Test Report I pt 3

FCC ID: TA8AKRC161592

Test Report

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FCCID_4013976

2.1 RADIATED SPURIOUS EMISSIONS 2.1.1 Specification Reference FCC CFR 47 Part 2, Clause 2.1053 FCC CFR 47 Part 22, Clause 22.917(a) 2.1.2 Date of Test and Modification State 20 September 2017 - Modification State 0 2.1.3 Test Equipment Used The major items of test equipment used for the above tests are identified in Section 3.1. 2.1.4 Environmental Conditions Ambient Temperature 22.1C Relative Humidity 49.4% 2.1.5 Test Method The test was applied in accordance with the test method requirements of FCC CFR 47 Part 2 and Part 22 and Industry Canada RSS-132. A preliminary profile of the Spurious Radiated Emissions was obtained by operating the EUT on a remotely controlled turntable within the chamber. Measurements of emissions from the EUT were obtained with the Measurement Antenna in both Horizontal and Vertical Polarisations. Emissions identified within the range 30MHz – 10GHz were then formally measured using a Peak detector as the worst case. In the frequency Range 30MHz – 10GHz, the measurement was performed with a resolution bandwidth of 1MHz. The measurements were performed at a 3m distance unless otherwise stated. The limits for Spurious Emissions have been calculated, as shown below using the following formula: Field Strength of Carrier - (43 + 10Log (P)) dB Where: Field Strength is measured in dBµV/m P is measured Transmitter Power in Watts Determination of Spurious Emission Limit The field strength of the carrier has been calculated assuming that the power is to be fed to a half-wave tuned dipoles as per 2.1053 (a). E(v/m)=(30 x Gi x Po )0.5 / d Where Gi is the antenna gain of ideal half-wave dipoles, Document 75939974 Report 01 Issue 2 Page 57 of 87

Po is the power out of the transceiver in W, d is the measurement distance in meter. Therefore at 3m measurement distance the field strength using the lowest transceiver output power would be: E(v/m)=(30 x 1.64 x 62.37)0.5 / 3 = 18.46 V/m = 145.32 dBµV/m As per 90.691 the spurious emission must be attenuated by 43 + 10log (Po) dB this gives: 43 + 10log(62.37) = 60.94 dB Therefore the limit at 3m measurement distance is: 145.32 – 60.94 = 84.4 dBµV/m Therefore, the EIRP limit at 3m measurement distance above 1GHz is: 145.32 – 60.94 = 84.4 dBµV/m The relationship between ERP and EIRP is: ERP = EIRP -2.15dB Therefore, the ERP Limit at 3m measurement distance below 1GHz is: 84.4 dBµV/m -2.15dB = 82.25 dBµV/m This limit has been applied across all frequency ranges as it is the more stringent of the limits These limits have been used to determine Pass or Fail for the harmonics measured and detailed in the following results. The results are shown in the plots below. 2.1.6 Test Results Note: Only the worst-case results plots have been included as all of the emissions are greater than 20dB below the limit. A set of plots have been included to show the measurement system noise floor. Configuration L-MIMO-SC Maximum Output Power 46.0dBm per port, LTE Bandwidth 1.4MHz Channel Position Channel Frequencies Channel Position B 869.7MHz Channel Position M 874.5MHz Channel Position T 879.3MHz Document 75939974 Report 01 Issue 2 Page 58 of 87

Channel Position B – QPSK 1-9 GHz * RBW 1 MHz Marker 1 [T1 ] VBW 3 MHz 64.41 dBµV/m Ref 110 dBµV/m * Att 5 dB SWT 65 ms 3.443000000 GHz 110 A 100 1 PK MAXH 90 D1 82.2 dB* TDS 80 PA PS 70 1 60 6DB 50 AC 40 30 20 10 Start 1 GHz 800 MHz/ Stop 9 GHz Date: 20.SEP.2017 11:23:28 Channel Position M - QPSK No emissions were detected within 20dB of the limit. Document 75939974 Report 01 Issue 2 Page 59 of 87

Channel Position T - QPSK – 30MHz to 1GHz * RBW 120 kHz Marker 1 [T1 ] * VBW 300 kHz 35.60 dBµV/m Ref 100 dBµV/m * Att 5 dB SWT 165 ms 153.432500000 MHz 100 A 90 1 PK MAXH D1 82.2 dB* 80 TDS 70 PA PS 60 50 6DB 40 AC 1 30 20 10 0 Start 30 MHz 97 MHz/ Stop 1 GHz Date: 20.SEP.2017 14:29:31 Configuration L-MIMO-MC Maximum Output Power 43.0dBm per port, LTE Bandwidth 1.4MHz Channel Channel Frequencies Position Channel 869.7 MHz + 879.3.0MHz Position M Channel Position M - QPSK No emissions were detected within 20dB of the limit. Document 75939974 Report 01 Issue 2 Page 60 of 87

Configuration L-MIMO-MC1 Maximum Output Power 43.0dBm per port, LTE Bandwidth 1.4MHz Channel Channel Frequencies Position Channel 869.7 MHz + 877.9 MHz + 879.3.0MHz Position M Channel Position M - QPSK No emissions were detected within 20dB of the limit. Limit -13dBm / 84.4dBµV/m. Document 75939974 Report 01 Issue 2 Page 61 of 87

2.2 TRANSMITTER SPURIOUS EMISSIONS 2.2.1 Specification Reference FCC CFR 47 Part 2, Clause 2.1051 FCC CFR 47 Part 22, Clause 22.917 2.2.2 Date of Test and Modification State 22 and 28 September 2017 - Modification State 0 2.2.3 Test Equipment Used The major items of test equipment used for the above tests are identified in Section 3.1. 2.2.4 Environmental Conditions Ambient Temperature 22.5C Relative Humidity 55.2% 2.2.5 Test Method All measurements were made in accordance with FCC KDB 971168 D01 Clause 6. The EUT was connected to a Spectrum Analyser via 40dB of attenuation for measurements below 1.5GHz and up to 9 GHz using 30dB of attenuation and a high pass filter. Prior to testing, a Network Analyser was used to calibrate the path loss between the EUT and the Spectrum Analyser. The worst-case path loss in the measured ranges was entered as a reference level offset. Over the measured ranges, the RBW was set to 1MHz with a VBW of 3MHz. All measurement results are specified as average with an RMS detector being used in conjunction with a trace setting of Max Hold. Measurements were performed in configurations of the EUT as reported below. The EUT can transmit with 1 or 2 ports simultaneously. Testing was performed on all ports with the test limits being reduced from the specification limit of 43+10log(P) by a factor of 10log(2) in accordance with KDB 662911 D01 v02r01 to cover all MIMO configurations. This equated to a limit of -16 dBm, (worst case). 2.2.6 Test Results Configuration A Maximum Output Power 46 dBm Document 75939974 Report 01 Issue 2 Page 62 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position B - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position B - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 63 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 64 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position T - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position T - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 65 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position B - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position B - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 66 of 87

Antenna B - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position B - Band 1 - Range 0.009 to 1500 MHz Antenna B - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position B - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 67 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 68 of 87

Antenna B - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna B - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 69 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position T - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position T - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 70 of 87

Antenna B - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position T - Band 1 - Range 0.009 to 1500 MHz Antenna B - LTE Modulation QPSK - LTE Carrier Bandwidth 5.0 MHz - Channel Position T - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 71 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 10.0 MHz - Channel Position B - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 10.0 MHz - Channel Position B - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 72 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 10.0 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 10.0 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 73 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 10.0 MHz - Channel Position T - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 10.0 MHz - Channel Position T - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 74 of 87

Configuration B Maximum Output Power 46 dBm Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 75 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 5 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Configuration C Maximum Output Power 46 dBm Document 75939974 Report 01 Issue 2 Page 76 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 1.4 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Document 75939974 Report 01 Issue 2 Page 77 of 87

Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 3.0 MHz - Channel Position M - Band 1 - Range 0.009 to 1500 MHz Antenna A - LTE Modulation QPSK - LTE Carrier Bandwidth 3.0 MHz - Channel Position M - Band 2 - Range 1500 to 9000 MHz Limit -13dBm Document 75939974 Report 01 Issue 2 Page 78 of 87

2.3 FREQUENCY STABILITY 2.3.1 Specification Reference FCC CFR 47 Part 2, Clause 2.1055 FCC CFR 47 Part 22, Clause 22.355 2.3.2 Date of Test and Modification State 22 September 2017 - Modification State 0 2.3.1 Test Equipment Used The major items of test equipment used for the above tests are identified in Section 3.1. 2.3.2 Environmental Conditions Ambient Temperature 22.5C Relative Humidity 55.2% 2.3.3 Test Method All measurements were made in accordance with FCC KDB 971168 D01 Clause 9. The EUT was setup in a Climatic Chamber and connected to a Vector Signal Analyser via attenuators. The temperature was varied over the range -30˚C to +50˚C in 10˚C steps. At each temperature interval, the EUT was left to stabilise. After this period of time, the maximum Frequency Error was measured and recorded on the Middle channel. For LTE, testing was performed using a 5 MHz channel bandwidth with QPSK modulation and all Resource Blocks active. At 20˚C, the voltage was varied between 85 % and 115 % of the nominal declared voltage. At each extreme voltage, the maximum Frequency Error was measured and recorded. Document 75939974 Report 01 Issue 2 Page 79 of 87

2.3.4 Test Results Configuration A Maximum Output Power 46 dBm Frequency Error (Hz) Temperature Voltage Channel Position M -30°C -48.0 V DC 2.58 -20°C -48.0 V DC 2.56 -10°C -48.0 V DC 2.45 0°C -48.0 V DC 2.82 +10°C -48.0 V DC 2.48 +20°C -40.8 V DC 2.77 +20°C -48.0 V DC 2.49 +20°C -55.2 V DC 3.21 +30°C -48.0 V DC 2.61 +40°C -48.0 V DC 2.36 +50°C -48.0 V DC -2.38 Limit ±1.5 ppm or ±1.322 kHz Document 75939974 Report 01 Issue 2 Page 80 of 87

SECTION 3 TEST EQUIPMENT USED Document 75939974 Report 01 Issue 2 Page 81 of 87

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 Peak Output Power and Peak to Average Ratio – Conducted Network Analyzer Rohde & Schwarz ZVA40 3548 12 15-Sep-2017 Network Analyzer Rohde & Schwarz ZVA40 4368 12 15-Sep-2017 Power Meter Agilent N1911A 3981 12 29-Sep-2017 Spectrum Analyser Keysight N9030A 4409 12 09-Aug-2018 40dB Attenuator TSG150R-4-450N11 15093066 - O/P MON 40dB Attenuator DTS100G-40dB-18G - O/P MON 30dB Attenuator Weinschel CH9182 4863 12 03/05/2018 DC Power Supply Farnell H 60/50 1095 - O/P MON Digital Multi-meter FLUKE 79 Series III 498 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 3220 12 20-Aug-2018 Calibration Kit Hewlett Packard 85054A 1309 12 29-Mar-2018 Analyser Hewlett Packard 8753D 1149 12 05-Sep-2018 Calibration Kit Hewlett Packard 85032B 1282 12 23-May-2018 Precision 'N' Termination Maury 2510A6 0487 12 21-Oct-2017 Precision 'N' Termination 12 21-Oct-2017 Maury 2510B6 0488 (Load) Network Analyser Hewlett Packard 8510A 1151 12 12-May-2018 S' Parameter Test Box Hewlett Packard 8514A 1152 12 12-May-2018 Signal Generator Hewlett Packard 8340A 1159 12 13-May-2018 Occupied Bandwidt Network Analyzer Rohde & Schwarz ZVA40 3548 12 15-Sep-2017 Network Analyzer Rohde & Schwarz ZVA40 4368 12 15-Sep-2017 Power Meter Agilent N1911A 3981 12 29-Sep-2017 Spectrum Analyser Keysight N9030A 4409 12 09-Aug-2018 40dB Attenuator TSG150R-4-450N11 15093066 - O/P MON 40dB Attenuator DTS100G-40dB-18G - O/P MON 30dB Attenuator Weinschel CH9182 4863 12 03/05/2018 DC Power Supply Farnell H 60/50 1095 - O/P MON Digital Multi-meter FLUKE 79 Series III 498 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 3220 12 20-Aug-2018 Calibration Kit Hewlett Packard 85054A 1309 29-Mar-2018 Analyser Hewlett Packard 8753D 1149 12 05-Sep-2018 Calibration Kit Hewlett Packard 85032B 1282 12 23-May-2018 Precision 'N' Termination Maury 2510A6 0487 12 21-Oct-2017 Precision 'N' Termination 12 21-Oct-2017 Maury 2510B6 0488 (Load) Network Analyser Hewlett Packard 8510A 1151 12 12-May-2018 S' Parameter Test Box Hewlett Packard 8514A 1152 12 12-May-2018 Signal Generator Hewlett Packard 8340A 1159 12 13-May-2018 Band Edge Network Analyzer Rohde & Schwarz ZVA40 3548 12 15-Sep-2017 Network Analyzer Rohde & Schwarz ZVA40 4368 12 15-Sep-2017 Power Meter Agilent N1911A 3981 12 29-Sep-2017 Document 75939974 Report 01 Issue 2 Page 82 of 87

Calibration Calibration Instrument Manufacturer Type No. TE No. Period Due (months) Spectrum Analyser Keysight N9030A 4409 12 09-Aug-2018 40dB Attenuator TSG150R-4-450N11 15093066 - O/P MON 40dB Attenuator DTS100G-40dB-18G - O/P MON 30dB Attenuator Weinschel CH9182 4863 12 03/05/2018 DC Power Supply Farnell H 60/50 1095 - O/P MON Digital Multi-meter FLUKE 79 Series III 498 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 3220 12 20-Aug-2018 Calibration Kit Hewlett Packard 85054A 1309 29-Mar-2018 Analyser Hewlett Packard 8753D 1149 12 05-Sep-2018 Calibration Kit Hewlett Packard 85032B 1282 12 23-May-2018 Precision 'N' Termination Maury 2510A6 0487 12 21-Oct-2017 Precision 'N' Termination 12 21-Oct-2017 Maury 2510B6 0488 (Load) Network Analyser Hewlett Packard 8510A 1151 12 12-May-2018 S' Parameter Test Box Hewlett Packard 8514A 1152 12 12-May-2018 Signal Generator Hewlett Packard 8340A 1159 12 13-May-2018 Transmitter Spurious Emissions Network Analyzer Rohde & Schwarz ZVA40 3548 12 15-Sep-2017 Network Analyzer Rohde & Schwarz ZVA40 4368 12 15-Sep-2017 Power Meter Agilent N1911A 3981 12 29-Sep-2017 Spectrum Analyser Keysight N9030A 4409 12 09-Aug-2018 40dB Attenuator TSG150R-4-450N11 15093066 - O/P MON 40dB Attenuator DTS100G-40dB-18G - O/P MON 30dB Attenuator Weinschel CH9182 4863 12 03/05/2018 DC Power Supply Farnell H 60/50 1095 - O/P MON Digital Multi-meter FLUKE 79 Series III 498 12 20-Dec-2017 Thermo-hygrometer AZ Instruments 8705 3220 12 20-Aug-2018 Calibration Kit Hewlett Packard 85054A 1309 29-Mar-2018 Analyser Hewlett Packard 8753D 1149 12 05-Sep-2018 Calibration Kit Hewlett Packard 85032B 1282 12 23-May-2018 Precision 'N' Termination Maury 2510A6 0487 12 21-Oct-2017 Precision 'N' Termination 12 21-Oct-2017 Maury 2510B6 0488 (Load) Network Analyser Hewlett Packard 8510A 1151 12 12-May-2018 S' Parameter Test Box Hewlett Packard 8514A 1152 12 12-May-2018 Signal Generator Hewlett Packard 8340A 1159 12 13-May-2018 Frequency Stability Network Analyzer Rohde & Schwarz ZVA40 3548 Network Analyzer Rohde & Schwarz ZVA40 4368 12 15-Sep-2017 Power Meter Agilent N1911A 3981 12 15-Sep-2017 Spectrum Analyser Keysight N9030A 4409 12 29-Sep-2017 40dB Attenuator TSG150R-4-450N11 15093066 12 09-Aug-2018 40dB Attenuator DTS100G-40dB-18G - O/P MON 30dB Attenuator Weinschel CH9182 4863 12 03/05/2018 DC Power Supply Farnell H 60/50 1095 - O/P MON Digital Multi-meter FLUKE 79 Series III 498 - O/P MON Thermo-hygrometer AZ Instruments 8705 3220 12 20-Dec-2017 Calibration Kit Hewlett Packard 85054A 1309 12 20-Aug-2018 Analyser Hewlett Packard 8753D 1149 29-Mar-2018 Calibration Kit Hewlett Packard 85032B 1282 12 05-Sep-2018 Document 75939974 Report 01 Issue 2 Page 83 of 87

Calibration Calibration Instrument Manufacturer Type No. TE No. Period Due (months) Precision 'N' Termination Maury 2510A6 0487 12 23-May-2018 Precision 'N' Termination 12 21-Oct-2017 Maury 2510B6 0488 (Load) Network Analyser Hewlett Packard 8510A 1151 12 21-Oct-2017 S' Parameter Test Box Hewlett Packard 8514A 1152 12 12-May-2018 Signal Generator Hewlett Packard 8340A 1159 12 12-May-2018 Receiver Spurious Emissions Network Analyzer Rohde & Schwarz ZVA40 3548 Network Analyzer Rohde & Schwarz ZVA40 4368 12 15-Sep-2017 Power Meter Agilent N1911A 3981 12 15-Sep-2017 Spectrum Analyser Keysight N9030A 4409 12 29-Sep-2017 40dB Attenuator TSG150R-4-450N11 15093066 12 09-Aug-2018 40dB Attenuator DTS100G-40dB-18G - O/P MON 30dB Attenuator Weinschel CH9182 4863 12 03/05/2018 DC Power Supply Farnell H 60/50 1095 - O/P MON Digital Multi-meter FLUKE 79 Series III 498 - O/P MON Thermo-hygrometer AZ Instruments 8705 3220 12 20-Dec-2017 Calibration Kit Hewlett Packard 85054A 1309 12 20-Aug-2018 Analyser Hewlett Packard 8753D 1149 29-Mar-2018 Calibration Kit Hewlett Packard 85032B 1282 12 05-Sep-2018 Precision 'N' Termination Maury 2510A6 0487 12 23-May-2018 Precision 'N' Termination 12 21-Oct-2017 Maury 2510B6 0488 (Load) Network Analyser Hewlett Packard 8510A 1151 12 21-Oct-2017 S' Parameter Test Box Hewlett Packard 8514A 1152 12 12-May-2018 Signal Generator Hewlett Packard 8340A 1159 12 12-May-2018 Radiated Spurious Emissions Antenna (Bilog) Schaffner CBL6143 287 24 18-Apr-2018 Screened Room (5) Rainford Rainford 1545 36 20-Dec-2017 Turntable Controller Inn-Co GmbH CO 1000 1606 - TU Compliance 5 Emissions Schaffner C5e Software 3275 - N/A - V.5.00.00 Software EMI Test Receiver Rohde & Schwarz ESU40 3506 12 12-Nov-2017 Tilt Antenna Mast maturo Gmbh TAM 4.0-P 3916 - TU Mast Controller maturo Gmbh NCD 3917 - TU Double Ridged Waveguide ETS-Lindgren 3117 4722 12 17-Feb-2018 Horn Antenna N/A – Not Applicable O/P Mon – Output Monitored with Calibrated Equipment Document 75939974 Report 01 Issue 2 Page 84 of 87

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 30 MHz to 20 GHz Amplitude ± 0.1 dB Radiated Emissions, Bilog Antenna, AOATS 30MHz to 1GHz Amplitude 5.1dB* Radiated Emissions, Horn Antenna, AOATS 1GHz to 40GHz Amplitude 6.3dB* Conducted Emissions 30 MHz to 20 GHz Amplitude ± 2.3 dB Frequency Stability 30 MHz to 2 GHz ± 5.0 Hz Occupied Bandwidth Up to 20 MHz Bandwidth ± 1.1 Hz Band Edge 30 MHz to 20 GHz Amplitude ± 2.3 dB Document 75939974 Report 01 Issue 2 Page 85 of 87

SECTION 5 ACCREDITATION, DISCLAIMERS AND COPYRIGHT Document 75939974 Report 01 Issue 2 Page 86 of 87

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). © 2018 TÜV SÜD Product Service Document 75939974 Report 01 Issue 2 Page 87 of 87

ANNEX A MODULE LIST Document 75939974 Report 01 Issue 2 Page A.1 of A.2

Configurations A, B & C Product Product No R-State Serial No Radio 2217 B26D KRC 161 592/1 R1E SD825975510 Software Version: CXP 901 7316/2 Revision: R67GK Document 75939974 Report 01 Issue 2 Page A.2 of A.2


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Document Modified: 2019-03-23 02:07:54
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