Test Report

FCC ID: 2ALGRPLX-GV70

Test Report

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FCCID_3391109

Report No.: TCT170321E007 6.6. Noise Limits 6.6.1. Test Specification Test Requirement: FCC Part20 Section 20.21(e)(8)(i)(A); 20.21(e)(8)(i)(H) Test Method: KDB D03 signal Booster Measurements V04 §20.21(e)(8)(i)(A)(1), The transmitted noise power in dBm/MHz of consumer boosters at their uplink and downlink ports shall not exceed −103 dBm/MHz—RSSI. Limit: §20.21(e)(8)(i)(A)(2)(i), Fixed booster maximum noise power shall not exceed −102.5 dBm/MHz + 20 log (F), where Frequency is the uplink mid-band frequency of the supported spectrum bands in MHz. Test Setup: a) Connect the EUT to the test equipment as shown in Figure 3. Begin with the uplink output (donor) port connected to the spectrum analyzer. When measuring downlink noise, connect the downlink output (server) port to the spectrum analyzer. b) Set the spectrum analyzer RBW to 1 MHz with the VBW ≥ 3 . RBW. c) Select the power averaging (rms) detector and trace average over at least 100 traces. d) Set the center frequency of the spectrum analyzer to the center of the CMRS band under test with the span ≥ 2 . the CMRS band. Test Procedure: e) Measure the maximum transmitter noise power level. f) Save the spectrum analyzer plot as necessary for inclusion in the final test report. g) Repeat 7.7b) to 7.7f) for all operational uplink and downlink bands. h) Connect the EUT to the test equipment as shown in Figure 4 for uplink noise power measurement in the presence a downlink signal. Affirm the coupled path of the RF coupler is connected to the spectrum analyzer. i) Configure the signal generator for AWGN operation with a 99% Page 38 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 OBW of 4.1 MHz. j) Set the spectrum analyzer RBW for 1 MHz, VBW ≥ 3 . RBW, with a power averaging (rms) detector with at least 100 trace averages. k) Set the center frequency of the spectrum analyzer to the center of the CMRS band under test, with the span ≥ 2 the CMRS band. This shall include all spectrum blocks in the particular CMRS band under test (see Appendix A). l) For uplink noise measurements, set the spectrum analyzer center frequency for the uplink band under test, and tune the signal generator to the center of the paired downlink band. m) Measure the maximum transmitter noise power level while varying the downlink signal generator output level from −90 dBm to −20 dBm, as measured at the input port (i.e., downlink signal level at the booster donor port node of Figure 4), in 1 dB steps inside the RSSI-dependent region, and in 10 dB steps outside the RSSI-dependent region. Report the six values closest to the limit, with at least two points within the RSSI-dependent region of the limit. See Appendix D for noise limits graphs. n) Repeat 7.7.1h) through 7.7.1m) for all operational uplink bands. Variable uplink noise timing Variable uplink noise timing is to be measured as follows, using the test setup shown in Figure 4. a) Set the spectrum analyzer to the uplink frequency to be measured. b) Set the span to 0 Hz, with a sweep time of 10 seconds. c) Set the power level of signal generator to the lowest level of the RSSI-dependent noise [see 7.7.1m)]. d) Select MAX HOLD and increase the power level of signal generator by 10 dB for mobile boosters, and 20 dB for fixed boosters. e) Confirm that the uplink noise decreases to the specified level within 1 second for mobile devices, and within 3 seconds for fixed devices.12 f) Repeat 7.7.2a) to 7.7.2e) for all operational uplink bands. g) Include plots and summary table in test report. Test Result: PASS 6.6.2. Test Instruments Manufactur Serial Calibration Calibration Equipment Model er Number Date Due Signal MY4707028 Agilent N5182 Aug. 15, 2016 Aug. 11, 2017 Generator 2 Spectrum MY4910006 Agilent N9020A Aug. 15, 2016 Aug. 11, 2017 Analyzer 0 AF115A-09- Attenuation JFW 907763 Aug. 15, 2016 Aug. 11, 2017 34 SUD-CS RF Combiner SUNVNDN 16230009 Aug. 15, 2016 Aug. 11, 2017 0800 Note: The calibration interval of the above test instruments is 12 months and the calibrations are traceable to international system unit (SI). Page 39 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.6.3. Test Data Max Noise Power Frequency Measured Limit Margin (MHz) dBm/MHz dBm/MHz (dB) Uplink -47.29 -44.64 PASS 776-787 Downlink -46.93 -44.64 PASS 746-757 776-787MHz Limit Fix Booster RSSI Measured Margin RSSI dependent Limit TX off (dBm) dBm/MHz (dB) (dBm) -74.0 -44.9 -- -44.6 -- -0.3 -64.0 -44.8 -- -44.6 -- -0.2 -48.0 -55.1 -55.0 -- -- -0.1 -47.0 -56.2 -56.0 -- -- -0.2 -46.0 -57.9 -57.0 -- -- -0.9 -45.0 -58.6 -58.0 -- -- -0.6 -40.0 -64.0 -63.0 -- -- -1 -30.0 -67.2 -- -70 Variable Uplink Noise Timing Frequency Measured Limit MHz Sec Sec UL 776-787 0.28 3 Page 40 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Plot Uplink Noise Downlink Noise Page 41 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Variable Noise Timing Plot Page 42 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.7. Uplink Inactivity 6.7.1. Test Specification Test Requirement: FCC Part20 Section 20.21(e)(8)(i)(I) Test Method: KDB835210 D03 Signal Booster Measurement V04 20.21(e), When a consumer booster is not serving an Limit: active device connection after 5 minutes the uplink noise power shall not exceed .70 dBm/MHz. Test Setup: a) Connect the EUT to the test equipment as shown in Set-Up with the uplink output connected to the spectrum analyzer. b) Select the RMS power averaging detector. c) Set the spectrum analyzer RBW for 1 MHz with the VBW ≥ 3X RBW. d) Set the center frequency of the spectrum analyzer to the center of the uplink operational band. e) Set the span for 0 Hz with a single sweep time for a minimum of 330 seconds. f) Start to capture a new trace using MAX HOLD. Test Procedure: g) After approximately 15 seconds turn on the EUT power. h) Once the full spectrum analyzer trace is complete place a MARKER on the leading edge of the pulse and use the DELTA MARKER METHOD to measure the time until the uplink was squelched. i) Ensure the noise level for the squelched signal is below the uplink inactivity noise power limit, as specified by the rules. j) Capture the plot for inclusion in the test report. k) Measure noise using procedures in a) to e). l) Repeat steps c) to k) for all operational uplink bands. Test Result: PASS 6.7.2. Test Instruments RF Test Room Equipment Manufacturer Model Serial Number Calibration Due Spectrum Analyzer Agilent N9020A MY49100060 Aug. 11, 2017 Note: The calibration interval of the above test instruments is 12 months and the calibrations are traceable to international system unit (SI). Page 43 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.7.3. Test Data Uplink Inactivity Frequency Measured Limit (MHz) (s) (s) 776-787 296.6 300.0 Plot Page 44 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.8. Variable Booster Gain 6.8.1. Test Specification FCC Part20 Section 120.21(e)(8)(i)(C)(1) Test Requirement: FCC Part20 Section 120.21(e)(8)(i)(H) Test Method: KDB835210 D03 Signal booster measurements v04 Limit: -34 dB - RSSI + MSCL. Test Setup: Figure 5 – Variable gain instrumentation test setup Variable gain: a) Connect the EUT to the test equipment as shown in Figure 5 with the uplink output (donor) port connected to signal generator #1. Affirm that the coupled path of the RF coupler is connected to the spectrum analyzer. b) Configure downlink signal generator #1 for AWGN operation with a 99% OBW of 4.1 MHz, tuned to the center of the operational band. c) Set the power level and frequency of signal generator #2 to a value that is 5 dB below the AGC level determined from 7.2. The signal type is AWGN with a 99% OBW of 4.1 MHz. d) Set RBW = 100 kHz. e) Set VBW ≥ 300 kHz. f) Select the CHANNEL POWER measurement mode. g) Select the power averaging (rms) detector. h) Affirm that the number of measurement points per sweep ≥ (2 . span)/RBW. i) Sweep time = auto couple or as necessary (but no less than auto Test Procedure: couple value). j) Trace average at least 10 traces in power averaging (i.e., rms) mode. k) Measure the maximum channel power and compute maximum gain when varying the signal generator #1 output to a level from .90 dBm to .20 dBm, as measured at the input port (i.e., downlink signal level at the booster donor port node of Figure 5), in 1 dB steps inside the RSSI-dependent region, and 10 dB steps outside the RSSI-dependent region. Report the six values closest to the limit, including at least two points from within the RSSI-dependent region of operation. See gain limit in charts in Appendix D for uplink gain requirements. Additionally, document that the EUT provides equivalent uplink and downlink gain, and when operating in shutoff mode that the uplink and downlink gain is within the transmit power off mode gain limits. l) Repeat 7.9.1b) to 7.9.1k) for all operational uplink bands. Variable uplink gain timing: Variable uplink gain timing is to be measured as follows, using the test setup shown in Figure 5. Page 45 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 a) Set the spectrum analyzer to the uplink frequency to be measured. b) Set the span to 0 Hz with a sweep time of 10 seconds. c) Set the power level of signal generator #1 to the lowest level of the RSSI-dependent gain [see 7.9.1k)]. d) Select MAX HOLD and increase the power level of signal generator #1 by 10 dB for mobile boosters, and by 20 dB for fixed indoor boosters. Signal generator #2 remains same, as described in 7.9.1c). e) Confirm that the uplink gain decreases to the specified levels, within 1 second for mobile devices, and within 3 seconds for fixed devices.13 f) Repeat 7.9.2a) to 7.9.2e) for all operational uplink bands. Test Result: PASS 6.8.2. Test Instruments Manufactur Serial Calibration Calibration Equipment Model er Number Date Due Signal Agilent E4421B GB39340839 Aug. 15, 2016 Aug. 11, 2017 Generator Signal MY4707028 Agilent N5182 Aug. 15, 2016 Aug. 11, 2017 Generator 2 Spectrum MY4910006 Agilent N9020A Aug. 15, 2016 Aug. 11, 2017 Analyzer 0 AF115A-09- Attenuation JFW 907763 Aug. 15, 2016 Aug. 11, 2017 34 SUD-CS RF Combiner SUNVNDN 16230009 Aug. 15, 2016 Aug. 11, 2017 0800 Note: The calibration interval of the above test instruments is 12 months and the calibrations are traceable to international system unit (SI). 6.8.3. Test Data Mobile station coupling loss (MSCL): the minimum coupling loss (in dB) between the wireless device and the input (server) port of the consumer booster. MSCL must be calculated or measured for each band of operation and provided in compliance test reports. MSCL includes the path loss from the wireless device, and the booster’s server antenna gain and cable loss. The wireless device is assumed to be an isotropic (0 dBi) antenna reference. Minimum standoff distances from inside wireless devices to the booster’s server antenna must be reasonable and specified by the manufacturer in customer provided installation manuals. L p = 20logf + 20logd – 27.5 Where: L P = basic free space path loss, f = Center frequency (MHz), d = 2 meters. MSCL for 776-787MHz Lp=20log(781.5)+20log(2)-27.5=36.38 RSSI=Downlink output power – Downlink gain Page 46 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 776MHz~787MHz Margin Limit (dB) Measured Measured RSSI Fix RSSI Input Output (dBm) (dBm) Power Gain Dependent Booster TX off (dBm) (dB) (dB) Limit -70.0 -46.00 14.1 60.10 -- 64.4 -- -4.3 -62.0 -46.00 14.1 60.10 -- 64.4 -- -4.3 -49.0 -46.00 4.4 50.4 55.5 -- -- -5.1 -48.0 -46.00 3.1 49.1 54.5 -- -- -5.4 -46.0 -46.00 1.5 47.5 52.5 -- -- -5.0 -45.0 -46.00 0.4 46.4 51.5 -- -- -5.1 Variable Uplink Gain Timing Frequency Measured Limit MHz Sec Sec UL 776-787 0.495 3 Variable Uplink Gain Timing Plot Page 47 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.9. Occupied Bandwidth 6.9.1. Test Specification Test Requirement: FCC Part2 Section 2.1049 Test Method: KDB835210 D03 Signal booster measurements v04 Limit: N/A Test setup: a) Connect the test equipment as shown in Figure 6 to firstly measure the characteristics of the test signals produced by the signal generator. b) Set VBW ≥ 3 . RBW. c) Set the center frequency of the spectrum analyzer to the center of the operational band. The span will be adjusted for each modulation type and OBW as necessary for accurately viewing the signals. d) Set the signal generator for power level to match the values obtained from the tests of 7.2. e) Set the signal generator modulation type for GSM with a PRBS pattern and allow the trace on the signal generator to stabilize adjusting the span as necessary. f) Set the spectrum analyzer RBW for 1% to 5% of the EBW. Test Procedure: g) Capture the spectrum analyzer trace for inclusion in the test report. h) Repeat 7.10c) to 7.10g) for CDMA and W-CDMA modulation, adjusting the span as necessary. AWGN or LTE may be used in place of W-CDMA, as an option. i) Repeat 7.10c) to 7.10h) for all uplink and downlink operational bands. j) Connect the test equipment as shown in Figure 1, with the uplink output (donor) port connected to the spectrum analyzer, and the server port connected to the signal generator. k) Repeat 7.10c) to 7.10i) with this EUT uplink path test setup. l) Connect the test equipment as shown in Figure 1, with the downlink output (server) port connected to the spectrum analyzer, and the donor port connected to the signal generator. m) Repeat 7.10c) to 7.10i) with this EUT downlink path test setup. Test results: PASS Page 48 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.9.2. Test Instruments Manufactur Serial Calibration Calibration Equipment Model er Number Date Due Signal MY4707028 Agilent N5182 Aug. 15, 2016 Aug. 11, 2017 Generator 2 Spectrum MY4910006 Agilent N9020A Aug. 15, 2016 Aug. 11, 2017 Analyzer 0 SUD-CS RF Combiner SUNVNDN 16230009 Aug. 15, 2016 Aug. 11, 2017 0800 Note: The calibration interval of the above test instruments is 12 months and the calibrations are traceable to international system unit (SI). 6.9.3. Test Data Frequency Input OBW Output OBW Link Signal Type [MHz] [MHz] [MHz] GSM 781.5 0.2448 0.2448 Uplink CDMA 781.5 1.242 1.243 AWGN 781.5 4.192 4.116 GSM 751.5 0.2446 0.2444 Downlink CDMA 751.5 1.241 1.243 AWGN 751.5 4.215 4.237 Page 49 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Plot GSM UL Uplink-input Uplink-output Page 50 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 GSM Downlink Downlink-input Downlink-input Page 51 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Plot CDMA UL Uplink-input Uplink-output Page 52 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 CDMA Downlink Downlink-input Downlink-input Page 53 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Plot AWGN UL Uplink-input Uplink-output Page 54 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 AWGN Downlink Downlink-input Downlink-input Page 55 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.10. Oscillation Detection and Mitigation 6.10.1. Test Specification Test Requirement: FCC Part20 Section 20.21(e)(8)(iii)(A) Test Method: KDB835210 D03 Signal booster measurements v04 Limit: Reference to test data bellow Test setup: Oscillation restart tests a) Connect the normal-operating mode EUT to the test equipment as shown in Figure 7 beginning with the spectrum analyzer on the uplink output (donor) port. Confirm that the RF coupled path is connected to the spectrum analyzer. NOTE–The band-pass filter shall provide sufficient out-of-band rejection to prevent oscillations from occurring in bands not under test. b) Spectrum analyzer settings: 1) Center frequency at the center of the band under test Test Procedure: 2) Span equal or slightly exceeding the width of the band under test 3) Continuous sweep, max-hold 4) RBW≥1 MHz, VBW > 3xRBW c) Decrease the variable attenuator until the spectrum analyzer displays a signal within the band under test. Using a marker, identify the approximate center frequency of this signal on the max-hold display, increase the attenuation by 10 dB, then reset the EUT (e.g., cycle ac/dc power). d) Repeat 7.11.2c) twice to ensure that the center of the signal Page 56 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 created by the booster remains within 250 kHz of the spectrum analyzer display center frequency. If the frequency of the signal is unstable, confirm that the spectrum analyzer display is centered between the frequency extremes observed. If the signal is wider than 1 MHz, ensure that the spectrum analyzer display is centered on the signal by increasing the RBW. Reset the EUT (e.g., cycle ac/dc power) after each oscillation event, if necessary. Set the spectrum analyzer sweep trigger level to just below the peak amplitude of the displayed EUT oscillation signal. e) Set the spectrum analyzer to zero-span, with a sweep time of 5 seconds, and single-sweep with max-hold. The spectrum analyzer sweep trigger level in this and the subsequent steps shall be the level identified in 7.11.2d). f) Decrease the variable attenuator until the spectrum analyzer sweep is triggered, increase the attenuation by 10 dB, then reset the EUT (e.g., cycle ac/dc power). g) Reset the zero-span trigger of the spectrum analyzer, then repeat 7.11.2f) twice to ensure that the spectrum analyzer is reliably triggered, resetting the EUT (e.g., cycle ac/dc power) after each oscillation event if necessary. h) Reset the zero-span sweep trigger of the spectrum analyzer, and reset the EUT (e.g., cycle ac/dc power). i) Force the EUT into oscillation by reducing the attenuation. j) Use the marker function of the spectrum analyzer to measure the time from the onset of oscillation until the EUT turns off, by setting Marker 1 on the leading edge of the oscillation signal and Marker 2 on the trailing edge. The spectrum analyzer sweep time may be adjusted to improve the time resolution of these cursors. k) Capture the spectrum analyzer zero-span trace for inclusion in the test report. Report the power level associated with the oscillation separately if it can’t be displayed on the trace. l) Repeat 7.11.2b) to 7.11.2k) for all operational uplink and downlink bands. m) Set the spectrum analyzer zero-span sweep time for longer than 60 seconds, then measure the restart time for each operational uplink and downlink band. n) Replace the normal-operating mode EUT with the EUT that supports an anti-oscillation test mode. o) Set the spectrum analyzer zero-span time for a minimum of 120 seconds, and a single sweep. p) Manually trigger the spectrum analyzer zero-span sweep, and manually force the booster into oscillation as described in 7.11.2i). q) When the sweep is complete, place cursors between the first two oscillation detections, and save the plot for inclusion in the test report. The time between restarts must match the manufacturer’s timing for the test mode, and there shall be no more than 5 restarts. r) Repeat 7.11.2m) to 7.11.2q) for all operational uplink and downlink bands. Test procedure for measuring oscillation mitigation or shutdown a) Connect the normal-operating mode EUT to the test equipment as shown in Figure 8. b) Set the spectrum analyzer center frequency to the center of band under test, and use the following settings: 1) RBW=30 kHz, VBW ≥ 3 × RBW, 2) power averaging (rms) detector, 3) trace averages ≥ 100, 4) span ≥ 120% of operational band under test Page 57 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 5) number of sweep points ≥ 2 × Span/RBW. c) Configure the signal generator for AWGN operation with a 99% OBW of 4.1 MHz, tuned to the frequency of 2.5 MHz above the lower edge or below the upper edge of the operating band under test. Adjust the RF output level of the signal generator such that the measured power level of the AWGN signal at the output port of the booster is 30 dB less than the maximum power of the booster for the band under test. Affirm that the input signal is not obstructing the measurement of the strongest oscillation peak in the band, and is not included within the span in the measurement. 1) Boosters with operating spectrum passbands of 10 MHz or less may use a CW signal source at the band edge rather than AWGN. 2) For device passbands greater than 10 MHz, standard CMRS signal sources (i.e., CDMA, W-CDMA, LTE) may be used instead of AWGN at the band edge. d) Set the variable attenuator to a high attenuation setting such that the booster will operate at maximum gain when powered on. Reset the the EUT (e.g., cycle ac/dc power). Allow the EUT to complete its boot-up process, to reach full operational gain, and to stabilize its operation. e) Set the variable attenuator such that the insertion loss for the center of the band under test (isolation) between the booster donor port and server port is 5 dB greater than the maximum gain, as recorded in the maximum gain test procedure (see 7.3), for the band under test. f) Verify the EUT shuts down, i.e., to mitigate the oscillations. If the booster does not shut down, measure and verify the peak oscillation level as follows. 1) Allow the spectrum analyzer trace to stabilize. 2) Place the marker at the highest oscillation level occurring within the span, and record its output level and frequency. 3) Set the spectrum analyzer center frequency to the frequency with the highest oscillation signal level, and reduce the span such that the upper and lower adjacent oscillation peaks are within the span. 4) Use the Minimum Search Marker function to find the lowest output level that is within the span, and within the operational band under test, and record its output level and frequency. 5) Affirm that the peak oscillation level measured in 7.11.3f2), does not exceed by 12.0 dB the minimal output level measured in 7.11.3f)4). Record the measurement results of 7.11.3f2) and 7.11.3f4) in tabular format for inclusion in the test report. 6) The procedure of 7.11.3f1) to 7.11.3.f5) allows the spectrum analyzer trace to stabilize, and verification of shutdown or oscillation level measurement must occur within 300 seconds.14 g) Decrease the variable attenuator in 1 dB steps, and repeat step 7.11.3f) for each 1 dB step. Continue testing to the level when the insertion loss for the center of band under test (isolation) between the booster donor port and server port is 5 dB lower than the maximum gain (see 7.3). h) Repeat 7.11.3a) to 7.11.3g) for all operational uplink and downlink bands. Test results: PASS Page 58 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 6.10.2. Test Instruments Manufactur Calibration Calibration Equipment Model S/N er Date Due Spectrum MY491 Agilent N9020A Aug. 15, 2016 Aug. 11, 2017 Analyzer 00060 AF115A-09- Attenuation JFW 907763 Aug. 15, 2016 Aug. 11, 2017 34 162300 RF Combiner SUNVNDN SUD-CS0800 Aug. 15, 2016 Aug. 11, 2017 09 AN03468 Band Pass 4CS10- Filter 781.5/E12.2- N/A Aug. 15, 2016 Aug. 11, 2017 O/O AN03469 Band Pass 4CS10- Filter 751.5/E12-O/ N/A Aug. 15, 2016 Aug. 11, 2017 O AN02475 1 dB step 8494B N/A Aug. 15, 2016 Aug. 11, 2017 Attenuator AN03429 10dB step 8496B N/A Aug. 15, 2016 Aug. 11, 2017 Attenuator ANC00082 RF Coupler 722-10-1.500V N/A Aug. 15, 2016 Aug. 11, 2017 Note: The calibration interval of the above test instruments is 12 months and the calibrations are traceable to international system unit (SI). 6.10.3. Test Data Test results of detection time Detection Time Limit Link Result (s) (s) Uplink 0.270 0.300 PASS Downlink 0.320 1.000 PASS Test results of restarting time Restarting Time Limit Link Result (s) (s) Uplink 110 ≥60.0 PASS Downlink 110 ≥60.0 PASS Test results of restarting count Restarting Link Limit Result Counts Uplink 3 ≤5 PASS Downlink 3 ≤5 PASS Page 59 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Test Plots of detection time Downlink Uplink Page 60 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Test Plots of restarting time Downlink Uplink Page 61 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Test results of Mitigation or Shutdown Oscillation Mitigation - Uplink Band 776-787MHz Test Signal WCDMA Type Lowest Output Variable Oscillations Time to Mitigatio Power Level Result Attenuator Margin Limit Mitigate n Time Setting Freq. Level Freq. Level Oscillatio Limit dB MHz dBm MHz dBm dB dB sec sec +5 780.62 -52.6 779.38 -66.9 14.3 <12 102 < 300 Pass +4 780.62 -70.2 779.38 -73.2 3.0 <12 NA < 300 Pass +3 780.62 -70.1 779.38 -72.5 2.4 <12 NA < 300 Pass +2 780.62 -69.8 779.38 -73.3 3.5 <12 NA < 300 Pass +1 780.62 -69.5 779.38 -72.2 2.7 <12 NA < 300 Pass +0 780.62 -69.2 779.38 -74.2 5.0 <12 NA < 300 Pass -1 780.62 -70.7 779.38 -73.5 2.8 <12 NA < 300 Pass -2 780.62 -72.2 779.38 -73.7 1.5 <12 NA < 300 Pass -3 780.62 -71.5 779.38 -74.6 3.1 <12 NA < 300 Pass -4 780.62 -72.3 779.38 -73.9 1.6 <12 NA < 300 Pass -5 780.62 -72.1 779.38 -75.4 3.3 <12 NA < 300 Pass Oscillation Mitigation - Downlink Band 746-757MHz Test Signal WCDMA Type Lowest Output Variable Oscillations Time to Mitigatio Power Level Result Attenuator Margin Limit Mitigate n Time Setting Freq. Level Freq. Level Oscillatio Limit dB MHz dBm MHz dBm dB dB sec sec +5 750.18 -52.6 751.43 -66.4 13.8 <12 128 < 300 Pass +4 750.18 -70.7 751.43 -73.2 2.5 <12 NA < 300 Pass +3 750.18 -70.1 751.43 -72.5 2.4 <12 NA < 300 Pass +2 750.18 -69.6 751.43 -74.8 5.2 <12 NA < 300 Pass +1 750.18 -70.5 751.43 -73.2 2.7 <12 NA < 300 Pass +0 750.18 -69.2 751.43 -72.8 3.6 <12 NA < 300 Pass -1 750.18 -70.4 751.43 -73.5 3.1 <12 NA < 300 Pass -2 750.18 -71.5 751.43 -74.9 3.4 <12 NA < 300 Pass -3 750.18 -72.5 751.43 -73.6 1.1 <12 NA < 300 Pass -4 750.18 -71.7 751.43 -74.5 2.8 <12 NA < 300 Pass -5 750.18 -73.1 751.43 -75.8 2.7 <12 NA < 300 Pass Page 62 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 7. Radiation Spurious Emission 7.1.1. Test Specification Test Requirement: FCC Part2 Section 2.1053 Test Method: KDB835210 D03 Signal booster measurements v04 Limit: -13dBm Test setup: a) Place the EUT on an OATS or semi-anechoic chamber turntable 3 m from the receiving antenna.15 b) Connect the EUT to the test equipment as shown in Figure 10 beginning with the uplink output (donor) port. c) Set the signal generator to produce a CW signal with the frequency set to the center of the operational band under test, and the power level set at PIN as determined from measurement results per 7.2. d) Measure the radiated spurious emissions from the Test Procedure: EUT from the lowest to the highest frequencies as specified in § 2.1057. Maximize the radiated emissions by using the procedures described in ANSI C63.4. e) Capture the peak emissions plots using a peak detector with Max-Hold for inclusion in the test report. Tabular data is acceptable in lieu of spectrum analyzer plots. f) Repeat 7.12c) through 7.12e) for all uplink and downlink operational bands. Test results: PASS Page 63 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 7.1.2. Test Instruments Radiated Emission Name Model No. Manufacturer Date of Cal. Due Date Test Receiver ESVD R&S Aug. 12, 2016 Aug. 11, 2017 Spectrum FSEM R&S Aug. 12, 2016 Aug. 11, 2017 Analyzer Pre-amplifier 8447D H.P. Aug. 12, 2016 Aug. 11, 2017 Schwarzbeck BiConiLog VULB9163 Mess- Aug. 14, 2016 Aug. 13, 2017 Antenna Elecktronik Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017 Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017 Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017 Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017 Loop antenna ZN30900A ZHINAN Aug. 14, 2016 Aug. 13, 2017 Signal Generator N5182A Agilent Aug. 13, 2016 Aug. 12, 2017 Note: The calibration interval of the above test instruments is 12 months and the calibrations are traceable to international system unit (SI). Page 64 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 7.1.1. Test data Antenna Frequency [MHz] polarity [H/V] Level [dBm] Limit [dBm] Margin [dB] Downlink 60.58 V -46.02 33.02 138.81 V -42.28 29.28 58.49 H -50.36 -13.00 37.36 137.84 H -43.65 30.65 -- -- -- -- Uplink 67.31 V -42.43 29.43 143.87 V -38.34 25.34 60.74 H -43.71 -13.00 30.71 138.23 H -40.92 27.92 -- -- -- -- Note: Test Frequency range is up to 10GHz, and the test data below 30MHz and above 1000MHz is too lower than the limit, so not show in this report. Page 65 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Appendix A: Photographs of Test Setup Product: Cell phone signal booster Model: PLX-V70 Radiated Emission Page 66 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Appendix B: Photographs of EUT Product: Cell phone signal booster Model: PLX-GV70 External Photos Page 67 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Page 68 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 Product: Cell phone signal booster Model No.: PLX- GV70 Internal Photos Page 69 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com

Report No.: TCT170321E007 *****END OF REPORT***** Page 70 of 70 Hotline: 400-6611-140 Tel: 86-755-27673339 Fax: 86-755-27673332 http://www.tct-lab.com


Document Created: 2017-05-10 16:32:53
Document Modified: 2017-05-10 16:32:53
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