Test Report Part 6

FCC ID: TA8AKRC161627-1

Test Report

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FCCID_3403577

Configuration G+W-MIMO-MC 3 (2G+1W) Maximum Output Power 49.0dBm per port Channel Position Bandwidth Channel Frequency G: 250 kHz (G) 1930.4MHz + (G) 1935.8MHz + (W) Channel Position BRFBW W: 5.0 MHz 1967.6MHz G: 250 kHz (G) 1940.2MHz + (G) 1945.8MHz + (W) Channel Position MRFBW W: 5.0 MHz 1977.6MHz G: 250 kHz (G) 1950.2MHz + (G) 1955.8MHz + (W) Channel Position TRFBW W: 5.0 MHz 1987.6MHz Document 75938768 Report 01 Issue 1 Page 250 of 282

Channel Position BRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 9kHz - 3GHz Channel Position BRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 251 of 282

Channel Position BRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 10GHz - 20GHz Channel Position MRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 9kHz - 3GHz Document 75938768 Report 01 Issue 1 Page 252 of 282

Channel Position MRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 3GHz - 10GHz Channel Position MRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 10GHz - 20GHz Document 75938768 Report 01 Issue 1 Page 253 of 282

Channel Position TRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 9kHz - 3GHz Channel Position TRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 254 of 282

Channel Position TRFBW - GSM GMSK / WCDMA 16QAM: Bandwidth 5.0 MHz - 10GHz - 20GHz Document 75938768 Report 01 Issue 1 Page 255 of 282

Configuration G+L-MIMO-MC 1 (1G+1L) Maximum Output Power 49.0dBm per port Channel Position Bandwidth Channel Frequency G: 250 kHz Channel Position BRFBW (G) 1930.4MHz + (L) 1967.5MHz L: 5.0 MHz G: 250 kHz Channel Position MRFBW (G) 1940.2MHz + (L) 1977.5MHz L: 5.0 MHz G: 250 kHz Channel Position TRFBW (G) 1950.2MHz + (L) 1987.5MHz L: 5.0 MHz Document 75938768 Report 01 Issue 1 Page 256 of 282

Channel Position BRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 9kHz - 3GHz Channel Position BRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 257 of 282

Channel Position BRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 10GHz - 20GHz Channel Position MRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 9kHz - 3GHz Document 75938768 Report 01 Issue 1 Page 258 of 282

Channel Position MRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 3GHz - 10GHz Channel Position MRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 10GHz - 20GHz Document 75938768 Report 01 Issue 1 Page 259 of 282

Channel Position TRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 9kHz - 3GHz Channel Position TRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 260 of 282

Channel Position TRFBW - GSM GMSK / LTE QPSK: Bandwidth 5.0 MHz - 10GHz - 20GHz Document 75938768 Report 01 Issue 1 Page 261 of 282

Configuration W+L-MIMO-MC 1 (1W+1L) Maximum Output Power 48.5dBm per port Channel Position Bandwidth Channel Frequency W: 5.0 MHz Channel Position BRFBW (W) 1932.4MHz + (L) 1969.3MHz L: 1.4 MHz W: 5.0 MHz Channel Position MRFBW (W) 1942.4MHz + (L) 1979.3MHz L: 1.4 MHz W: 5.0 MHz Channel Position TRFBW (W) 1952.4MHz + (L) 1989.3MHz L: 1.4 MHz . Document 75938768 Report 01 Issue 1 Page 262 of 282

Channel Position BRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 9kHz - 3GHz Channel Position BRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 263 of 282

Channel Position BRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 10GHz - 20GHz Channel Position MRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 9kHz - 3GHz Document 75938768 Report 01 Issue 1 Page 264 of 282

Channel Position MRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 3GHz - 10GHz Channel Position MRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 10GHz - 20GHz Document 75938768 Report 01 Issue 1 Page 265 of 282

Channel Position TRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 9kHz - 3GHz Channel Position TRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 266 of 282

Channel Position TRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 10GHz - 20GHz Document 75938768 Report 01 Issue 1 Page 267 of 282

Configuration W+L-MIMO-MC 4 (2W+1L) Maximum Output Power 49.0dBm per port Channel Position Bandwidth Channel Frequency W: 5.0 MHz (W) 1932.4MHz + (W) 1937.4MHz + (L) Channel Position BRFBW L: 1.4 MHz 1969.3MHz W: 5.0 MHz (W) 1942.4MHz + (W) 1947.4MHz + (L) Channel Position MRFBW L: 1.4 MHz 1979.3MHz W: 5.0 MHz (W) 1952.4MHz + (W) 1957.4MHz + (L) Channel Position TRFBW L: 1.4 MHz 1989.3MHz Document 75938768 Report 01 Issue 1 Page 268 of 282

Channel Position BRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 9kHz - 3GHz Channel Position BRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 269 of 282

Channel Position BRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 10GHz - 20GHz Channel Position MRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 9kHz - 3GHz Document 75938768 Report 01 Issue 1 Page 270 of 282

Channel Position MRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 3GHz - 10GHz Channel Position MRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 10GHz - 20GHz Document 75938768 Report 01 Issue 1 Page 271 of 282

Channel Position TRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 9kHz - 3GHz Channel Position TRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 3GHz - 10GHz Document 75938768 Report 01 Issue 1 Page 272 of 282

Channel Position TRFBW - WCDMA 16QAM / LTE QPSK: Bandwidth 1.4 MHz - 10GHz - 20GHz Limit -13dBm for outside a licensee’s frequency band(s) of operation Remarks All the unwanted emissions of EUT does not exceed the limitations at the frequency range of 9kHz to 20GHz. Document 75938768 Report 01 Issue 1 Page 273 of 282

2.6 FREQUENCY STABILITY 2.6.1 Specification Reference FCC CFR 47 Part 2, Clause 2.1055 FCC CFR 47 Part 24, Clause 24.235 Industry Canada RSS-133, Clause 6.3 2.6.2 Equipment Under Test Radio 2219 B2, KRC 161 627/1, S/N: D825490218 2.6.3 Date of Test and Modification State 09 and 10 May 2017 - Modification State 0 2.6.4 Test Equipment Used The major items of test equipment used for the above tests are identified in Section 3.1. 2.6.5 Environmental Conditions Ambient Temperature 22.9 - 23.0C Relative Humidity 43.0 - 44.0% 2.6.6 Test Method The test was applied in accordance with test method requirements of FCC Part 24 and RSS-133. Frequency Error – Temperature Variation The EUT was tested over the temperature range -30˚C to +50˚C in 10˚C steps with -48 VDC Power Supply. At each temperature step, the Base Station was configured to transmit an [RAT]* at maximum power on the middle channel of the operating band. After achieving thermal balance, the averages of 200 transmission bursts were measured and the result recorded. Frequency Error – Voltage Variation The EUT was tested at the supplied voltages varied from 85 to 115 percent of the nominal values of -48 VDC. At +20˚C, the Base Station was configured to transmit an [RAT]* at maximum power on the bottom, middle and top channel of the operating band. The average of 200 transmission bursts was measured and the result recorded. [RAT]*: GSM - GSM Single Carrier with all timeslots active with GMSK modulation WCDMA - Test Model 1 Single Carrier with QPSK modulation LTE (3.0 MHz OBW) - Test Model E-TM1.1 Single Carrier with QPSK modulation Document 75938768 Report 01 Issue 1 Page 274 of 282

2.6.7 Test Results Frequency Error – Temperature Variation Configuration G-SC Maximum Output Power 43.0dBm per port, Channel Bandwidth 250kHz Frequency Stability (Hz) Supply Voltage Temperature Channel Position B Channel Position M Channel Position T DC (V) (1930.4MHz) (1960.0MHz) (1989.6MHz) -30°C 6.67 5.27 6.66 -20°C 5.15 5.55 6.60 -10°C 5.09 5.22 5.10 0°C 4.49 4.69 5.20 -48.0 +10°C 4.92 4.65 4.51 +20°C 4.38 5.16 4.50 +30°C 4.13 4.68 4.92 +40°C 4.19 4.72 4,43 +50°C 4.67 4.76 5.75 Configuration W-SC Maximum Output Power 49.0dBm per port, Channel Bandwidth 5MHz Frequency Stability (Hz) Supply Voltage Temperature Channel Position B Channel Position M Channel Position T DC (V) (1932.4MHz) (1960.0MHz) (1987.6MHz) -30°C 2.72 2.73 3.01 -20°C 3.33 2.87 3.22 -10°C 3.28 2.78 2.52 0°C 2.15 2.81 2.55 -48.0 +10°C 2.13 2.27 2.19 +20°C 2.15 2.34 2.65 +30°C 2.36 2.32 2.31 +40°C 1.98 1.99 2.41 +50°C 2.82 -2.41 2.62 Configuration L-MIMO-SC Maximum Output Power 43.0dBm per port, Channel Bandwidth 3MHz Frequency Stability (Hz) Supply Voltage Temperature Channel Position B Channel Position M Channel Position T DC (V) (1931.5MHz) (1960.0MHz) (1988.5MHz) -30°C -2.51 2.49 -2.07 -20°C -2.02 2.21 2.35 -10°C -1.96 1.93 -2.04 0°C -1.81 1.84 -2.01 -48.0 +10°C -2.23 1.97 -2.00 +20°C -1.68 1.76 -1.83 +30°C -2.44 2.23 -1.95 +40°C -2.62 2.18 2.70 +50°C -2.54 -2.02 -2.54 Document 75938768 Report 01 Issue 1 Page 275 of 282

Frequency Error – Voltage Variation Configuration G-SC Maximum Output Power 43.0dBm per port, Channel Bandwidth 250kHz Frequency Stability (Hz) Supply Voltage Temperature Channel Position B Channel Position M Channel Position T DC (V) (1930.4MHz) (1960.0MHz) (1989.6MHz) -40.8 4.79 5.01 5.11 -48.0 +20°C 4.38 5.16 4.50 -55.2 4.55 4.75 4.61 Configuration W-SC Maximum Output Power 49.0dBm per port, Channel Bandwidth 5MHz Frequency Stability (Hz) Supply Voltage Temperature Channel Position B Channel Position M Channel Position T DC (V) (1932.4MHz) (1960.0MHz) (1987.6MHz) -40.8 2.31 2.39 2.21 -48.0 +20°C 2.15 2.34 2.65 -55.2 2.03 2.36 2.53 Configuration L-MIMO-SC Maximum Output Power 43.0dBm per port, Channel Bandwidth 3MHz Frequency Stability (Hz) Supply Voltage Temperature Channel Position B Channel Position M Channel Position T DC (V) (1931.5MHz) (1960.0MHz) (1988.5MHz) -40.8 2.05 1.89 2.05 -48.0 +20°C -1.68 1.76 -1.83 -55.2 2.22 2.06 1.64 FCC: The frequency stability shall be sufficient to ensure that the fundamental emissions stay within the authorized frequency block. Limit IC: ±1.0 ppm Remarks The frequency stablity of the EUT is sufficient to keep it within limit at any temperature and voltage interval across the measured range. Document 75938768 Report 01 Issue 1 Page 276 of 282

SECTION 3 TEST EQUIPMENT USED Document 75938768 Report 01 Issue 1 Page 277 of 282

3.1 TEST EQUIPMENT USED List of absolute measuring and other principal items of test equipment. Calibration Calibration Instrument Manufacturer Type No. TE No. Period Due (months) Maximum Output Power and Peak to Average Ratio - Conducted Network Analyzer Agilent 5230C MY49002402 12 30-Mar-2018 Power Meter Rohde & Schwarz NRP2 101593 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z11 121216 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z51 102309 12 14-Aug-2017 Spectrum Analyser KEYSIGHT N9030A MY54490502 12 05-Apr-2018 40dB Attenuator Aeroflex / Weinschel 66-40-33 CD4019 - O/P MON 40dB Attenuator Aeroflex / Weinschel 48-40-43-LIM BR5020 - O/P MON DC Power Supply KEYSIGHT N5767A US15C4120P - O/P MON Digital Multimeter FLUKE 179 91820401 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 9151665 12 02-Jan-2018 Occupied Bandwidth Network Analyzer Agilent 5230C MY49002402 12 30-Mar-2018 Power Meter Rohde & Schwarz NRP2 101593 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z11 121216 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z51 102309 12 14-Aug-2017 Spectrum Analyser KEYSIGHT N9030A MY54490502 12 05-Apr-2018 40dB Attenuator Aeroflex / Weinschel 66-40-33 CD4019 - O/P MON 40dB Attenuator Aeroflex / Weinschel 48-40-43-LIM BR5020 - O/P MON DC Power Supply KEYSIGHT N5767A US15C4120P - O/P MON Digital Multimeter FLUKE 179 91820401 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 9151665 12 02-Jan-2018 Spurious Emission at Band Edge Network Analyzer Agilent 5230C MY49002402 12 30-Mar-2018 Power Meter Rohde & Schwarz NRP2 101593 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z11 121216 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z51 102309 12 14-Aug-2017 Spectrum Analyser KEYSIGHT N9030A MY54490502 12 05-Apr-2018 40dB Attenuator Aeroflex / Weinschel 66-40-33 CD4019 - O/P MON 40dB Attenuator Aeroflex / Weinschel 48-40-43-LIM BR5020 - O/P MON DC Power Supply KEYSIGHT N5767A US15C4120P - O/P MON Digital Multimeter FLUKE 179 91820401 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 9151665 12 02-Jan-2018 Conducted Spurious Emission Network Analyzer Agilent 5230C MY49002402 12 30-Mar-2018 Power Meter Rohde & Schwarz NRP2 101593 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z11 121216 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z51 102309 12 14-Aug-2017 Spectrum Analyser KEYSIGHT N9030A MY54490502 12 05-Apr-2018 40dB Attenuator Aeroflex / Weinschel 66-40-33 CD4019 - O/P MON 40dB Attenuator Aeroflex / Weinschel 48-40-43-LIM BR5020 - O/P MON DC Power Supply KEYSIGHT N5767A US15C4120P - O/P MON Digital Multimeter FLUKE 179 91820401 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 9151665 12 02-Jan-2018 Document 75938768 Report 01 Issue 1 Page 278 of 282

Radiated Spurious Emissions EMI Receiver Rohde & Schwarz ESI40 100015 12 20-Aug-2017 Ultra Log Test Rohde & Schwarz HL562 100167 12 20-Aug-2017 Antenna Double-Ridge Waveguide Horn Rohde & Schwarz HF 906 100030 12 20-Aug-2017 Antenna Pyramidal Horn EMCO 3160-09 - - - Antenna Semi Anechoic Frankonia 23.18m×16.88m×9.60m - 12 20-Aug-2017 Chamber Antenna Master Frankonia MA 260 - 12 20-Aug-2017 Relay Switch Unit Rohde & Schwarz 331.1601.31 338965002 - TU Load Shanghai Huaxiang TF150 090323432 - O/P MON Load Shanghai Huaxiang TF100 090323433 - O/P MON DC Power Supply Ericsson PSU AC 08 BR83767592 - O/P MON Digital Multimeter FLUKE 179 91820401 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 9151665 12 02-Jan-2018 Frequency Stability Network Analyzer Agilent 5230C MY49002402 12 30-Mar-2018 Power Meter Rohde & Schwarz NRP2 101593 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z11 121216 12 14-Aug-2017 Power Sensor Rohde & Schwarz NRP-Z51 102309 12 14-Aug-2017 Spectrum Analyser KEYSIGHT N9030A MY54490502 12 05-Apr-2018 40dB Attenuator Aeroflex / Weinschel 66-40-33 CD4019 - O/P MON 40dB Attenuator Aeroflex / Weinschel 48-40-43-LIM BR5020 - O/P MON DC Power Supply KEYSIGHT N5767A US15C4120P - O/P MON Climate Chamber Votsch C1000 ETC/098 - O/P MON Digital Multimeter FLUKE 179 91820401 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 9151665 12 02-Jan-2018 N/A – Not Applicable OP MON – Output Monitored with Calibrated Equipment Document 75938768 Report 01 Issue 1 Page 279 of 282

3.2 MEASUREMENT UNCERTAINTY For a 95% confidence level, the measurement uncertainties for defined systems are: Test Discipline Frequency / Parameter MU Conducted Maximum Peak Output Power 30MHz to 10GHz Amplitude 0.5dB* Conducted Emissions 30MHz to 40GHz Amplitude 3.0dB* Frequency stability 30MHz to 2GHz <±1x10-7 Radiated Emissions, Bilog Antenna, AOATS 30MHz to 1GHz Amplitude 5.1dB* Radiated Emissions, Horn Antenna, AOATS 1GHz to 40GHz Amplitude 6.3dB* 6 Worst case error for both Time and Frequency measurement 12 parts in 10 * In accordance with CISPR 16-4 Document 75938768 Report 01 Issue 1 Page 280 of 282

SECTION 4 ACCREDITATION, DISCLAIMERS AND COPYRIGHT Document 75938768 Report 01 Issue 1 Page 281 of 282

4.1 ACCREDITATION, DISCLAIMERS AND COPYRIGHT This report relates only to the actual item/items tested. Our UKAS Accreditation does not cover opinions and interpretations and any expressed are outside the scope of our UKAS Accreditation. Results of tests not covered by our UKAS Accreditation Schedule are marked NUA (Not UKAS Accredited). © 2017 TÜV SÜD Product Service Document 75938768 Report 01 Issue 1 Page 282 of 282


Document Created: 2017-10-24 02:17:20
Document Modified: 2017-10-24 02:17:20
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