BLE Test report

FCC ID: 2ACUR-NP800

Test Report

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FCCID_3239862

TUV TUV AUSTRIA SERVICES GMBH TEST REPORT Office: of the accredited test laboratory Deutschstrasse 10 1230 Vienna/Austria Tel.: TUV Nr.:M/FG—16/109b +43 1 61091—0 Fax: +43 1 61091—6505 emv@tuv.at Division: Industry & Energy Applicant: Naim Audio Limited Department: Southampton Road Testing Body for Communication Salisbury Wittshire UK Technology/ EMC SP1 2LN TtOuv ® Tested Product: NP800 Bluetooth / BLE / WIFI streaming module Test report for BLE part only FCC—ID: 2ACUR—NP800 IC—ID: 12217A—NP800 r 0 o See applicant %/!Et Tors* Manufacturer: Output power / 15,6 mW cond. power supply: 5 VDC Akkreditiert als: field strength: Prufstelle, Inspektionsstelle, Zertifizierungsstelle, Frequency range: 2402 — 2480 MHz Channel separation: 5 MHz Kalibrierstelle, Erst— und FCC: 47 CFR Part 15 (October 1, 2015 edition) Kesselprifstelle, Standard: Verifizierungsstelle RSS—247 Issue 1, May 2015; including modifications and clarifications in CB Notice 2015—07 Notified Body 0408 IC 2932K—1 Vorsitzender des TUV Austria Services GmbH Aufsichtsrats: KR Dipl.—Ing. Johann Test laboratory for EMC MARIHART Geschiftsflhrung: Dipl.—Ing. Dr. Stefan Supervisor/of EMC—laboratory: / checked by: HAAS Mag. Christoph Smbyldig W J WENNINGER Sitz: </ KrugerstraRe 16 1010 Wien/Osterreich f‘ weitere E;jWiihelm Seier /Ing. Michdel Emminger Geschiftsstellen: 15.12.2016 Dornbim, Graz, Innsbruck, Klagenfurt, Linz, Salzburg, St. PSli 4 Copy Nbr.: g)fl[ Wels, Wien, Brixen (1) und Filderstadt (D) Firmenbuchgericht/ A publication of this test report is only permitted literally. —nummer: Wien / FN 288476 f Copying or reproduction of partial sections needs a written permission of Bankverbindungen: TUV Austria Services GmbH. UC BA 52949 001 066 IBAN AT131200052949001C The results of this test report only refer to the provided equipment. BIC BKAUATWW RZB 001—04.093.282 IBAN QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 1 of 24 15.12.2016 AT1531000001040932 BIC RZBAATWW

semmmesr Test Report Reference: M/FG—16/10%b TuV Ambient temperature: 27°C Relative humidity: 36% AUSTRIA LIST OF MEASUREMENTS The complete list of measurements called for in 47 CFR 15 and RSS—247 is given below. SUBCLAUSE PARAMETER TO BE MEASURED PAGE Intentional Radiators Test object data 3 2.1033 Number of channels and channel spacing 4 15.247(a)(2) 6 dB Bandwidth 5—7 5.2 (1) 15.247(b)(3) Maximum Peak RF Power Output (eirp) 8 5.4 (4) 15.247(e) Power Spectral Density 9—11 5.2 (2) 15.247(d) Out—of—band Emissions 12—14 5.5 15.209(a) Emissions in restricted bands 15—22 RSS—Gen 15.207 Conducted Limits 23 RSS—Gen 8.8 15.247(i) Maximum permissible exposure 24 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 2 of 24 15.12.2016

Avemmmmy Test Report Reference: MFG—16/109b TU V i Ambient temperature:» o 27°C j Relative iditw* humidity: 0 36% AUSTRIA TEST OBJECT DATA General EUT Description This Bluetooth / BLE / WIFI module is using either 2.4 GHz frequencies or 5 GHz (WIFI only). This test report is only for the BLE part. See additional test reports: M/FG—16/109a for Bluetooth M/FG—16/109¢ for 2,4 GHz WIF! and M/FG—16/110 for 5 GHz WIF! measurement results including photodocumentation. 21033 (c) Technical description 2.1033 (4) Type of emission: 561KF1D — Channel bandwidth < 1MHz — Channel spacing 2 MHz 21033 (5) Frequency range: 2402 to 2480 MHz (channel center frequencies). 21033 (6) Power range and Controls: The maximum peak output power is 15,6 mW and there is no power regulation. 2.1033 (7) Maximum output power rating: 15,6 mW. 21033 (8) DC Voltage and Current: 5 V DC maximum current consumption: 200 mA¥) RSS—135 This standard does not apply to: 1.1.(a) a receiver that scans radio frequencies for the purpose of enabling its associated transmitter to avoid transmitting in an occupied frequency but which does not have the capability of decoding the message (e.g. converting it to audio voice) contained in the radio signal Tests were performed May 9" till 13"" 2016. QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 3 of 24 15.12.2016

Test Report Reference: smmumenr M/FG—16/108b TuV Ambient temperature: 27°C Relative humidity: 36% pereis V iy. $6%4 AUSTRIA Number of channels and channel spacing §2.1033 Conducted Measurement Rated output power: 15,6 mW There are 40 Channels used starting at 2402 till 2480 MHz each separated by 2 MHz channel spacing with a maximum bandwidth of 1 MHz. Test Equipment used: N/A QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 4 of 24 15.12.2016

TUV Test Report Reference: M/FG—16/109b P Ambient temperature: 27°C Relative humidity: ty: 8% 36% AUSTRIA 6dB Bandwidth § 15.247(a)(2) 5.2(1) Conducted Measurement Rated output power: 15,6 mW Channel 0 (2402 MHz center frequency) Delta 2 [T3] RBW 10 kHz RF Att 30 dB Ref Lvl —9.75 dB vBw 10 kHz 20 dBm 20.04008016 kHz SWT 250 ms Unit dBm 20 Yail1tr3] § .20 dBn Es 2.402284050 cHz ] 10 & 2| [T3) ~Y4. 75 dB ‘ ] 40 .04008016 khz o 1 al} (T3] —14.10 daB —5 4 1.0821¢433 kHz —10 IV INL —2 Ol—3maze lT 3MA EXT . N _1 —eo— MM —70 _8(\ Center 2.402 GHz 1 MHz/ Span 10 MHz Date: 1. JAN. 1997 07 :47 :14 6dB Bandwidth: 561 kHz LIMIT SUBCLAUSE 15.247(e) — 5.2(1) Under normal test conditons 6 dB Bandwidth at least 500 kHz Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 5 of 24 15.12.2016

Test Report Reference: h M/FG—16/10%b Tu Ambient temperature: 27°C Relative humidity: 36% perature y. 864 AUSTRIA 6dB Bandwidth §15.247(a)(2) 5.2(1) Conducted Measurement Rated output power: 15,6 mW Channel 19 (2440 MHz center frequency) Delta 2 [T3] RBW 10 kHz RF Att 30 dB Ref Lvl —9.22 dB VBW 10 kHz 20 dBm 20.04008016 kHz SWT 250 ms Unit dBm 20 Ya igr3] 4 .82 ({Blr“ f 2.44025050 anz 40 & 7| TT3 {—>3 <m ] I J0o.0400g016 knz o A WN! a L P31 —14.05 dB —541.08216433 kHz —10 ij IN1L —2 0|—3re23e 3MA EXT —30] ljll | —601 An j\ 1, —70 —80 Center 2.44 GHz 1 MHz/ Span 10 MHz Date: 1. JAN. 1997 07 :45 :45 6dB Bandwidth: 561 kHz LIMIT SUBCLAUSE 15.247(e) — 5.2(1) Under normal test conditons 6 dB Bandwidth at least 500 kHz Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 6 of 24 15.12.2016

Test Report Reference: i M/FG—16/109b Tu Ambient temperature: 27°C Relative humidity: 36% AUSTRIA 6dB Bandwidth §15.247(a)(2) 5.2(1) Conducted Measurement Rated output power: 15,6 mW Channel 39 (2480 MHz center frequency) Delta 2 [T3] RBW 10 kHz RF Att 30 dB ® Ref Lvl —9.22 dB VBW 10 kHz 20 dBm 521.04208417 kHz SWT 250 ms Unit dBm 20 — 1| (T3] 46 daBn a —’[f)7 j/ ) GH z “ 10 — & ~[TTT3] * 1B I l 5i1 . 04208417 kHz 6 ols w11 co3j ~14.27 ap —40.08016032 kHz —10 i] \i INL —2 Ol—3seaze ( \4 3MA EXT —30 4 1| _I w88 * Luie Ju. R—FRUG —70 —80 Center 2.48 GHz 1 MHz/ Span 10 MHz Date: 9 1. JAN. 1997 07 :44 :16 6dB Bandwidth: 561 kHz LIMIT SUBCLAUSE 15.247(e) — 5.2(1) Under normal test conditons 6 dB Bandwidth at least 500 kHz Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 7 of 24 15.12.2016

Test Report Reference: smummmey M/FG—16/109b TUV Ambient temperature: 27°C Relative humidity: 36% AVSTRIA Maximum Peak RF Power Output (conducted) §15.247(b)(3) 5.4(4) Conducted Measurement Rated output power: 15,6 mW Test conditions Transmitter power (mW) 2402 MHz 2440 MHz 2480 MHz Tnom ( 27 )°C Vrom ( 5) V 15,6 14,6 13,7 Maximum deviation from rated output power under normal test conditions (dB) Measurement uncertainty + 0,75 dB LIMIT SUBCLAUSE 15.247(b)(3) — 5.4(4) Under normal test conditons 1W conducted (4W eirp) Test Equipment used: NT—204; NT—229; NT233/1a QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 8 of 24 15.12.2016

Test Report Reference: insammees M/FG—16/109b TuV Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Power spectral density (conducted) §15.247(e) 5.2(2) Conducted Measurement Rated output power: 15,6 mW Channel 0 (2402 MHz center frequency) Marker 1 [T3] RBW 3 kHz RF Att 30 dB Ref Lvl 6.84 dBm VBW 3 kHz 20 dBm 2.40174950 GHz SWT 2.8 s Unit dBm 20 ¥ ; dg.g4a art 2 .401741850 GHa _ |® 10 \1[ IN1 —2 Ol—3nszse 3MA EXT —30 || | |Iy l L wl id MM‘MM @1 UV —8G) Center 2.402 GHz 1 MHz/ Span 10 MHz Date: 1. JAN.1997 07:38 :52 Power Spectral density: 6,84 dBm @ 2401,750 MHz LIMIT SUBCLAUSE 15.247(e) — 5.2(2) Under normal test conditons- +8dBm in any 3 kHz band Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 9 of 24 15.12.2016

Test Report Reference: sommmmunt M/FG—16/108b TUV Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Power spectral density (conducted) §15.247(e) 5.2(2) Conducted Measurement Rated output power: 15,6 mW Channel 19 (2440 MHz center frequency) Marker 1 [T3] RBW 3 kHz RF Att 30 dB Ref Lvl 6 .50 dBm VBW 3 kHz 20 dBm 2.43974950 GHz SWT 2 .8 s Unit dBm 20 Ya 1tTr3j 4.50 aBn 2.43974950 GHz «§ :— a —% | fioow—fferrnimmmnf INL —2 0|z 3MA EXT —30 | J | ul 1 —70 PW —80 Center 2.44 GHz 1 MHz/ Span 10 MHz Date: 1.IJAN.1997 07:40:20 Power Spectral density: 6,50 dBm @ 2439,750 MHz LIMIT SUBCLAUSE 15.247(e) — 5.2(2) Under normal test conditons +8dBm in any 3 kHz band Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—108b.doc Page 10 of 24 15.12.2016

m Test Report Reference: M/FG—16/109b TuV Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Power spectral density (conducted) §15.247(e) 5.2(2) Conducted Measurement Rated output power: 15,6 mW Channel 39 (2480 MHz center frequency) Marker 1 [T3] RBW 3 kHz RF Att 30 dB Ref Lvl 6.14 dBm VBW 3 kHz 20 dBm 2.48025050 GHz SWT 2.8 s Unit dBm 20 Y¥ ; T3 .14 aBu “ 2.4802§05Q0 GHz 10 L w o —10 | 1 IN1 —2 0l—3ra3e 3MA EXT —30 —40 l _50 s | \l C MMLJ h ul‘ll«.h — mjfl . , _8(\ Center 2.48 GHz 1 MHz/ Span 10 MHz Date: 1.IJAN.1997 07:41:45 Power Spectral density: 6,14 dBm @ 2480,250 MHz LIMIT SUBCLAUSE 15.247(e) — 5.2(2) Under normal test conditons +8dBm in any 3 kHz band Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 11 of 24 15.12.2016

TUV Test Report Reference: M/FG—16/109b Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Out—of—band Emission §15.247(d) Unwanted Emissions 5.5 Conducted Measurement Setup: CH 0: 2402 MHz Marker 1 [T3] RBW 100 kHz RF Att 30 dB Ref Lvl 9.80 dBm VBW 100 kHz 20 dBm 2.40200000 GHz SWT 6.4 s Unit dBm 20 Y1l [(7T3) q.80 dBi | 2. 40200000 cGHz 10 " 0 —10) INL —2 0l—amazy 3MA —30 —40 —50 —60 —70 —80 Center 12.5001 GHz 2.5 GHz/ Span 25 GHz Date: 1.JAN. 1997 05:07:01 LIMIT SUBCLAUSE 15.247(d) — 5.5 In any 100 kHz bandwidth outside the frequency band in At least 20dB below the power in the 100 kHz bandwidth which the radio device is operating. within the band that contains the highest level of the desired power. Test Equipment used: NT—207 QFM—EMV—FG_Protokoli Rev.00 / FG16—109b.doc Page 12 of 24 15.12.2016

TUV Test Report Reference: M/FG—16/109b Ambient temperature: 27°C Relative humidity: 36% AUST RIA Out—of—band Emission §15.247(d) Unwanted Emissions 5.5 Conducted Measurement Setup: CH 19: 2440 MHz Marker 1 [T3] RBW 100 kHz RF Att 30 @ Ref Lvl 10 .35 dBm VBW 100 kHz 20 dBm 2.404909%62 GHz SWT 6.4 s Unit 20 Y (T3) 1( . in tw C a = 2 . 4049 C to ® Q IC N h 10 —10 IN1 —2 0|—38ea3¢ 3MA —30 —40 —506 —60 —70 —80 Center 12.5001l GHz 2.5 GHz/ Span 25 GHz ‘Date: 1.JAN.1997 05:09:13 LIMIT SUBCLAUSE 15.247(d) — 5.5 In any 100 kHz bandwidth outside the frequency band in At least 200B below the power in the 100 kHz bandwidth which the radio device is operating. within the band that contains the highest level of the desired power. Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 13 of 24 15.12.2016

TUV Test Report Reference: M/FG—16/109b Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Out—of—band Emission §15.247(d) Unwanted Emissions 5.5 Conducted Measurement Setup: CH 39: 2480 MHz RBW 100 kHz 30 dB B me: m Marker 1 [T3] RF Att 9 .60 dBm VBW 100 kHz 20 dBm 2.48000000 GHz SWT 6.4 s Unit dBm 20 Y ui r3] § .60 dBn 2.48000000 GhHz —10 IN1 —20|—smeaze 3MA —30 —40 —50 —60 —70 —80 Center 12.5001 GHz 2.5 GHz/ Span 25 GHz Date: 1. JAN.1997 05 : 10 :33 LIMIT SUBCLAUSE 15.247(d) — 5.5 In any 100 kHz bandwidth outside the frequency band in At least 20dB below the power in the 100 kHz bandwidth which the radio device is operating. within the band that contains the highest level of the desired power. Test Equipment used: NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 14 of 24 15.12.2016

semmmms; Test Report Reference: MFG—16/109b TuV Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Emissions in restricted bands §15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector: Setup: CH 0: 2402 MHz 1307 120| 110.: 100.' BO.: 801 Pegel in dBpV/m 3 ; FCC ClassB F QP 404B 3k 20 30 50 100k 200 300 500 1M 2M 3M 5M 10M 20 30M Frequenz in Hz PK+_CLRWR@Naim FO FCC ClassB F QP 400B Worst case emission: 64,6 dBuV/m @ 1,92 MHz Remark: As the highest spurious conducted emission was measured as to be —55 dB below the fundamental, all radiated measurements (except Band edges) were made with RF connector terminated with 50 ohm load. LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength (microvolts/meter) |__Measurement distance (meters) 0.009—0.490 2400/F(kHz) 300 0.490—1.705 24000/F(kHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** 3 216—960 200** 3 Above 960 500 3 Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—122; NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 15 of 24 15.12.2016

TUV Test Report Reference: WFG—16/109b Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Emissions in restricted bands §15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector (magenta line) and Average detector (green line): Setup: CH 0: 2402 MHz 80f 75 T0 | 65 60 Pegel in dBuV/m 55 50 451 40| 201 15 10 6i 30M 50 60 80 100M 200 300 400 500 800 1G 2G 3G 4G 5G 6 8 106 18G | Frequenz in Hz PK+_MAXH@Naim Feld\NP800_BLE_O_F1 PK+_MAXH@Naim Feld AVG_MAXH@Naim Feld X QuasiPeak@Naim Feld FCC Part 15 Class B Electric Field Strength QP+AV Worst case emission: 35,7 dBuV/m @ 48,6 MHz Remark: As the highest spurious conducted emission was measured as to be —55 dB below the fundamental, all radiated measurements (except Band edges) were made with RF connector terminated with 50 ohm load. Although the measurement above ends at 18 GHz, all measurements were performed up to the thenth harmonics of the transmitter frequency. LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength (microvolts/meter) Measurement distance (meters) 0.009—0.490 2400/F(kHz) 300 0.490—1.705 24000/F(kHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** 3 216—960 200** 3 Above 960 500 3 Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—126; NT—131/1; NT—139; NT—207; NT—337 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 16 of 24 15.12.2016

TUV Test Report Reference: M/FG—16/109b Ambient temperature: 27°C Relative humidity: 36% AVSTRIA Emissions in restricted bands § 15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector (green line) and Average detector (magenta line): Band Edge requirement Setup: CH 0: 2402 MHz Antenna used : ANT1612 110 100 A | so J Pegel in dBuV/m 70 I 60 FCC Part 15 Class B Electric Field Strength OP+AV sppen—> v~ xnz 40 | _y 30 : 2350 2360 2380 2400 2420 2440 2460 2480 2500 2520 2540 2550 Frequenz in MHz Preview Result 2—AVG Preview Result 1—PK+ FCC Part 15 Class B Electric Field Strength QP+AV x Fina!_Result QPK + Final_Result AVG LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength (microvolts/meter) |_Measurement distance (meters) 0.009—0.490 2400/F(kHz) 300 0.490—1.705 24000/F(KkHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** 3 216—960 200** 3 Above 960 500 3 Band edges of the nearest restricted bands: 2390 MHz and 2483,5 MHz. Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—139; NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 17 of 24 15.12.2016

Test Report Reference: umt M/FG—16/109b Tu Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Emissions in restricted bands § 15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector: Setup: CH 19: 2440 MHz 130 1207 ‘ 110f 100f 80 70 Pegel in dBuV/im WMWMM“ FCC ClassB F QP 41 | 9k 20 30 50 100k 200 300 500 1M 2M 3M 5M 10M 20 30M | . L _ Frequenz in Hz _ PK+_CLRWR@Naim FO FCC ClassB F QP 400B Worst case emission: 60,4 dBuV/m @ 2,04 MHz Remark: As the highest spurious conducted emission was measured as to be —55 dB below the fundamental, all radiated measurements (except Band edges) were made with RF connector terminated with 50 ohm load. LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength (microvolts/meter) _Measurement distance (meters) 0.009—0.490 2400/F(kHz) 300 0.490—1.705 24000/F(kHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** 3 216—960 200** is Above 960 500 3 Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—122; NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 18 of 24 15.12.2016

AM Test Report Reference: M/FG—16/109b Ambient temperature: 27°C Relative humidity: 36% Emissions in restricted bands §15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector (magenta line) and Average detector (green line): Setup: CH 19: 2440 MHz 90 85 | 80 75 ; 10 65 so} E S 5 Fi a 5 8ho 50 it _ | 6 45 401 5 e M/\-‘J 35 _A /\jfij k. M «on 25 aP fw us‘ 20 ~ 15 10 +——t—t—t— + + + + + + 30M 50 60 B0 100M 200 300 400 500 800 1G 2G 3G 4G 5G 6 B 10G 18G | Frequenz in Hz PK+_MAXH@Naim Feld\NPBO0_BLE_19_F1 PK+_MAXH@Naim Feld ~=——— AVG_MAXH@Naim Feld xX QuasiPeak@Naim Feld FCC Part 15 Class B Electric Field Strength QP+AV Worst case emission: 35,6 dBuV/m @ 48,6 MHz Remark: As the highest spurious conducted emission was measured as to be —55 dB below the fundamental, all radiated measurements (except Band edges) were made with RF connector terminated with 50 ohm load. Although the measurement above ends at 18 GHz, all measurements were performed up to the thenth harmonics of the transmitter frequency. LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength(microvolts/meter) Measurement distance (meters) 0.009—0.490 2400/F(KkHz) 300 0.490—1.705 24000/F(kHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** 3 216—960 200** 3 Above 960 500 3 Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—126; NT—131/1; NT—139; NT—207; NT—337 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 19 of 24 15.12.2016

TUV Test Report Reference: M/FG—16/109b Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Emissions in restricted bands §15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector: Setup: CH 39: 2480 MHz 130 120} 110} 100 707 Pegel in dBuV/m 60 | 50 [MB rco classs r ar4 | 40 ‘ 301 | 20 | 10 3k 20 30 50 100k 200 300 500 1M 2M 3M SM 10M 20 30M Frequenzin Hz 80 PK+_CLRWR@Naim FO FCC ClassB F QP 400B Worst case emission: 64,0 dBuV/m @ 1,92 MHz Remark: As the highest spurious conducted emission was measured as to be —55 dB below the fundamental, all radiated measurements {except Band edges) were made with RF connector terminated with 50 ohm load. LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength (microvolts/meter) Measurement distance (meters) 0.009—0.490 2400/F(KkHz) 300 0.490—1.705 24000/F(kHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** C 216—960 200** 3 Above 960 500 3 Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—122; NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 20 of 24 15.12.2016

TUV Test Report Reference: MWFG—16/109b Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Emissions in restricted bands §15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector (magenta line) and Average detector (green line): Setup: CH 39: 2480 MHz | 90 i B5t 801 | 751 70 65 60 FGC Pan 15 Class B Elegbic Fiald IP+AV Pegel in dBuV/m 55 50 "ube 45 ——‘—l— | ;J A, Athyh aA® 40| mvl'.)/)[ LFI,‘N‘"" X Aper d 35 ’f\ | M)‘"Af\f\r‘,./"\/« | ';U $ aol * rAwse" T a* 1 251 \A\f\/%\md lt M x BA / 20] 157 10 30M 50 60 80 100M 200 300 400 500 800 1G 2G 3G 4G 5G 6 B8 10G 18G Frequenz in Hz PK+_MAXH@Naim Feld\NP800_BLE_39_F1 PK+_MAXH@Naim Feld AVG_MAXH@Naim Feld xX QuasiPeak@Naim Feld FCC Part 15 Class B Electric Field Strength QP+AV Worst case emission: 35,4 dBpuV/m @ 48,6 MHz Remark: As the highest spurious conducted emission was measured as to be —55 dB below the fundamental, all radiated measurements (except Band edges) were made with RF connector terminated with 50 ohm load. Although the measurement above ends at 18 GHz, all measurements were performed up to the thenth harmonics of the transmitter frequency. LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength (microvolts/meter) Measurement distance (meters) 0.009—0.490 2400/F(KkHz) 300 0.490—1.705 24000/F(kHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** 3 216—960 200** 3 Above 960 500 3 Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—126; NT—131/1; NT—139; NT—207; NT—337 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 21 of 24 15.12.2016

TUV Test Report Reference: M/FG—16/109b Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Emissions in restricted bands § 15.209(a) Emissions falling within restricted frequency bands RSS—Gen Measurement with Peak—Detector (green line) and Average detector (magenta line): Band Edge requirement Setup: CH 39: 2480 MHz — Antenna used: ANT1612 1107 1D’D: 905 30: Pegel in dBuV/m 70 60+ |_| FCCRart 15 Ciass B Electric Field Strength OP+AV Whuchs runPeret onleypmmateg | | 40f _____ 30 + : + 2350 2360 2380 2400 2420 2440 2460 2480 2500 2520 2540 2550 Frequenz in MHz Preview Result 2—AVG Preview Result 1—PK+ FCC Part 15 Class B Electric Field Strength QP+AV x Final_Result QPK + Final_Result AVG LIMIT SUBCLAUSE 15.209(a) — RSS—Gen Frequency (MHz) Field strength (microvolts/meter) Measurement distance (meters) 0.009—0.490 2400/F(KkHz) 300 0.490—1.705 24000/F(kHz) 30 1.705—30.0 30 30 30—88 100** 3 88—216 150** 3 216—960 200** 3 Above 960 500 3 Band edges of the nearest restricted bands: 2390 MHz and 2483,5 MHz. Test Equipment used: NT—100; NT—110; NT—111; NT—112; NT—139; NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 22 of 24 15.12.2016

: L____j Test Report Reference: MEFG—16/109b TuV Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Conducted Limits §15.207 RSS—Gen 8.8 Measurement with Peak—Detector (green line) and Average detector (magenta line): Setup: CH 19: 2440 MHz _x 70f | [ | j EN 55022 v aP 60 \ 50~¥ 1. . .- i ofi d A '!f' 55022 V AV & | wr""fl'[ eyV‘ Wnn onl E 40 + }W»H‘l | §A ‘ i i 0 Co . $ I\-{r\‘v"""-"”\,a Un althu t B WWe P :. ftht & 30f " ¥ J‘p\f I|\fl"’&kh‘"fi MH I Y M ¢ . A 7 } M 20 \ ,r".‘- 5 .,."‘1'_‘?’\\' /\/\ Ar %l m N"fll]wh 4 / yil V \N\ifiM 10 1050k — 300 400 500 _ 800 1M 2M 3M 4M 5M 6 : 8 1(;M 20M | 30M Frequenz in Hz Preview Result 2—AVG Preview Result 1—PK+ EN 55022 V QP EN 55022 V AV x Final_Result QPK + Final_Result CAV LIMIT SUBCLAUSE 15.207(a) — RSS—Gen 8.8 Conducted limit (dBpV) Frequency of emission (MHz) Quasi—peak Average 0.15—0.5 66 to 56* 56 to 46* 0.5—5 56 46 5—30 60 50 *Decreases with the logarithm of the frequency. Test Equipment used: NT—300; NT—554; NT—441; NT—207 QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 23 of 24 15.12.2016

sommmny Test Report Reference: M/FG—16/109b Tu V & 1 o o m o Ambient temperature: 27°C Relative humidity: 36% AUSTRIA Maximum permissible Exposure §15.247(i) This kind of radio equipment is categorically excluded from routine environmental evaluation. QFM—EMV—FG_Protokoll Rev.00 / FG16—109b.doc Page 24 of 24 15.12.2016

Appendix 1 TUV Test equipment used AVSTRIA Division: Anechoic Chamber with 3m NT—100 Power quality analyzer NT—160 — Industry & Energy U U measurement distance Fluke 1760 (complete set) NT—173 Stripline NT—108 Spectrumanalyzer — FSP7 NT—200 0 § according to ISO 11452—5 9 kHz — 7 GHz Department: FG NT—110/1 ESCI — Test receiver 0 MA4OO0O — Antenna mast 0O NT—203/1 Test report number: 1 — 4 m height 9 kHz — 7 GHz WFG—16/108b DS — Turntable NT—111/1 ESI26 — Test receiver NT—207 0 0 0 — 400 ° Azimuth 20 Hz —26,5 GHz Page: 1 of 4 ©CO3000 Controller NT—112/1 Digital Radio Tester HA 0 CTS55 Ni—2cs Date: 15.12.2016 Mast+Turntable HUF—Z3 — Log. Per. Antenna NT—121 Noise—gen., ITU—R 559—2 NT—209 Checked by: 0 0O 200 — 1000 MHz 20 Hz — 20 kHz HFH—Z2 — Loop Antenna NT—122 CMTA — Radiocommunication NT—210 ¥ 0 0 9 kHz — 30 MHz analyzer ; 0,1 — 1000 MHz HFH—Z6 — Rod Antenna NT—123 0O 3271 — Spectrum analyzer NT—211 0 9 kHz — 30 MHz 100 Hz — 26,5 GHz 3121C — Dipole Antenna NT—124 Digital Radio Tester NT—2120 0 § 28 — 1000 MHz Aeroflex 3920 NT—125 Mixer M28HW NT—214 0O 3115 — Horn Antenna 0 1 — 18 GHz (immunity) 26,5 GHz — 40 GHz NT—126 RubiSource T&M NT—216 0 3116 — Horn Antenna 0 18 — 40 GHz Timing reference SAS—200/543 — Bicon. Antenna NT—127 Radiocommunicationanalyzer NT—217 0 0 20 MHz — 300 MHz SWR 1180 MD AT—1080 — Log. Per. Antenna NT—128 Mixer M19HWD NT—218 O 0 80 — 1000 MHz 40 GHz —— 60 GHz HK—116 — bicon. Antenna NT—129 Mixer M12HWD NT—219 0 0O 20 MHz — 300 MHz 60 GHz — 90 GHz NT—130 DSO9104 NT—220/1 0O HK—116 — bicon. Antenna 0 20 MHz — 300 MHz Digital scope 3146 — Log. Per. Antenna NT—131 TPS 2014 NT—222 0 O 200 — 1000 MHz Digital scope VULB 9163 Trilog Antenna NT—131/1 Artificial Ear NT—224 0O O 30 — 3000 MHz according to IEC 60318 NT—132 1 kHz Sound calibrator NT—225 O Loop Antenna 0 H—Field NT—133 B10 — Harmonics and NT—232 0 Horn Antenna 0 500 MHz — 2900 MHz flicker analyzer NT—133/1 SRM—3000 NT—233 O Horn Antenna 0 500 MHz — 6000 MHz Spectrumanalyzer Log. per. Antenna NT—134 SRM—3006 NT—233/1a 0 0 800 MHz — 2500 MHz Spectrumanalyzer Log. per. Antenna NT—135 E—field probe SRM NT—234 0 0O 800 MHz — 2500 MHz 75 MHz — 3 GHz BiConiLog Antenna NT—137 Field Meter NBM—500 NT—240a—d 0 0 26 MHz — 2000 MHz incl. E— and H—Field probes Conical Dipol Antenna NT—138 Hall—Teslameter NT—241 0 0 PCD8250 ETM—1 HF 906 — Horn Antenna NT—139 EFA—3 NT—243 0 0 1 — 18 GHz (emission) H—field— / E—field probe HZ—1 NT—150 Field Meter EMR—200 NT—244 0 0 Antenna tripod 100 kHz —3 GHz BN 1500 NT—151 E—field probe NT—245 0 IG Antenna tripod 100 kHz —3 GHz Ant. tripod for EN61000—4—3 NT—156 H—field probe NT—246 0 0 Model TP 1000A 300 kHz —— 30 MHz

Appendix 1 (continued) Test equipment used TUV AVUSTRIA E—field probe NT—247 Oscillatory Wave Simulator incl. NT— O G Division: 3 MHz — 18 GHz Coupling networks 328a+b+c Industry & Energy H—field probe NT—248 BTA—250 — RF—Amplifier NT—330 O 0 27 MHz—1 GHz 9 kHz — 220 MHz / 250 W Department: FG ELT—400 NT—249 T82—50 RF—Amplifier NT—331 O O 1 Hz — 400 kHz 2 GHz— 8 GHz Test report number: MDS 21 — Absorbing clamp NT—250 500W1000M7 — RF—Amplifier NT—332 WFG—16/109b 0 0 30 — 1000 MHz 80 — 1000 MHz / 500 W Page: 2 of 4 FCC—2031 NT—251 AS0102—65R — RF—Amplifier NT—333 °0 0 EM Injection clamp 1 GHz — 2 GHz Date: 15.12.2016 FCC—2031—DCN NT—252 APAQ1 — RF—Amplifier NT—334 G 0 Ferrite decoupling network 0,5 GHz — 2,5 GHz Checked by: PR5O NT—253 Preamplifier NT—335 O 0 Current Probe 1 GHz — 4 GHz i310s NT—254/1 Preamplifier for GPS NT—336 O Current Probe O MKU 152 A Fluke 87 V NT—260 NT—337 O Preamplifier 0 True RMS Multimeter 100 MHz — 23 GHz Model 2000 DC Block 10 MHz — 18 GHz NT—338 O NT—261 0 Digital Multimeter Model 8048 Fluke 87 V NT—262/1 2—97201 NT—341 0O 0O Digital Multimeter Electronic load ESH2—Z25—U1 Artificial mains NT—300 TSX3510P — Power supply NT—344 0 0 network 4x25A 0—30 V / 0 — 10 A ESH3—Z25—U1 Artificial mains NT—301 TSX3510P — Power supply NT—345 0 O network 2x10A 0—30 V / 0 — 10 A ESH3—Z6—U1 Artificial mains NT—302 VDS 200 NT—350 0 O network 1x100A Mobil—impuls—generator ESH3—Z6—U1 Artificial mains NT—302a LD 200 NT—351 0 0 network 1x100A Mobil—impuls—generator PHE 4500/B NT—304 MPG 200 NT—352 0 0 Power amplifier Mobil—Impuls—Generators EZ10 NT—305 EFT 200 NT—353 0 0 T—Artificial Network Mobil—impuls—generator SMG — Signal generator NT—310 AN 200 S$1 NT—354 0 0 0,1 — 1000 MHz Artificial Network SMA100A — Signal generator NT—310/1 FP—EFT 32M NT—400/1 0 0 9 kHz — 6 GHz 3 ph. Coupling filter (Burst) RefRad NT—312 PHE 4500 — Mains impedance NT—401 0 0 Reference generator network SMP 02 Signal generator NT—313 IP 6.2 Coupling filter for NT—403 0 0 10 MHz — 20 GHz data lines (Surge) 40 MHz Arbitrary Generator NT—315 TK 9421 High Power Volt. Probe NT—409 0 0 TGA1241 150 kHz — 30 MHz Artificial mains network NT—316 ESH2—Z3 — Probe NT—410 0 0 NSLK 8127—PLC 9 kHz — 30 MHz PEFT — Burst generator NT—320 IP 4 — Capacitive clamp NT—411 0 0 up to 4 kV (Burst) ESD 30 System NT—321 NT—412 0 Highpass—Filter 0 up to 25 kV 100 MHz — 3 GHz PSURGE 4.1 NT—324 NT—413 0 Highpass—Filter 0 Surge generator 600 MHz — 4 GHz IMU4000 NT—325/1 Highpass—Filter NT—414 0 0 Immunity test system 1250 MHz — 4 GHz VCS 500—M6 NT—326 Highpass—Filter NT—415 0 0A Surge—Generator 1800 MHz — 16 GHz

Appendix 1 (continued) Test equipment used AM Division: Highpass—Filter NT—416 FCC—801—$525 NT—462 Industry & Energy D O 3500 MHz — 18 GHz Coupling decoupling network RF—Attenuator 10 dB NT—417 FCC—801—14 NT—463 0 0O Department: FG DC — 18 GHz / 50 W Coupling decoupling network NT—418 FCC—801—C1 NT—464 O RF—Attenuator 6 dB Test report number: 0O DC — 18 GHz / 50 W Coupling decoupling network M/FG—16/108b RF—Attenuator 3 dB NT—419 SW 9605 — Current probe NT—465/1 A 0 150 kHz —— 30 MHz Page: 3 of 4 DC — 18 GHz / 50 W NT—421 95242—1 — Current probe NT—468 0O RF—Attenuator 20 dB Date: 15.12.2016 0 DC — 1000 MHz / 25 W 1 MHz — 400 MHz RF—Attenuator 30 dB NT—423 94106—1L—1 — Current probe NT—471 Checked by: , 0 0 DC — 1000 MHz / 1 W 100 kHz — 450 MHz NT—424 GA 1240 Power amplifier NT—480 O RF—Attenuator 0O 30 dB according to EN 61000—4—16 NT—425 Coupling networks NT—481 — 0 RF—Attenuator 6 dB 0 DC — 1000 MHz / 1 W according to EN 61000—4—16 NT—483 RF—Attenuator 6 dB NT—426 Van der Hoofden Test Head NT—484 0 0O DC — 1000 MHz / 1 W NT—428 PC P4 3 GHz NT—500 0 RF—Attenuator 0 6 dB Test computer NT—429 PC P4 1700 MHz NT—505 0O RF—Attenuator 0 0 dB — 81 dB Notebook WRU 27 — Band blocking NT—430 Monitoring camera NT—511 0 0 27 MHz with Monitor WHJ450C9 AA — High pass NT—431 ES—K1 Version 1.71 SP2 NT—520 O 0 450 MHz Test software WHJ250C9 AA — High pass NT—432 EMC32 Version 10.01 NT—520/1 0 U 250 MHz Test software NT—433 SRM—TS Version 1.3 NT—522 O RF—Load 0 150 W software for SRM—3000 Impedance transducer NT—435 SRM—TS Version 1.3.1 NT—522/1 0 0 114 ; 1:9 ; 1:16 software for SRM—3006 RF—Attenuator DC — 18 GHz NT—436 Spitzenberger und Spies NT—525 0 O 6 dB Test software V4.1 RF—Attenuator DC — 18 GHz NT—437 Noise power test apparatus NT—530 O 0O 0 6 dB according to EN 55014 RF—Attenuator DC — 18 GHz NT—438 Vertical coupling plane NT—531 0 10 dB (ESD) RF—Attenuator DC — 18 GHz NT—439 Test cable #4 NT—553 0 O 20 dB for EN 61000—4—6 I+P 7780 Directional coupler NT—440 Test cable #3 NT—554 0 0O 100 — 2000 MHz for conducted emission ESH3—Z2 — Pulse limiter NT—441 Test cable #5+#6 NT—555 + O O 9 kHz — 30 MHz ESD—cable (2x470k) NT—556 NT—443 Test cable #8 NT—559 0 Power Divider 0 6 dB/1 W/50 Ohm Sucoflex 104EA Directional coupler NT—444 Test cable #9 NT—580 0O 0 0,1 MHz — 70 MHz (for outdoor measurements) NT—445 Test cable #10 NT—581 0 Directional coupler 0 0,1 MHz — 70 MHz (for outdoor measurements) Tube imitations NT—450 Test cable #13 NT—584 O 0 according to EN 55015 Sucoflex 104PE FCC—801—M3—16A NT—458 Test cable #21 NT—592 0 0 Coupling decoupling network for SRM—3000 FCC—801—M2—50A NT—459 Shield chamber NT—600 0 0 Coupling decoupling network FCC—801—M5—25 NT—460 Climatic chamber M—1200 o 0 Coupling decoupling network FCC—801—AF10 NT—461 OA Coupling decoupling network

Appendix 1 (continued) TUV _ AUVUSTRIA Test equipment used Log.per Antenna 80—2700 MHz EMV—304 Division: O Anechoic Chamber EMV—100 D0 STLP 9128 E special Industry & Energy 3 m / 5 m measuring distance Log.per Antenna 0,7 — 9 GHz EMV—305 0O Turntabel EMV—101 0O STLP9149 Department: FG 6 m diameter Load Dump Generator EMV—350 0O Antenna mast EMV—102 0 LD 200N Test report number: 1 —4 m M/FG—16/109b Ultra Compact Symulator EMV—351 0 Mast and Turntable controller EMV—103 0 UCS 200N100 FC—06 Page: 4 of 4 Automotive Power fail module EMV—352 O EMC Video/Audiosystem EMV—104 0 PFM 200N100.1 Date: 15.12.2016 Voltage Drop Symulator EMV—353 _lA 0 EMC Software EMV—105 Checked by: 0 VDS 2000100 EMC32 Version 10.01 Arb. Generator EMV—354 0O Hornantenna 1 — 18 GHz EMV—110 0 AutoWave HF 907 Ultra Compact Symulator EMV—355 0 Antennapre.amp. 1 — 18 GHz EMV—111 0 UCS 500N7 ERZ—LNAO0200—1800—30—2 Coupling decoupling network EMV—356 Trilog Antenna 30—3000 MHz EMV—112 O J CNI 503B7 / 32 A VULBI163 Coupling decoupling network EMV—357 0 Monopol 9 kHz —— 30 MHz EMV—113 0 CNI 503B7 / 63 A VAMP 9243 Telecom Surge Generator EMV—358 O Antennapre.amp 18 — 40 GHz EMV—114 0 TSurge 7 BBV 9721 Coupling decoupling network EMV—359 0 DC Artificial Network EMV—150 0O CNI 50O8N2 PVDC 8300 Coupling decoupling network EMV—360 0 AC Artificial Network EMV—151 0 CNV 504N2.2 NNLK 8121 RC Immunity generator EMV—361 0 EMI Receiver EMV—200 0O NSG4060/NSG4060—1 ESR26 Coupling network EMV—362 0 Signalgenerator 9 kHz — 40 GHz EMV—201 0 CDND M316—2 N5173B Coupling network EMV—363 O GPS Frequency normal EMV—202 O CT419—5 B—88 ESD Generator EMV—364 0 DC Power supply EMV—203 O NSG 437 N5745A Pulse Limiter EMV—405 0O DC Power supply EMV—204 0 VTSD 9561—F BNC NS5745A Transient emission EMV— 0 Spektrum Analyzator EMV—205 O BSM200N40+BS200N100 450+451 FSV40 Cap. Coupling Clamp EMV—455 0 Thd Multimeter EMV—206 0O HFK Model 2015 Mag. Field System EMV— 0 Poweramplifier EMV— 0 MS100N+MC26100+MC2630 456—458 PAS15000 207/abc Coupling network EMV—459 O Inrush Current Source EMV— 0O CDN M2—100A 208/abc Coupling network EMV—460 D Arb.—generator EMV—209 0 CDN M3—32A Sycore Coupling network EMV—461 O Harmonics/Flicker analyzer EMV—210 0O CDN M5—100A ARS 1673 Current Clamp EMV—462 0 HF— Ampfifier 9 kHz—250 MHz EMV—300 0 CIP 9136A BBA150 DC Artificial Network EMV— O HF— Amplifier 80 —1000 MHz EMV—301 464+465 O HV—AN 150 BBA150 Coupling Clamp EMV—466 0 HF— Amplifier 0,8 — 6 GHz EMV—302 0o EM 101 BBA150 Decoupling Clamp EMV—467 0 High Power Ant. 20—200 MHz EMV—303 O FTC 101 VHBD 9134 Power attenuator EMV—469 o DG 250 W 6 GHz 6 dB


Document Created: 2016-12-20 13:29:43
Document Modified: 2016-12-20 13:29:43
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