CE Radio Test Report
Contents
1. 20 2014 26 of 69 Rev 01 Page Number Report Issued Date Report Version SPORTON INTERNATIONAL INC TEL 886 3 327 3456 FAX 886 3 328 4978 2752 C CE Radio Test Report Frequency Occupation Time Channel 78 DH1 Dwell Time ms Channel 78 DH1 Frequency Occupation Time Channel 78 DH3 Dwell Time Channel 78 DH3 Frequency Occupation Time Channel 78 DH5 Dwell Time Channel 78 DH5 27 of 69 Page Number SPORTON INTERNATIONAL INC TEL 886 3 327 3456 Jan 20 2014 Rev 01 Report Issued Date Report Versi2. 5 12 Manufacture 5 1 3 Feature of Equipment Under 1 9 5 14 Details of Tested Sample EUT 6 120 vole og Em _ 6 Testing Facilly ERR TETTE ke APPIE a a 7 LS 7 2 TEST CONFIGURATION OF EQUIPMENT UNDER 6 22222222 2 8 2 1 Descriptions of Test 8 2 2 Connection Diagram of EUT Test 11 23 Supported Unit used in test configuration and 12 24 Operation FEST SC agane E 12 3 TRANSMITTER 65 13 13 3 2 Maximum Equivalent Isotropically Radiated Power 1 Spectral Density 17 3 3 Occupied Channel Bandwidth 20 34 Frequency Hopping 23 3 5 Transmitter unwanted emissions in the out of band 31 3 6 Transmitter spurious 35 4 RECEIVER PARAMETERS iii 49 41 Receiver spurious
3. SPORTON INTERNATIONAL INC Page Number 38 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 Test Mode 802 11g 2412MHz for Ant 1 Temperature 21 22 Test Engineer Chen Relative Humidity 41 42 Level dBm 300528 V1 81 TX 5000 7000 Frequency MHz Condition EN 300328 V1 81 TX LF EIRP 131014 HORIZONTAL Project ER 3N2752 Limit SPORTON INTERNATIONAL INC Page Number 39 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Test Mode 802 11g 01 2412 2 for Ant 1 Temperature 21 22 Test Engineer Chen Relative Humidity 41 42 o Level dBm 300328 V1 81 TX Frequency MHz Condition EN 300328 V1 81 TX LF EIRP 131014 VERTICAL Project ER 3N2752 Over Limit Freq Level Limit MHz 275 41 414 12 2016 00 2970 00 4782 00 6364 00 4 3649 00 12670 25 SPORTON INTERNATIONAL INC Page Number 40 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 Test Mode 2 1 2412MHz for SISO Temperature 21 22 Test Engineer Chen Relat
4. Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 59 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 802 11n 20 2472MHz Maximum Channel Occupancy Time 4 470ms Minimum Idle Period 157 0 s 4 ALIGN A C ENSE IN ALIGNALIT Avg Type RMS 56 arker 1 A 157 000 us Avg Type RMS Ja p PNO F Trig Free gt Trig Free WF Gain Low Atten 10 dB m IF Gain Low Atten 10 dB Ref 0 00 dBm enter 2 472000000 GHz p enter 2 472000000 GHz R VBW 8 0 2 i R VBW 8 0 2 MEI FUNCTION N 4 MIF 50 ____ ____ T 4 470 ms A 2 61 dB 157 0 us A 8 58 dB 1 331 ms 12 68 dBm 6 834 79 99 dBm Detection Level 68 50dBm MHz Transmission abort within Maximum Channel Occupancy Time after interference added and the Interference dwell time 60 seconds short control signaling is less than 10 duty cycle arker 1 2 395000000000 GHz Avg Type RMS Avg Type RMS PNO Fast gt gt Trig Free Gain Low Atten 10 dB If Gain Low Atten 10 dB 1 2 395 0 GHz Ref 0 00 30 00 dBm 0 48195 Ref 0 00 dBm
5. tT ttt TT Start 2 4 GHz 4 1 MHz Stop 2 441 GHz Date 25 DEC 2013 16 27 30 amp 1 MHz VBW 1 MHz et 20 dBm Att 20 dB SWT 5 ms BN EUN M _ _ Start 2 441 GHz 4 25 MHzm Stop 2 4835 GHz Date 25 DEC 2013 16 28 56 SPORTON INTERNATIONAL INC Page Number 29 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 4 3 Hopping Frequency Separation 3 4 4 1 Limit of Hopping Frequency Separation SUBCLAUSE 4 3 1 4 2 TEST CONDITION LIMIT Non Adaptive Frequency Hopping Systems MAX OBW 100kHz Adaptive Frequency Hopping Systems 100kHz Remark Hopping Frequency Separation is not applicable to DSSS OFDM device 3 4 4 2 Measuring Instruments The section 7 0 of List of Measuring Equipment of this test report is used for test 3 4 4 3 Test Procedures These measurements shall only be performed at normal test conditions The measurement shall be performed on 2 adjacent hopping frequencies The frequencies on which the test was performed shall be recorded The measurement procedure follows the clause 5 3 5 2 1 2 Option 2 of the ETSI EN 300 328 V1 8 1 2012 06 el 3 4 4 4 Test Setup Spectrum Analyzer 3 4 4 5 Test Results Test Item Frequency Separation Temperature 24 26 Test Engineer Relative Humidity 51
6. 49 5 53 594 Adapivily and Receiver ER 53 PHOTOGRAPHS RADIATED EMISSION TEST 65 LIST OF MEASURING EQUIPMENT eeeeeee nennen nnn n nnn nnn a aua u aua a aaa RR RR RR RR RR RR RR 67 UNCERTAINTY EVALUATION oec er eee Ee east cte et eee ee es atcp e ete e esce ces etse ee ee 69 SPORTON INTERNATIONAL INC Page Number 2 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 REVISION HISTORY REPORT VERSION DESCRIPTION ISSUED DATE ER3N2752 Rev 01 Initial issue of report Jan 20 2014 SPORTON INTERNATIONAL INC Page Number 3 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 SUMMARY OF TEST RESULT CLAUSE EN 300 328 Transmitter Parameters 4 3 1 1 Maximum Transmit Power PASS 4 3 2 1 Maximum Equivalent Isotropically Radiated Power Spectral Density TEST PARAMETER PASS FAIL Only applicable for PASS modulations other than FHSS 4 3 2 2 4 3 1 7
7. enter 2 480000000 GHz Res BW 8 MHz Span 0 Hz Sweep 40 00 ms 40001 pts VBW 8 0 MHz 1 03 dB 7257 4 4 564 ms A 16 80 ms 17 20 v ct zZ 8 M s Transmission abort within Maximum Channel Occupancy Time after interference added and the short control signaling is less than 10 duty cycle Avg Type RMS gt Run PNO Fast IF Gain Low Atten 10 dB Span 0 Hz VBW 8 0 MHz Sweep 70 00 s 40001 pts TATUS status Center 2 480000000 GHz Res BW 8 MHz Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC TEL 886 3 327 3456 FAX 886 3 328 4978 Page Number 64 of 69 Report Issued Date Jan 20 2014 Report Version Rev 01 C CE Radio Test Report Report No ER3N2752 SPORTON LAB 6 Photographs of Radiated Emission Test Configuration Bluetooth Tx Rx Mode E E 52 52 5 5 Bluetooth4 0 LE Mode SPORTON INTERNATIONAL INC Page Number 65 of 69 Report Issued Date Jan 20 2014 Report Version Rev 01 TEL 886 3 327 3456 FAX 886 3 328 4978 sronron as Radio Test Report Report No ER3N2752 WLAN Tx Rx Mode v 3 lt HF gt SPORTON INTERNATIONAL INC Page Number 66 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report R
8. VBW 8 0 MHz Leid 60 00 s A 0 02 dB 1 186 s 73 38 dBm Span 200 0 MHz Res BW 1 0 MHz 3 0 MHz Sweep 500 ms 1001 pts STATUS Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 60 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 802 11n HT40 2422MHz Maximum Channel Occupancy Time 1 639ms Minimum Idle Period 192 4 5 Avg Type RMS 2 56 1 192 375 Avg Type RMS fW PNO Fast Trig Free Run gt Trig Free Run os Atten 10 dB Fast re e if Gain Low Atten 10 dB T Marker Table Count off enter 2 422000000 GHz Res BW 8 MHz VBW 8 0 2 1924 us A 1 77 dB 2972 ms 74 96 dBm Detection Level 68 50dBm MHz Transmission abort within Maximum Channel Interf dwelltime 80 d Occupancy Time after interference added and the E era short control signaling is less than 10 duty cycle t 1 2 488500000000 GHz Avg Type RMS DE i 5 3256 Sweepicontrol PNO bs PNO Fast 9 Run TYPE Fat 119 Run W s wor Atten 10 dB Atten 10 dB Sweep Time Mkr1 2 488
9. Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 63 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 SPORTON LAB CE Radio Test Report Report No ER3N2752 Bluetooth2 0 2480MHz Maximum Channel Occupancy Time 2 876ms Minimum Idle Period 4 564ms Agilent Spectrum Analyzer Swept SA 04 35 47 PM Jan 06 2014 TRACE 1456 29155 arker 1 A 2 87650 ms Avg Type RMS PNO Fas gt Free Run IF Gain Low Atten 10 dB Select Marker Ref 0 00 dBm enter 2 480000000 GHz Res BW 8 MHz Span 0 Hz Sweep 20 00 ms 40001 pts 2876 ms A 1 54 dB 6 096 ms 21 18 dBm VBW 8 0 2 0 v 79 4 5 msa 4 Alignment Completed Detection Level 62 20dBm MHz Interference dwell time 60 seconds 48 46 06 2014 56 W Select Marker Avg Type RMS Trig Free Run Atten 10 dB PNO Fast IF Gain Low 30 00 dBm b 1 L es Span 200 0 MHz Sweep 500 ms 1001 pts Center 2 4700 GHz Res BW 1 0 MHz VBW 3 0 MHz MSG Agilent Spectrum Analyzer Swept SA 04 37 50 PM Jan 06 2014 1456 A TYPEIW arker 1 4 56400 ms Type RMS Fast gt Run IF Gain Low Atten 10 dB Select Marker Ref 0 00 dBm
10. srorron cas Radio Test Report Report No ER3N2752 CE Radio Test Report APPLICANT Texas Instruments Incorporated EQUIPMENT WiFi and Bluetooth Evaluation Board BRAND NAME Texas Instruments MODEL NAME WL1835MODCOM8B STANDARD ETSI EN 300 328 V1 8 1 2012 06 TEST DATE S Dec 04 2013 Jan 06 2014 The measurements shown in this test report were made in accordance with the procedures given in EUROPEAN COUNCIL DIRECTIVE 1999 5 EC and found to be in compliance with ETSI Standard EN 300 328 V1 8 1 2012 06 The test results in this report apply exclusively to the tested model sample Without written approval of SPORTON INTERNATIONAL INC the test report shall not be reproduced except in full IT SES gt Reviewed by Joseph Lin Supervisor 2 Testing Laboratory 1190 5 SPORTON INTERNATIONAL INC No 52 Hwa Ya 15 Rd Hwa Ya Technology Park Kwei Shan Hsiang Tao Yuan Hsien Taiwan R O C SPORTON INTERNATIONAL INC Page Number 1 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 TABLE OF CONTENTS REVISON HISTORY 3 SUMMARY OF TEST RESULT 4 GENERAL DESCRIPT ION aera 5 Soo
11. 2401412 2402576 Pass 2402 1164 2401 427 2402 501 Pass 2402 1011 2401502 2402513 Pass SPORTON INTERNATIONAL INC Page Number 21 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Data Rate s Pass Fail mess 2 12 1 242 1828 2402880 2421160 Pass 2 Mcse SPORTON INTERNATIONAL INC Page Number 22 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 4 Frequency Hopping Requirements 3 4 1 Dwell Time and Minimum Frequency Occupation Time 3 4 1 1 Limit of Dwell Time SUBCLAUSE 4 3 1 3 2 TEST CONDITION LIMIT Non Adaptive Frequency Hopping Systems 15 ms within 15ms hopping frequencies N Adaptive Frequency Hopping Systems 0 45 within 0 45 hopping frequencies Limit of Minimum Frequency Occupation Time SUBCLAUSE 4 3 1 3 2 TEST CONDITION LIMIT The Minimum Frequency Occupation Time shall be equal to one dwell time within a period not Normal and Extreme Temperature Conditions exceeding four times the product of the dwell time per hop and the number of hopping frequencies in use Remark This test item is not applicable to DSSS OFDM device 3 4 1 2 Measuring Instruments
12. FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 4 1 5 Test Results m 802 1 in 20 CH01 2412 2 for 550 21 22 Test Engineer Chen Relative Humidity 41 42 0 Level dBm 10 0 300328 V1 81 RX 5000 7000 Frequency MHz Condition EN 300328 V1 81 RX LF EIRP 131014 HORIZONTAL Project ER 3N2752 Limit SPORTON INTERNATIONAL INC Page Number 51 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 802 1 in 20 1 2412MHz for 550 21 220 Test Engineer Chen Relative Humidity 41 42 4 o Level dBm 10 0 EN 300328 V1 81 RX 5000 7000 Frequency MHz Condition EN 300328 V1 81 RX LF EIRP 131014 VERTICAL Project 3N2752 Over Limit Read Level Limit Level Factor SPORTON INTERNATIONAL INC TEL 886 3 327 3456 FAX 886 3 328 4978 Page Number 52 of 69 Report Issued Date Jan 20 2014 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 5 Test 51 Adaptivity and Receiver Blocking 5 1 1 Limit of Adaptivity and Receiver Blocking Only for adaptive systems and RF Output Power 10 dBm LBT based Detect and Avoid Load Based Equipment
13. Occupied Channel Bandwidth PASS 4 3 2 6 4 3 1 3 A314 Frequency Hopping Requirements PASS 4 3 1 8 Transmitter spurious emissions in OOB PASS 4 3 2 7 4 3 1 9 Under limit 0 97 dB 4328 Transmitter spurious emissions PASS at 4944 000 MHz 4 3 1 10 Under limit 6 19 dB Adaptive Test Item 4 3 1 6 Adaptivity PASS Only applicable for 4 3 2 5 adaptive equipment 4 3 1 11 Receiver Blocking PASS Output Power gt 10dBm 4 3 2 10 Non Adaptive Test 4 3 1 2 1025 Duty cycle Tx Sequence Not Required Only applicable for non adaptive equipment 4 3 1 5 Medium Utilisation MU factor Not Required Output Power gt 10dBm Note Only applicable for FHSS 1 Bluetooth belongs to adaptive equipment and EIRP gt 10dBm 2 WiFi belongs to adaptive equipment and EIRP gt 10dBm SPORTON INTERNATIONAL INC Page Number 4 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 1 General Description 1 1 Applicant Texas Instruments Incorporated 12500 TI Boulevard M S 8751 Dallas TX 75243 1 2 Manufacturer Jorjin Technologies Inc 17F No 239 Sec 1 Datong Rd Xizhi Dist New Taipei City 221 Taiwan R O C 1 3 Feature of Equipment Under Test The Equipment Under Test hereafter called EUT is WiFi and Bluetooth Evaluation Board supporting Wi Fi 2 4GHz 8
14. SPORTON INTERNATIONAL INC Page Number 14 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 EIRP Power sus dBm Data Rate N Channel Pass Fail T max 70 C 13 54 Pass Pass 20 Mbps 1 2402 1174 1134 20 Pass Mbps 1 2402 994 1044 984 20 Pass SPORTON INTERNATIONAL INC Page Number 15 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Conducted Power Freq aem Gain Data Rate Channel Pass Fail i EIRP Power Freq SED Data Rate N Channel Pass Fail EIRP measured average power has offset cable loss antenna For example antenna gain 0 36 dBi at Ch01 2412MHz EIRP 15 80 dBm measured average power has offset cable loss 0 36 dBi antenna gain 15 44 dBm SPORTON INTERNATIONAL INC Page Number 16 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 2 Maximum Equivalent isotropically Radiated Power 1 Spectral Density 3 2 1 Limit of Maximum Power Spectral Density SUBCLAUSE 4 3 2 2 2 TEST CONDITION LIMIT Normal
15. The measuring equipment is listed in the section 7 of this test report SPORTON INTERNATIONAL INC Page Number 23 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 4 1 3 Test Procedures 1 The measurement shall be performed on a minimum of 2 hopping frequencies chosen arbitrary from the actual hopping sequence The results as well as the frequencies on which the test was performed shall be recorded in the test report 2 The measurement procedure follows the clause 5 3 4 2 1 of the ETSI EN 300 328 V1 8 1 2012 06 3 The analyzer shall be set as follows Equal to the Dwell Time oweep time x Minimum number hopping frequencies Number of sweep points 30000 Clear Write 4 For accuracy measurement the sweep time would be zoomed in and verify the dwell time which is from the dwell time per hop across the total number of hopping channel Then record test result in the section 3 4 1 5 5 Make the following changes on the analyzer to get Minimum Frequency Occupation Time Sweep time Equal to 4 x Dwell Time x Actual number of hopping frequencies in use 3 4 1 4 Test Setup Spectrum Analyzer SPORTON INTERNATIONAL INC Page Number 24 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No
16. 1 Test Modes 802 11n HT20 802 11n HT40 OFDM OFDM 802 11 HT20 2412MHz for MIMO Ant 1 2 gt 802 11n HT20 CH13 2472MHz for MIMO Ant 1 2 gt 802 11n HT20 CH01 2412MHz for SISO Ant 1 gt 802 11 20 2412MHz for SISO lt Ant 1 gt 802 11n HT40 2422MHz for Ant 1 802 11n HT40 CH11 2462 2 for Ant 1 Test Modes Bluetooth 1Mbps 2402MHz for Ant 1 Bluetooth 4 0 LE 2402MHz for Ant 1 Bluetooth 1Mbps CH78 2480 2 for Ant 1 Bluetooth 4 0 LE CH39 2480MH2 for Ant 1 Bluetooth 1Mbps 2402 2 for Ant 1 Bluetooth 4 0 LE 2402MH2 for Ant 1 RF Bluetooth 1Mbps Bluetooth 4 0 LE GFSK GFSK Tx Remark All test modes of the Transmitter Radiated Spurious Emission RSE and Receiver Radiated Spurious Emission RSE were tested only the test worse data in bold of these modes were reported SPORTON INTERNATIONAL INC Page Number 10 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 2 2 Connection Diagram of EUT Test Configurations lt Bluetooth Tx Rx Mode gt Adapter 230 Vac 50 Hz Dipole Antenna Notebook Y EUT Fixture E Bluetooth Base Station WLAN Tx Rx Mode Adapter 230 Vac 50 Hz Fixture SPORT
17. 2 9 MEASUREMENT FREQUENCY RANGE MAXIMUM POWER E R P BANDWIDTH 30 MHz to 1 GHz 100kHz 1 GHz to 12 75 GHz 1MHz 4 1 2 Measuring Instruments The measuring equipment is listed in the section 7 of this test report 41 3 Test Procedures 1 The measurement procedure follows the clause 5 3 11 2 2 of the ETSI EN 300 328 V1 8 1 2012 06 2 EUT was placed turntable with 1 5m height The test distance between the receiving antenna and the EUT is 3meter below 1GHz frequency range and 3 meter which is in far field test condition for measured frequency above 1GHz while the receiving test antenna is kept at 1 5 meter height oet EUT in receiving mode The table was rotated from 0 to 360 degree to search the highest radiated emission Repeating step 3 and 4 for each polarization and channel to find the worst emission level The results obtained are compared to the limits in order to prove compliance with the requirement SPORTON INTERNATIONAL INC Page Number 49 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 4 1 4 Test Setup lt Below 1GHz gt Antenna Turntable Spectrum Analyzer Above 1GHz Turntable Spectrum Analyzer SPORTON INTERNATIONAL INC Page Number 50 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014
18. 54 76 54 HORIZONTAL 12712 500 54 59 72 HORIZONTAL SPORTON INTERNATIONAL INC Page Number 47 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 4 0 LE 2402 2 Temperature 3 2 m Test Engineer Relative Humidity 43 44 22 10 Level dBm Date 2013 12 17 2570 5115 7660 Trace Discrete Site 05CHO2 HY Condition 300328 TX VERTICAL Power From System Project ER 3N2752 Over Limit Read Freq Level Limit Line Level Factor Pol Phase MHz 143 525 89 VERTICAL 398 700 80 84 11 VERTICAL 2086 000 69 28 66 VERTICAL 2902 000 66 60 54 VERTICAL 4803 000 42 26 81 VERTICAL 7205 000 47 21 54 VERTICAL 9603 750 51 10 48 VERTICAL SPORTON INTERNATIONAL INC Page Number 48 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 4 Receiver Parameters 41 Receiver spurious emissions 4 1 1 Limit of Receiver spurious emissions FHSS spurious emission limits for receivers SUBCLAUSE 4 3 1 10 2 MAXIMUM POWER FREQUENCY RANGE E R P S 1 GHZ MEASUREMENT E I R P gt 1 GHZ BANDWIDTH 30 MHz to 1 GHz 100kHz 1 GHz to 12 75 GHz 1MHz WLAN spurious emission limits for receivers SUBCLAUSE 4 3
19. ER3N2752 3 4 1 5 Test Results Test Item Dwell Time and Occupation time Temperature 24 26 Test Engineer Relative Humidity 51 54 Dwell Time Frequency Frequency Max Limit Occupation Time Occupation Time min Limit ms Dwell Time Dwell Time ms SPORTON INTERNATIONAL INC Page Number 25 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 2752 Dwell Time Channel 00 DH1 CE Radio Test Report SPORTON LAB Labs ni T e m 70 nter 2 402 GHz 13 ms Malla aida Frequency Occupation Time Channel 00 DH1 Frequency Occupation Time Channel 00 DH3 Frequency Occupation Time Channel 00 DH5 Dwell Time Channel 00 Dwell Time Channel 00 5
20. Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 3 6 4 Test Setup Below 1GHz gt Antenna Turntable Spectrum Analyzer Above 1GHz for Bluetooth Turntable Spectrum Analyzer lt Above 1GHz for WLAN gt Turntable Spectrum Analyzer SPORTON INTERNATIONAL INC Page Number 36 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 6 5 Test Results Test Mode 802 11b CH13 2472 2 for Ant 1 Temperature 21 22 Test Engineer Chen Relative Humidity 41 42 300328 V1 81 TX 5000 7000 000 11000 12750 Frequency MHz Condition EN 300328 V1 81 TX LF EIRP 131014 HORIZONTAL Project 342752 Over imi Read 1 Level SPORTON INTERNATIONAL INC TEL 886 3 327 3456 FAX 886 3 328 4978 Page Number 37 of 69 Report Issued Date Jan 20 2014 Report Version Rev 01 Radio Test Report Report ER3N2752 Test Mode 802 116 CH13 2472 2 for Ant 1 Temperature 21 22 Test Engineer Chen Relative Humidity 41 42 7 o Level dBm 300328 V1 81 TX 5000 7000 Frequency MHz Condition EN 300326 1 81 LF EIRP 131014 VERTICAL Project 3627 52
21. Page Number 43 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Test Mode 802 11 HT40 2422MHz for Ant Temperature 21 22 Test Engineer Chen Relative Humidity 41 42 0 Level dBm 10 0 EN 300328 V1 81 TX Frequency MHz Condition EN 300328 V1 81 TX LF EIRP 131014 VERTICAL Project ER 3N2752 Over Limit Read imi Level Factor SPORTON INTERNATIONAL INC TEL 886 3 327 3456 FAX 886 3 328 4978 Page Number 44 of 69 Report Issued Date Jan 20 2014 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Bluetooth 1Mbps 2402MHz 9 23 2 m Test Engineer Relative Humidity 43 44 Horizontal ____ 10 Level dBm Date 2013 12 17 300328 TX 2570 5115 7660 Trace Discrete Hequescy Site OSCHO2 HY Condition 300328 TX HORIZONTAL Power From System Project ER 3N2752 Over Limit Read Freq Level Limit Line Level Factor Pol Phase MHZ 232 625 03 HORIZONTAL 303 500 58 HORIZONTAL 2016 000 46 HORIZONTAL 2946 000 57 HORIZONTAL 4803 000 81 HORIZONTAL 7203 000 54 HORIZONTAL 12705 000 69 HORIZONTAL SPORTON INTERNATIONAL INC Page Number 45 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328
22. Results of Adaptivity and Receiver Blocking Data Rate Nominal Test Modulation Test Result single Bandwidth Frequency 2412 2 55 802 11b 11 Mbit s 20MHz 2472 MHz PASS 802 11 54Mbit 20MH f z i2MHz PASS 7 WIFI 2472 MHz PASS 24GHz 802 11 01 2412 MHz PASS 65Mbit s 20MHz 20 2472 MHz PASS 802 11n 2422 MHz 55 135 Mbit s 40MHz HT40 2462 MHz PASS Note The CCA time is declared by the manufacturer Data Rate Nominal Test Modulation Channel Test Result single Bandwidth Frequency 00 2402 2 PASS FHSS 1MHz 78 2480MHz PASS SPORTON INTERNATIONAL INC Page Number 54 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report 5 1 7 Test Plots of Adaptivity Test Report No ER3N2752 802 11b 2412MHz Maximum Channel Occupancy Time 12 49ms Minimum Idle Period 446 4 u s Avg Type RMS Free Atten 10 dB enter 2 412000000 GHz R VBW 8 0 MHz 12 49 ms A 0 83 dB 10 27 ms 20 27 dBm Detection Level 68 50dBm MHz Interference dwell time 60 seconds arker 1 2 488500000000 GHz Avg Type RMS Fast gt Atten 10 dB Mkri 2 488 5 GHz Ref 0 00 dBm 30 00 dBm Center 2 4120 GHz Span 200 0 MHz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500
23. and Extreme Temperature Conditions 10dBm MHz Remark Maximum spectral power density is not applicable to FHSS system device 3 2 2 Measuring Instruments The measuring equipment is listed in the section 7 of this test report 3 2 3 Test Procedure 1 The measurement procedure follows the clause 5 3 3 2 1 of the ETSI EN 300 328 V1 8 1 2012 06 2 measurements shall only be performed at normal test conditions 3 he measurement shall be repeated for the equipment being configured to operate at the lowest the middle and the highest frequency of the stated frequency range 4 The test procedure shall be as follows Step 1 Connect the EUT to the spectrum analyzer and use the following settings 8350 Detector H MS Max Hold SPORTON INTERNATIONAL INC Page Number 17 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Step 2 Add up the values for amplitude power for all the samples in the file Step 3 Normalize the individual values for amplitude so that the sum is equal to the RF Output Power e i r p measured Step 4 Starting from the first sample in the file lowest frequency add up the power of the following samples representing a 1 MHz segment and record the results for power and position i e sample 1 to 100 This is the Power Spectral Density e i r p for the first 1 M
24. with spectrum sharing mechanism IEEE Std LBT based spectrum sharing mechanism may implement IEEE Std 802 11 2007 clauses 15 17 18 or 19 in IEEE Std 802 11n 2009 clause 20 or in IEEE Std 802 15 4 2006 Short Control Signaling Transmissions shall have a maximum duty cycle of 10 96 within an observation period of 50 ms 5 1 2 Measurement Instruments The measuring equipment is listed in the section 7 of this test report 5 1 3 Test Procedures 1 The measurement procedure follows the clause 5 3 7 2 1 of the ETSI EN 300 328 V1 8 1 2012 06 2 For conducted measurements on devices with multiple transmit chains and receive chains The power splitter combiner shall be used to combine all the transmit receive chains antenna outputs into a single test point The insertion loss of the power splitter combiner shall be taken into account 5 1 4 Test Setup Spectrum Analyzer Companion Device Splitter i Combiner Direct Coupler gt Signal Generator interferer oplitter Combiner Signal Generator Blocker SPORTON INTERNATIONAL INC Page Number 53 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 5 1 5 Support Unit used in test configuration and system ee Model No Characteristics WLAN AP DIR 855 Dual Band AP Notebook E335 FIP LAN 5 1 6 Test
25. 0 00 dBm 1A2 Couple T1 Ll Li i On of enter 2412000000 GHz p p R VBW 8 0 MHz R VBW 8 0 MHz Sweep 10 00 ms 40001 pts 2 073 ms A 1 89 dB 115 5 us A 4 58 dB E 3 746 ms 10 99 dBm 661 ms 5 65 76 77 dBm All Markers O Detection Level 68 50dBm MHz Transmission abort within Maximum Channel Occupancy Time after interference added and the Interference dwell time 60 seconds short control signaling is less than 1096 duty cycle arker 1 2 488500000000 GHz Avg Type RMS 7756 60 0000 5 Avg Type RMS PNO gt rig Free f nd PNO gt Atten 10 dB Select Marker Atten 10 dB 1 2 488 5 GHz 1 0 dBidiv 0 00 dBm 30 00 dBm 0 00 dBm enter 2 412000000 GHz Center 2 4120 GHz Span 200 0 MHz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500 ms 1001 pts status Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 57 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 802 144 2472MHz Maximum Channel Occupancy Time 2 074ms Minimum Idle Period 115 3 w
26. 02 11b g n and Bluetooth features and below is details of information General Information of Equipment Under Test WiFi and Bluetooth Evaluation Board Brand Name Texas Instruments Model Name WL1835MODCOM8B Wi Fi Specification 802 11b g n HT20 HT 40 Bluetooth Version v3 0 EDR v4 0 LE Power Supply From test jig Remark The above EUT s information was declared by manufacturer Please refer to the specifications or user s manual for more detailed description SPORTON INTERNATIONAL INC Page Number 5 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 1 4 Details of Tested Sample EUT Information Product Specification subjective to this Test Standard Transmitter Receiver Frequency Range 2400 MHz 2483 5 MHz WLAN 13 Number of Channels Bluetooth 79 Bluetooth 4 0 LE 40 Channel Spacing Bluetooth 1 MHz Bluetooth 4 0 LE 2 MHz lt Ant 1 gt 802 110 17 74 dBm 802 119 17 34 dBm 802 11n HT20 16 64 dBm 802 11n HT40 15 24 dBm Bluetooth BR 1Mbps 11 84 dBm Bluetooth 4 0 LE 1Mbps 10 44 dBm MIMO lt Ant 1 2 gt 802 11n 20 18 14 dBm WLAN Antenna 1 Chip Antenna 0 36 dBi Antenna Type Gain Antenna 2 Chip Antenna 1 22 dBi Bluetooth Antenna 1 Chip Antenna 0 36 dBi Bluetooth 3 0 BR 1Mbps GFSK Bluetooth 3 0 EDR 2Mbps z 4 DQPSK Blueto
27. 2399 5 10 57 2472 2484 10 51 SPORTON INTERNATIONAL INC Page Number TEL 886 3 327 3456 Report Issued Date FAX 886 3 328 4978 33 of 69 Jan 20 2014 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Bluetooth 4 0 LE WLAN worse case Wifi QOB 2T 2412 11gn20 8 LTNV Lower Band 1 00 Wifi QOB 2T 2472 11gn20 8 HTNV Upper Band 1 00 2 Max OBE 2 3995GHz VBWw 3 00MHz 2 48406 2 YBW 3 00MHz Max OBE 10 02dBm SwT 20 ms BOONTON Max OBE 10 06dBm SWT 200ms BPOKTON yn nn ng na nn 1 48 411 3 i t 2 523GHz Max OBE 2 3995GHz VBW 3 00MHz Max OBE 19 86dBm SWT 200ms BOONTON LA t 1 t 1 i t BT OOB_2441_DH1_NTNY 1 00 3 1 1 i 2 3985GHz 2 3995GHz 2 484 2 485GHz Note Normal and extreme condition can refer to the section 1 7 of this test report SPORTON INTERNATIONAL INC Page Number 34 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 6 Transmitter spurious emissions 3 6 1 L
28. 4 4 us A 1 07 dB 10 62 ms 12 13 4 14 13 75 71 05 dBm msa lt 2472 1 0 png gt saved Detection Level 68 50 dBm MHz Transmission abort within Maximum Channel Occupancy Time after interference added and the Interference dwell time 60 seconds short control signaling is less than 10 duty cycle arker 1 2 395000000000 GHz Avg Type RMS arker 60 0000 s Avg Type RMS PN Trig Free Run 0 Fast gt Trig Free Run Atten 10 dB 0 Fast gt IF Gain Low Atten 10 dB Mkr1 2 395 0 GHz 0 dBidiv 0 00 dBm 30 0 dBidiv__ Ref 0 00 dBm VBW 8 0 MHz 60 00 s A 0 08 dB 1 514 8 73 41 dBm Center 2 4720 GHz Span 200 0 MHz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500 ms 1001 pts MSG i status Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 56 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 802 119 2412MHz Maximum Channel Occupancy Time 2 073ms Minimum Idle Period 115 5 ws ALIGN EDEN NAUT arker 1 A 2 07325 ms Avg Type RMS 23456 Avg RMS PNO Trig Free ps nb PNO Fast gt WF Gain Low Atten 10 dB Marker Table If Gain Low Atten 10 dB On Off Ref
29. 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 1Mbps 2402MHz Temperature 23 2 m Test Engineer Relative Humidity 43 44 122 10 Level dBm Date 2013 12 17 2570 5115 7660 Trace Discrete Hequescy Site 05CHO2 HY Condition 300328 TX VERTICAL Power From System Project ER 3N2752 Over Limit Read Freq Level Limit Leve Factor Pol Phase MHz 280 200 60 VERTICAL 431 600 80 24 16 VERTICAL 2016 000 67 53 46 VERTICAL 2880 000 66 27 55 VERTICAL 4803 000 42 33 81 VERTICAL 7203 000 47 49 i 54 VERTICAL 9603 750 51 55 48 VERTICAL SPORTON INTERNATIONAL INC Page Number 46 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Bluetooth 4 0 LE 2402 2 Temperature 23 2 m Test Engineer Relative Humidity 43 44 Horizontal Level dBm Date 2013 12 17 300328 TX 25 2570 5115 7660 Trace Discrete Frequency Site 05CHO2 HY Condition 300328 TX HORIZONTAL Power From System Project ER 3N2752 Over Limit Read Freq Level Limit Level Factor Pol Phase MHz 144 075 76 71 89 HORIZONTAL 902 700 89 50 95 HORIZONTAL 2126 000 67 05 76 HORIZONTAL 2890 000 66 81 55 HORIZONTAL 4803 000 45 42 81 HORIZONTAL 7203 000
30. 5 GHz 70 00 s Ref 0 00 dBm 30 00 dBm 10 010 200 0 MHz Center 2 422000000 GHz Span 0 Hz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500 ms 1001 pts Res BW 8 MHz VBW 3 0 MHz Sweep 70 00 s 40001 pts z I status msc J Alignment Completed f status Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 61 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 802 11n HT40 2462MHz Maximum Channel Occupancy Time 1 458ms Minimum Idle Period 156 4 5 RF ENSE IN ALIGNA ENSE IN ALIGN ALIT arker 1 A 1 45750 ms Avg Type RMS WE 3456 Marker Avg Type RMS PNO Trig Free uw nb PNO Fast gt 119 I Atten 10 dB Marker Table Atten 10 dB AMkr1 1 458 msilon Ref 0 00 dBm Bidiv m Marker Count i i LI NEM 113 of enter 2 462000000 GHz p R 3 VBW 8 0 MHz R VBW 8 0 MHz ES SS a FUNCTION FUNCTION WIDTH FUNCTION VALUE 7 156 4 A 257 dB 2 695 19 33 4 9369 73 31 dBm Markers O Detection Le
31. 54 Seperation mi SPORTON INTERNATIONAL INC Page Number 30 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 5 Transmitter unwanted emissions in the out of band domain 3 5 1 Transmitter unwanted emissions in the out of band domain limit out of band domain limit PU Spurious Domain Out OF Band Domain Allocated Band Out Of Band Domain O08 Spurious Doman 2400 2BW 2400 MHz BW 2400 2993 5 24835 BW 24835 MHz 2BW 10 dBm MHe 20 eirp BW Occupied Channel Bandwidth MHz 1 MHz whichever is greater Spurious Domain limits Figure 1 Transmit mask 3 5 2 Measuring Instruments The measuring equipment is listed in the section 7 of this test report 3 5 3 Test Procedures 1 The measurement procedure follows the clause 5 3 9 2 1 of the ETSI EN 300 328 V1 8 1 2012 06 2 The measurements shall be performed at both normal environmental conditions and at the extremes of the operating temperature range 3 For conducted measurements on devices with multiple transmit chains using the results for each of the transmit chains for the corresponding 1 MHz segments shall be added and compared with the transmit mask limit 3 5 4 Test Setup Spectrum Analyzer SPORTON INTERNATIONAL INC Page Number 31 of 69 T
32. 6 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 MIMO lt Ant 1 2 gt 2 4GHz 802 11n HT20 RF Output Power dBm __Avg Power 1800 17 90 1790 17 90 1760 1710 1340 12 60 Note The data rates of WLAN 802 11b g n were set in 1Mbps for 802 116 Ant 1 6Mbps for 802 119 Ant 1 MCSO for 802 11n HT20 Ant 1 MCS8 for 802 11n HT20 Ant 1 2 MCSO for 802 11n HT40 Ant 1 with both antennas transmit due to the highest RF output power for rest of test items b During radiated spurious emissions testing the interface cables and equipment positions were varied according to European Standard EN 300 328 V1 8 1 2012 06 and the frequency range of radiation was investigated from 25 MHz to 12750 MHz SPORTON INTERNATIONAL INC Page Number 9 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 sronrou ae Radio Test Report Report No ER3N2752 Pre scanned tests were conducted to determine the final configuration from all possible combinations The following tables are showing the test modes as the worst cases and recorded in this report Test Modes 0555 802 116 CHO1 2412MHz for Ant 1 802 119 1 2412MHz for Ant 1 802 11b CH13 2472MHz for Ant 1 802 11g CH13 2472MHz for Ant 1 Rx 802 11b CH13 2472MHz for Ant
33. 6 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 8 Uncertainty Evaluation Power density conducted 0 33 SPORTON INTERNATIONAL INC Page Number 69 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01
34. Dec 17 2013 N A 05 02 SPORTON INTERNATIONAL INC Page Number 67 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 05 01 1 3GHz 05 1 05 1 Radiation Horn Antenna 118 10091 1GHz 18GHz Jan 29 2013 Dec 18 2013 Jan 28 2014 05CHO1 HY HF Radiation Jve Bao RG142 CB031 30MHz 1GHz Dec 01 2013 Dec 18 2013 Nov 30 2014 Cable RO3m Reise Dec o1 2018 Dec 18 2018 Now 30 2014 05CHO1 HY HUBER SUH SUCOFLEX 1 Radiation RF Cable 10 SN 345675 4 1 GHz 26 5GHz Dec 01 2013 Dec 18 2013 Nov 30 2014 EERS H S000 EH sara Doc 01 2018 De 18 2013 Now 0 2014 05 01 SCHWARZBE BBHA917022 Radiation Horn Antenna BBHA91 70 15GHz 40GHz Jan 08 2013 Dec 18 2013 Jan 07 2014 om antenna PE PTT anch Dec 18 2018 Jan 07 2014 05CHO1 HY Table HD 0 420 420 655 12 0 360 degree 18 2013 rasnon 9 05 01 Antenna Mast HD 240 240 569 12 1 4 Dec 18 2013 N A 05CHO1 HY SPORTON INTERNATIONAL INC Page Number 68 of 69 TEL 886 3 327 345
35. EL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 5 5 Test Results T Item OOB Emissions Temperature 24 26 Test Test Engineer Alex Lee Relative Humidity 51 54 Low channel OOB High channel OOB Data Channel Emissions dBm MHz Emissions dBm MHz Rate N liLow High Condition Freq OOB w Wor wor Pass Fail aw oe 11 1 01 13 2412 2397 5 26 16 10 2472 2487 25 53 11b IMbps 1 0113 Tmin 2412 2398 5 2229 10 2472 2486 2425 10 Pass 10 110 10 n Mer eus ame art Pee Spem v Tree me poesia ren EN 20 03 2422 2398 5 1934 10 2462 2484 12 35 in MCSO 03 11 2422 2395 5 19 71 2462 2484 11 54 Poe SPORTON INTERNATIONAL INC Page Number 32 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Low channel OOB High channel OOB Emissions dBm MHz Channel A dBm MHz Low High Worst m Worst Pass Fail Limit Limit Level MHZ er bs os Level 22805 01 13 Ec
36. Hz segment which shall be recorded Step 5 Shift the start point of the samples added up in step 4 by 1 sample and repeat the procedure in step 4 i e sample 2 to 101 Step 6 Hepeat step 5 until the end of the data set and record the radiated Power Spectral Density values for each of the 1 MHz segments From all the recorded results the highest value is the maximum Power Spectral Density for the EUT This value shall be recorded in the test report 3 2 4 Test Setup Spectrum Analyzer SPORTON INTERNATIONAL INC Page Number 18 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 sronrou ae Radio Test Report Report No ER3N2752 3 2 5 Test Results Test Item EIRP Power Density Temperature 24 26 Engineer Relative Humidity 51 54 EIRP Power Max Limits MHz Density dBm MHz Pass Fail dBm MHz Cms 3 o se w m EIRP Power Max Limits 2 Density dBm MHz Pass Fail dBm MHz SPORTON INTERNATIONAL INC Page Number 19 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 3 Occupied Channel Bandwidth 3 3 1 Limit of Occupied Channel Bandwidth Occupied Channel Bandwidt
37. ON INTERNATIONAL INC Page Number 11 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 2 3 Supported Unit used in test configuration and system I P Unshielded 1 2 m Notebook DELL P20G DoCIN A DC O P Shielded 1 8 AC I P Unshielded 1 2 m N A DC O P Shielded 1 8 7 4 Sh N A 3 Base Station loeree lUnshielded 1 8 m 4 we WGnoxroi 5 Adapter Aviv Energy HK IP15 A05 Unshielded 1 8 2 4 EUT Operation Test Setup For Bluetooth test items a programmed RF utility HCT Tester was installed in notebook which was programmed in order to make the EUT get into the engineering modes to contact with Bluetooth base station for continuous transmitting and receiving signals For WLAN and Bluetooth 4 0 LE test items programmed HF utility HCT Tester installed in the notebook make the EUT provides functions like channel selection and power level for continuous transmitting and receiving signals SPORTON INTERNATIONAL INC Page Number 12 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 Transmitter Parameters 3 1 Maximum Transmit Power 3 1 1 Limit of Effective Isotropic Radiated Power SUBCLAUSE 4 3 1 1 2
38. and 4 3 2 1 2 TEST CONDITION LIMIT Normal and Extreme Temperature Conditions 20dBm e i r p 3 1 2 Measuring Instruments The measuring equipment is listed in the section 7 of this test report 3 1 3 Test Procedure The measurement procedure follows the clause 5 3 2 2 1 of the ETSI EN 300 328 V1 8 1 2012 06 Placing the EUT in thermal chamber The EUT is connected to external power supply Setting thermal chamber temperature and power supply voltage at suitable values The EIRP A G Y where is the power measured is the assembly of the individual antenna of the EUT in dBi and Y is the additional beamforming gain of the EUT in dB if applicable here Y 0 ae aS ct 3 1 4 Test Setup Power Cable connect to dummy battery Power Meter DC Power supply Thermal Chamber SPORTON INTERNATIONAL INC Page Number 13 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 1 5 Test Results Power Temperature 24 26 Engineer _ Relative Humidity 51 54 Conducted Power dBm Gain Data Rate Channel Pass Fail om ae oe oe oe Fere wens 1 o ew v1 70 Pass Cero 1 1030 1020 Pass wee 1 o 2400 ss 980 ose Pass
39. eport No ER3N2752 7 List of Measuring Equipment umm qme EE een mene E Signal Rohde amp Generator Inter SMJ100A 101375 9kHz 6GHz Feb 19 2013 Jan 06 2014 Feb 18 2014 Schwarz THO2 HY ferer Signal Conducted Generator Bloc Agilent E4438C 49070755 250kHz 6GHz Oct 08 2013 Jan 06 2014 Oct 07 2014 THO2 HY ker Spectrum Conducted 4 MY52350276 3Hz 44GHz 13 2013 06 2014 12 2014 THO2 HY Spectrum Radiation aaa m E4446A 50180136 3Hz 44GHz 17 2013 Dec 17 2013 s 16 2014 bi Analyzer 05CH02 HY Radiation Bilog Antenna 2892 25MHz 2GHz Oct 10 2013 Dec 17 2013 17 2013 Oct 09 2014 05CH02 HY Double Ridged Radiation Guide Horn COM POWER AH118 071027 1GHz 18GHz Oct 18 2013 Dec 17 2013 Oct 17 2014 05CH02 HY Amplifier 60364 9092 Nov 10 2013 Dec 17 2013 17 2013 Nov 09 2014 20819 i GAIN 30dB 05 2 Amplifier Agilent 84498 3008 02321 1GHz 26 5GHz 21 2013 Dec 17 2013 Nov 20 2014 Radiation __ 05CH02 HY Radiation Antenna Mast INN CO MM 3000 N A N A N A Dec 17 2013 N A wa _ 05 02 Radiation Turn Table INN CO DS2000 520604 Degree 0 360 N A
40. h fall completely within 2 4 GHz 2 4835 GHz 3 3 2 Measuring Instruments The measuring equipment is listed in the section 7 of this test report 3 3 3 Test Procedure 1 The measurement procedure follows the clause 5 3 8 2 1 of the ETSI EN 300 328 V1 8 1 2012 06 2 measurement shall be performed only on the lowest and the highest frequency within the stated frequency range 3 The test procedure shall be as follows Step 1 Connect the EUT to the spectrum analyzer and use the following settings Center Frequency Channel under test Resolution BW 1 of the span Video BW 3 x RBW 2 x Occupied Channel Frequency Span Bandwidth e g 40 MHz for a 20 MHz channel Max Hold Step 2 Wait until the trace is completed Find the peak value of the trace and place the analyzer marker on this peak Step 3 Use the 99 bandwidth function of the spectrum analyzer to measure the Occupied Channel Bandwidth of the EUT SPORTON INTERNATIONAL INC Page Number 20 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 3 3 4 Test Setup Spectrum Analyzer 3 3 5 Test Results Test Item 99 Occupied BW Temperature 24 26 Test Engineer Relative Humidity 51 54 Chain Freq 199 OBW FL FH m 2402 0831 2401 577 2402 408 Pass 2402 1164
41. imit of Transmitter spurious emissions Spurious emission limits for transmitter SUBCLAUSE 4 3 1 9 2 and 4 3 2 8 2 MAXIMUM POWER FREQUENCY RANGE E R P S 1 GHZ BANDWIDTH E I R P gt 1 GHZ 30 MHz to 47 MHz 100 kHz 47 MHz to 74 MHz 100 kHz 74 MHz to 87 5 MHz 100 kHz 87 5 MHz to 118 MHz 100 kHz 118 MHz to 174 MHz 100 kHz 174 MHz to 230 MHz 100 kHz 230 MHz to 470 MHz 100 kHz 470 MHz to 862 MHz 100 kHz 862 MHz to 1 GHz 100 kHz 1 GHz to 12 75 GHz 1 MHz 3 6 2 Measuring Instruments The measuring equipment is listed in the section 7 of this test report 3 6 3 Test Procedures The measurement procedure follows the clause 5 3 10 2 2 of the ETSI EN 300 328 V1 8 1 2012 06 2 EUT was placed on a turntable with 1 5m height 3 Thetest distance between the receiving antenna and the EUT is 3meter below 1GHz frequency range and 3 meter for WLAN 1 5 meter for Bluetooth which is in far field test condition for measured frequency above 1GHz while the receiving test antenna is kept at 1 5 meter height oet EUT in continuous transmitting with maximum output power The table was rotated from 0 to 360 degree to search the highest radiated emission Repeating step 3 and 4 for each polarization and channel to find the worst emission level The results obtained are compared to the limits in order to prove compliance with the requirement SPORTON INTERNATIONAL INC Page Number 35 of 69 TEL 886 3 327 3456 Report Issued Date
42. in Low Atten 10 dB Select Marker IF Gain Low Atten 10 dB Select Marker Ref 0 00 dBm Ref 0 00 dBm enter 2 402000000 GHz Span 0 Hz Res BW 8 MHz VBW 8 0 MHz Sweep 74 67 ms 40001 pts enter 2 402000000 GHz Span 0 Hz Res BW 8 MHz VBW 8 0 MHz Sweep 74 67 ms 40001 pts 2886 ms A 0 10 dB 817 6 us A 0 98 dB 20 09 ms 16 69 dBm 24 19 ms 72 23 dBm 4 I v ct m 8 a 5 17 ct 2 8 2 Detection Level 62 20dBm MHz Transmission abort within Maximum Channel Occupancy Time after interference added and the Interference dwell time 60 seconds short control signaling is less than 10 duty cycle Agilent Spectrum Analyzer Swept SA 04 35 13 PM 06 2014 TRACE ALIGN ALITI 04 48 12 Jan 06 2014 cQ D ENGEN ALIGN AUTI Avg Type RMS 9150 Display Avg Type RMS 1457 s y 1 60 0000 5 9 vol 34 zi Trig Free Run mum us IF Gain Low Atten 10 dB i PRO Fat ig Free Ri 5 Mkri 2 488 5 GHz Annotation gt i 30 00 fyo g 0 00 Title gt eee Graticule pi Display Line enter 2 402000000 GHz p VBW 8 0 MHz Sweep 70 00 s 40001 pts 60 00 A 0 66 dB 2063s 7289 dBm ct m 2 8 8 2 z Center 2 4100 GHz Span 200 0 MHz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500 ms 1001 pts MSG us
43. ive Humidity 41 42 4 Level dBm EN 300328 V1 81 TX Frequency MHz Condition EN 300328 V1 81 TX LF EIRP 131014 HORIZONTAL Project ER 3N2752 Over 255 415 1994 2998 4758 6760 9964 12186 SPORTON INTERNATIONAL INC Page Number 41 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 Radio Test Report Report No ER3N2752 Test Mode 2 1 2412MHz for SISO Temperature 21 22 Test Engineer Chen Relative Humidity 41 42 4 O Level dBm 300328 V1 81 TX 5000 7000 Frequency MHz Condition EN 300328 V1 81 TX LF EIRP 131014 VERTICAL Project ER 3N2752 Over Limit Read Limit Line Level Factor 247 415 1970 2976 4490 6708 3943 p 12125 SPORTON INTERNATIONAL INC Page Number 42 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Test Mode 802 11 HT40 2422 2 for Ant 1 Temperature 21 22 Test Engineer Chen Relative Humidity 41 42 Horizontal Level dBm 300328 V1 81 TX 5000 7000 0 11000 Frequency MHz Condition EN 300328 V1 81 TX LF EIRP 131014 HORIZONTAL Project ER 3N2752 SPORTON INTERNATIONAL INC
44. ms 1001 pts MSG 5 arker 446 400 ps Type F Trig Free Atten 10 dB Ref 0 00 dBm enter 2 412000000 GHz VBW 8 0 MHz EE 4464 us A 1 10 dB 24 96 ms 7281 dBm Transmission abort within Maximum Channel Occupancy Time after interference added and the short control signaling is less than 10 duty cycle Avg Type RMS Fast gt Trig Free Atten 10 dB gt On Count 08 VBW 8 0 MHz Sweep 70 00 40001 pts 00 5 0 01 48 14195 7347 dBm Markers Ref 0 00 dBm Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC TEL 886 3 327 3456 FAX 886 3 328 4978 Page Number 55 of 69 Report Issued Date Jan 20 2014 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 802 116 2472MHz Maximum Channel Occupancy Time 12 49ms Minimum Idle Period 394 4 u 5 arker 12 4920 ms Avg Type RMS ol EE arker 394 400 ps Avg Type RMS i Fast Trig Free VPEA Run WF Gain Low Atten 10 dB clus If Gain Low Atten 10 dB Ref 0 00 dBm enter 2472000000 GHz VBW 8 0 MHz R VBW 8 0 MHz Sweep 32 00 ms 40001 pts 12 49 ms A 1 47 dB 39
45. on FAX 886 3 328 4978 srorron cas Radio Test Report Report No ER3N2752 3 4 2 Hopping Sequence 3 4 2 1 Limit of Hopping Sequence SUBCLAUSE 4 3 1 3 2 TEST CONDITION LIMIT Adaptive Frequency Hopping Systems N Ch 70 of band N 15 or 15 divided by the minimum Hopping Frequency Separation in MHz whichever is the greater Remark Hopping Sequence is not applicable to DSSS OFDM device 3 4 2 2 Measuring Instruments The section 7 0 of List of Measuring Equipment of this test report is used for test 3 4 2 3 Test Procedures The measurement procedure follows the clause 5 3 4 2 1 of the ETSI EN 300 328 V1 8 1 2012 06 3 4 2 4 Test Setup Spectrum Analyzer 3 4 2 5 Test Results Test Hopping Sequence Temperature 24 26 TestEngineer Humidity 51 54 Limit of Minimum Number of Limit of operating channel Adaptive Frequency hopping frequencies at least 70 of band Hopping at all times Total Number of Hopping Frequency SPORTON INTERNATIONAL INC Page Number 28 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Number of Hopping Channel Plot Channel 00 78 RBW 1 MHz VBW 1 MHz Ref 20 dBm Att 20 dB SWT 5 ms 2315 pets
46. oth 3 0 EDR 3Mbps 8 DPSK Bluetooth 4 0 LE GFSK 802 116 DSSS DBPSK DQPSK 802 119 OFDM BPSK QPSK 16QAM 64QAM o Anti Ant2 Bluetoothv3 0 V Bluetooth v4 0 802 11 b ooo O Antenna Function for Transmitter 802 11 g __ __ 802 11 n HT20 V SISO 802 11 n HT20 80211nHT40 EUT Stage Note For other wireless features of this EUT test report will be issued separately Maximum EIRP Average Power Type of Modulation 1 5 Modification of EUT No modifications are made to the EUT during all test items SPORTON INTERNATIONAL INC Page Number 6 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 1 6 Testing Facility Test Site SPORTON INTERNATIONAL INC 52 Hwa Ya 1 Rd Hwa Ya Technology Park Kwei Shan Hsiang Tao Yuan Hsien Taiwan R O C TEL 886 3 327 3456 FAX 886 3 328 4978 Test Site No Sporton Site No 05CH02 HY 05 01 THO2 HY 1 7 Applied Standards Test Site Location According to the specifications of the manufacturer the EUT must comply with the requirements of ETSI EN 300 328 V1 8 1 2012 06 Note All test items were verified and recorded according to the standards and without any deviation during the test 1 8 Test Condition Normal Voltage DC 3 7V Normal Temperatu
47. re Extreme Temperature 30 70C Note The test temperature was between 30 C 70 C by manufacturer requested SPORTON INTERNATIONAL INC Page Number 7 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 sronrou ae Radio Test Report Report No ER3N2752 2 Test Configuration of Equipment under Test 21 Descriptions of Test Mode a Preliminary tests were performed in different data rate and recorded the RF power output in the following tables lt Ant 1 gt Average Bluetooth RF Output Power dBm Datarate 1Mbps 2 Mbps 120 70 70 Note Data rate Bluetooth 1Mbps was chosen to be tested due to the highest RF output power Average Bluetooth 4 0 LE RF Output Power dBm Data Rate CH 00 CH 19 CH 39 Avg Power 10 30 10 30 ____ 990 ___ 2 4GHz 802 116 RF Output Power dBm 2 4GHz 802 11g RF Output Power dBm Datarate 6Mbps 9Mbps 12Mbps 18Mbps 24Mbps 36Mbps 48Mbps Avg Power 1630 16 20 16 20 1620 1530 14 50 13 90 13 20 2 4GHz 802 11n HT40 RF Output Power dBm 13 90 13 80 13 80 13 80 13 80 13 80 12 80 11 50 SISO lt Ant 1 gt 2 4GHz 802 11n HT20 RF Output Power dBm Data rate Power 15 30 15 20 15 20 15 20 1460 14 00 1340 12 30 SPORTON INTERNATIONAL INC Page Number 8 of 69 TEL 88
48. s 4 Avg Type RMS 23456 arker 1 A 115 250 us Avg Type RMS vere PNO Fast Free Run WF Gain Low Atten 10 dB m If Gain Low Atten 10 dB enter 2 472000000 GHz R VBW 8 0 2 i R VBW 8 0 MHz E ae FUNCTION N 4 50 ____ ____ 2 2 2 074 ms A 3 70 dB 1153 us A 3 20 dB 1913 ms 9 71 dBm 6 786 13 29 4 Detection Level 68 50dBm MHz Transmission abort within Maximum Channel Occupancy Time after interference added and the Interference dwell time 60 seconds short control signaling is less than 10 duty cycle Agilent Spectrum Analyzer Swept SA arker 1 2 395000000000 GHz Avg Type RMS 56 arker1A 60 0000 5 PNO Fat gt rig PNO gt 119 If Gain Low Atten 10 dB If Gain Low Atten 10 dB Mkr1 2 395 0 GHz Ref 0 00 dBm 30 10 0 00 dBm VBW 8 0 MHz 60 00 0 01 1 190 8 73 36 dBm Center 2 4720 GHz Span 200 0 MHz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500 ms 1001 pts MSG i status Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 58 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Tes
49. t Report Report No ER3N2752 802 11n HT20 2412MHz Maximum Channel Occupancy Time 3 358ms Minimum Idle Period 150 5 s TOES Avg Type RMS 56 Avg Tope RMS PNO gt Trig Free PNO gt 119 IFGain Low Atten 10 dB OETA Marker Table If Gain Low Atten 10 dB b SiOn Ref 0 00 dBm 3 0 98 Idiv 2 7 Marker Count I er Log p I Couple Markers enter 2 412000000 GHz enter 2 412000000 GHz R VBW 8 0 MHz Sweep 10 00 ms 40001 pts R VBW 8 0 MHz 40 dB 150 5 A 0 13 dB 3 915 16 6 871 73 39 dBm All Markers Detection Level 68 50dBm MHz Transmission abort within Maximum Channel Occupancy Time after interference added and the Interference dwell time 60 seconds short control signaling is less than 10 duty cycle ENSE IN ALIGN A xd PX ENSE IN ALIGN ALIT arker 1 2 488500000000 GHz Avg Type RMS ACE 56 Avg Type RMS PNO Fat rig PNO gt 19 If Gain Low Atten 10 dB p Atten 10 dB Mkr1 2 488 5 GHz Ref 0 00 dBm 30 00 dBm 0 48195 0 00 dBm VBW 8 0 MHz __ _____ 60 00 5 A 0 09 1 240 s 7337 dBm Center 2 4120 GHz Span 200 0 MHz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500 ms 1001 pts STATUS
50. vel 68 50dBm MHz Transmission abort within Maximum Channel Occupancy Time after interference added and the Interference dwell time 60 seconds short control signaling is less than 1096 duty cycle er Swept SA arker 1 2 395000000000 GHz en Avg Type RMS ERE 00 s Avg Type RMS PN rig rig Free WF Gain Low Atten 10 dB xis If Gain Low Atten 10 dB 10 dBidiv 0 00 dBm 30 0 Ref 0 00 dBm enter 2 462000000 GHz Res BW 8 MHz Center 2 4720 GHz Span 200 0 MHz Res BW 1 0 MHz VBW 3 0 MHz Sweep 500 ms 1001 pts status msa Already Single press Restart to initiate new sweep or sequence l status Note Detection Level 70 20 EIRP Gain for conducted measurement SPORTON INTERNATIONAL INC Page Number 62 of 69 TEL 886 3 327 3456 Report Issued Date Jan 20 2014 FAX 886 3 328 4978 Report Version Rev 01 srorron cas Radio Test Report Report No ER3N2752 Bluetooth2 0 2402MHz Maximum Channel Occupancy Time 2 886ms Minimum Idle Period 817 6 Agilent Spectrum Analyzer Swept SA Agilent Spectrum Analyzer Swept SA 04 34 06 PM Jan 06 2014 TRACE 5 6 arker 1 2 88587 ms Avg Type RMS arker 1 A 817 600 ps wae Avg Type RMS RACE PNO Fast gt 9 Run PNO gt 9 Run TYPE ein rj HH NN HH aln per INN IF Ga
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