCADX14.6.14(7483) BTFlat/Mid/AreaScan(61x61x1):Interpolatedgrid:dx=1.500mm, dy=1.500mm ReferenceValue=2.249V/m;PowerDrift=-0.09dB FastSAR:SAR(1g)=0.087W/kg;SAR(10g)=0.028W/kg MaximumvalueofSAR(interpolated)=0.105W/kg BTFlat/Mid/ZoomScan(5x5x7)/Cube0:Measurementgrid:dx=8mm, dy=8mm,dz=5mm ReferenceValue=2.249V/m;PowerDrift=-0.09dB PeakSAR(extrapolated)=0.156W/kg SAR(1g)=0.074W/kg;SAR(10g)=0.028W/kg Smallestdistancefrompeakstoallpoints3dBbelow:Largerthan measurementgrid RatioofSARatM2toSARatM1=45.4% MaximumvalueofSAR(measured)=0.0861W/kg ReportNo.:WT268500780Page9of11 0dB=0.105W/kg=-9.80dBW/kg ReportNo.:WT268500780Page10of11 Date/Time:2026-05-20 2.4GwifiBodyFaceupLow CommunicationSystem:UID10012-CAB,IEEE802.11bWiFi2.4GHz (DSSS,1Mbps);CommunicationSystemBand:WLAN2.4GHz(2412.0- 2484.0MHz);Frequency:2412MHz;CommunicationSystemPAR:1.872 dB;PMF:1.04833 Mediumparametersused(interpolated):f=2412MHz;σ=1.864S/m;ε r = 38.577;ρ=1000kg/m 3 Phantomsection:FlatSection DASYConfiguration: Probe:EX3DV4-SN3881;ConvF(7.4,7.4,7.4)@2437MHz; Calibrated:2026-03-17 Sensor-Surface:4mm(MechanicalSurfaceDetection),z=1.0,31.0 Electronics:DAE4Sn1636;Calibrated:2026-03-17 Phantom:SAM5;Type:QDOVA002AA; DASY5252.10.4(1527);SEMCADX14.6.14(7483) Body/FaceupMid/AreaScan(81x81x1):Interpolatedgrid:dx=1.500mm, dy=1.500mm ReferenceValue=1.78V/m;PowerDrift=-0.10dB FastSAR:SAR(1g)=0.471W/kg;SAR(10g)=0.215W/kg MaximumvalueofSAR(interpolated)=0.641W/kg Body/FaceupMid/ZoomScan(5x5x7)/Cube0:Measurementgrid: dx=8mm,dy=8mm,dz=5mm ReferenceValue=1.78V/m;PowerDrift=-0.10dB PeakSAR(extrapolated)=0.831W/kg SAR(1g)=0.445W/kg;SAR(10g)=0.207W/kg Smallestdista…

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Setupphotos 1Photographs-EUTTestSetup 1.1RadiatedEmission 9KHz~30MHz: 30MHz~1GHz: Above1GHz: 1.2ConductedEmission 1.3RFConductedmeasurement 2Photographs-EUTTestSetup 2.1RadiatedEmission 9kHz~30MHz: 30MHz~1GHz: ConductedEmission APPENDIXA:PHOTOGRAPHSOFTESTSETUP

ReportNo.:WT268500780Page1of3 APPENDIXE:PHOTOGRAPHSOFTHETESTSET-UP 字体 : （默认） ArialUnicodeMS, 四号 , 加粗 , 字距调整 : 一号 , 全部大写 设置格式 [Hasee]: ReportNo.:WT268500780Page2of3 Photo1:MeasurementDASY6Photo2:FrontSide5mm Photo3:BackSide5mmPhoto4:LeftSide5mm Photo5:RightSide5mmPhoto6:TopSide5mm ReportNo.:WT268500780Page3of3 Photo7:BottomSide5mm NA Photograph:Liquiddepth Photo8:Head5GDepth(15.0cm)Photo9:Head2450Depth(15.0cm) 字体:（默认）ArialUnicodeMS,小四设置格式[Hasee]: 字体:（默认）ArialUnicodeMS设置格式[Hasee]: 删除 [Hasee]:

SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD 102A,102B,Building2,ShanghenglangNewIndustrialZone,ShanghenglangCommunity, DalangStreet,LonghuaDistrict,Shenzhen,Guangdong,People’sRepublicofChina,518000 Telephone:+86-755-26648640 Fax:+86-755-26648637 Website:www.cqa-cert.com ReportTemplateVersion:V06 ReportTemplateRevisionDate:2026-01-30 TESTREPORT Thetestreportiseffectiveonlywithbothsignatureandspecializedstamp,Theresult(s)showninthisreportreferonlyto thesample(s)tested.WithoutwrittenapprovalofCQA,thisreportcan’tbereproducedexceptinfull. ReportNo.:CQASZ20260100206E-06 Applicant: iCarzoneInc. AddressofApplicant: 5101SantaMonicaBlvdSte8LosAngeles,CA90029UnitedStates EquipmentUnderTest(EUT): Product:PROFESSIONALMULTI-SYSTEMCARDIAGNOSTICTOOL ModelNo.:JU2000Max TestModelNo.:JU2000Max BrandName: FCCID:2BMNZ-JU2000MAX Standards:47CFRPart15,SubpartC KDB558074D0115.247MeasGuidancev05r02 ANSIC63.10:2020 DateofReceipt:2026-01-23 DateofTest: 2026-01-23to2026-04-01 DateofIssue:2026-4-27 TestResult:PASS* *Intheconfigurationtested,theEUTcompliedwiththestandardsspecifiedabove TestedBy: (LewisZhou) ReviewedBy: (TimoLei) ApprovedBy: (JackAi) SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD ReportNo.:CQASZ20260100206E-06 Page:2of96 1Version RevisionHistoryOfReport ReportNo.Version Description IssueDate CQASZ20260100206E-06Rev.01 Initialreport 2026-4-27 SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD ReportNo.:CQASZ20260100206E-06 Page:3of96 2TestSummary TestItemTestRequirementTestmethodResult AntennaRequirement47CFRPart15.203N/APASS ACPowerLine Conducted Emission 47CFRPart15.207 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS ConductedPeak& AverageOutputPower 47CFRPart15.247 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS 6dBOccupied Bandwidth 47CFRPart15.247 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS PowerSpectralDensity47CFRPart15.247 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS Band-edgeforRF ConductedEmissions 47CFRPart15.247 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS RFConductedSpurious Emissions 47CFRPart15.247 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS RadiatedSpurious Emissions 47CFRPart15.209 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS Restrictedbandsaround fundamentalfrequency (RadiatedEmission) 47CFRPart15.205/15.209 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a- 2024 PASS SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD ReportNo.:CQASZ20260100206E-06 Page:4of96 Remark: Thetestedsample(s)andthesampleinformationareprovidedbytheclient. Tx:InthiswholereportTx(ortx)meansTransmitter. Rx:InthiswholereportRx(orrx)meansReceiver. RF:InthiswholereportRFmeansRadiatedFrequency. CH:InthiswholereportCHmeanschannel. Volt:InthiswholereportVoltmeansVoltage. Temp:InthiswholereportTempmeansTemperature. Humid:InthiswholereportHumidmeanshumidity. Press:InthiswholereportPressmeansPressure. N/A:Inthiswholereportnotapplication SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD ReportNo.:CQASZ20260100206E-06 Page:5of96 3Contents Page 1VERSION......................................................................................................................................................................2 2TESTSUMMARY........................................................................................................................................................3 3CONTENTS..................................................................................................................................................................5 4GENERALINFORMATION.......................................................................................................................................7 4.1CLIENTINFORMATION.............................................................................................................................................7 4.2GENERALDESCRIPTIONOFEUT..........................................................................................................................7 4.3PRODUCTSPECIFICATIONSUBJECTIVETOTHISSTANDARD................................................................................7 4.4TESTENVIRONMENTANDMODE.........................................................................................................................10 4.5DESCRIPTIONOFSUPPORTUNITS......................................................................................................................14 4.6TESTLOCATION....................................................................................................................................................14 4.7TESTFACILITY......................................................................................................................................................14 4.8TESTCONFIGURATION..........................................................................................................................................14 4.9STATEMENTOFTHEMEASUREMENTUNCERTAINTY...........................................................................................15 4.10DEVIATIONFROMSTANDARDS..........................................................................................................................15 4.11ABNORMALITIESFROMSTANDARDCONDITIONS..............................................................................................15 4.12OTHERINFORMATIONREQUESTEDBYTHECUSTOMER..................................................................................15 4.13EQUIPMENTLIST................................................................................................................................................16 5TESTRESULTSANDMEASUREMENTDATA..................................................................................................17 5.1ANTENNAREQUIREMENT.................................................................................................................................…

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SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD 102A,102B,Building2,ShanghenglangNewIndustrialZone,ShanghenglangCommunity, DalangStreet,LonghuaDistrict,Shenzhen,Guangdong,People’sRepublicofChina,518000 Telephone:+86-755-26648640 Fax:+86-755-26648637 Website:www.cqa-cert.com ReportTemplateVersion:V06 ReportTemplateRevisionDate:2026-01-30 TestReport Thetestreportiseffectiveonlywithbothsignatureandspecializedstamp,Theresult(s)showninthisreportreferonly tothesample(s)tested.WithoutwrittenapprovalofCQA,thisreportcan’tbereproducedexceptinfull. ReportNo.:CQASZ20260100206E-02 Applicant: iCarzoneInc. AddressofApplicant: 5101SantaMonicaBlvdSte8LosAngeles,CA90029UnitedStates EquipmentUnderTest(EUT): Product:PROFESSIONALMULTI-SYSTEMCARDIAGNOSTICTOOL ModelNo.:JU2000Max TestModelNo.:JU2000Max BrandName: FCCID:2BMNZ-JU2000MAX Standards:47CFRPart15,SubpartC KDB558074D0115.247MeasGuidancev05r02 ANSIC63.10:2020 DateofReceipt:2026-01-23 DateofTest: 2026-01-23to2026-04-01 DateofIssue:2026-4-27 TestResult:PASS* *Intheconfigurationtested,theEUTcompliedwiththestandardsspecifiedabove. TestedBy: (LewisZhou) ReviewedBy: (TimoLei) ApprovedBy: (JackAi) SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD ReportNo.:CQASZ20260100206E-02 Page: 2 of 53 1Version RevisionHistoryOfReport ReportNo.Version Description IssueDate CQASZ20260100206E-02Rev.01Initialreport2026-4-27 SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD ReportNo.:CQASZ20260100206E-02 Page: 3 of 53 2TestSummary TestItemTestRequirementTestmethodResult AntennaRequirement 47CFRPart15,SubpartCSection 15.203/15.247(c) ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS ACPowerLine Conducted Emission 47CFRPart15,SubpartCSection 15.207 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS ConductedPeakOutput Power 47CFRPart15,SubpartCSection 15.247(b)(3) ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS 6dBOccupied Bandwidth 47CFRPart15,SubpartCSection 15.247(a)(2) ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS PowerSpectralDensity 47CFRPart15,SubpartCSection 15.247(e) ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS Band-edgeforRF ConductedEmissions 47CFRPart15,SubpartCSection 15.247(d) ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS RFConductedSpurious Emissions 47CFRPart15,SubpartCSection 15.247(d) ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS RadiatedSpurious Emissions 47CFRPart15,SubpartCSection 15.205/15.209 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS Restrictedbandsaround fundamentalfrequency (RadiatedEmission) 47CFRPart15,SubpartCSection 15.205/15.209 ANSI C63.10- 2020+Cor.1- 2023+C63.10a-2024+ ErratatoC63.10a-2024 PASS SHENZHENHUAXIATESTINGTECHNOLOGYCO.,LTD ReportNo.:CQASZ20260100206E-02 Page: 4 of 53 3Contents Page 1VERSION..........................................................................................................................................................................2 2TESTSUMMARY............................................................................................................................................................3 3CONTENTS......................................................................................................................................................................4 4GENERALINFORMATION...........................................................................................................................................5 4.1CLIENTINFORMATION.................................................................................................................................................5 4.2GENERALDESCRIPTIONOFEUT.................................................................................................................................5 4.3ADDITIONALINSTRUCTIONS........................................................................................................................................7 4.4TESTENVIRONMENT...................................................................................................................................................8 4.5DESCRIPTIONOFSUPPORTUNITS...............................................................................................................................8 4.6TESTCONFIGURATION................................................................................................................................................8 4.7STATEMENTOFTHEMEASUREMENTUNCERTAINTY....................................................................................................9 4.8TESTLOCATION........................................................................................................................................................10 4.9TESTFACILITY..........................................................................................................................................................10 4.10DEVIATIONFROMSTANDARDS................................................................................................................................10 4.11OTHERINFORMATIONREQUESTEDBYTHECUSTOMER..........................................................................................10 4.12EQUIPMENTLIST.....................................................................................................................................................11 5TESTRESULTSANDMEASUREMENTDATA.....................................................................................................12 5.1ANTENNAREQUIREMENT..........................................................................................................................................12 5.2CONDUCTEDEMISSIONS............................................................................................................................................13 5.3CONDUCTEDPEAKOUTPUTPOWER....................................................................…

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specification Project name: CREagle tablet Terminal Product name: CREagele flat terminal WiFi/BT antenna 深圳市星通无线技术有限公司 ShenzhenXingtongWieressTechnologyCo.,Ltd +86-755-27850514+86-0755-27850514 地 址：深圳市宝安区西乡九围强荣东工业区A1栋3楼 3rd Floor, Building A1, Qiangrong East Industrial Zone, Jiuwei, Xixiang, Baoan District, Shenzhen 深圳市星通无线技术有限公司 ShenzhenXingtongWieressTechnologyCo.,Ltd 2024-05-11 A0 XT-YF-004 CREageleCREagele-APP-RA 第1页8页 1. 产品结构（ Pr oductConstrution） 1. Antenna material: FPC 2. Adhesive type: 3M9471 3. Antenna size: 33.5*9.6 (tolerance ±0.2mm) 4. Antenna form: FPC+IPEX(RF coaxial line ￠1.13 ￠90mm-1 generation) 2.参数指标（Parameterindex） 5.8G≥1.87dbi Scope of use: guest machine Antenna frequency: 2400-2484mhz5150-5850mhz Antenna technology: unipolar coupling The average free space gain at the plate end of the antenna : 2.4G≥4.3dbi The average free space gain at the receiving end of the antenna: 2.4G≥1.1dbi the standing wave of the antenna: < 1.52DBm Return loss: < -14DB Antenna polarization mode: vertical/horizontal Power capacity: 5W Installation method: Connect the IPEX terminal cable to the mainboard 频点2400mhz2500mhz5150Mhz5850Mhz SWR(dbm）1.521.011.361.44 LOG（db）-13.65-43.15-16.25-14.72 深圳市星通无线技术有限公司 ShenzhenXingtongWieressTechnologyCo.,Ltd 2024-05-11 A0 XT-YF-004 产品名称CREageleCREagele-APP-RA 第2页8页 4.2.1-2.4G-TEST-2D(平板端）tablet device 4.2.2-5G-TEST-2D（平板端tablet device） 4.2.3-BT/WIFI-2D（接收端receiving terminal） 深圳市星通无线技术有限公司 ShenzhenXingtongWieressTechnologyCo.,Ltd 2024-05-11 A0 XT-YF-004 CREageleCREagele-APP-RA 第3页8页  4.2.3-2.4G-3D 深圳市星通无线技术有限公司 ShenzhenXingtongWieressTechnologyCo.,Ltd 2024-05-11 A0 XT-YF-004 CREageleCREagele-APP-RA 第4页8页  4.2.4-5G-3D 第5页8页 4.2.5-WiFi/BT接收端BT receiving end 第6页8页 第7页8页 6.维持力验证： CREagele内置FPC天线 Built-in FPC antenna 5PCS 2024-05-112024-05-11 第8页8页

ReportNo.:WT268500780Page1of4 APPENDIXF:ConductedRFOutputPowerTable andTune-up ReportNo.:WT268500780Page2of4 WLAN Mode/BandChannelAVpower Tuneup (±1dBm) 11B241217.2417.24 244217.6417.64 247218.5518.55 11G241215.0515.05 244215.4915.49 247216.3916.39 11N20241214.9114.91 244215.4215.42 247216.3116.31 11N40242214.2914.29 244214.6714.67 246215.0415.04 BT Mode/BandChannelAVpower Tuneup (±1dBm) GFSK 24025.185.18 24407.367.36 24806.816.81 π/4DQPSK 24023.973.97 24406.136.13 24805.725.72 8DPSK 24023.663.66 24406.396.39 24805.675.67 ReportNo.:WT268500780Page3of4 BLE Mode/BandChannelAVpower Tuneup (±1dBm) BLE1M 2402-2.88-2.88 2440-0.94-0.94 2480-1.26-1.26 BLE2M 2402-2.84-2.84 2440-0.62-0.62 2480-1.62-1.62 RLAN Mode/BandChannelAVpower Tuneup (±1dBm) 11A 518015.115.09 520015.014.95 524013.413.39 574513.713.67 578512.712.69 582512.312.32 11N20SISO 518015.115.12 520014.914.92 524013.413.36 574513.613.57 578512.712.69 582512.312.26 11N40SISO 519014.514.5 523012.612.6 575512.612.6 579512.512.5 11AC20SISO 518014.614.6 520014.414.4 524013.013.0 574513.213.2 578512.312.3 582511.811.8 ReportNo.:WT268500780Page4of4 11AC40SISO 519013.513.5 523011.511.5 575511.811.8 575611.611.6 11AC80SISO 521012.312.3 577511.011.0

ReportNo.:WT268500780Page1of18 APPENDIXD:RELEVANTPAGESFROMDAE& DIPOLEVALIDATIONKITREPORT(S) ReportNo.:WT268500780Page2of18 ReportNo.:WT268500780Page3of18 ReportNo.:WT268500780Page4of18 ReportNo.:WT268500780Page5of18 ReportNo.:WT268500780Page6of18 ReportNo.:WT268500780Page7of18 ReportNo.:WT268500780Page8of18 ReportNo.:WT268500780Page9of18 ReportNo.:WT268500780Page10of18 ReportNo.:WT268500780Page11of18 ReportNo.:WT268500780Page12of18 ReportNo.:WT268500780Page13of18 ReportNo.:WT268500780Page14of18 ReportNo.:WT268500780Page15of18 ReportNo.:WT268500780Page16of18 ReportNo.:WT268500780Page17of18 Note: 1)PerKDB865664D01requirementsfordipolecalibration,thetestlaboratoryhas adoptedthree-yearextendedcalibrationinterval.Eachmeasureddipoleisexpected toevaluatewiththefollowingcriteriaatleastonannualintervalinAppendixD. a)Thereisnophysicaldamageonthedipole; b)Systemcheckwithspecificdipoleiswithin10%ofcalibratedvalue; c)Themostrecentreturn-lossresult,measuredatleastannually,deviatesbyno morethan20%fromthepreviousmeasurement. d)Themostrecentmeasurementoftherealorimaginarypartsoftheimpedance, measuredatleastannuallyiswithin5Ωfromthepreviousmeasurement. ReportNo.:WT268500780Page18of18 2450MHz D2450V2,serialNo.818ExtendedDipoleCalibrations 2450Head Dateof Measurement Return-Loss (dB) Delta(%) Real Impedance(ohm) Delta (ohm) Imaginary Impedance(ohm) Delta (ohm) 2024-09-05-24.652.45.5 2025-09-05-25.53.653.71.35.150.35

ReportNo.:WT268500780Page1of46 APPENDIXC:RELEVANTPAGESFROMPROBE CALIBRATIONREPORT(S) ReportNo.:WT268500780Page2of46 ReportNo.:WT268500780Page3of46 ReportNo.:WT268500780Page4of46 ReportNo.:WT268500780Page5of46 ReportNo.:WT268500780Page6of46 ReportNo.:WT268500780Page7of46 ReportNo.:WT268500780Page8of46 ReportNo.:WT268500780Page9of46 ReportNo.:WT268500780Page10of46 ReportNo.:WT268500780Page11of46 ReportNo.:WT268500780Page12of46 ReportNo.:WT268500780Page13of46 ReportNo.:WT268500780Page14of46 ReportNo.:WT268500780Page15of46 ReportNo.:WT268500780Page16of46 ReportNo.:WT268500780Page17of46 ReportNo.:WT268500780Page18of46 ReportNo.:WT268500780Page19of46 ReportNo.:WT268500780Page20of46 ReportNo.:WT268500780Page21of46 ReportNo.:WT268500780Page22of46 ReportNo.:WT268500780Page23of46 ReportNo.:WT268500780Page…

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