2AGPM-HJ568IMHBluetooth(BLE 6.1) ultra-low power module with integrated antenna

FCC ID: 2AGPM-HJ568IMH Page 1 of 2 This report shall not be reproduced except in full, without the written approval of Shenzhen Tongzhou Testing Co.,Ltd RADIO FREQUENCY EXPOSURE Limit According to section B.4 of 447498 D04 Interim General RF Exposure Guidance v01 SAR-based thresholds are derived based on frequency, power, and separation distance of the RF source. The formula defines the thresholds in general for either available maximum time-averaged power or maximum time-averaged ERP, whichever is greater. If the ERP of a device is not easily determined, such as for a portable device with a small form factor, the applicant may use the available maximum time-averaged power exclusively if the device antenna or radiating structure does not exceed an electrical length of λ/4. As for devices with antennas of length greater than λ/4 where the gain is not well defined, but always less than that of a half-wave dipole (length λ/2), the available maximum time-averaged power generated by the device may be used in place of the maximum time-averaged ERP, where that value is not known. The separation distance is the smallest distance from any part of the antenna or radiating structure for all persons, during operation at the applicable ERP. In the case of mobile or portable devices, the separation distance is from the outer housing of the device where it is closest to the antenna. The SAR-based exemption formula of § 1.1307(b)(3)(i)(B), repeated here as Formula (B.2), applies for single fixed, mobile, and portable RF sources with available maximum time-averaged power or effective radiated power (ERP), whichever is greater, of less than or equal to the threshold Pth (mW). This method shall only be used at separation distances from 0.5 cm to 40 cm and at frequencies from 0.3 GHz to 6 GHz (inclusive). Pth is given by Formula (B.2). Where and f is in GHz, d is the separation distance (cm), and ERP 20cm is per Formula (B.1). FCC ID: 2AGPM-HJ568IMH Page 2 of 2 This report shall not be reproduced except in full, without the written approval of Shenzhen Tongzhou Testing Co.,Ltd Results RF Exposure at Separation distance (cm): 0.5 Mode Antenna Frequency [MHz] Conducted Power [dBm] Manufacturing tolerance Max Antenna Gain [dBi] Max of ERP and Conducted Power including Tune Up SAR- based exemption threshold Pth [mW] Target Power [dBm] Tolerance ±[dB] [dBm] [mW] BLE_1M Ant1 2402 0.45 0 1 3.04 1.89 1.55 2.79 BLE_1M Ant1 2440 1.13 0.5 1 3.04 2.39 1.73 2.75 BLE_1M Ant1 2480 1.46 1 1 3.04 2.89 1.95 2.72 BLE_2M Ant1 2402 0.4 0 1 3.04 1.89 1.55 2.79 BLE_2M Ant1 2440 1.15 0.5 1 3.04 2.39 1.73 2.75 BLE_2M Ant1 2480 1.46 1 1 3.04 2.89 1.95 2.72 Max of ERP and Conducted Power including Tune Up (dBm) = Max Conducted Tune Up Power(dBm) and Max Conducted Tune Up Power(dBm) + Antenna Gain(dBi)-2.15), whichever is greater. The Maximum Erp is used for Routine Evaluation Exemption according to B.4 of 447498 D04 Interim General RF Exposure Guidance v01. So, the SAR evaluation is not required.

Report No.: TZ0032260207PH01 Page 1 of 2 Test Setup Photos of the EUT Conducted Emission Radiated Emission Below 1GHz Report No.: TZ0032260207PH01 Page 2 of 2 Radiated Emission Above 1GHz RF Conducted Test

Report No.: TZ0032260207FRF02 Page 1 of 33 This publication may be reproduced in whole or in part for non-commercial purposes as long as the Shenzhen Tongzhou Testing Co.,Ltd. is acknowledged as copyright owner and source of the material. Shenzhen Tongzhou Testing Co.,Ltd. takes no responsibility for and will not assume liability for damages resulting from the reader's interpretation of the reproduced material due to its placement and context. The test report apply only to the specific sample(s) tested under stated test conditions. It is not permitted to copy extracts of these test result without the written permission of the test laboratory. TEST REPORT Report Number : TZ0032260207FRF02 Product Name : Bluetooth(BLE 6.1) ultra-low power module with integrated antenna Model/Type reference : HJ-568IMH, HJ-565IMH, HJ-566IMH, HJ-567IMH, HJ-569IMH FCC ID : 2AGPM-HJ568IMH Prepared for : Tangshan HongJia electronic technology co., LTD. 352 No. 2 # building power springs in Qianxi County, Tangshan City, Hebei Provin, Tangshan, China Prepared By : Shenzhen Tongzhou Testing Co.,Ltd. 1st Floor, Building 1, Haomai High-tech Park, Huating Road 387, Dalang Street, Longhua, Shenzhen, China Standards : FCC CFR Title 47 Part 15C, ANSI C63.10-2020+Cor1-2023 Date of Test : 2026-04-23 ~ 2026-04-28 Date of Issue : 2026-04-28 Prepared by : Lena Wen Reviewed by : Allen Lai Approved by : Max Zhang (Authorized Officer) Report No.: TZ0032260207FRF02 Page 2 of 33 ** Report Revise Record ** Report Version Revise Time Issued Date Valid Version Notes V1.0 / 2026-04-28 Valid Initial release Report No.: TZ0032260207FRF02 Page 3 of 33 TABLE OF CONTENTS 1. G E N E R A L I N F O R M A T I O N ........................................................ 4 1.1. Client Information ................................................................................................................... 4 1.2. Description of Device (EUT) ................................................................................................... 4 1.3. Wireless Function Tested in this Report .............................................................................. 4 1.4. EUT configuration ................................................................................................................... 5 1.5. Description of Test Facility .................................................................................................... 5 1.6. Statement of the Measurement Uncertainty ......................................................................... 6 1.7. Measurement Uncertainty ...................................................................................................... 6 1.8. Description of Test Modes ..................................................................................................... 6 1.9. Frequency of Channels .......................................................................................................... 7 2. T E S T M E T H O D O L O G Y ............................................................ 8 2.1. EUT Configuration .................................................................................................................. 8 2.2. EUT Exercise ........................................................................................................................... 8 2.3. Test Sample ............................................................................................................................. 8 3. S Y S T E M T E S T C O N F I G U R A T I O N .............................................. 9 3.1. Justification ............................................................................................................................. 9 3.2. EUT Exercise Software ........................................................................................................... 9 3.3. Special Accessories ............................................................................................................... 9 3.4. Block Diagram/Schematics .................................................................................................... 9 3.5. Equipment Modifications ....................................................................................................... 9 3.6. Test Setup ................................................................................................................................ 9 4. S U M M A R Y O F T E S T R E S U L T S ................................................ 10 5. T E S T R E S U L T ..................................................................... 11 5.1. On Time and Duty Cycle ....................................................................................................... 11 5.2. Maximum Peak Conducted Output Power Measurement ................................................. 12 5.3. Power Spectral Density Measurement ................................................................................ 13 5.4. 6 dB Spectrum Bandwidth and Occupied Channel Bandwidth Measurement ............... 14 5.5. Radiated Emissions Measurement ...................................................................................... 15 5.6. Conducted Spurious Emissions and Band Edges Test .................................................... 24 5.8. Band-edge measurements for radiated emissions ........................................................... 28 5.9. Antenna Requirements ......................................................................................................... 31 6. L I S T O F M E A S U R I N G E Q U I P M E N T .......................................... 32 7. T E S T S E T U P P H O T O G R A P H S O F E U T ...................................... 33 8. E X T E R I O R P H O T O G R A P H S O F E U T ......................................... 33 9. I N T E R I O R P H O T O G R A P H S O F E U T .......................................... 33 Report No.: TZ0032260207FRF02 Page 4 of 33 1. G E N E R A L I N F O …

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Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 1 of 33 Appendix Test Data for BLE (Conducted Measurement) Product Name: Bluetooth(BLE 6.1) ultra-low power module with integrated antenna Trade Mark: HJSIP™ Test Model: HJ-568IMH FCC ID: 2AGPM-HJ568IMH Environmental Conditions Temperature: 23.5°C Relative Humidity: 58% ATM Pressure: 100.0 kPa Test Engineer: Allen Lai Supervised by: Max Zhang NOTE N/A Appendix A: DTS Bandwidth Test Result Test Mode Antenna Frequency [MHz] DTS BW [MHz] FL [MHz] FH [MHz] Limit [MHz] Verdict BLE_1M Ant1 2402 0.720 2401.736 2402.456 0.5 PASS BLE_1M Ant1 2440 0.780 2439.660 2440.440 0.5 PASS BLE_1M Ant1 2480 0.756 2479.612 2480.368 0.5 PASS BLE_2M Ant1 2402 1.080 2401.508 2402.588 0.5 PASS BLE_2M Ant1 2440 1.136 2439.476 2440.612 0.5 PASS BLE_2M Ant1 2480 1.120 2479.400 2480.520 0.5 PASS Note: offset(dB) = cable loss(dB) + attenuator factor(dB) Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 2 of 33 Test Graphs BLE_1M-Ant1-2402-PASS BLE_1M-Ant1-2440-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 3 of 33 BLE_1M-Ant1-2480-PASS BLE_2M-Ant1-2402-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 4 of 33 BLE_2M-Ant1-2440-PASS BLE_2M-Ant1-2480-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 5 of 33 Appendix B: Occupied Channel Bandwidth Test Result Test Mode Antenna Frequency [MHz] OCB [MHz] FL [MHz] FH [MHz] Limit [MHz] Verdict BLE_1M Ant1 2402 1.0591 2401.5534 2402.6125 --- --- BLE_1M Ant1 2440 1.0862 2439.4947 2440.5809 --- --- BLE_1M Ant1 2480 1.0822 2479.4410 2480.5232 --- --- BLE_2M Ant1 2402 2.0291 2401.0603 2403.0894 --- --- BLE_2M Ant1 2440 2.0803 2439.0025 2441.0828 --- --- BLE_2M Ant1 2480 2.1194 2478.9204 2481.0398 --- --- Note: offset(dB) = cable loss(dB) + attenuator factor(dB) Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 6 of 33 Test Graphs BLE_1M-Ant1-2402 BLE_1M-Ant1-2440 Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 7 of 33 BLE_1M-Ant1-2480 BLE_2M-Ant1-2402 Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 8 of 33 BLE_2M-Ant1-2440 BLE_2M-Ant1-2480 Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 9 of 33 Appendix C: Maximum peak conducted output power Test Result Peak Test Mode Antenna Frequency [MHz] Conducted Peak Power [dBm] Conducted Limit [dBm] Verdict BLE_1M Ant1 2402 0.45 ≤30 PASS BLE_1M Ant1 2440 1.13 ≤30 PASS BLE_1M Ant1 2480 1.46 ≤30 PASS BLE_2M Ant1 2402 0.40 ≤30 PASS BLE_2M Ant1 2440 1.15 ≤30 PASS BLE_2M Ant1 2480 1.46 ≤30 PASS Note: offset(dB) = cable loss(dB) + attenuator factor(dB) Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 10 of 33 Test Graphs Peak BLE_1M-Ant1-2402-PASS BLE_1M-Ant1-2440-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 11 of 33 BLE_1M-Ant1-2480-PASS BLE_2M-Ant1-2402-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 12 of 33 BLE_2M-Ant1-2440-PASS BLE_2M-Ant1-2480-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 13 of 33 Appendix D: Maximum peak power spectral density Test Result Test Mode Antenna Frequency [MHz] Result [dBm/3kHz] Limit [dBm/3kHz] Verdict BLE_1M Ant1 2402 -10.04 ≤8.00 PASS BLE_1M Ant1 2440 -9.10 ≤8.00 PASS BLE_1M Ant1 2480 -8.78 ≤8.00 PASS BLE_2M Ant1 2402 -10.72 ≤8.00 PASS BLE_2M Ant1 2440 -10.29 ≤8.00 PASS BLE_2M Ant1 2480 -9.71 ≤8.00 PASS Note: offset(dB) = cable loss(dB) + attenuator factor(dB) Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 14 of 33 Test Graphs BLE_1M-Ant1-2402-PASS BLE_1M-Ant1-2440-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 15 of 33 BLE_1M-Ant1-2480-PASS BLE_2M-Ant1-2402-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 16 of 33 BLE_2M-Ant1-2440-PASS BLE_2M-Ant1-2480-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 17 of 33 Appendix E: Band edge measurements Test Result Test Mode Antenna Ch. Name Frequency [MHz] Ref. Level [dBm] Result [dBm] Limit [dBm] Verdict BLE_1M Ant1 Low 2402 -0.26 -50.04 ≤-20.26 PASS BLE_1M Ant1 High 2480 1.28 -48.08 ≤-18.72 PASS BLE_2M Ant1 Low 2402 0.15 -33.13 ≤-19.85 PASS BLE_2M Ant1 High 2480 1.26 -46.13 ≤-18.74 PASS Note: offset(dB) = cable loss(dB) + attenuator factor(dB) Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 18 of 33 Test Graphs BLE_1M-Ant1-2402-PASS BLE_1M-Ant1-2480-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 19 of 33 BLE_2M-Ant1-2402-PASS BLE_2M-Ant1-2480-PASS Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 20 of 33 Appendix F: Conducted Spurious Emission Test Result Test Mode Antenna Frequency [MHz] Freq. Range [MHz] Ref. Level [dBm] Result [dBm] Limit [dBm] Verdict BLE_1M Ant1 2402 0~Reference 0.03 0.03 --- PASS BLE_1M Ant1 2402 30~1000 0.03 -62.68 ≤-19.97 PASS BLE_1M Ant1 2402 1000~26500 0.03 -37.39 ≤-19.97 PASS BLE_1M Ant1 2440 0~Reference 0.77 0.77 --- PASS BLE_1M Ant1 2440 30~1000 0.77 -61.87 ≤-19.23 PASS BLE_1M Ant1 2440 1000~26500 0.77 -37.05 ≤-19.23 PASS BLE_1M Ant1 2480 0~Reference 0.82 0.82 --- PASS BLE_1M Ant1 2480 30~1000 0.82 -63.55 ≤-19.18 PASS BLE_1M Ant1 2480 1000~26500 0.82 -37.23 ≤-19.18 PASS BLE_2M Ant1 2402 0~Reference 0.10 0.10 --- PASS BLE_2M Ant1 2402 30~1000 0.10 -63.4 ≤-19.9 PASS BLE_2M Ant1 2402 1000~26500 0.10 -37.74 ≤-19.9 PASS BLE_2M Ant1 2440 0~Reference 0.74 0.74 --- PASS BLE_2M Ant1 2440 30~1000 0.74 -62.88 ≤-19.26 PASS BLE_2M Ant1 2440 1000~26500 0.74 -37.89 ≤-19.26 PASS BLE_2M Ant1 2480 0~Reference 1.24 1.24 --- PASS BLE_2M Ant1 2480 30~1000 1.24 -63.02 ≤-18.76 PASS BLE_2M Ant1 2480 1000~26500 1.24 -36.34 ≤-18.76 PASS Note: offset(dB) in Reference test plots = cable loss(dB) + attenuator factor(dB); For spurious emissions plots from 30MHz to 26.5GHz, the cable loss and attenuator factors have been set in the 'Input Correction' of the Spectrum Analyzer during the test. Appendix Test Data of the Report No.: TZ0032260207FRF02 Page 21 of 33 Test Graphs BLE_1M-Ant1-2402-0~Reference-PASS BLE_1M-Ant1-2…

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ProductNumber:HJ2400-XLJ261001WQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 1 Index: 1.Specification(规格) 2.CharacteristicsandReliabilityTest(产品特性和可靠性测试标准) 3.Antenna-SParameterTestData(样品测试数据) 4.Antenna-RadiationPatternTestData(辐射模式测试数据) 5.MechanicalandPackingDrawing(图纸包装规范) RevisionHistory（变更履历） RevisionDateChangeNotificationDescription 1.02025.10.11 初版 1.12026-4-13V1.1 Todistinguish,theinterfacemethodhasbeen changedtoamaleinnerhole,incompliancewith FCCandCErequirements ProductNumber:HJ2400-XLJ261001WQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 2 1.Specification SamplePhoto A.ElectricalCharacteristics Frequency 频率2400-2500MHz S.W.R.驻波比<=2.0 AntennaGain增益3.04dBi Polarization极化方式Linear Impedance阻抗50Ohm B.Material&MechanicalCharacteristics MaterialofPlastic 塑胶材质TPE ConnectorType连接器规格SMAPIug C.Environmental StorageTemperature 存储温度 -40 ̊C~+80 ̊C OperationTemperature 工作温度 -40 ̊C~+80 ̊C AntennaColorStoragelife 天线颜色存储寿命 <2 year ProductNumber:HJ2400-XLJ261001WQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 3 2.CharacteristicsandReliabilityTest TestItems测试 项目 TestConditionandProcedure测试方法Requirements要求Result 结果 1V.S.W.R. 电压驻波比 SetDUTonNetworkAnalyzer;makeindividual calibrationtotest设置网络分析仪参数进行测试 DirectiveDUTspecification 符合待测物规范 PASS 2Antenna Gain 天线增益 SetDUTonAntennaChamber;makeindividual calibrationtotest设置天线暗室参数进行测试 DirectiveDUTspecification 符合待测物规范 PASS 3PullTest 拉力 Holdingwithindividualspecification;force appliedtoaxisofterminal.单独定义产品端子拉力 1.DirectiveDUTspecification 2.FrequencyTol.≤5% 符合待测物规范;频率偏移≤5% PASS 4TorqueTest 扭力 Holdingwithindividualspecification;applied clockwiseandcounterclockwisetotheaxisof terminal 单独定义产品端子之顺时针及逆时针扭力 1.DirectiveDUTspecification 2.FrequencyTol.≤5% 符合待测物规范;频率偏移≤5% PASS 5Dimension 尺寸 Inspectionofdimension,color,material,package, surfaceprocess.检查尺寸,颜色,材料,包装,表面处理 DirectiveDUTspecification 符合待测物规范 PASS 6SaltSpray盐 雾 GB/T2423.17-2008 Temp:35°C;RH:≥95%;NaClsolution:≥ 5%;Time:24H 温度35°C；湿度≥95%;盐水浓度≥5%；测试24H 1.NoVisualDamage 2.FrequencyTol.≤5% 无明显外观不良;频率偏移≤5% PASS 7Temperature and Humidity Chamber 恒温恒湿 GB/T2423.3-2006 Temp:80°C/12H;-40°C/12HRH:≥90%;Time: 24H 温度80°C测试12H转-40°C测试12H；湿度≥90%； 时间24H After2HoursRecovery 1.NoVisualDamage 2.FrequencyTol.≤5% 恢复2H后，无明显外观不良;频 率偏移≤5% PASS 8Agingtest 老化 GB/T2423.2-2008 Temp:80°C;Time:24hours 温度80°C，测试24H After2HoursRecovery 1.NoVisualDamage 2.FrequencyTol.≤5% 无明显外观不良;频率偏移≤5% PASS 9RoHSWithReferencetoIEC62321:2008withflowchart 参考IEC62321测试流程 DirectiveRoHS2011/65/EU 符合RoHS2015/863/EU标准 PASS ProductNumber:HJ2400-XLJ261001WQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 4 3.Antenna-SParameterTestData 4.Antenna-RadiationPatternTestData Frequency(MHz)2400.02450.02500.0 Efficiency(%)60.568.672.40 Gain(dBi)2.172.493.04 XY_PlaneXZ_PlaneYZ_Plane ProductNumber:HJ2400-XLJ261001WQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 5 2400MHz 2450MHz 2500MHz 5.MechanicalDrawingSeeattachedfiles

ProductNumber:HJ2400-BA261001TQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 1 Index: 1.Specification(规格) 2.CharacteristicsandReliabilityTest(产品特性和可靠性测试标准) 3.Antenna-SParameterTestData(样品测试数据) 4.Antenna-RadiationPatternTestData(辐射模式测试数据) 5.MechanicalandPackingDrawing(图纸包装规范) RevisionHistory（变更履历） RevisionDateChangeNotificationDescription 1.02025.7.26 初版 1.12026-4-13V1.1 Todistinguish,theinterfacemethodhasbeen changedtoamaleinnerhole,incompliancewith FCCandCErequirements ProductNumber:HJ2400-BA261001TQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 2 1. Specification SamplePhoto A. ElectricalCharacteristics Frequency 频率2400 -2500MHz S.W.R.驻波比<= 2.0 AntennaGain增益2.61dBi Polarization极化方式Linear Impedance阻抗50 Ohm B. Material& MechanicalCharacteristics Materialof Plastic 塑胶材质TPEE/ABS/PC+PBT/POM CableType线材规格RG178 ConnectorType连接器规格SMAPlug(公头公针) C. Environmental StorageTemperature 存储温度 - 30 ̊C ~ + 65 ̊C OperationTemperature- 30 ̊C ~ + 65 ̊C ProductNumber:HJ2400-BA261001TQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 3 工作温度 AntennaColorStoragelife 天线颜色存储寿命 <2 year 2.CharacteristicsandReliabilityTest TestItems 测试 项目 TestConditionandProcedure 测试方法 Requirements 要求Result 结果 1V.S.W.R. 电压驻波比 SetDUTonNetworkAnalyzer;makeindividual calibrationtotest设置网络分析仪参数进行测试 DirectiveDUTspecification 符合待测物规范 PASS 2Insertion Loss插入损 失 SetDUTonNetworkAnalyzer;makeindividual calibrationtotest设置网络分析仪参数进行测试 DirectiveDUTspecification 符合待测物规范 PASS 3Antenna Gain 天线增益 SetDUTonAntennaChamber;makeindividual calibrationtotest设置天线暗室参数进行测试 DirectiveDUTspecification 符合待测物规范 PASS 4Voltage Breakdown 耐电压 Testvoltageshouldbeappliedbetweeninsulated portions,orbetweengroundasspecified. 在绝缘部分测试电压,或指定接地面之间 MaxVoltage≥500Vor directivematerial specification最大电压≥500V 或符合材料规范 PASS 5Insulation Resistance 绝缘阻抗 SetVoltage:500±50V;betweentheinsulated portions,orbetweengroundasspecified. 设置电压500±50V,在绝缘部份测试或指定接地面之 间 Resistance≥500Mohm ordirectivematerial specification阻抗≥500Mohm 或符合材料规范 PASS 6Contact Resistance 接触阻抗 AirTemp:26°C;measuredwithtestequipment 室温26°C，指定量测设备 Directivematerial specification 符合材料规范 PASS 7Vibration 震动 GB/T2423.48-2008 Amplitude:0.03inch(1.5mm);Freq:20to80to20 1.NoVisualDamage 2.FrequencyTol.≤5% PASS ProductNumber:HJ2400-BA261001TQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 4 Hz 3directions;2hoursforeachdirection 振幅1.5mm；频率20~80~20Hz；3个方向各2H 无明显外观不良;频率偏移≤5% 8Random Drop 跌落 GB/T2423.8-1995 Single：Height:1.0Meter;3directions;1timefor eachdirection单支天线，高1m；3个方向各1次 1.Nopartsseparated、fracture 2.FrequencyTol.≤5% 产品无脱落、断裂;频率偏移≤5% PASS Packing：Height:0.76Meter;1corner,3edges,6 surface 包装：高0.76m，一角、三棱、六面各一次 PASS Antenna+Machine:Height:0.76Meter;1corner,3 edges,6surface.整机：高0.76m，一角、三棱、六 面各一次 PASS 9Solderability 可焊性 GB/T2423.28-2005 Temp:260±5°C;Duration:5seconds温度260± 5°C;持续5秒 Tinevenlyonfull 上锡均匀饱满 PASS 10PullTest 拉力 Holdingwithindividualspecification;force appliedtoaxisofterminal.单独定义产品端子拉力 1.DirectiveDUTspecification 2.FrequencyTol.≤5% 符合待测物规范;频率偏移≤5% PASS 11TorqueTest 扭力 Holdingwithindividualspecification;applied clockwiseandcounterclockwisetotheaxisof terminal 单独定义产品端子之顺时针及逆时针扭力 1.DirectiveDUTspecification 2.FrequencyTol.≤5% 符合待测物规范;频率偏移≤5% PASS 12Dimension 尺寸 Inspectionofdimension,color,material,package, surfaceprocess.检查尺寸,颜色,材料,包装,表面处理 DirectiveDUTspecification 符合待测物规范 PASS 13Waterproof 防水 WithReferencetoIEC60529//IPCodeDefinition 参考IEC60529IP定义 DirectiveDUTspecification 符合待测物规范 N/A 14SaltSpray盐 雾 GB/T2423.17-2008 Temp:35°C;RH:≥95%;NaClsolution:≥ 5%;Time:24H 温度35°C；湿度≥95%;盐水浓度≥5%；测试24H 1.NoVisualDamage 2.FrequencyTol.≤5% 无明显外观不良;频率偏移≤5% PASS 15Temperature and Humidity Chamber 恒温恒湿 GB/T2423.3-2006 Temp:65°C/12H;-30°C/12HRH:≥90%;Time: 24H 温度65°C测试12H转-30°C测试12H；湿度≥90%； 时间24H After2HoursRecovery 1.NoVisualDamage 2.FrequencyTol.≤5% 恢复2H后，无明显外观不良;频 率偏移≤5% PASS 16Agingtest 老化 GB/T2423.2-2008 Temp:65°C;Time:24hours After2HoursRecovery 1.NoVisualDamage PASS ProductNumber:HJ2400-BA261001TQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 5 温度65°C，测试24H2.FrequencyTol.≤5% 无明显外观不良;频率偏移≤5% 17RoHSWithReferencetoIEC62321:2008withflowchart 参考IEC62321测试流程 DirectiveRoHS2011/65/EU 符合RoHS2015/863/EU标准 PASS 3.Antenna-SParameterTestData ProductNumber:HJ2400-BA261001TQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 6 4.Antenna-RadiationPatternTestData ProductNumber:HJ2400-BA261001TQ ProductName:Antenna 唐山宏佳电子科技有限公司 http://www.HJSIP.com.cn 7 5.MechanicalDrawingSeeattachedfiles

-1- HJ2400-FPC2075FSK BluetoothantennaofFPC specification V1.0 1、Index ItemContentPageRemark 1Index1 2Specification2 3ReturnLoss2 4RadiationPattern3 5PeakGain(dBi) AndEfficiency(%) 4 DocumentType:FPCAntenna DocumentVersion:V1.0 ReleaseDate:Aug12，2025 Manufacturer:HJSIP® -2- 2、Specification ProductNumber:PCBAntenna SamplePhoto: A.ElectricalCharacteristics Frequency2400~2500MHz S.W.R.≤1.5 GainMax≤2.91dBi Efficiency~43% PolarizationLinear Impedance50Ohm B.Material&MechanicalCharacteristics MaterialofRadiatorplatedcopper C.Environmental OperationTemperature -40 °C ~+85 °C StorageTemperature -40°C~+105°C 3、ReturnLoss -3- 4、RadiationPatter RadiationPatternandGainweredependentonmeasurementboarddesign.Thespecificationofcoilantennawas measuredbasedonthePCBsizeandinstallationpositionasshowninthebelowfigureTestBoard. 3DRadiationPattern 240024502500 2DRadiationPattern XY_PlaneXZ_PlaneYZ_Plane -4- 5、PeakGain(dBi)&Efficiency(%)

-1- HJ-568IMH BluetoothantennaofPCBon-board specification V1.1 1、Index ItemContentPageRemark 1Index1 2Specification2 3ANTsize2 4ReturnLoss3 5RadiationPattern4 DocumentType:PCBAntenna DocumentVersion:V1.1 ReleaseDate:Aug21 ， 2024 Manufacturer:HJSIP -2- 2、Specification ProductNumber:PCBAntenna A.ElectricalCharacteristics Frequency2400~2500MHz S.W.R. ≤ 1.7 GainMax ≤ 1.35dBi EfficiencyMax≤44% PolarizationLinear Impedance50Ohm B.Material&MechanicalCharacteristics MaterialofRadiatorplatedcopper C.Environmental OperationTemperature -40°C~+85°C StorageTemperature -40 °C ~+105 °C 3、ANTsize -3- 4、ReturnLoss -4- 5、RadiationPatter RadiationPatternandGainweredependentonmeasurementboarddesign.Thespecificationofcoilantennawas measuredbasedonthePCBsizeandinstallationpositionasshowninthebelowfigureTestBoard. 2400MHZ2450MHZ2500MHZ

Approval sheet Page 1 of 9 ASC_RFANT3216120A5T_V05 Apr. 2010 MULTILAYER CERAMIC ANTENNA RFANT Series – RoHS Compliance 2.4 GHz ISM Band Working Frequency P/N: RFANT3216120A5T Series *Contents in this sheet are subject to change without prior notice. Approval sheet Page 2 of 9 ASC_RFANT3216120A5T_V05 Apr. 2010 FEATURES 1. Surface Mounted Devices with a small dimension of 3.2 X 1.6 X1.2 mm 3 meet future miniaturization trend. 2. LTCC process 3. High stability in Temperature / Humidity Change APPLICATIONS 1. 2.4GHz ISM band RF applications 2. Bluetooth, Wireless, HomeRF CONSTRUCTION DIMENSIONS Figure Symbol Dimension (mm) L 3.20 ± 0.20 W 1.60 ± 0.10 T 1.20 ± 0.10 a 0.25 ± 0.15 1. Feeding 2. Identification Mark 3. Soldering terminal W T E a a Approval sheet Page 3 of 9 ASC_RFANT3216120A5T_V05 Apr. 2010 Ground Soldering Pad 50 ΩTransmission Line Unit : mm 19.4 Empty Area 6x6 mm 50Ω ΩΩ ΩFeed line 45mm 20mm Series 1 Series 2 Ground Soldering Pad 50 ΩTransmission Line Unit : mm 19.4 Empty Area 6x6 mm 50Ω ΩΩ ΩFeed line 45mm 20mm Series 1 Series 2 ELECTRICAL CHARACTERISTICS RFANT3216120A5T Specification Working Frequency Range 2450 ± 50 MHz Fc (GHz) 2.9 Gain (dBi) 2 (Typical) VSWR 2 max. Series 1 6.8nH Matching component value Series 2 - Operation Temperature -40 ̊C ~ +85 ̊C * This frequency must be adjusted to 2.45GHz with matching circuit. SOLDER LAND PATTERN DESIGN Figure 1.66 0.8 2.3 1.63 6 3.43 1.6 6 1.36 0.36 0.88 0.34 1.88 1.83 0.8 0.54 1.66 0.8 2.3 1.63 6 3.43 1.6 6 1.36 0.36 0.88 0.34 1.88 1.83 0.8 0.54 Approval sheet Page 4 of 9 ASC_RFANT3216120A5T_V05 Apr. 2010 Antenna on Test Board ( Thickness 1.2mm) Antenna S11 on Test Board Antenna VSWR on Test Board E 0.8mm 1.6mm 19.4mm Empty Area 6x6 mm 50Ω ΩΩ ΩFeed line 1.66mm GROUND 0.8mm 1.6mm 19.4mm Empty Area 6x6 mm 50Ω ΩΩ ΩFeed line 1.66mm GROUND 0.8mm 1.6mm 19.4mm Empty Area 6x6 mm 50Ω ΩΩ ΩFeed line 1.66mm GROUND 0.8mm 1.6mm 19.4mm Empty Area 6x6 mm 50Ω ΩΩ ΩFeed line 1.66mm GROUND E Approval sheet Page 5 of 9 ASC_RFANT3216120A5T_V05 Apr. 2010 RADIATION PATTERN Radiation Pattern and Gain were dependent on measurement board design. The specification of RFANT3216120A5T antenna was measured based on the PCB size and installation position as shown in the below figure Test Board Vertical Horizontal Y - Z Plane Average Gain= 0.891 dBi Peak Gain = 2.12dBi Average Gain = 0.64 dBi Peak Gain= -6.07dBi Average Gain=-11.62dBi X - Z Plane Average Gain= -1.846 dBi Peak Gain= -7.78 dBi Average Gain= -11.97dBi Peak Gain= 0.96 dBi Average Gain= -2.29 dBi X - Y Plane Average Gain= -2.556 dBi Peak Gain= -9.41 dBi Average Gain= -15.54dBi Peak Gain= 1.40 dBi Average Gain= -2.78 dBi GROUND X Y Z GROUND X Y Z X Y Z Approval sheet Page 6 of 9 ASC_RFANT3216120A5T_V05 Apr. 2010 RELIABILITY TEST Test item Test condition / Test method Specification Solderability JIS C 0050-4.6 JESD22-B102D *Solder bath temperature：235 ± 5°C *Immersion time：2 ± 0.5 sec *Solder：Sn3Ag0.5Cu for lead-free At least 95% of a surface of each terminal electrode must be covered by fresh solder. Leaching (Resistance to dissolution of metallization) IEC 60068-2-58 *Solder bath temperature：260 ± 5°C *Leaching immersion time：30 ± 0.5 sec *Solder : SN63A Loss of metallization on the edges of each electrode shall not exceed 25%. Resistance to soldering heat JIS C 0050-5.4 *Preheating temperature：120~150°C, 1 minute. *Solder temperature：270±5°C *Immersion time：10±1 sec *Solder：Sn3Ag0.5Cu for lead-free Measurement to be made after keeping at room temperature for 24±2 hrs No mechanical damage. Samples shall satisfy electrical specification after test. Loss of metallization on the edges of each electrode shall not exceed 25%. Drop Test JIS C 0044 *Height：75 cm *Test Surface：Rigid surface of concrete or steel. *Times：6 surfaces for each units；2 times for each side. No mechanical damage. Samples shall satisfy electrical specification after test. Adhesive Strength of Termination JIS C 0051- 7.4.3 *Pressurizing force： 5N(≦0603)；10N(>0603) *Test time：10±1 sec No remarkable damage or removal of the termination. Bending test JIS C 0051- 7.4.1 The middle part of substrate shall be pressurized by means of the pressurizing rod at a rate of about 1 mm/s per second until the deflection becomes 1mm/s and then pressure shall be maintained for 5±1 sec. Measurement to be made after keeping at room temperature for 24±2 hours No mechanical damage. Samples shall satisfy electrical specification after test. Approval sheet Page 7 of 9 ASC_RFANT3216120A5T_V05 Apr. 2010 Temperature cycle JIS C 0025 1. 30±3 minutes at -40°C±3°C, 2. 10~15 minutes at room temperature, 3. 30±3 minutes at +85°C±3°C, 4. 10~15 minutes at room temperature, Total 100 continuous cycles Measurement to be made after keeping at room temperature for 24±2 hrs No mechanical damage. Samples shall satisfy electrical specification after test. Vibration JIS C 0040 *Frequency：10Hz~55Hz~10Hz(1min) *Total amplitude：1.5mm *Test times：6hrs.(Two hrs each in three mutually perpendicular directions) No mechanical damage. Samples shall satisfy electrical specification after test. High temperature JIS C 0021 *Temperature：85°C±2°C *Test duration：1000+24/-0 hours Measurement to be made after keeping at room temperature for 24±2 hrs No mechanical damage. Samples shall satisfy electrical specification after test. Humidity (steady conditions) JIS C 0022 *Humidity：90% to 95% R.H. *Temperature：40±2°C *Time：1000+24/-0 hrs. Measurement to be made after keeping at room temperature for 24±2 hrs ※ 500hrs measuring the first data then 1000hrs data No mechanical damage. Samples shall satisfy electrical specification after test. Low te…

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