Part 96 RF Report Part 3

FCC ID: 2AG32MBS110596

Test Report

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FCCID_4472403

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 21-37 GHz Middle Channel (3625 MHz) FREQUENCY RANGE 20 MHz-5 GHz Report No: 2477ERM.005 Page 81 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 5-21 GHz FREQUENCY RANGE 21-37 GHz Report No: 2477ERM.005 Page 82 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Highest Channel (3695 MHz) FREQUENCY RANGE 20 MHz-5 GHz FREQUENCY RANGE 5-21 GHz Report No: 2477ERM.005 Page 83 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 21-37 GHz 20 MHz BW Lowest Channel (3560 MHz) FREQUENCY RANGE 20 MHz-5 GHz Report No: 2477ERM.005 Page 84 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 5-21 GHz FREQUENCY RANGE 21-37 GHz Report No: 2477ERM.005 Page 85 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Middle Channel (3625 MHz) FREQUENCY RANGE 20 MHz-5 GHz FREQUENCY RANGE 5-21 GHz Report No: 2477ERM.005 Page 86 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 21-37 GHz Highest Channel (3690 MHz) FREQUENCY RANGE 20 MHz-5 GHz Report No: 2477ERM.005 Page 87 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 5-21 GHz FREQUENCY RANGE 21-37 GHz Report No: 2477ERM.005 Page 88 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Port 2: 10MHz BW Lowest Channel (3555 MHz) FREQUENCY RANGE 20 MHz-5 GHz FREQUENCY RANGE 5-21 GHz Report No: 2477ERM.005 Page 89 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 21-37 GHz Middle Channel (3625 MHz) FREQUENCY RANGE 20 MHz-5 GHz Report No: 2477ERM.005 Page 90 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 5-21 GHz FREQUENCY RANGE 21-37 GHz Report No: 2477ERM.005 Page 91 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Highest Channel (3695 MHz) FREQUENCY RANGE 20 MHz-5 GHz FREQUENCY RANGE 5-21 GHz Report No: 2477ERM.005 Page 92 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 21-37 GHz 20 MHz BW Lowest Channel (3560 MHz) FREQUENCY RANGE 20 MHz-5 GHz Report No: 2477ERM.005 Page 93 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 5-21 GHz FREQUENCY RANGE 21-37 GHz Report No: 2477ERM.005 Page 94 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Middle Channel (3625 MHz) FREQUENCY RANGE 20 MHz-5 GHz FREQUENCY RANGE 5-21 GHz Report No: 2477ERM.005 Page 95 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 21-37 GHz Highest Channel (3690 MHz) FREQUENCY RANGE 20 MHz-5 GHz Report No: 2477ERM.005 Page 96 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 5-21 GHz FREQUENCY RANGE 21-37 GHz Report No: 2477ERM.005 Page 97 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST A.8: RADIATED SPURIOUS EMISSION Product standard: Part 2.1053 LIMITS: Test standard: ANSI C63.26-2015 LIMITS Measurements shall be made to detect spurious emissions that may be radiated directly from the cabinet, control circuits, power leads, or intermediate circuit elements under normal conditions of installation and operation. Curves or equivalent data shall be supplied showing the magnitude of each harmonic and other spurious emission. For this test, single sideband, independent sideband, and controlled carrier transmitters shall be modulated under the conditions specified in paragraph (c) of § 2.1049, as appropriate. The limits for radiated emissions are stated below. •greater than 10 MHz above and below the assigned channel ≤ 70.2 dBµV/m (-25 dBm/MHz: conducted limit) •any emission below 3530 MHz and above 3720 MHz ≤ 55.2 dBµV/m (-40 dBm/MHz: conducted limit) TEST SETUP All radiated tests were performed in a semi-anechoic chamber. The measurement antenna is situated at 3 m for the frequency range 30-1000 MHz (Bilog antenna) and at 1m for the frequency range 1-40 GHz (1 GHz-18 GHz and 18 GHz-40 GHz Double ridge horn antennas). For radiated emissions in the range 1-40 GHz that is performed at a distance closer than the specified distance, an inverse proportionality factor of 20 dB per decade is used to normalize the measured data for determining compliance Detected emissions were maximized at each frequency by rotating the EUT and adjusting the measuring antenna height and polarization. The maximum meter reading was recorded. The radiated emissions were measured with RMS detector. Radiated measurements Setup f < 1 GHz Report No: 2477ERM.005 Page 98 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST SETUP (Cont.) Radiated measurements setup f > 1 GHz The following duty cycle correction was added in RF level offset to get the accurate measured emission level in the average power measurement. The duty cycle correction = 10 log (1/0.68) = 1.67 (dB) The following measurements were performed at 3-meter distance when two ports transmitting at the same time in 2X2 MIMO mode and the spurious emissions and plots of worst cases are shown below. Report No: 2477ERM.005 Page 99 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TESTED SAMPLES: S/01 TESTED CONDITIONS MODES: TC#01 (Band 48) TEST RESULTS: PASS Frequency range 30 MHz – 1000 MHz 10 MHz BW Lowest Channel (3555 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 66.181000 RMS 38.11 V 111.480000 RMS 36.54 V  4.87 499.868000 RMS 36.42 V Middle Channel (3625 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 66.181000 RMS 37.78 V 99.743000 RMS 38.64 V  4.87 444.384000 RMS 32.37 V 500.159000 RMS 36.31 H High Channel (3695 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 64.629000 RMS 38.63 V 81.313000 RMS 37.01 V  4.87 500.062000 RMS 34.90 V 20 MHz BW Lowest Channel (3560 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 64.241000 RMS 38.98 V 81.313000 RMS 38.41 V  4.87 499.965000 RMS 34.75 V Middle Channel (3625 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 63.077000 RMS 40.85 V 96.736000 RMS 37.18 V  4.87 499.771000 RMS 34.98 V High Channel (3690 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 62.980000 RMS 40.05 V 81.216000 RMS 37.55 V  4.87 499.965000 RMS 35.07 V Report No: 2477ERM.005 Page 100 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Frequency range 1GHz – 18GHz 10 MHz BW Lowest Channel (3555 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 5124.857143 RMS 38.21 V  4.87 10515.696429 RMS 37.25 V Middle Channel (3625 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 6975.321429 RMS 46.16 V  4.87 12329.517857 RMS 38.19 V High Channel (3695 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 5111.357143 RMS 38.38 V  4.87 12277.928572 RMS 38.00 V Frequency range 1 GHz – 18GHz 20 MHz BW Lowest Channel (3560 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 5129.678572 RMS 38.05 H  4.87 11786.142857 RMS 38.05 V Middle Channel (3625 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 5095.446429 RMS 37.83 V  4.87 12298.660714 RMS 38.28 V High Channel (3690 MHz) Spurious Detector Emission Level Polarization Measurement Frequency (MHz) (dBµV/m) Uncertainty (dB) 6413.625000 RMS 44.33 V  4.87 12278.892857 RMS 38.22 V Frequency range 18 GHz – 40 GHz Radiated spurious signals detected were more than 10 dB below the reference limit for the lowest, middle and highest channels in all two BWs. See plots below Report No: 2477ERM.005 Page 101 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 30 MHz-1 GHz 10 MHz BW Lowest Channel (3555 MHz) Middle Channel (3625 MHz) Report No: 2477ERM.005 Page 102 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Highest Channel (3695 MHz) 20 MHz BW Lowest Channel (3560 MHz) Report No: 2477ERM.005 Page 103 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Middle Channel (3625 MHz) Highest Channel (3690 MHz) Report No: 2477ERM.005 Page 104 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 1-18 GHz 10 MHz BW Lowest Channel (3555 MHz) Middle Channel (3625 MHz) Report No: 2477ERM.005 Page 105 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): High Channel (3695 MHz) 20 MHz BW Lowest Channel (3560 MHz) Report No: 2477ERM.005 Page 106 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Middle Channel (3625 MHz) High Channel (3690 MHz) Report No: 2477ERM.005 Page 107 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): FREQUENCY RANGE 18-40 GHz 10 MHz BW Lowest Channel (3555 MHz) Middle Channel (3625 MHz) Report No: 2477ERM.005 Page 108 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): High Channel (3695 MHz) 20 MHz BW Lowest Channel (3560 MHz) Report No: 2477ERM.005 Page 109 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): Middle Channel (3625 MHz) High Channel (3690 MHz) Report No: 2477ERM.005 Page 110 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST A.9: FREQUENCY STABILITY Product standard: Part 2.1055 LIMITS: Test standard: ANSI C63.26-2015 LIMITS The frequency stability shall be measured with variation of ambient temperature from -30° to +50° centigrade for all equipment except that specified in paragraphs (a) (2) and (3) of this section. The frequency stability was measured under the following conditions: a) At 10°C intervals of temperatures between -30°C and +50°C at the manufacturer’s rated supply voltage, and b) At +20°C temperature and ±15% supply voltage variations. If a product is specified to operate over a range of input voltage, then the -15% variation is applied to the lowermost voltage and the +15% is applied to the uppermost voltage. TEST SETUP The frequency stability was measured by following the procedure stated in the section 5.6 of ANSI C63.26-2015 and the section 9of FCC KDB 971168 D01 v03 r01. Report No: 2477ERM.005 Page 111 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TESTED SAMPLES: S/01 TESTED CONDITIONS MODES: TC#01 (Band 48) TEST RESULTS: PASS 10 MHz BW Lowest Frequency 3555 MHz Input Temperature Voltage Frequency Delta to Frequency Delta to (°C) Low Tnom-Vnom High Tnom-Vnom (V) (MHz) (%) (MHz) (%) 50 48 3550.581 0.000000 3559.442 0.001124 40 48 3550.541 -0.001127 3559.482 0.002248 30 48 3550.561 -0.000563 3559.462 0.001686 20 (Tnom) 48 3550.581 ---- 3559.402 ---- 20 40.8 3550.561 -0.000563 3559.462 0.001686 20 55 3550.541 -0.001127 3559.442 0.001124 10 48 3550.541 -0.001127 3559.482 0.002248 0 48 3550.561 -0.000563 3559.462 0.001686 -10 48 3550.541 -0.001127 3559.482 0.002248 -20 48 3550.521 -0.001690 3559.502 0.002809 -30 48 3550.541 -0.001127 3559.422 0.000562 Report No: 2477ERM.005 Page 112 of 113 08-23-2019

DEKRA Certification, Inc. 405 Glenn Dr. Suite 12, Sterling, VA 20164 United States of America TEST RESULTS (Cont.): 10 MHz BW Highest Frequency 3695 MHz Input Temperature Voltage Frequency Delta to Frequency Delta to (°C) Low Tnom-Vnom High Tnom-Vnom (V) (MHz) (%) (MHz) (%) 50 48 3690.570 -0.000542 3699.390 0.001081 40 48 3690.550 -0.001084 3699.410 0.001622 30 48 3690.530 -0.001626 3699.430 0.002163 20 (Tnom) 48 3690.590 ---- 3699.350 ---- 20 40.8 3690.510 -0.002168 3699.430 0.002163 20 55 3690.490 -0.002710 3699.450 0.002703 10 48 3690.530 -0.001626 3699.430 0.002163 0 48 3690.530 -0.001626 3699.470 0.003244 -10 48 3690.510 -0.002168 3699.490 0.003784 -20 48 3690.490 -0.002710 3699.470 0.003244 -30 48 3690.510 -0.002168 3699.510 0.004325 Report No: 2477ERM.005 Page 113 of 113 08-23-2019


Document Created: 2019-09-19 07:40:11
Document Modified: 2019-09-19 07:40:11
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