Test Report DFS

FCC ID: VW3SBDV01

Test Report

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FCCID_4083485

WIFI 5GHz Template: Release October O3rd, 2016 TEST REPORT N°: 157205—726501—E Version : 02 Subject Radio spectrum matters tests according to standards: 47 CFR Part 15.407 (DFS Only)mp Issued to SAGEMCOM BROADBAND SAS 250 Route de I‘ Empereur 92500 — RUEIL MALMAISON FRANCE Apparatus under test 4 Product Sound Box 4 Trade mark Sagemcom® 4 Manufacturer SAGEMCOM 4 Model under test Sound Box SBDVO1 4 Serial number 253770742 & FCC ID VW3SBDVO1 Test date : September 14, 2018 to October 5, 2018 Test location Fontenay Aux Roses Test Site 6230B—1 Composition of document 33 pages Document issued on November 19, 2018 L DES TABORATOIRE CENTRA Written by : porsvedny." Armand MAHOUNGOU Tests operator aRctNEFE. cal manager This document shall not be reproduced, except in full, without the written approval of the LCIE. This document contains results related only to the items tested. It does not imply the conformity of the whole production to the items tested. Unless otherwise specified, the decision of conformity takes into account the uncertainty of measurement. This document doesn‘t anticipate any certification decision. LCIE 33, Av du Général Leclere Tél: +33 1 40 95 60 60 Laboratoire Central des Industries Electriques 92266 Fontenay Aux Roses contact@lcie.fr Une société de Bureau Veritas FRANCE www.lcie.fr SAS au capital de 15 745 984 € / RCS Nanterre B 408 363 174 / N° TVA intracommunautaire FRO1 408 363 174 / N° SIRET 408 363 174 00017

PUBLICATION HISTORY Version Date Author Modification 01 October 8, 2018 Armand MAHOUNGOU Creation of the document 02 November 19, 2018 Armand MAHOUNGOU Customer request withdraw all picture of the EUT from test report TEST REPORT N° 157205—7 26501 —E Version : 02 Page 2/33

SUMMARY 1. TEST PRO@GRAM .....22.0200200020006 60e rrrvrrrrr se rrrr n n se rrrsrrreresrrrr se rrrreserrrrrerrrrererrrrererrerererrrrererrrrererearene# 4 2. EQUIPMENT UNDER TEST: CONFIGURATION (DECLARED BY PROVIDER) ... 5 3. DFS DETECTION THRESHOLDS DETERMINATION, REFERENCE NOISE LEVEL & CHANNEL Konl| e 18 4. DYNAMIC FREQUENCY SELECTION (DFS): CHANNEL CLOSING TRANSMISSION TIME & CHANNEL MOVE TIME...222 0220202000000 e e e vrrrrr e rerrr se rrrrrrr se rrer se rrereserrer se rrererrrrrrererrerererrrrererrerererrrrererrrrenere k re# 24 5. DYNAMIC FREQUENCY SELECTION (DFS): NON—OCCUPANCY PERIOD ...............00000 6e 28 6. ANNEX 3: RADAR TEST SIGNAL TYPE 0 ..........020000060 e e en n e re n n se en n se e rererrarerrrerrererrrrerererrererekes 32 7. UNCERTAINTIES CHART 2222002000000 e en rrrrrr e rerrrrrerrrrrrerrr se rrrr se rrrresrrrerererrererrrrrererrerererrerererrererenea 33 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 3/33

1. TESsT PROGRAM References 47 CFR Part 15.407 (DFS requirements) v Y v v v V¥ KDB 905462 D02 UNII DFS Compliance Procedures New Rules v02 KDB 905462 D04 Test Mode New Rules v01 KDB 905462 D03 Client Without DFS New Rules v01r02 KDB 905462 D06 802.11 Channel Plans New Rules v02 KDB 905462 D07 Overview UNIl Rules v02 Radio requirement: Cl 47CFR Part 15.407 ause ( _a . ) Test result — Comments Test Description Channel Availability Check Time & DFS Detection Threshold + C PASS O FAIL M NA(1)(2) O NP(3) U—NIl Detection Bandwidth [+ C PASS C FAIL M NA(1) C NP(3) Statistical Performance Check & DFS Detection Threshold [+ C PASS C FAIL M NA(1) C NP(3) Channel Closing Transmission Time & Channel Move Time [¥ M PASS C FAIL C NA C NP(3) Non—occupancy period [+ M PASS C FAIL C NA C NP(3) This table is a summary of test report, see conclusion of each clause ofthis test report for detail. (1); Client without radar detection (2); Client with radar detection (3); Limited program TEST REPORT N° 157205—7 26501 —E Version : 02 Page 4/33

2. EQUIPMENT UNDER TEST: CONFIGURATION (DECLARED BY PROVIDER) 2.1. HARDWARE IDENTIFICATION (EUT AND AUXILIARIES): Equipment under test (EUT): Sagemcom® Sound Box SBDVO1 Serial Number: 253770742 Power supply : NBC80A200400M2 Inputs/outputs — Cable: Length Declared . Access Type used (m) <3m Shielded Under test Comments Cable Power supplay — O O 0 — Ethernet cable — — O O O — Auxiliary equipment used during test: Type Reference Sn Comments Laptop computer TEST REPORT N° 157205—7 26501 —E Version : 02 Page 5/33

Equipment information: Type: WIFI Frequency band: M 5150MHz—5250MHz | __M 5250MHz—5350MHz |__M 5470MHz—5725MHz 5725MHz—5850MHz M 802.11a M 802.11n HT20 M 802.11n HT4O Standard: M 802.11ac VHT20 M 802.11ac VHT4O0 M 802.11ac VHT8O C 802.11ac VHT160 Spectrum Modulation: M OFDM Channel bandwidth: M 20MHz _| M 40MHz | 7 8OMHz | C 160MHz Antenna Type: M Integral C External C Dedicated Antenna connector: M Yes C No C Temporary for test Transmit chains: G 1 M2 43 HE 05 06 O7 C8 TPG: M Yes C No Receiver chains G C2 C3 C 4 05 06 O7 C8 Type of equipment: M¥ Stand—alone | C Plug—in | C Combined Tmin: 0 —20°C | {M0°C | O xX °C Operating temperature range: Tnom: 20°C Tmax: C 35°C | C 55°C | M 40°C Type of power source: M AC power supply C DC power supply C Battery Battery Type \Vmin: M 100 V/60OHz O X Vde Operating voltage range: Vnom: M 110V/60Hz C X Vde \Vmax M 120 V/6OHz C X Vde C Master C Slave Wi_th radar / Slave With_out radar Mode: detection detection C Bridge C Mesh Fixed outdoor P to P/M application: C Yes C No System architectures: M IP based C Frame based M Yes (The manufacturer declares that information regarding the parameters Despoccssssstction. of the detected Radar Waveforms is L No not available to the end user) Antenna Characteristic Antenna assembly Gain (dBi) Frequency Band (MHz) Impedance(O) 1 2194 5150—5350 50 2 1.924 5150—5350 50 Accumulated 5.07 5150—5350 50 1 2.391 5470—5850 50 2 3.361 5470—5850 50 Accumulated 5.90 5470—5850 50 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 6/33

Accumulated gain calculation Formula used for calculation KDB Correlated 10 log[(10G1 /20 + 10G2 /20 + ... + 10GN /20)2 M Yes / O No /NANTJdBi KDB 662911 DO1 v02r01 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 7/33

CHANNEL PLAN 802.11a / 802.11n HT20/ 802.11ac VHT20 Channel Frequency (MHz) Available Channel C1=36 5180 M C2=40 5200 M 44 5220 M C3=48 5240 M 120 5600 M 124 5620 M 128 5640 M C11=149 5745 M 153 5765 M C12=157 5785 M 161 5805 M C13=165 5825 M TEST REPORT N° 157205—7 26501 —E Version : 02 Page 8/33

CHANNEL PLAN 802.11n HT4O/ 802.11ac VHT4O Channel Frequency (MHz) Available Channel C14=36+40 5190 M C15=44+48 5230 M 116+120 5590 §A 124+128 5630 C22=149+153 5755 §A C23=157+161 5795 CHANNEL PLAN 802.11ac VHT80 Channel Frequency (MHz) Available Channel C24=36+40+44+48 5210 C27=116+120+124+128 C29=149+153+157+161 5775 M No DFS Channel Weather DFS Channel TEST REPORT N° 157205—7 26501 —E Version : 02 Page 9/33

DATA RATE 802.11a Data Rate (Mbps) Modulation Type v“\’;g‘:;'gt'azf; 6 BPSK M 9 BPSK C 12 QaPSK 6 18 QaPSK 6 24 16—QAM 8 36 16—QAM 0 48 64—QAM 6 54 64—QAM C TEST REPORT N° 157205—7 26501 —E Version : 02 Page 10/33

Available Spatial Modulation Worst Case for EUT streams Modulation 1 PSK 1 1 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 11/33

Available Spatial Modulation Worst Case for EUT streams Modulation 1 PSK 1 1 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 12/33

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Test report reference: N° 157205—726501—D 802.11a Antenna 1 Channel C6 C7 EIRP TPC Max (dBm) 16.86 16.80 Occupied Bandwidth (MHz) 16.84 16.78 802.11a Antenna 2 Channel C6 C7 EIRP TPC Max (dBm) 17.58 14.59 Occupied Bandwidth (MHz) 16.88 16.78 802.11n HT20/ac VHT20 Channel C6 C7 EIRP TPC Max (dBm) 19.80 20.40 Occupied Bandwidth (MHz) 17.95 17.81 802.11n HT40/ac VHT4O Channel C17 C18 EIRP TPC Max (dBm) 15.40 15.00 Occupied Bandwidth (MHz) 36.65 36.76 802.11ac VHT80 Channel C25 C26 EIRP TPC Max (dBm) 15.60 13.30 Occupied Bandwidth (MHz) 76.21 75.99 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 16/33

2.2. RUNNING MODE The EUT is set in the following modes during tests: — Emission—reception with a duty cycle above 17% in the data rate that produced the highest output power —System testings is performed with iperf test software in udp mode from the Master Device to the Client Device on the test channel. The data traffic is performed Laptop 2 to Laptop 1 955Cable JCLIENT consucteanriink JMASTER| Eternet Cabe LAPTOP 1 LAPTOP 2 DEVICE DEVICE 2.3. EQUIPMENT LABELLING SAGEOMCOM swichmooe power suppiy P/N:191433971—XX MODEL:NBC80A200400M2 |:| INPUT:100—240V~, 50/60H2z,1.5A OUTPUT:20.0V == 4.0A A u us exore fi/ This device complies with part 15 of the FCC Rules usrep Neo1 Operation is subject to the following two conditions: POWER SUPPLY (1)This device may not cause harmful Interference, and o C' c COC V5® (2)This device must accept any Interference received, Including interference that may cause undesired operation. MADE IN CHINABY NetBIt E_ C3 Code barre type 128 &>3056emcoMm 2z 3 MSO Part Number: 12345 UI_ Sound Box SBDVO1 ; £ 253770742—ind (g % Code barre type 128 © L!?_EED 20V—= 4A 8 $ .T.E. ~ § &| §GC SN: 123456789012 Es08616 Date Code: WWIYY w § SSID : amplify—CCDDEE MAC Address : aa:bb:ce:dd:ee FCC ID: VW3SBDVO1 Made in CZECH Republic TYM S/N : XXXXXXXXX Manufactured under license from Dolby Laboratories. Dolby, Dolby Audio and the double—D symbol are trademarks of Dolby Laboratories. / 2.4. EQUIPMENT MODIFICATION M None C Modification: TEST REPORT N° 157205—7 26501 —E Version : 02 Page 17/33

3. DFS DETECTION THRESHOLDS DETERMINATION, REFERENCE NoisE LEvEL & CHANNEL LoaApincg 3.1. TEST CONDITIONS Test performed by : Armand MAHOUNGOU Date of test : October 3, 2018 to October 4, 2018 Ambient temperature :27°C Relative humidity : 44% 3.2. TEST SETUP — The Equipment Under Test is: M¥ On a table 0 In an anechoic chamber — Measurement is performed with a spectrum analyzer: ¥ On the EUT conducted access C On the EUT with a test fixture Attenuator Splitter Splitter Note: In case of EUT with less than Note: In case of AE with less than 4Tx, then a 500hm charge is put 4Tx, then a 500hm charge is put on uncharged power splitter input. on uncharged power splitter input. Spectrum Analyser Radar Test Signal Generator TEST REPORT N° 157205—7 26501 —E Version : 02 Page 18/33

Photograph for DFS Detection Thresholds Determination, Reference Noise Level, Channel Loading TEST REPORT N° 157205—7 26501 —E Version : 02 Page 19/33

3.3. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Multimeter KEITHLEY 2000 A1242090 2017105 2019/05 EMI receiver ROHDE & SCHWARZ ESR 7 A2642023 2016/11 201811 RF cable Télédyne 920—0202—024 A5329663 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329664 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329665 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329668 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329669 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329670 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329672 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329673 2018/05 2020/05 Verified with calibrated EMI Vector signal generator ROHDE & SCHWARZ SMJ100A A5444007 receiver/ Spectrum analyzer before testing Programmable AC/DC power KIKUSUI PCRSO0M A7O40079 Ver_ified with calibrate_d supply multimeter before testing Attenuator 100B MINI CIRCUITS BW—S10W2+ A7122229 2018/05 2020/05 Attenuator 100B MINI CIRCUITS BW—S10W2+ A7122230 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329661 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329676 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329674 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329675 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122238 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122239 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122240 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122241 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122242 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122243 2018/05 2020/05 Power splitter Mini—Circuits ZNGPD—63W—S+ A7132040 2018/05 2020/05 Power splitter Mini—Circuits ZNGPD—63W—S+ A7132041 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7192075 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7 152076 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A71952077 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7 152078 2018/05 2020/05 Note: In our quality system, the test equipment calibration due is more & less 2 months TEST REPORT N° 157205—7 26501 —E Version : 02 Page 20/33

3.4. RESULTS DFS Detection Thersholds Calibration Channel C25 Type 0 Spectrum RefLevel —10.00 dam @ RBW 3 MHz Att 0 dB @ SWT 30 ms @ VBW 3 MHz Input 1 AC SoL TRG:EXT ~30 dB —100 dam | or 5.20 onz 32000 pts U U Date: 3.00T.2018 11:30:07 Spectrum Ref Level ~10.00 dBm @ RBW 3 MHz 0 dB « SWT 10 ps @ VBW 3 MHz SGL TRG:EXT CF 5.29 GHz 32000 pts Date: 3.00T.2018 11:33:10 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 21/33

Reference Noise Level Channel C25 Spectrum x x x y Ref Level —10.00 dBm @ RBW 3 MHz Att 0 dB @ SWT 30 ms @ Y¥BW 3 MHz Input 1 AC SGL O 1Pk Clrw M1i[1] —75.10 dBm 1.273165 ms —20 dBm —30 dBm —40 dBm —50 dBm —60 dBm —70, gdBm —90 T t ~— * * & uy w uy m T * —100 d&m CF 5.29 GHz 32000 pts 3.0 ms/ Date: 3.0CT.2018 11:40:18 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 22/33

Client Level Channel C25 Spectrum Ref Level 0.00 dBbm @ RBW 3 MHz Att 10 dB @ SWT 7 ms @ YBW 3 MHz Input 1 AC SGL O 1Pk Clrw D2[1] 43.14 dB 1.303572 ms —10 d&m mifil —78.52 dBm 220 dBm 2.019782 ms —30 dBm o —40 dBm T] : 1 | —50 dBm —60 dBm —30 dBm | CF 5.29 GHz 32000 pts 700.0 us/ Marker Type | Ref | Trc | X—value | Y—value | Function Function Result | M1 1 2.019782 ms —78.52 dBm Di} _M1i 1 2297.257 ps —5.08 dB D2) _Mi 1 1.303572 ms 43.14 dB [ ]{ ) uBBBREEED w6 Date: 4.00CT.2018 15:22:53 Channel Channel EIRP (See test report fom FCC ID: RRK2012060056—1) 338,065mW DFS Detection thresholds applied —64dBm Additional Level (dB) 1 DFS Detection thresholds applied —63dBm TEST REPORT N° 157205—7 26501 —E Version : 02 Page 23/33

4. Dynamic FREquENcy SELEcTION (DFS): CHANNEL CLosinc TRANsMIsSION TIME & CHANNEL Move Time 4.1. TEST CONDITIONS Test performed by : Armand MAHOUNGOU Date of test : October 4, 2018 Ambient temperature :26 °C Relative humidity : 47 % 4.2. TEST SETUP — The Equipment Under Test is: M¥ On a table 0 In an anechoic chamber — Measurement is performed with a spectrum analyzer: ¥ On the EUT conducted access C On the EUT with a test fixture Attenuator Splitter Splitter Note: In case of EUT with less than Note: In case of AE with less than 4Tx, then a 500hm charge is put 4Tx, then a 500hm charge is put on uncharged power splitter input. on uncharged power splitter input. Spectrum Analyser Radar Test Signal Generator TEST REPORT N° 157205—7 26501 —E Version : 02 Page 24/33

Photograph for DFS Channel Closing Transmission Time & Channel Move Time TEST REPORT N° 157205—7 26501 —E Version : 02 Page 25/33

4.3. LIMIT Channel Closing Transmission Time shall not exceed 0.26second Channel Move Time shall not exceed 10seconds 4.4. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Multimeter KEITHLEY 2000 A1242090 2017105 2019/05 EMI receiver ROHDE & SCHWARZ ESR 7 A2642023 2016/11 2018711 RF cable Télédyne 920—0202—024 A5329663 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329664 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329665 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329668 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329669 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329670 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329672 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329673 2018/05 2020/05 Verified with calibrated EMI Vector signal generator ROHDE & SCHWARZ SMJ100A A5444007 receiver/ Spectrum analyzer before testing Programmable AC/DC power KIKUSUI PCRSO0M A7O40079 Ver_ified with calibrate_d supply multimeter before testing Attenuator 100B MINI CIRCUITS BW—S10W2+ A7122229 2018/05 2020/05 Attenuator 100B MINI CIRCUITS BW—S10W2+ A7122230 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329661 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329676 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329674 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329675 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122238 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122239 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122240 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122241 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122242 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122243 2018/05 2020/05 Power splitter Mini—Circuits ZNGPD—63W—S+ A7132040 2018/05 2020/05 Power splitter Mini—Circuits ZNGPD—63W—S+ A7132041 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7192075 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7 152076 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A71952077 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7 152078 2018/05 2020/05 Note: In our quality system, the test equipment calibration due is more & less 2 months 4.5. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION ¥ None C Divergence: TEST REPORT N° 157205—7 26501 —E Version : 02 Page 26/33

4.6. RESULTS Channel Closing Transmission Time & Channel Move Time 802.11ac VHT80 C25 [5. R&S DFS Analysis Tool File Help Chennel Steriup Check | in Service Monitoring Channel Mave Time (eeconis) @)_ AnaberCom Trager Source Measurement Time . Timing C Immediate ’7 @ Exiemal 12 ABORT START Frequency (Mhz) Save Trace s2e0 Measured Chennel Move Time 737 Rellavel (iBm) m dChennel Cl 1t Trenamssiontime __ [Pubme Threshold (dBm) Na—Occupancy Period (mminutes) ’3['7 Trigger Source Measurement Time (min} T Preamp C Immediate ’— @ Exsmal * STaRT Save Trace Meesured Nor—Occupancy Period [arin Spccuum inpeomamenncC)fepecmimercfSrecumamc) T¥ Ref Level 10.00 dam ®@ RBW 3 MHz js Att 20 dB @ SWT 12s @ VBW 3 MHz Input 1 AC SoL TRG:EXT o 19k Cirw Mmili] ~56.00 dBm 126.375 ms 0 d —10 dem 70 dbm —80 dbm CF 5.29 GHz 92001 pts 1.2 s/ L Date: 40072018 18.0842 Channel Closing Transmission Time (s) 0.200 Channel Move Time (s) 0.13 4.7. CONCLUSION Channel Closing Transmission Time & Channel Move Time measurement performed on the sample of the product Sagemcom® Sound Box SBDVO1, SN: 253770742, in configuration and description presented in this test report, show levels compliant to the 47 CFR PART 15.407 limits. TEST REPORT N° 157205—7 26501 —E Version : 02

5. Dynamic FReEquENcy SELEcTIiON (DFS): Non—Occurancy PERIOD 5.1. TEST CONDITIONS Test performed by : Armand MAHOUNGOU Date of test : October 4, 2018 Ambient temperature :26 °C Relative humidity : 47 % 5.2. TEST SETUP — The Equipment Under Test is: M¥ On a table 0 In an anechoic chamber — Measurement is performed with a spectrum analyzer: ¥ On the EUT conducted access C On the EUT with a test fixture Attenuator Splitter Splitter Note: In case of EUT with less than Note: In case of AE with less than 4Tx, then a 500hm charge is put 4Tx, then a 500hm charge is put on uncharged power splitter input. on uncharged power splitter input. Spectrum Analyser Radar Test Signal Generator TEST REPORT N° 157205—7 26501 —E Version : 02 Page 28/33

Photograph for DFS Non—Occupancy Period 5.3. LIMIT Non—Occupancy Period shall exceed 1800 seconds TEST REPORT N° 157205—7 26501 —E Version : 02 Page 29/33

5.4. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Multimeter KEITHLEY 2000 A1242090 2017105 2019/05 EMI receiver ROHDE & SCHWARZ ESR 7 A2642023 2016/11 201811 RF cable Télédyne 920—0202—024 A5329663 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329664 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329665 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329668 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329669 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329670 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329672 2018/05 2020/05 RF cable Télédyne 920—0202—024 A5329673 2018/05 2020/05 Verified with calibrated EMI Vector signal generator ROHDE & SCHWARZ SMJ100A A5444007 receiver/ Spectrum analyzer before testing Programmable AC/DC power KIKUSUI PCRSO0M A7O40079 Ver_ified with calibrate_d supply multimeter before testing Attenuator 100B MINI CIRCUITS BW—S10W2+ A7122229 2018/05 2020/05 Attenuator 100B MINI CIRCUITS BW—S10W2+ A7122230 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329661 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329676 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329674 2018/05 2020/05 RF cable & Attenuator 204B Télédyne & MINI CIRCUITS 920—0202—024 & FW—20+ A5329675 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122238 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122239 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122240 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122241 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122242 2018/05 2020/05 Attenuator 30B MINI CIRCUITS BW—SSW2+ A7122243 2018/05 2020/05 Power splitter Mini—Circuits ZNGPD—63W—S+ A7132040 2018/05 2020/05 Power splitter Mini—Circuits ZNGPD—63W—S+ A7132041 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7192075 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7 152076 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A71952077 2018/05 2020/05 Load 50 ohms Fairview Microwave STO635F A7 152078 2018/05 2020/05 Note: In our quality system, the test equipment calibration due is more & less 2 months 5.5. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION ¥ None C Divergence: TEST REPORT N° 157205—7 26501 —E Version : 02 Page 30/33

5.6. RESULTS Non Occupancy Period 802.11ac VHT80 C25 a (~jlbs a Eon Spectrum 5 V Ref Level 10.00 dBm @ RBW 3 MHz Att 20 dB @ SWT 2000 s @ YBW 3 MHz Input 1 AC SGL TRG:EXT O1Pk Clrw Mi[1] —20.33 dBm 0.0000 s 0 dBm —10 dBm —20 dBm —30 dBm —40 dBm —50 dBm —50 dBm —70 dBm —80 dBm T1 CF 5.29 GHz 32001 pts 200.0 s/ Date: 4.0CT.2018 17:06:47 Non occupancy period (s) ¥ 1800 5.7. CONCLUSION Non—Occupancy period measurement performed on the sample of the product Sagemcom® Sound Box SBDVO1, SN: 253770742, in configuration and description presented in this test report, show levels compliant to the 47 CFR PART 15.407 limits. TEST REPORT N° 157205—7 26501 —E Version : 02 Page 31/33

6. AnnEx 3: RADAR TEst SigGNAL TYPE 0 Pulses per Burst Pulse Width (usec) PRI (s) 18 1 1428 TEST REPORT N° 157205—7 26501 —E Version : 02 Page 32/33

7. UNCERTAINTIES CHART Wide uncertainty 47 CFR Part 15.209 & 15.207 laboratory Uncertainty limit Kind of test (k=2) +x(dB) / (Hz)/ Y ms Measurement of conducted disturbances in voltage on the AC power port (9 kHz — 150 kHz) 2,67 3.8 Measurement of conducted disturbances in voltage on the AC power port (150 kHz — 30 MHz) 2,67 3.4 Measurement of conducted disturbances in voltage on the telecommunication port. (AAN) 3,67 5.0 Measurement of conducted disturbances in current (current clamp) 2,73 2.9 Measurement of disturbance power 2,67 4.5 Measurement of radiated magnetic field from 10kHz to 3OMHz in SAC VO1 4,48 / Measurement of radiated magnetic field from 10kHz to 3OMHz in SAC CO1 4,48 / Measurement of radiated electric field from 30 to 1000MHz in horizontal position on the OATS 4.88 6.3 (Ecuelles) " " Measurement of radiated electric field from 1 to 18GHz on the Ecuelles site 5.16 1 Measurement of radiated electric field fro(rE 30 ltlo 1)OOOMHZ in vertical position on the OATS .99 63 cuelles * * Measurement of radiated electric field from 30 to 1000MHz in horizontal position in SAC CO1 5,08 6.3 Measurement of radiated electric field from 30 to 1000MHz in vertical position in SAC CO1 516 6.3 Measurement of radiated electric field from 30 to 1000MHz in horizontal position in SAC VO1 5,08 6.3 Measurement of radiated electric field from 30 to 1000MHz in vertical position in SAC VO1 515 6.3 Measurement of radiated electric field from 1 to 6 GHz CO1 5.1 5.2 Measurement of radiated electric field from 1 to 6 GHz VO1 4,85 5.2 Measurement of radiated magnetic field from 10kHz to 3OMHz on the OATS (Ecuelles) 4,48 1 The uncertainty values calculated by the laboratory are lower than limit uncertainty values defined by the CISPR. The conformity of the sample is directly established by the applicable limits values. This table includes all uncertainties maximum feasible for testing in the laboratory, whether or not made in this report TEST REPORT N° 157205—7 26501 —E Version : 02 Page 33/33


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Document Modified: 2018-11-19 11:23:25
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