O86-T8655Tablet

Report No. ENS2506160430W00206RPage 173 of 847Ver.1.0 11AX40MIMO-Ant1-6405-26Tone-RU0-PASS 11AX40MIMO-Ant2-6405-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 174 of 847Ver.1.0 11AX40MIMO-Ant1-6405-52Tone-RU37-PASS 11AX40MIMO-Ant2-6405-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 175 of 847Ver.1.0 11AX40MIMO-Ant1-6405-106Tone-RU53-PASS 11AX40MIMO-Ant2-6405-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 176 of 847Ver.1.0 11AX40MIMO-Ant1-6405-242Tone-RU61-PASS 11AX40MIMO-Ant2-6405-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 177 of 847Ver.1.0 11AX40MIMO-Ant1-6445-26Tone-RU0-PASS 11AX40MIMO-Ant2-6445-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 178 of 847Ver.1.0 11AX40MIMO-Ant1-6445-52Tone-RU37-PASS 11AX40MIMO-Ant2-6445-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 179 of 847Ver.1.0 11AX40MIMO-Ant1-6445-106Tone-RU53-PASS 11AX40MIMO-Ant2-6445-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 180 of 847Ver.1.0 11AX40MIMO-Ant1-6445-242Tone-RU61-PASS 11AX40MIMO-Ant2-6445-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 181 of 847Ver.1.0 11AX40MIMO-Ant1-6485-26Tone-RU0-PASS 11AX40MIMO-Ant2-6485-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 182 of 847Ver.1.0 11AX40MIMO-Ant1-6485-52Tone-RU37-PASS 11AX40MIMO-Ant2-6485-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 183 of 847Ver.1.0 11AX40MIMO-Ant1-6485-106Tone-RU53-PASS 11AX40MIMO-Ant2-6485-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 184 of 847Ver.1.0 11AX40MIMO-Ant1-6485-242Tone-RU61-PASS 11AX40MIMO-Ant2-6485-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 185 of 847Ver.1.0 11AX40MIMO-Ant1-6525-26Tone-RU0-PASS 11AX40MIMO-Ant2-6525-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 186 of 847Ver.1.0 11AX40MIMO-Ant1-6525-52Tone-RU37-PASS 11AX40MIMO-Ant2-6525-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 187 of 847Ver.1.0 11AX40MIMO-Ant1-6525-106Tone-RU53-PASS 11AX40MIMO-Ant2-6525-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 188 of 847Ver.1.0 11AX40MIMO-Ant1-6525-242Tone-RU61-PASS 11AX40MIMO-Ant2-6525-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 189 of 847Ver.1.0 11AX40MIMO-Ant1-6565-26Tone-RU0-PASS 11AX40MIMO-Ant2-6565-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 190 of 847Ver.1.0 11AX40MIMO-Ant1-6565-52Tone-RU37-PASS 11AX40MIMO-Ant2-6565-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 191 of 847Ver.1.0 11AX40MIMO-Ant1-6565-106Tone-RU53-PASS 11AX40MIMO-Ant2-6565-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 192 of 847Ver.1.0 11AX40MIMO-Ant1-6565-242Tone-RU61-PASS 11AX40MIMO-Ant2-6565-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 193 of 847Ver.1.0 11AX40MIMO-Ant1-6685-26Tone-RU0-PASS 11AX40MIMO-Ant2-6685-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 194 of 847Ver.1.0 11AX40MIMO-Ant1-6685-52Tone-RU37-PASS 11AX40MIMO-Ant2-6685-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 195 of 847Ver.1.0 11AX40MIMO-Ant1-6685-106Tone-RU53-PASS 11AX40MIMO-Ant2-6685-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 196 of 847Ver.1.0 11AX40MIMO-Ant1-6685-242Tone-RU61-PASS 11AX40MIMO-Ant2-6685-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 197 of 847Ver.1.0 11AX40MIMO-Ant1-6845-26Tone-RU0-PASS 11AX40MIMO-Ant2-6845-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 198 of 847Ver.1.0 11AX40MIMO-Ant1-6845-52Tone-RU37-PASS 11AX40MIMO-Ant2-6845-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 199 of 847Ver.1.0 11AX40MIMO-Ant1-6845-106Tone-RU53-PASS 11AX40MIMO-Ant2-6845-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 200 of 847Ver.1.0 11AX40MIMO-Ant1-6845-242Tone-RU61-PASS 11AX40MIMO-Ant2-6845-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 201 of 847Ver.1.0 11AX40MIMO-Ant1-6885-26Tone-RU0-PASS 11AX40MIMO-Ant2-6885-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 202 of 847Ver.1.0 11AX40MIMO-Ant1-6885-52Tone-RU37-PASS 11AX40MIMO-Ant2-6885-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 203 of 847Ver.1.0 11AX40MIMO-Ant1-6885-106Tone-RU53-PASS 11AX40MIMO-Ant2-6885-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 204 of 847Ver.1.0 11AX40MIMO-Ant1-6885-242Tone-RU61-PASS 11AX40MIMO-Ant2-6885-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 205 of 847Ver.1.0 11AX40MIMO-Ant1-6925-26Tone-RU0-PASS 11AX40MIMO-Ant2-6925-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 206 of 847Ver.1.0 11AX40MIMO-Ant1-6925-52Tone-RU37-PASS 11AX40MIMO-Ant2-6925-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 207 of 847Ver.1.0 11AX40MIMO-Ant1-6925-106Tone-RU53-PASS 11AX40MIMO-Ant2-6925-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 208 of 847Ver.1.0 11AX40MIMO-Ant1-6925-242Tone-RU61-PASS 11AX40MIMO-Ant2-6925-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 209 of 847Ver.1.0 11AX40MIMO-Ant1-6965-26Tone-RU0-PASS 11AX40MIMO-Ant2-6965-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 210 of 847Ver.1.0 11AX40MIMO-Ant1-6965-52Tone-RU37-PASS 11AX40MIMO-Ant2-6965-52Tone-RU37-PASS 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1 AntennaSpecification Antennamodel W-R-QW0018-02 AntennaMaterialFR4PCB Antennasize Main:40x8x0.4mm(withoutcable) Aux:27.82x9x0.4mm(withoutcable) FrequencyrangeAsbelowtable VSWR≤-10 Isolation≤-20 Efficiency>60% Impedance500hmNominal ReturnLoss-10dBMax RadiationOmni-directional ManufacturerTaiwanAnjieElectronicCo.,Ltd Address 1F,No.236,Sec.3,HuanbeiRd.,JubeiCity,HsinchuCounty,30265, Taiwan MainAntenna Information AuxAntenna Information 2 Contents Contents ............................................................................................................................................ 2 1.ParameterTest ............................................................................................................................ 3 2.TestData ....................................................................................................................................... 4 3.EUTPhotoandtestsetup ....................................................................................................... 10 3 1.ParameterTest (1)NetworkAnalyzers:KeysightE5063AENA (2)CommunicationsTestSet:AgilentE5071C (3)OTATestSystem:743far-fieldmethoddarkroom 4 2.TestData 5 6 7 8 9 AntennaGainInformation: 10 3.EUTPhotoandtestsetup Pleaseseetheappendixfile‘AntennaTestSetupPhotos’. -----TheEnd-----

Report No. ENS2506160430W00206RPage 842 of 847Ver.1.0 8.7 POWER LINE CONDUCTED EMISSIONS 8.7.1 Applicable Standard According to FCC Part 15.207(a) According to IC RSS-Gen 8.8 8.7.2 Conformance Limit Conducted Emission Limit Frequency(MHz)Quasi-peakAverage 0.15-0.566-5656-46 0.5-5.05646 5.0-30.06050 Note: 1. The lower limit shall apply at the transition frequencies 2. The limit decreases in line with the logarithm of the frequency in the range of 0.15 to 0.50MHz. 8.7.3 Test Configuration Test according to clause 7.3 conducted emission test setup. 8.7.4 Test Procedure The EUT was placed on a table which is 0.8m above ground plane. Maximum procedure was performed on the highest emissions to ensure EUT compliance. Repeat above procedures until all frequency measured were complete. 8.7.5 Test Results PASS Temperature : 21.2°C ATM Pressure:1011 mbar Humidity :55%Test Engineer:Zhuowen Sheng The AC120V &240V voltage have been tested, and the worst result of AC120V was report as below. Report No. ENS2506160430W00206RPage 843 of 847Ver.1.0 Report No. ENS2506160430W00206RPage 844 of 847Ver.1.0 Report No. ENS2506160430W00206RPage 845 of 847Ver.1.0 8.8 ANTENNA REQUIREMENT 8.8.1 Requirement StandardRequirement FCC CRF Part 15.203 An intentional radiator shall be designed to ensure that no antenna other than that furnished by the responsible party shall be used with the device. The use of a permanently attached antenna or of an antenna that uses a unique coupling to the intentional radiator shall be considered sufficient to comply with the provisions of this section. The manufacturer may design the unit so that a broken antenna can be replaced by the user, but the use of a standard antenna jack or electrical connector is prohibited. RSS-Gen Section 6.8 The applicant for equipment certification shall provide a list of all antenna types that may be used with the transmitter, where applicable (i.e. for transmitters with detachable antenna), indicating the maximum permissible antenna gain (in dBi) and the required impedance for each antenna. The test report shall demonstrate the compliance of the transmitter with the limit for maximum equivalent isotropically radiated power (e.i.r.p.) specified in the applicable RSS, when the transmitter is equipped with any antenna type, selected from this list. 8.8.2 Result PASS Temperature : 25°C ATM Pressure:1011 mbar Humidity :45 %Test Engineer:GJ The EUT is Integrated Antenna, antenna gain is Ant1: 4.81dBi, Ant2: 3.29dBi. Please refer to the attached document Internal Photos to show the antenna connector. Antenna use a permanently attached antenna which is not replaceable. ☐Not using a standard antenna jack or electrical connector for antenna replacement ☐The antenna has to be professionally installed (please provide method of installation) Report No. ENS2506160430W00206RPage 846 of 847Ver.1.0 Detail of factor for radiated emission Frequency(MHz)Ant_F(dB)Cab_L(dB)Preamp(dB)Correct Factor(dB) 0.00920.60.03\20.63 0.1520.70.1\20.8 120.90.15\21.05 1020.10.28\20.38 3018.80.45\19.25 3011.70.6227.9-15.58 10012.51.0227.8-14.28 30012.91.9127.5-12.69 60019.22.9227-4.88 80021.13.5426.6-1.96 100022.34.1726.20.27 100025.61.7641.4-14.04 300028.93.2743.2-11.03 500031.14.244.6-9.3 800036.25.9544.7-2.55 1000038.46.343.90.8 1200038.57.1442.33.34 1500040.28.1541.46.95 1800045.49.0241.313.12 1800037.91.8147.9-8.19 2100037.91.9548.7-8.85 2500039.32.0142.8-1.49 2800039.62.1646.0-4.24 3100041.22.2444.5-1.06 3400041.52.2946.6-2.81 3700043.82.3046.4-0.3 4000043.22.5042.23.5 --- End of Report --- Report No. ENS2506160430W00206RPage 847 of 847Ver.1.0 声 明 Statement 1．本报告无授权批准人签字及“检验检测专用章”无效。 1．This report is invalid without the signature of the authorized approver and "special seal for testing". 2 ．未经许可本报告不得部分复制。 2．This report shall not be copied partly without authorization. 3．本报告的检测结果仅对送测样品有效，委托方对样品的代表性和资料的真实性负责。 3．The test results or observations are applicable only to tested sample. Client shall be responsible for representativeness of the sample and authenticity of the material. 4．本检测报告中检测项目标注有特殊符号则该项目不在资质认定范围内，仅作为客户委托、科研、教学或 内部质量控制等目的使用。 4．The observations or tests with special mark fall outside the scope of accreditation, and are only used for purpose of commission, research, training, internal quality control etc. 5 ．本检测报告以实测值进行符合性判定，未考虑不确定度所带来的风险，本实验室不承担相关责任，特别 约定、标准或规范中有明确规定的除外。 5．The test results or observations are provided in accordance with measured value, without taking risks caused by uncertainty into account. Without explicit stipulation in special agreements, standards or regulations, EMTEK shall not assume any responsibility. 6 ．对本检验报告若有异议，请于收到报告之日起 20 日内提出。 6．Objections shall be raised within 20 days from the date receiving the report.

Report No. ENS2506160430W00206RPage 751 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6825-PASS NTNV-11AX160MIMO-Ant2-6825-PASS Report No. ENS2506160430W00206RPage 752 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6985-PASS NTNV-11AX160MIMO-Ant2-6985-PASS Report No. ENS2506160430W00206RPage 753 of 847Ver.1.0 8.5 CONTENTION BASED PROTOCOL 8.5.1 Applicable Standard According to FCC Part 15.407(d) According to 987594 D02 Section II.I According to RSS-248 4.8 8.5.2 Conformance Limit Indoor access points, subordinate devices and client devices operating in the 5.925-7.125 GHz band (herein referred to as unlicensed devices) are required to use technologies that include a contention-based protocol to avoid co-channel interference with incumbent devices sharing the band. To ensure incumbent co-channel operations are detected in a technology-agnostic manner, unlicensed devices are required to detect co-channel radio frequency energy (energy detect) and avoid simultaneous transmission. Unlicensed low-power indoor devices must detect co-channel radio frequency power that is at least -62 dBm or lower. Upon detection of energy in the band, unlicensed low power indoor devices must vacate the channel (in which incumbent signal is transmitted) and stay off the incumbent channel as long as detected radio frequency power is equal to or greater than the threshold (-62 dBm). The -62 dBm (or lower) threshold is referenced to a 0 dBi antenna gain. To ensure incumbent operations are reliably detected in the band, low power indoor devices must detect RF energy throughout their intended operating channel. For example, an 802.11 device that plans to transmit a 40 MHz- wide signal (on a primary 20 MHz channel and a secondary 20 MHz channel) must detect energy throughout the entire 40 MHz channel. Additionally, low-power indoor devices must detect co-channel energy with 90% or greater certainty. 8.5.3 Test Configuration a) Simulating Incumbent Signal The incumbent signal is assumed to be noise-like. One example of such transmission could be Digital Video Broadcasting (DVB) systems that use Orthogonal Frequency Division Multiplexing (OFDM). Incumbent systems may also use different bandwidths for their transmissions. A 10 MHz-wide additive white Gaussian noise (AWGN) signal is selected to simulate and represent incumbent transmission. b) Required number of tests Incumbent and EUT (access point, subordinate or client) signals may occupy different portions of the channel. Depending on the EUT transmission bandwidth and incumbent signal center frequency (simulated by a 10 MHz-wide AWGN signal), the center frequency of the EUT signalimay fall within the incumbent’s occupied bandwidth, or outside of it. Report No. ENS2506160430W00206RPage 754 of 847Ver.1.0 Figure. Two possible scenarios where a) center frequency of EUT transmission falls within incumbent's bandwidth, or b) outside of it To ensure EUT reliably detects an incumbent signal in both scenarios shown in Figure, the detection threshold test may be repeated more than once with the incumbent signal (having center frequencyi) tuned to different center frequencies within the UT transmission bandwidth. The criteria specified in Table determines how many times the detection threshold test must be performed; Table. Criteria to determine number of times detection threshold test may be performed IfNumber of Tests Placement of Incumbent Transmission BW EUT ≤ BW Inc Once Tune incumbent and EUT transmissions (i=i) BW Inc ≤BW EUT ≤ 2BW Inc Once Incumbent transmission is contained within BW EUT 2BW Inc ≤BW EUT ≤ 4BW Inc Twice. Incumbent transmission is contained withinBW EUT Incumbent transmission is located as closely as possible to the lower edge and upper edge, respectively, of the EUT channel BW EUT >4BW Inc Three times Incumbent transmission is located as closely as possible to the lower edge of the EUT channel, in the middle of EUT channel, and as closely as possible to the upper edge of the EUT channel where: Report No. ENS2506160430W00206RPage 755 of 847Ver.1.0 BW EUT : Transmission bandwidth of EUT signal BW Inc : Transmission bandwidth of the simulated incumbent signal (10 MHz wide AWGN signal) i: Center frequency of EUT transmission i: Center frequency of simulated incumbent signal 8.5.4 Test Procedure To ensure the EUT is capable of detecting co-channel energy, the first step is to configure the EUT to transmit with a constant duty cycle. To simulate an incumbent signal, a signal generator (or similar source) that is capable of generating band-limited additive white Gaussian noise (AWGN) is required. Depending on the EUT antenna configuration, the AWGN signal can be provided to the EUT receiver via a conducted method (Figure). Figure shows the conducted test setup where a band-limited AWGN signal is generated at a very low power level and injected into the EUT’s antenna port. The AWGN signal power level is then incrementally increased while the EUT transmission is monitored on a signal analyzer 2 to verify if the EUT can sense the AWGN signal and can subsequently cease its transmission. A triggered measurement, as shown in Figure, is optional, and assists with determining the time it takes the EUT to cease transmission (or vacate the channel) upon detecting RF energy. If the EUT has only one antenna port, then an AWGN signal source can be connected to the same antenna port. Figure. Contention-based protocol test setup, conducted method Step-by-Step Procedure, Conducted Setup 1. Configure the EUT to transmit with a constant duty cycle. 2. Set the operating parameters of the EUT including power level, operating frequency, modulation and bandwidth. 3. Set the signal analyzer center frequency to the nominal EUT channel center frequency. The span range of the signal analyzer shall be between two times and five times the OBW of the EUT. Connect the output port of the EUT to the signal analyzer 2, as shown in Figure. Ensure that the attenuator 2 provides enough attenuation to not…

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Report No. ENS2506160430W00206RPage 718 of 847Ver.1.0 NTNV-11AX20MIMO-Ant1-6875-PASS NTNV-11AX20MIMO-Ant2-6875-PASS Report No. ENS2506160430W00206RPage 719 of 847Ver.1.0 NTNV-11AX20MIMO-Ant1-6895-PASS NTNV-11AX20MIMO-Ant2-6895-PASS Report No. ENS2506160430W00206RPage 720 of 847Ver.1.0 NTNV-11AX20MIMO-Ant1-6995-PASS NTNV-11AX20MIMO-Ant2-6995-PASS Report No. ENS2506160430W00206RPage 721 of 847Ver.1.0 NTNV-11AX20MIMO-Ant1-7115-PASS NTNV-11AX20MIMO-Ant2-7115-PASS Report No. ENS2506160430W00206RPage 722 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-5965-PASS NTNV-11AX40MIMO-Ant2-5965-PASS Report No. ENS2506160430W00206RPage 723 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6165-PASS NTNV-11AX40MIMO-Ant2-6165-PASS Report No. ENS2506160430W00206RPage 724 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6405-PASS NTNV-11AX40MIMO-Ant2-6405-PASS Report No. ENS2506160430W00206RPage 725 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6445-PASS NTNV-11AX40MIMO-Ant2-6445-PASS Report No. ENS2506160430W00206RPage 726 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6485-PASS NTNV-11AX40MIMO-Ant2-6485-PASS Report No. ENS2506160430W00206RPage 727 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6525-PASS NTNV-11AX40MIMO-Ant2-6525-PASS Report No. ENS2506160430W00206RPage 728 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6565-PASS NTNV-11AX40MIMO-Ant2-6565-PASS Report No. ENS2506160430W00206RPage 729 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6685-PASS NTNV-11AX40MIMO-Ant2-6685-PASS Report No. ENS2506160430W00206RPage 730 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6845-PASS NTNV-11AX40MIMO-Ant2-6845-PASS Report No. ENS2506160430W00206RPage 731 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6885-PASS NTNV-11AX40MIMO-Ant2-6885-PASS Report No. ENS2506160430W00206RPage 732 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6925-PASS NTNV-11AX40MIMO-Ant2-6925-PASS Report No. ENS2506160430W00206RPage 733 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-6965-PASS NTNV-11AX40MIMO-Ant2-6965-PASS Report No. ENS2506160430W00206RPage 734 of 847Ver.1.0 NTNV-11AX40MIMO-Ant1-7085-PASS NTNV-11AX40MIMO-Ant2-7085-PASS Report No. ENS2506160430W00206RPage 735 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-5985-PASS NTNV-11AX80MIMO-Ant2-5985-PASS Report No. ENS2506160430W00206RPage 736 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6145-PASS NTNV-11AX80MIMO-Ant2-6145-PASS Report No. ENS2506160430W00206RPage 737 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6385-PASS NTNV-11AX80MIMO-Ant2-6385-PASS Report No. ENS2506160430W00206RPage 738 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6465-PASS NTNV-11AX80MIMO-Ant2-6465-PASS Report No. ENS2506160430W00206RPage 739 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6545-PASS NTNV-11AX80MIMO-Ant2-6545-PASS Report No. ENS2506160430W00206RPage 740 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6625-PASS NTNV-11AX80MIMO-Ant2-6625-PASS Report No. ENS2506160430W00206RPage 741 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6705-PASS NTNV-11AX80MIMO-Ant2-6705-PASS Report No. ENS2506160430W00206RPage 742 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6785-PASS NTNV-11AX80MIMO-Ant2-6785-PASS Report No. ENS2506160430W00206RPage 743 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6865-PASS NTNV-11AX80MIMO-Ant2-6865-PASS Report No. ENS2506160430W00206RPage 744 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6945-PASS NTNV-11AX80MIMO-Ant2-6945-PASS Report No. ENS2506160430W00206RPage 745 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-7025-PASS NTNV-11AX80MIMO-Ant2-7025-PASS Report No. ENS2506160430W00206RPage 746 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6025-PASS NTNV-11AX160MIMO-Ant2-6025-PASS Report No. ENS2506160430W00206RPage 747 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6185-PASS NTNV-11AX160MIMO-Ant2-6185-PASS Report No. ENS2506160430W00206RPage 748 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6345-PASS NTNV-11AX160MIMO-Ant2-6345-PASS Report No. ENS2506160430W00206RPage 749 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6505-PASS NTNV-11AX160MIMO-Ant2-6505-PASS Report No. ENS2506160430W00206RPage 750 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6665-PASS NTNV-11AX160MIMO-Ant2-6665-PASS

Report No. ENS2506160430W00206RPage 684 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6785-484Tone-RU65-PASS NTNV-11AX80MIMO-Ant2-6785-484Tone-RU65-PASS Report No. ENS2506160430W00206RPage 685 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6865-26Tone-RU0-PASS NTNV-11AX80MIMO-Ant2-6865-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 686 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6865-52Tone-RU37-PASS NTNV-11AX80MIMO-Ant2-6865-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 687 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6865-106Tone-RU53-PASS NTNV-11AX80MIMO-Ant2-6865-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 688 of 847Ver.1.0 NTNV-11AX80MIMO-Ant2-6865-242Tone-RU61-PASS NTNV-11AX80MIMO-Ant1-6865-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 689 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6865-484Tone-RU65-PASS NTNV-11AX80MIMO-Ant2-6865-484Tone-RU65-PASS Report No. ENS2506160430W00206RPage 690 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6945-26Tone-RU0-PASS NTNV-11AX80MIMO-Ant2-6945-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 691 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6945-52Tone-RU37-PASS NTNV-11AX80MIMO-Ant2-6945-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 692 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6945-106Tone-RU53-PASS NTNV-11AX80MIMO-Ant2-6945-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 693 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6945-242Tone-RU61-PASS NTNV-11AX80MIMO-Ant2-6945-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 694 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6945-484Tone-RU65-PASS NTNV-11AX80MIMO-Ant2-6945-484Tone-RU65-PASS Report No. ENS2506160430W00206RPage 695 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-7025-26Tone-RU0-PASS NTNV-11AX80MIMO-Ant2-7025-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 696 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-7025-52Tone-RU37-PASS NTNV-11AX80MIMO-Ant2-7025-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 697 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-7025-106Tone-RU53-PASS NTNV-11AX80MIMO-Ant2-7025-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 698 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-7025-242Tone-RU61-PASS NTNV-11AX80MIMO-Ant2-7025-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 699 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-7025-484Tone-RU65-PASS NTNV-11AX80MIMO-Ant2-7025-484Tone-RU65-PASS Report No. ENS2506160430W00206RPage 700 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6025-996Tone-RU67-PASS NTNV-11AX160MIMO-Ant2-6025-996Tone-RU67-PASS Report No. ENS2506160430W00206RPage 701 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6185-996Tone-RU67-PASS NTNV-11AX160MIMO-Ant2-6185-996Tone-RU67-PASS Report No. ENS2506160430W00206RPage 702 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6345-996Tone-RU67-PASS NTNV-11AX160MIMO-Ant2-6345-996Tone-RU67-PASS Report No. ENS2506160430W00206RPage 703 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6505-996Tone-RU67-PASS NTNV-11AX160MIMO-Ant2-6505-996Tone-RU67-PASS Report No. ENS2506160430W00206RPage 704 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6665-996Tone-RU67-PASS NTNV-11AX160MIMO-Ant2-6665-996Tone-RU67-PASS Report No. ENS2506160430W00206RPage 705 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6825-996Tone-RU67-PASS NTNV-11AX160MIMO-Ant2-6825-996Tone-RU67-PASS Report No. ENS2506160430W00206RPage 706 of 847Ver.1.0 NTNV-11AX160MIMO-Ant1-6985-996Tone-RU67-PASS NTNV-11AX160MIMO-Ant2-6985-996Tone-RU67-PASS Report No. ENS2506160430W00206RPage 707 of 847Ver.1.0 Full RU modes: All of the configurations or modes are tested, the data of the worst case is recorded in the report. Test Mode AntennaFrequency[MHz]ResultLimitVerdict 11AX20MIMOAnt15955See test graphSee test graphPASS 11AX20MIMOAnt25955See test graphSee test graphPASS 11AX20MIMOAnt16175See test graphSee test graphPASS 11AX20MIMOAnt26175See test graphSee test graphPASS 11AX20MIMOAnt16415See test graphSee test graphPASS 11AX20MIMOAnt26415See test graphSee test graphPASS 11AX20MIMOAnt16435See test graphSee test graphPASS 11AX20MIMOAnt26435See test graphSee test graphPASS 11AX20MIMOAnt16475See test graphSee test graphPASS 11AX20MIMOAnt26475See test graphSee test graphPASS 11AX20MIMOAnt16515See test graphSee test graphPASS 11AX20MIMOAnt26515See test graphSee test graphPASS 11AX20MIMOAnt16535See test graphSee test graphPASS 11AX20MIMOAnt26535See test graphSee test graphPASS 11AX20MIMOAnt16695See test graphSee test graphPASS 11AX20MIMOAnt26695See test graphSee test graphPASS 11AX20MIMOAnt16855See test graphSee test graphPASS 11AX20MIMOAnt26855See test graphSee test graphPASS 11AX20MIMOAnt16875See test graphSee test graphPASS 11AX20MIMOAnt26875See test graphSee test graphPASS 11AX20MIMOAnt16895See test graphSee test graphPASS 11AX20MIMOAnt26895See test graphSee test graphPASS 11AX20MIMOAnt16995See test graphSee test graphPASS 11AX20MIMOAnt26995See test graphSee test graphPASS 11AX20MIMOAnt17115See test graphSee test graphPASS 11AX20MIMOAnt27115See test graphSee test graphPASS 11AX40MIMOAnt15965See test graphSee test graphPASS 11AX40MIMOAnt25965See test graphSee test graphPASS 11AX40MIMOAnt16165See test graphSee test graphPASS 11AX40MIMOAnt26165See test graphSee test graphPASS 11AX40MIMOAnt16405See test graphSee test graphPASS 11AX40MIMOAnt26405See test graphSee test graphPASS 11AX40MIMOAnt16445See test graphSee test graphPASS 11AX40MIMOAnt26445See test graphSee test graphPASS 11AX40MIMOAnt16485See test graphSee test graphPASS 11AX40MIMOAnt26485See test graphSee test graphPASS 11AX40MIMOAnt16525See test graphSee test graphPASS 11AX40MIMOAnt26525See test graphSee test graphPASS 11AX40MIMOAnt16565See test graphSee test graphPASS 11AX40MIMOAnt26565See test graphSee test graphPASS 11AX40MIMOAnt16685See test graphSee test graphPASS 11AX40MIMOAnt26685See test graphSee test graphPASS 11AX40MIMOAnt16845See test graphSee test graphPASS 11AX40MIMOAnt26845See test graphSee test graphPASS 11AX40MIMOAnt16885See test graphSee test graphPASS 11AX40MIMOAnt26885See test graphSee test graphPASS 11AX40MIMOAnt16925See test graphSee test graphPASS 11AX40MIMOAnt26925See test graphSee test graphPASS 11AX40MIMOAnt16965See test graphSee test graphPASS 11AX40MIMOAnt26965S…

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Report No. ENS2506160430W00206RPage 651 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6145-52Tone-RU37-PASS NTNV-11AX80MIMO-Ant2-6145-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 652 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6145-106Tone-RU53-PASS NTNV-11AX80MIMO-Ant2-6145-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 653 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6145-242Tone-RU61-PASS NTNV-11AX80MIMO-Ant2-6145-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 654 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6145-484Tone-RU65-PASS NTNV-11AX80MIMO-Ant2-6145-484Tone-RU65-PASS Report No. ENS2506160430W00206RPage 655 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6385-26Tone-RU0-PASS NTNV-11AX80MIMO-Ant2-6385-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 656 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6385-52Tone-RU37-PASS NTNV-11AX80MIMO-Ant2-6385-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 657 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6385-106Tone-RU53-PASS NTNV-11AX80MIMO-Ant2-6385-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 658 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6385-242Tone-RU61-PASS NTNV-11AX80MIMO-Ant2-6385-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 659 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6385-484Tone-RU65-PASS NTNV-11AX80MIMO-Ant2-6385-484Tone-RU65-PASS Report No. ENS2506160430W00206RPage 660 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6465-26Tone-RU0-PASS NTNV-11AX80MIMO-Ant2-6465-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 661 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6465-52Tone-RU37-PASS NTNV-11AX80MIMO-Ant2-6465-52Tone-RU37-PASS Report No. ENS2506160430W00206RPage 662 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6465-106Tone-RU53-PASS NTNV-11AX80MIMO-Ant2-6465-106Tone-RU53-PASS Report No. ENS2506160430W00206RPage 663 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6465-242Tone-RU61-PASS NTNV-11AX80MIMO-Ant2-6465-242Tone-RU61-PASS Report No. ENS2506160430W00206RPage 664 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6465-484Tone-RU65-PASS NTNV-11AX80MIMO-Ant2-6465-484Tone-RU65-PASS Report No. ENS2506160430W00206RPage 665 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6545-26Tone-RU0-PASS NTNV-11AX80MIMO-Ant2-6545-26Tone-RU0-PASS Report No. ENS2506160430W00206RPage 666 of 847Ver.1.0 NTNV-11AX80MIMO-Ant1-6545-52Tone-RU37-PASS NTNV-11AX80MIMO-Ant2-6545-52Tone-RU37-PASS Rep…

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