2BTXRP12PROMAXTablet

EU Declaration Conformity Hereby, NT SYS Korlátolt Felelősségű Társaság. declares that this device is in compliance with the essential requirements and other relevant provisions of Directive 2014/53/EU. In accordance with Article10(2) and Artical10(10), This product is allowed to use in all EU member states. A complete declaration of conformity can be obtained at: https://ntsys.hu/rolunk/ The device can operate in EU Member State without restricted. RF Exposure Statement SAR tests are conducted using standard operating positions According CE standard with the device transmitting at its highest certified power level in all tested frequency bands, although the SAR is determined at the highest certified power level, the actual SAR level of the device while operating can be well below the maximum value. This model product has been tested and meets the CE RF exposure guidelines with the test distance is 0mm for head and 5mm for body, the max. SAR value report is 3.668W/Kg for Limb and1.695W/Kg for body. The use of belt clips, holsters and similar accessories should n ot contain metallic components in its assembly. The use of accessories that do not satisfy these requirements may not comply with CE exposure requirements, and should be avoided. Warnings 1 Risk of explosion if battery is replaced by an incorrect type. Dispose of used batteries according to the instructions. Adapter shall be installed near the equipment and shall be easily accessible. 2 3 To charge the device, please use the charger with the device or CE approved charger with output parameters descripted as below; unauthorized power adapter or data cable may cause charger exploding or damage the machine. Input: DC 5V/9V 2A 4 5 Plug the adapter power socket in 100-240VAC socket, others may cause charger exploding or damage the machine. The plug considered as disconnect device of adapter. Do not store thedevice in temperatures lower -20 ºC and higher than 55 ºC. 6 The safetyoperatingtemperature of this device is -20ºC-55ºC. This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: -Reorient or relocate the receiving antenna. -Increase the separation between the equipment and receiver. -Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -Consult the dealer or an experienced radio/TV technician for help. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. RF Exposure Statement This device has been tested and meets applicable limits for radio frequency (RF) exposure. Specific Absorption Rate (SAR) refers to the rate at which the body absorbs RF energy. The SAR limit is 1.6W/kg in countries that set the limit averaged over 1 gram of tissue , 2.0 W/kg in countries that set the limit averaged over 10 grams of tissue, and 4.0 W/kg for limb on average for 10 g of cellular tissue absorbing the majority of frequencies. During testing, the device radios are set to their highest transmission levels and SAR is evaluated in real-time, over time intervals as specified by applicable regulations. This device is evaluated in positions that simulate uses against the head, with no separation, when worn or carried against the torso of the body, with 5mm separation, and limbo with no separation. P12Pro uses the latest approved regulatory methods adopted in the industry for testing and managing device radios to meet RF exposure limits. These methods track radio usage and RF exposure in real-time and manage power to ensure that the device complies with applicable RF exposure limits. To reduce exposure to RF energy, use a hands-free option, such as the built-in speakerphone, headphones, or other similar accessories. Cases with metal parts may change the RF performance of the device, including its compliance with RF exposure guidelines, in a manner that has not been tested or certified. Although this device has been tested to determine RF exposure compliance in each band of operation, not all bands are available in all areas. Bands are dependent on your service provider’s wireless and roaming networks. To maintain compliance with radio frequency exposure guidelines and limits, keep the tablet at least 0.20 in. (5 mm) away from your body. When you carry the tablet on your body, use only accessories equipped with an integrated belt clip that are supplied or approved by the manufacturer. If you use a body-worn accessory not supplied by the manufacturer, verify that the accessory does not contain metal and keep the tablet at least 0.20 in. (5 mm) from your body.

Tablet Model:P12 Pro Series Model:P12 Pro Max,P12 Pro Plus,P12 Pro Ultra operating temperature -15~55 5G wifi indoor use only Distance sensors are reserved for future use

Produkte Products Appendix C CN266NB9 001 Page 1 of 52 Produkte Products Appendix C CN266NB9 001 Page 2 of 52 Produkte Products Appendix C CN266NB9 001 Page 3 of 52 Produkte Products Appendix C CN266NB9 001 Page 4 of 52 Produkte Products Appendix C CN266NB9 001 Page 5 of 52 Produkte Products Appendix C CN266NB9 001 Page 6 of 52 Produkte Products Appendix C CN266NB9 001 Page 7 of 52 Produkte Products Appendix C CN266NB9 001 Page 8 of 52 Produkte Products Appendix C CN266NB9 001 Page 9 of 52 Produkte Products Appendix C CN266NB9 001 Page 10 of 52 Produkte Products Appendix C CN266NB9 001 Page 11 of 52 Produkte Products Appendix C CN266NB9 001 Page 12 of 52 Produkte Products Appendix C CN266NB9 001 Page 13 of 52 Produkte Products Appendix C CN266NB9 001 Page 14 of 52 Produkte Products Appendix C CN266NB9 001 Page 15 of 52 Produkte Products Appendix C CN266NB9 001 Page 16 of 52 Produkte Products Appendix C CN266NB9 001 Page 17 of 52 Produkte Products Appendix C CN266NB9 001 Page 18 of 52 Produkte Products Appendix C CN266NB9 001 Page 19 of 52 Produkte Products Appendix C CN266NB9 001 Page 20 of 52 Produkte Products Appendix C CN266NB9 001 Page 21 of 52 Produkte Products Appendix C CN266NB9 001 Page 22 of 52 Produkte Products Appendix C CN266NB9 001 Page 23 of 52 Produkte Products Appendix C CN266NB9 001 Page 24 of 52 Produkte Products Appendix C CN266NB9 001 Page 25 of 52 Produkte Products Appendix C CN266NB9 001 Page 26 of 52 Produkte Products Appendix C CN266NB9 001 Page 27 of 52 Produkte Products Appendix C CN266NB9 001 Page 28 of 52 Produkte Products Appendix C CN266NB9 001 Page 29 of 52 Produkte Products Appendix C CN266NB9 001 Page 30 of 52 Produkte Products Appendix C CN266NB9 001 Page 31 of 52 Produkte Products Appendix C CN266NB9 001 Page 32 of 52 Produkte Products Appendix C CN266NB9 001 Page 33 of 52 Produkte Products Appendix C CN266NB9 001 Page 34 of 52 Produkte Products Appendix C CN266NB9 001 Page 35 of 52 Produkte Products Appendix C CN266NB9 001 Page 36 of 52 Produkte Products Appendix C CN266NB9 001 Page 37 of 52 Produkte Products Appendix C CN266NB9 001 Page 38 of 52 Produkte Products Appendix C CN266NB9 001 Page 39 of 52 Produkte Products Appendix C CN266NB9 001 Page 40 of 52 Produkte Products Appendix C CN266NB9 001 Page 41 of 52 Produkte Products Appendix C CN266NB9 001 Page 42 of 52 Produkte Products Appendix C CN266NB9 001 Page 43 of 52 Produkte Products Appendix C CN266NB9 001 Page 44 of 52 Produkte Products Appendix C CN266NB9 001 Page 45 of 52 Produkte Products Appendix C CN266NB9 001 Page 46 of 52 Produkte Products Appendix C CN266NB9 001 Page 47 of 52 Produkte Products Appendix C CN266NB9 001 Page 48 of 52 Produkte Products Appendix C CN266NB9 001 Page 49 of 52 Produkte Products Appendix C CN266NB9 001 Page 50 of 52

ReportNo.:SHATBL2602003 Page 1 of 3 AppendixJ_TestSetup Radiatedspuriousemissiontestphotos Below1GHz Above1GHz ReportNo.:SHATBL2602003 Page 2 of 3 BT&WIFI_Conductedtestphotos 2/3/4G_Conductedtestphotos ReportNo.:SHATBL2602003 Page 3 of 3 ACPower-LineConductedEmission ※※※※※ENDOFAPPENDIXF※※※※※

"ShanghaiATBLTechnologyCo.,Ltd."herebycertifiesthataccordingtoactualtestingconditions.Thetestresultsorobservationsare providedinaccordancewithmeasuredvalue,withouttakingriskscausedbyuncertaintyintoaccount.Withoutexplicitstipulationinspecial agreements,standardsorregulations,ATBLshallnotassumeanyresponsibility.Thetestresultsorobservationsareapplicableonlytotested sample.Clientshallberesponsibleforrepresentativenessofthesampleandauthenticityofthematerial.Thisreportwillbevoidwithout authorizedsignatureorspecialsealfortestingreport.Donotcopiedwithoutauthorization. Tel:+86(0)21-51298625Web:www.atbl-lab.comEmail:[email protected] RFTESTREPORT Applicant: ShenzhenGuangqunCommunicationTechnologyCo.,Ltd. ProductName: Tablet BrandName: Aorlym ModelName: P12Pro SeriesModel: P12ProMax,P12ProPlus,P12ProUltra FCCID:2BTXRP12PROMAX TestStandard:FCCCFRTitle47Part15SubpartCSection15.247 DateofSampleArrival:Fed.02,2026 DateofTest:Fed.02,2026~Mar.10,2026 IssueDate:Mar.10,2026 ReportNo.:SHATBL2602003W03 ReportPreparedby: (Emily) ReportApprovedby: (GuozhengLi) AuthorizedSignatory: (TerryYang) ReportNo.:SHATBL2602003W03 Page 2 of 28 SHATBL-W-123/A0 TABLEOFCONTENTS REVISIONHISTORY.............................................................................................................................................................................3 DECLARATIONOFREPORT............................................................................................................................................................4 SUMMARYOFTESTRESULT.........................................................................................................................................................5 1.GENERALDESCRIPTION.............................................................................................................................................................6 1.1.Applicant....................................................................................................................................................................................6 1.2.Manufacturer...........................................................................................................................................................................6 1.3.Factory.......................................................................................................................................................................................6 1.4.GeneralInformationofEUT..............................................................................................................................................7 1.5.EquipmentSpecification.....................................................................................................................................................8 1.6.ModificationofEUT..............................................................................................................................................................8 1.7.LaboratoryInformation........................................................................................................................................................8 1.8.ApplicableStandards...........................................................................................................................................................8 2.TESTCONFIGURATIONOFEUT..............................................................................................................................................9 2.1.CarrierFrequencyChannel..............................................................................................................................................9 2.2.TestModes...............................................................................................................................................................................9 2.3.BlockDiagramofTestSystem......................................................................................................................................10 2.4.DescriptionofSupportUnits..........................................................................................................................................10 2.5.TestSoftwareandPowerLevel....................................................................................................................................10 2.6.EUTOperatingConditions..............................................................................................................................................10 2.7.EquipmentList.....................................................................................................................................................................11 2.8.MeasurementUncertainty...............................................................................................................................................13 2.9.Environmentalconditions................................................................................................................................................13 3.TESTRESULT..................................................................................................................................................................................14 3.1.MaximumPeakconductedoutputpower.................................................................................................................14 3.2.DutyCycle..............................................................................................................................................................................15 3.3.6dBBandwidthand99%Bandwidth..........................................................................................................................16 3.4.PowerSpectralDensity....................................................................................................................................................18 3.5.ConductedBandEdge.....................................…

Text truncated - open the document above for the full version.

"ShanghaiATBLTechnologyCo.,Ltd."herebycertifiesthataccordingtoactualtestingconditions.Thetestresultsorobservationsareprovidedin accordancewithmeasuredvalue,withouttakingriskscausedbyuncertaintyintoaccount.Withoutexplicitstipulationinspecialagreements,standards,or regulations,ATBLshallnotassumeanyresponsibility.Thetestresultsorobservationsareapplicableonlytotestedsample.Clientshallberesponsiblefor representativenessofthesampleandauthenticityofthematerial.Thisreportwillbevoidwithoutauthorizedsignatureorspecialsealfortestingreport.Do notcopiedwithoutauthorization. Tel:+86(0)21-51298625Web:www.atbl-lab.comEmail:[email protected] RFTESTREPORT Applicant: ShenzhenGuangqunCommunicationTechnologyCo.,Ltd. ProductName: Tablet BrandName: Aorlym ModelName: P12Pro SeriesModel: P12ProMax,P12ProPlus,P12ProUltra FCCID:2BTXRP12PROMAX TestStandard:FCCCFRTitle47Part15SubpartCSection15.247 DateofSampleArrival:Fed.02,2026 DateofTest:Fed.02,2026~Mar.10,2026 IssueDate:Mar.10,2026 ReportNo.:SHATBL2602003W02 ReportPreparedby: (Emily) ReportApprovedby: (GuozhengLi) AuthorizedSignatory: (TerryYang) ReportNo.:SHATBL2602003W02 Page 2 of 29 TABLEOFCONTENTS REVISIONHISTORY.............................................................................................................................................................................3 DECLARATIONOFREPORT............................................................................................................................................................4 SUMMARYOFTESTRESULT.........................................................................................................................................................5 1.GENERALDESCRIPTION.............................................................................................................................................................6 1.1.Applicant....................................................................................................................................................................................6 1.2.Manufacturer...........................................................................................................................................................................6 1.3.Factory.......................................................................................................................................................................................6 1.4.GeneralInformationofEUT..............................................................................................................................................7 1.5.EquipmentSpecification.....................................................................................................................................................8 1.6.ModificationofEUT..............................................................................................................................................................8 1.7.LaboratoryInformation........................................................................................................................................................8 1.8.ApplicableStandards...........................................................................................................................................................8 2.TESTCONFIGURATIONOFEUT..............................................................................................................................................9 2.1.CarrierFrequencyChannel..............................................................................................................................................9 2.2.TestModes...............................................................................................................................................................................9 2.3.BlockDiagramofTestSystem......................................................................................................................................10 2.4.DescriptionofSupportUnits..........................................................................................................................................10 2.5.TestSoftwareandPowerLevel....................................................................................................................................11 2.6.EUTOperatingConditions..............................................................................................................................................11 2.7.EquipmentList.....................................................................................................................................................................12 2.8.MeasurementUncertainty...............................................................................................................................................14 2.9.Environmentalconditions................................................................................................................................................14 3.TESTRESULT..................................................................................................................................................................................15 3.1.MaximumPeakConductedOutputPower..............................................................................................................15 3.2.DutyCycle..............................................................................................................................................................................17 3.3.6dBBandwidthand99%Bandwidth..........................................................................................................................18 3.4.PowerSpectralDensity....................................................................................................................................................20 3.5.ConductedBandEdge.......................................................…

Text truncated - open the document above for the full version.

ReportNo.:SHATBL2602003W03 Page 1 of 29 AppendixCofdata C1.MaximumPeakconductedoutputpower TestResult ModeChannel Ant.0 (dBm) Limit (dBm) Result IEEE802.11b 114.1≤30PASS 613.94≤30PASS 1114.88≤30PASS IEEE802.11g 113.99≤30PASS 613.85≤30PASS 1114.88≤30PASS IEEE802.11n_20 114.33≤30PASS 614.35≤30PASS 1115.12≤30PASS IEEE802.11n_40 315.68≤30PASS 615.34≤30PASS 915.53≤30PASS ReportNo.:SHATBL2602003W03 Page 2 of 29 C2.DutyCycle TestResult Mode Data rates ChannelAntenna On Time (ms) Period (ms) Duty Cycle (%) Duty Cycle (linear) Duty Cycle Factor (dB) IEEE 802.11b 1 1 0 8.2248.27299.420.99420.0253 68.2258.27299.430.99430.0248 118.2248.27299.420.99420.0253 IEEE 802.11g 6 11.3691.41996.480.96480.1556 61.3681.41996.410.96410.1588 111.3691.41996.480.96480.1556 IEEE 802.11n_20 MCS0 11.1551.20695.740.95740.1891 61.1551.20695.740.95740.1891 111.1551.20795.690.95690.1913 IEEE 802.11n_40 30.5780.63191.610.91610.3806 60.5780.63191.610.91610.3806 90.5780.63191.680.91680.3773 TestGraphs IEEE802.11b_20MHz_Channel1IEEE802.11b_20MHz_Channel6 IEEE802.11b_20MHz_Channel11IEEE802.11g_20MHz_Channel1 ReportNo.:SHATBL2602003W03 Page 3 of 29 IEEE802.11g_20MHz_Channel6IEEE802.11g_20MHz_Channel11 IEEE802.11n_20MHz_Channel1IEEE802.11n_20MHz_Channel6 IEEE802.11n_20MHz_Channel11IEEE802.11n_40MHz_Channel3 IEEE802.11n_40MHz_Channel6IEEE802.11n_40MHz_Channel9 ReportNo.:SHATBL2602003W03 Page 4 of 29 C3.6dBBandwidth TestResult ModeChannelAnt. Center Frequency (MHz) 6dB Bandwidth (MHz) Limit (MHz) Result IEEE 802.11b 1 0 24129.140 ≥0.5 PASS 624379.160PASS 1124629.150PASS IEEE 802.11g 1241230.00PASS 6243716.30PASS 11246223.16PASS IEEE 802.11n_20 1241217.38PASS 6243717.25PASS 11246217.18PASS IEEE 802.11n_40 3242248.03PASS 6243735.49PASS 9245235.75PASS TestGraphs IEEE802.11b_Channel1_20MHz_Antenna0IEEE802.11b_Channel6_20MHz_Antenna0 IEEE802.11b_Channel11_20MHz_Antenna0IEEE802.11g_Channel1_20MHz_Antenna0 ReportNo.:SHATBL2602003W03 Page 5 of 29 IEEE802.11g_Channel6_20MHz_Antenna0IEEE802.11g_Channel11_20MHz_Antenna0 IEEE802.11n_Channel1_20MHz_Antenna0IEEE802.11n_Channel6_20MHz_Antenna0 IEEE802.11n_Channel11_20MHz_Antenna0IEEE802.11n_Channel3_40MHz_Antenna0 IEEE802.11n_Channel6_40MHz_Antenna0IEEE802.11n_Channel9_40MHz_Antenna0 ReportNo.:SHATBL2602003W03 Page 6 of 29 C4.PowerSpectralDensity TestResult ModeChannel PSD (dBm/3kHz) Ant.0 Limit (dBm/3kHz) Result IEEE802.11b 1-10.840 ≤8 PASS 6-11.210PASS 11-7.740PASS IEEE802.11g 1-19.470PASS 6-18.720PASS 11-17.500PASS IEEE802.11n_20 1-18.760PASS 6-19.130PASS 11-17.200PASS IEEE802.11n_40 3-22.000PASS 6-22.930PASS 9-21.840PASS TestGraphs IEEE802.11b_Channel1_20MHz_Antenna0IEEE802.11b_Channel6_20MHz_Antenna0 IEEE802.11b_Channel11_20MHz_Antenna0IEEE802.11g_Channel1_20MHz_Antenna0 ReportNo.:SHATBL2602003W03 Page 7 of 29 IEEE802.11g_Channel6_20MHz_Antenna0IEEE802.11g_Channel11_20MHz_Antenna0 IEEE802.11n_Channel1_20MHz_Antenna0IEEE802.11n_Channel6_20MHz_Antenna0 IEEE802.11n_Channel11_20MHz_Antenna0IEEE802.11n_Channel3_40MHz_Antenna0 IEEE802.11n_Channel6_40MHz_Antenna0IEEE802.11n_Channel9_40MHz_Antenna0 ReportNo.:SHATBL2602003W03 Page 8 of 29 C5.ConductedSpurious&BandEdgeEmission ModeChannelAnt. OOB Emission Frequency (MHz) OOB Emission Level (dBm) Cable Loss (dB) Limit (dBm) Over Limit (dB) Result IEEE 802.11b 1 0 2400.00-50.296N/A-21.9-28.396PASS 24716.0-40.8711.36-21.9-18.971PASS 624914.5-40.8321.36-17.46-23.372PASS 11 2483.50-50.297N/A-16.43-33.867PASS 24789.0-40.1991.36-16.43-23.769PASS IEEE 802.11g 1 2398.92-33.676N/A-20.23-13.446PASS 2400.00-33.879N/A-20.23-13.649PASS 24931.3-41.6881.36-20.23-21.458PASS 624835.2-40.7391.36-24.35-16.389PASS 11 2483.50-46.58N/A-23.55-23.03PASS 24878.9-41.3471.36-23.55-17.797PASS IEEE 802.11n_20 1 2397.62-33.491N/A-24.27-9.221PASS 2400.00-35.367N/A-24.27-11.097PASS 24925.7-40.651.36-24.27-16.38PASS 624872.0-41.1981.36-24.43-16.768PASS 11 2483.50-46.87N/A-23.58-23.29PASS 24945.1-41.5481.36-23.58-17.968PASS IEEE 802.11n_40 3 2397.10-37.958N/A-26.44-11.518PASS 2400.00-39.167N/A-26.44-12.727PASS 24991.9-40.8621.36-26.44-14.422PASS 624768.4-40.6721.36-28.32-12.352PASS 9 2483.50-48.589N/A-27.67-20.919PASS 24943.8-40.6431.36-27.67-12.973PASS Note: 1.inputcompensationcoeffcient(dB)=CableLoss(dB) 2.30MHz~25GHzOOBEmissionLevelfinalresulutcablelosswasadded.maximumcableLossis2.86dB(When thefrequencyreaches25GHz,addanadditionalcompensationof1.36dBforCableLoss.) TestGraphs In-BandReferenceLevelOutOfBandEmission ReportNo.:SHATBL2602003W03 Page 9 of 29 IEEE802.11b_Channel1_20MHz_Antenna0IEEE802.11b_Channel1_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11b_Channel1_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11b_Channel6_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11b_Channel6_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11b_Channel11_20MHz_Antenna0 OutOfBandEmission IEEE802.11b_Channel11_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11b_Channel11_20MHz_Antenna0 ReportNo.:SHATBL2602003W03 Page 10 of 29 In-BandReferenceLevel IEEE802.11g_Channel1_20MHz_Antenna0 OutOfBandEmission IEEE802.11g_Channel1_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11g_Channel1_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11g_Channel6_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11g_Channel6_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11g_Channel11_20MHz_Antenna0 ReportNo.:SHATBL2602003W03 Page 11 of 29 OutOfBandEmission IEEE802.11g_Channel11_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11g_Channel11_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel1_20MHz_Antenna0 OutOfBandEmission IEEE802.11n_Channel1_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel1_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel6_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel6_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel11_20MHz_Antenna0 ReportNo.:SHATBL2602003W03 Page 12 of 29 OutOfBandEmission IEEE802.11n_Channel11_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel11_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel3_40MHz_Antenna0 OutOfBandEmission IEEE802.11n_Channel3_40MHz_Antenna0 30.0MHz-25000.0…

Text truncated - open the document above for the full version.

Page 1 of 24 ReportNo.:SHATBL2602003W02 AppendixBofdata B1.MaximumPeakConductedOutputPower TestResult ModeChannel PeakOutput Power (dBm) PeakOutput Power (mW) Limit (dBm) Result BLE1M 01.081.282≤30PASS 192.481.770≤30PASS 390.841.213≤30PASS BLE2M 01.131.297≤30PASS 192.331.710≤30PASS 390.781.197≤30PASS Page 2 of 24 ReportNo.:SHATBL2602003W02 B2.DutyCycle TestResult ModeChannel OnTime (ms) Period(ms) DutyCycle (%) DutyCycle (linear) DutyCycle Factor(dB) BLE1M 02.1412.49985.670.85670.6717 192.1412.49985.670.85670.6717 392.1412.49985.670.85670.6717 BLE2M 01.0761.87457.410.57412.4101 191.0751.87457.390.57392.4116 391.0761.87457.410.57412.4101 TestGraphs BLE1M_Channel0BLE1M_Channel19 BLE1M_Channel39BLE2M_Channel0 Page 3 of 24 ReportNo.:SHATBL2602003W02 BLE2M_Channel19BLE2M_Channel39 Page 4 of 24 ReportNo.:SHATBL2602003W02 B3.6dBBandwidthand99%Bandwidth 6dBBandwidth TestResult ModeChannel Center Frequency (MHz) 6dB Bandwidth (MHz) Limit (MHz) Result BLE1M 024020.6700 ≥0.5 PASS 1924400.6600PASS 3924800.6600PASS BLE2M 024021.170PASS 1924401.160PASS 3924801.230PASS TestGraphs BLE1M_Channel0BLE2M_Channel0 BLE1M_Channel19BLE2M_Channel19 Page 5 of 24 ReportNo.:SHATBL2602003W02 BLE1M_Channel39BLE2M_Channel39 99%dBBandwidth TestResult ModeChannel CenterFrequency (MHz) 99%BW(MHz) BLE1M 024021.0196 1924401.0231 3924801.0216 BLE2M 024022.0284 1924402.0273 3924802.0331 TestGraphs BLE1M_Channel0BLE2M_Channel0 BLE1M_Channel19BLE2M_Channel19 Page 6 of 24 ReportNo.:SHATBL2602003W02 BLE1M_Channel39BLE2M_Channel39 Page 7 of 24 ReportNo.:SHATBL2602003W02 B4.PowerSpectralDensity TestResult ModeChannelPSD(dBm/3kHz)Limit(dBm/3kHz)Result BLE1M 0-15.550≤8PASS 19-14.040≤8PASS 39-15.810≤8PASS BLE2M 0-18.740≤8PASS 19-17.310≤8PASS 39-19.110≤8PASS TestGraphs BLE1M_Channel0BLE2M_Channel0 BLE1M_Channel19BLE2M_Channel19 BLE1M_Channel39BLE2M_Channel39 Page 8 of 24 ReportNo.:SHATBL2602003W02 B5.ConductedSpurious&BandEdgeEmission ModeChannel OOB Emission Frequency (MHz) OOB Emission Level (dBm) Cable Loss (dB) Limit (dBm) OverLimit (dB) Result BLE1M 0 2400.00-60.386N/A-19.28-41.106PASS 24929.5-50.2221.6-19.28-30.942PASS 1924857.7-51.2191.6-17.74-33.479PASS 39 2483.50-61.143N/A-19.35-41.793PASS 24958.8-51.3241.6-19.35-31.974PASS BLE2M 0 2400.00-44.452N/A-19.87-24.582PASS 24835.2-51.0211.6-19.87-31.151PASS 1924827.1-50.9721.6-18.56-32.412PASS 39 2483.50-61.781N/A-20.14-41.641PASS 24871.4-50.1911.6-20.14-30.051PASS Note: 1.inputcompensationcoeffcient(dB)=CableLoss(dB) 2.30MHz~25GHzOOBEmissionLevelfinalresulutcablelosswasadded.maximumcableLossis 2.86dB(Whenthefrequencyreaches25GHz,addanadditionalcompensationof1.36dBforCable Loss.) TestGraphs In-BandReferenceLevel BLE1M_Channel0 In-BandReferenceLevel BLE2M_Channel0 OutOfBandEmissionOutOfBandEmission Page 9 of 24 ReportNo.:SHATBL2602003W02 BLE1M_Channel0BLE2M_Channel0 30.0MHz-25000.0MHz BLE1M_Channel0 30.0MHz-25000.0MHz BLE2M_Channel0 In-BandReferenceLevel BLE1M_Channel19 In-BandReferenceLevel BLE2M_Channel19 30.0MHz-25000.0MHz BLE1M_Channel19 30.0MHz-2500…

Text truncated - open the document above for the full version.