Test Report - DFS Client

FCC ID: AZ492FT7124

Test Report

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FCCID_4472232

Report Templatee Document Number R N : FCD-00107 Reportt ID: 14913-R RF-00062 R Report Templatee Revision Num mber : Rev.. C FC CC ID: AZ4922FT7124 IC: 109U-92FT7124 SAMM No.0825 N MOTOROL LA PENANG ADV. COMM M. LABORAT TORY FCC Part 15 1 Subpart E, 15.407 Motorola Soolutions Malaysia Sdn Bhd,, Innoplex, Pllot 2A Medan n Bayan Lepass, Report Revvision : Rev.A Mukim 12 S.W.D, S 11900 Bayan Lepas,, Report ID : 14913-RF-00062 Penang, Maalaysia. quest ID Service Req : 14913 Date/s Testeed : 1-Jul-2019 Manufacturrer/Location : M Motorola Soluutions Malaysiaa Sdn Bhd : P 2 Bayan Lepas Plot L Technopplex, 11900 Bayyan Lepas, Manufacturrer Address P Penang, Malayysia Requestor : T TANG, GARY Y Product Typpe : M Mobile Tested Basic Function : T Transmit / Recceive External Model Name (PM MN) : A APX6500 Sales Modell Number (HVVIN) : M M25URS9PW W1BN Frequency Band B : 5 5180-5320MH Hz; 5500-5825M MHz Rated/Max RF Output Po ower : 8 802.11a, 802.111 n20 - 12.58mmW / 15.84mWW Applicant Name N M Motorola Soluutions Inc FCC Registtrations : 4 461337 ISED Registtrations : 109AK Firmware Version V (FVIN N) : D D19.71.02 The equipm ment was tested d to the standaard(s) listed below b with thee following ressult : - FC CC Part 15 Subpart PASS E 15.407 1 ISEED RSS-247, Issue 2 February 2017 Section S 6.33 This report shall s produced withoout written approval from an officially desiggnated represenntative of the Motorola not be rep M Penang Adv. Comm. Laboratory. The resultsr and statements containned in this repoort pertain onlyy to the device((s) evaluated. P Prepared By: Apprroved By: ______________ ______________ ___________________________ G Boon Teong Gan Vincent Foong Chuen Kit T Technician uty Technical Manager Depu NOTE: Accredited A testt. Page 1 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 TABLE OF CONTENTS 1. Introduction and Overview .................................................................................................................................................... 3 2. Test Laboratory Status ........................................................................................................................................................... 3 3. Test Environmental Conditions ............................................................................................................................................. 3 3.1. Temperature and Humidity ............................................................................................................................................ 3 3.2. Tolerance .......................................................................................................................................................................... 3 3.3. Measurement Uncertainty .............................................................................................................................................. 3 4. Test Results Summary ............................................................................................................................................................ 3 5. Technical Data of Device Under Test .................................................................................................................................... 4 5.1. Operating Frequency Bands and Mode of EUT ........................................................................................................... 4 5.2. List of antennas and their corresponding gains ............................................................................................................ 4 5.3. Modifications and deviation from standard .................................................................................................................. 4 5.4. EUT Maximum Output Power ....................................................................................................................................... 4 5.5. Channel loading messages or sequences ........................................................................................................................ 4 5.6. Transmit Power Control (TPC)...................................................................................................................................... 5 5.7. Time required for master or client device to complete power cycle ............................................................................ 5 5.8. System Architecture ........................................................................................................................................................ 5 5.9. Master device identification ............................................................................................................................................ 5 6. Test setup and list of equipment ............................................................................................................................................ 5 6.1. Setup block diagram ........................................................................................................................................................ 5 6.2. List of Equipment ............................................................................................................................................................ 6 6.3. Test Setup Photos............................................................................................................................................................. 6 7. Test Requirements .................................................................................................................................................................. 7 7.1. DFS Requirements / Limits............................................................................................................................................. 7 7.2. DFS Detection Threshold ................................................................................................................................................ 7 8. Test Procedure and Test Data ............................................................................................................................................... 8 8.1. Test Method...................................................................................................................................................................... 8 8.2. Test Data........................................................................................................................................................................... 8 REVISION HISTORY Revision History Description Date Originator Rev. A Initial report 13-AUG-2019 Vincent Foong NOTE: Accredited test. Page 2 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 1. Introduction and Overview This report details the utilization, technical data of device under test, test equipment, and test results of the measurements performed at the Motorola Penang Advanced Communication Laboratory in accordance to the standards specified on page 1. This test report is only valid in its original form. The test results herein refer only to the tested sample. Motorola Penang Advanced Communication Laboratory is not responsible for any generalizations or conclusions drawn from these test results and concerning further samples. 2. Test Laboratory Status Motorola Penang Advanced Communication Laboratory is an ISO/IEC17025:2005 accredited laboratory. The laboratory was accredited by SAMM, with SAMM Cert No #0825 3. Test Environmental Conditions 3.1. Temperature and Humidity Ambient Rel. Air Humidity Temperature 15 °C to 35 °C 20 %RH to 75%RH 3.2. Tolerance Chamber Temperature Tolerance Chamber Humidity Tolerance ± 0.3 °c ±3% 3.3. Measurement Uncertainty The measurement uncertainty represents an expanded uncertainty expressed at approximately the 95% confidence level using a coverage factor of k=1.96 4. Test Results Summary The table below summarizes the test results for the test completed. For detailed test data, refer to section 7. Section Test Parameters Results 7.1.1 FCC Part 15.407 / RSS‐247 Non Occupancy Period PASS 7.1.2 FCC Part 15.407 / RSS‐247 Channel Move Time PASS 7.1.3 FCC Part 15.407 / RSS‐247 Channel Closing Transmission Time PASS NOTE: NA  Not Applicable NOTE: Accredited test. Page 3 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 5. Technical Data of Device Under Test 5.1. Operating Frequency Bands and Mode of EUT Operating Frequency Range Operational Mode 5250‐5350MHz 5470‐5725MHz Client without radar detection and ad Yes Yes hoc function 5.2. List of antennas and their corresponding gains Antenna # Type Frequency Range Max Gain (dBi) 1 WiFi Antenna 4900‐5900MHz 5.15 5.3. Modifications and deviation from standard There is no deviation between the test carried out compared to the standard test method 5.4. EUT Maximum Output Power 802.11a Max EIRP Antenna # Frequency Range Output Power (dBm) including duty cycle correction 1 5250‐5725MHz 11.215 16.585 1 5470‐5725MHz 10.017 15.387 802.11n (20MHz) Max EIRP Antenna # Frequency Range Output Power (dBm) including duty cycle correction 1 5250‐5725MHz 11.286 16.566 1 5470‐5725MHz 10.057 15.337 5.5. Channel loading messages or sequences Channel loading was achieved by using iPerf software to control throughput. NOTE: Accredited test. Page 4 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 5.6. Transmit Power Control (TPC) U-NII devices operating in the 5.25-5.35GHz band and the 5.47-5.725GHz band shall employ a TPC mechanism. The U-NII device is required to have the capability to operate at least 6dB below the EIRP value of 30dBm. A TPC mechanism is not required for systems with an EIRP of less than 500mW. Maximum EIRP for this device is 16.585 dBm which is 45.55 mW, therefore TPC is not required. 5.7. Time required for master or client device to complete power cycle The master device took 1 minute and 15 seconds to complete its power cycle. The client device does not have radar detection and therefore its power on time is not applicable. 5.8. System Architecture The EUT utilizes IP based system architecture 5.9. Master device identification The DFS compliant master device used for testing was a Linksys WRT3200ACM with serial number 19810625700081, and FCC ID Q87-WRT3200ACM and IC ID 3839A-WRT3200ACM 6. Test setup and list of equipment 6.1. Setup block diagram NOTE: Accredited test. Page 5 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 6.2. List of Equipment Calibration Calibration Due Description Model # Serial Number Date Date SIGNAL GENERATOR SMU200A 104134 10‐Jul‐18 10‐Jul‐21 OPEN SWITCH & CONTROL UNIT OSP120 101256 4‐Jul‐18 4‐Jul‐19 SIGNAL GENERATOR SMB100A 177677 11‐Jul‐17 11‐Jul‐20 SIGNAL ANALYZER FSV 101515 24‐Mar‐17 24‐Mar‐20 POWER SUPPLY ( 0‐20V / 0‐120A, 6031A US38311166 30‐Aug‐18 30‐Aug‐19 1000W ) VECTOR SIGNAL GENERATOR SMB100A 261962 30‐Apr‐18 30‐Apr‐21 6.3. Test Setup Photos NOTE: Accredited test. Page 6 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 7. Test Requirements 7.1. DFS Requirements / Limits Requirement Limit Channel Move Time 10 seconds Channel Closing Transmission Time 200ms + an aggregate 60ms over following 10 seconds Non‐Occupancy Period 30 minutes 7.2. DFS Detection Threshold The calibrated conducted DFS detection threshold level was set at -63 dBm. This level exceeds the specification for the stipulated detection level of -64dBm and ensures there is margin to the limit to ensure successful detection. NOTE: Accredited test. Page 7 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 8. Test Procedure and Test Data 8.1. Test Method DFS testing was performed using the conducted test methods defined in 905462 D02 UNII DFS Compliance Procedures New Rules v02. The devices was a client only device without radar detection capability. The Rohde & Schwarz TS8997 test system in conjunction with WMS32 software was used for the automation of the testing. 8.2. Test Data The resulting plot data was extracted and post processed, giving a duty cycle of 26.6%. NOTE: Accredited test. Page 8 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 DFS Detection Threshold Peak of -45.24dBm, with losses at combiners factoring antenna gain to be 15.81dB, therefore level going into antenna port is -61.05dBm which exceeds threshold level of -64dBm for successful detection. Channel Move and Closing Time Channel Closing and Channel Move Time Detailed Results DUT Frequency Radar No of pulses Tx time Tx Time (MHz) Type No. Time duration found (ms) Limit (ms) 5560 0 200ms 7 2.1875 200 remaining 9.8s 5560 0 period 47 14.6875 60 Last transmission after injection of radar is 2.117 seconds, therefore meeting channel closing time 10s requirement. NOTE: Accredited test. Page 9 of 10

Report Template Document Number : FCD-0107 Report ID: 14913-RF-00062 Report Template Revision Number : Rev. C FCC ID: AZ492FT7124 IC: 109U-92FT7124 Non-Occupancy Period No pulses were detected in the 30 minutes that followed after channel move time, meeting non-occupancy 30 minute requirement. END OF TEST REPORT NOTE: Accredited test. Page 10 of 10


Document Created: 2019-08-16 10:31:16
Document Modified: 2019-08-16 10:31:16
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