S810 Bluetooth/BLE/WIFI Module Test Report 2.4 GHz WIFI StreamUnlimited Engineering GmbH

StreamUnlimited Engineering GmbH Bluetooth/BLE/WIFI Module

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Applicant:
Tested Product:
FCC-ID:
IC-ID:
Manufacturer:
Output power I
field strength:
Frequency range:
Standard:
ilhelm Seier
TEST REPORT
of the accredited test laboratory
Tiiv Nr.:MIFG-16I135
StreamUnlimiled Engineering GmbH
High Tech Campus Vienna
Gutheil-Schoder—Gasse 10
A—1100 Vienna
STREAM810 Bluetooth / BLE l WIFI streaming module
Test report for Bluetooth part only
2AJYB-S81 0
20504681 0
See applicant
229,1 mW cond. power supply: 5 VDC
2412 - 2462 MHz Channel separation: 5 MHz
FCC: 47 CFR Part 15 (October 1, 2015 edition)
RSS-247 Issue 1, May 2015; including modifications and
clarifications in CB Notice 2015—07
TUV Austria Services GmbH
Test laboratory for EMC
19.12.2016
Copy Nbr.:
A publication of this test report is only permitted literally.
Copying or reproduction of partial sections needs a written permission of
TUV Austria Services GmbH.
The results of this test report only refer to the provided equipment.
QFM—EMV—FG_Protokoll Rel/.00 I FG16—135.doc Page 1 of 79 19.12.2016
lng: Michael Emminger
TUV
TUV AUSTRIA
SERVIOES GMBH
Office:
Deutschstrsssa 10
1230 Vienna/Austria
Tel.:
943 1 61091-0
Fax:
«3 t 61091-6505
amt/@tuvm
Dlvlslon:
Industry 5 Energy
napmmant:
Yosnng Body tot
Communicatian
Technology! EMC
Accredited u:
Testing Laboratory.
Inspection Body.
Certification my.
Culibmliom L-botatovy.
First and Ballet lest
laboratory
Notified Body Mutt
IC 2032K-1
Nomxuutlvo
Bond of Dlnmm
KR Dim-Ina: Johann
MARINART
Management:
Dipt-lng. Dr. Stefan
was
Mag. cnnstopn
WENNINGER
Rogtmm om:
Kntgerstrasse to
1015 Vienna/Austria
Brlnch ovum:
Domblm. Graz.
Innsbruck, Klageniurt.
Llnl. Salzburg. st. Pall
W618. Vienna, Brixen (
and Filderstadl (D)
Company Register
Calm] - Number:
Vienna I FN 238476!
Bunk DIIIIII:
UC BA 52949 001 066
IBAN
”13120005294900“
BIC BKAUATWW
an out (34.093162
IBAN
AT1531000001040932
BIC RZBMTWW
VAT ATU63240488
DVR 3002476
Test Report Reference:
M/FG-16/135 I U
Ambient temperature: 23°C Relative humiditw 21% A U S T R I A
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
Intentlonal Radiators
Test object data 3
2.1033 Number of channels and channel spacing 4
15.247(a)(2) 6 dB Bandwidth 5-22
5.2 (1)
15.2(4:(b)(3) Maximum Peak RF Power Output (eirp) 23-24
5.4 4 .
15.247(e) Power Spectral Density 25-42
5.2 (2)
15.247(d) Out-of-band Emlsslons 43-60
5.5
15.209(a) Emissions in restricted bands 61-75
RSS-Gen
15.207 Conducted lelts 76-78
RSS-Gen 8.8
15.2470) Maximum permissible exposure 79
QFM-EMV—FG_Pmtokoll Ran/.00 / FG16-1 351100 Page 2 0' 79 19.12.2016
Test Report Reference: -
MIFG-1B/135 TU
. 4 ., - - , . 9
Ambient temperature. 23 C Ralatlve numrdlty. 2‘ /° A U S T R I A
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 2,4 GHz WIFI part, See additional test reports:
MFG-161133 for Bluetooth
M/FG-16/134 for BLE and
MlFG-16/136 for 5 GHz WIFI measurement results including photodocumentation,
2.1033 (c) Technical description
2.1033 (4) Type of emission:
802.11 standards — Channel bandwidths 10,55 MHz (DSSS), 17,07 MHz (20 MHz OFDM) and
36,47 MHz (40 M - aggregation of 2 non—overlapping 20 M OFDM channels) - Channel spacing 5 MHz.
2.1033 (5) Frequency range:
2412 till 2462 MHZ (channel center frequencies) in 5 MHz steps resulting in 11 Channels (D558 and
20 MHz channels)
2422 till 2452 MHz (channel center frequencies) in 5 MHz steps resulting in 7 Channels of 40 MHz
bandwidth
2.1033 (6) Power range and Controls: The maximum peak output power is 229.1 mW and there is no power
regulation.
2.1033 (7) Maximum output power rating: 229,1 mW.
2.1033 (8) DC Voltage and Current: 5 V DC
maximum current consumption: 300 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 (eg. converting it to audio voice) contained in the radio signal
Antennas used for all radiated measurements: 'STANDARD WLAN 1000418'
Tests were performed December 2M1 till 14‘" 2016.
QFM-EMV-FG,Prolokoll Rat/.001 FG16-135.doc Page 3 of 79 19122016
Test Report Reference: -
MFG-16(135 TU
Ambient temperature: 23‘0 Relative humidity: 21% AU 5 1- R I A
Number of channels and channel spacing § 2.1033
Conducted Measurement
Rated output power: 229,1 mW
There are 11 Channels used starting at 2412 till 2462 MHz each separated by 5 MHz channel spacing with a
maximum bandwidth of 20 MHz.
Two channels Spaced by 20 MHz can be used simultaneously to give a RF—Bandwidth of 40 MHz, resulting in 7
different channels with 40 MHz bandwidth and center frequencies of 2422 till 2452 MHz each separated by 5 MHz
channel spacing. ‘
Test Equipment used: N/A
QFM-EMV—FG_Prolokoil Rel/.00 I FG16-1 354100 Page 4 of 79 19t12t2016
Test Report Reference:
MIFG-16/1 35
Amblent temperature: 23°C Relatlve humldity:
6dB Bandwldth
Conducted Measurement — Antenna 1
21%
§ 15.247(a)(2)
5.2(1)
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency) — DSSS
Spectrum
Raf Level 2an0 dam a RBW 1 MHz
Art an 118 . SW! 10 ms vnw 1 MHz mode Auto Swae
.1” View
10 dBm D 3
El 1131"
Ball]
M1[1]
A6411 05
4.2m] MHz
11.12 dBm
2.413010 GHz
-10 darn
-ZD dam
~31: dBm /‘~
40 dBm l
- m l l
-60 dBm l
-7o dam [
CF 2.412 GHz 691 ts
Warker
1 9 Ref Trc x-valué Y-valus " Funulnn
M1 1 2.41301 GHZ 11.12 dBm
B In 100.0 MHZ
Functlnn Result
D2 M1 1 -6.us MHz —5.70 dB
D3 M1 1 4.2 MHz -6.01 dB
Date:2.DEC.2016 12:13:33
6dB Bandwidth: 10,28 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
TUV
AUSTRIA
Under normal lest conditons
6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
QFM-EMV—FG_Pr010koll Rev.00 / FG16—1 35.1106 Page 5 of 79
19.12.2016
Tal Report Reference:
M/FG-1 6/1 35 I U
Ambient temperature: 23°C Relatlve humldity: 21% A U s T R I A
we Bandwidth 5 15.247(a)(2)
5.2(1)
Conducted Measurement — Antenna 1
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency) — OFDM
Spectrum I?
Ref Level 20.00 dBm O RBW 1 MHZ
An 30 dB 0 SWT 10 ms VBW 1 MHZ Mode AUID SW89
.lPk View
nan] 7533 113
M1 5,931) mm
D gun] 9.32 dam
2.414450 an:
10 dam
U mm | I ——
-10 63"! l l l
<20 dam
-30 dam l
-40 dBm l I
- m
-60 dBm
-7o dam l
CF 2A12 GHI 691 s 8 an 100.0 MHz
Funmlnn Result
M1 1 2.41445 GHz 932 dam
D2 M1 1 -m.as MHz - 24 as
D3 M1 1 ,7 _ 5.93 MHz -6fl3__
Data:2.DEC2016 12:10.09
6dB Bandwidth: 16,78 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
QFM-EMV»FG_Pr0lOkoI| R9100 / FEMS-135.606 Page 6 Ol 79 19.12.2016
Test Report Reference: -
M/FG-16/135 TU
Ambient temperature: 23“C Relative humidity: 2W» A U S T R I A
eds Bandwidth 5 15.247(a)(2)
5.2(1)
Conducted Measurement-Antenna 1
Rated output power: 229,1 mW Channel 6 (2437 MHz center frequency) — DSSS
<8>
Spectrum Iv-
Raf Laval 2mm dam . Raw 1 MHz
At! 3|] dB 0 BWT 10 ms VBW 1 MHZ Made Auto swee
.IPk View
1 Dan] *6.Dfi as
4.090 MHz
10 dBm— D 3 M1[1] 111,31 dam
21433169 GHz
0 d8"! '
-1u dam
—20 dB"! l l
-30 firm l
-40 dam
M “H!“
—60 dBm I
-70 dBm
CF 2.427 GHz 691 s 8 an 100.0 MHZ
Marker
Functlnn Result
2.43315 GHz 1031 dam
02 M1 1i >533 MHz -6.06 115
D3 7% _, 71L 4m MHz -6.us da
Date12DEC2016 12:05:32
6dB Bandwidth: 10,42 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV—205
QFM—EMV-FG_F'rotokol| Rem/.001 FG16-135.doc Page 7 of 79 19.12.2016
Test Report Reference: _
MIFG—16/135 TU
Amblent temperature: 23°C Relative humidity: 21% AU S T R I A
6dB Bandwidth § 15.247(a)(2)
5.2(1)
Conducted Measurement - Antenna 1
Rated output power: 229,1 mW Channel 6 (2437 MHz center frequency) - OFDM
Rar uvsl 20.00 dam . Raw 1 MHz
an as . swr 10 ms VBw 1 MHz Mods Auto Swee
Funwnn '
243945 5H:
40.92 MHz
5.97 MH2A_7
Date:2.DEC.2016 12mm
GdB Bandwidth: 16,79 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
OFM-EMV-FGAProtokoll Rev.00 / F6164 35,600 Page 8 of 79 19.12.2016
Test Report Reference: -
M/FG46/135 TU
Amblenl lemperalure: 23°C Relative humidity: 21% A U S T R I A
6dB Bandwidth § 15.247(a)(2)
5.2(1)
Conducted Measurement - Antenna 1
Rated oulpul power: 229,1 mW Channel 11 (2462 MHz center frequency)— DSSS
Ref Level 2mm dBm 0 Raw 1 MHz
30 dB 0 win 10 ms VBW 1 MHz Made Auto Swea-
2.45099 GHz
-4.13 MHz
5.15 MHL
Dale12 Dec .2016 12 :06-32
6dB Bandwidth: 10,28 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
Under normal lest condilons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-ZOS
QFM70 flBm
cF 2.422 GHz 691 s s an 1mm MHz
arkgr
Funcllnn Result
1 2.42446 GHz
1 —zn.71 MHz
03 M1 1 15.75 MHZ A _ 7 i
Date:2.DEC 2016 12-11-39
6GB Bandwidth: 36,47 MHz
LIMIT SUBCLAUSE15,247(e)- 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
OFM-EMV—FG_Protokoll Revflo / FG15—135.d00 Page 11 0' 79 19122016
Test Report Reference: -
M/FG-16/135 TU
Ambient temperature: 23°C Relatlve humidity: 21% A U S T R I A
6dB Bandwidth § 15.247(a)(2)
5.2(1)
Conducted Measurement — Antenna 1
Rated output power: 229,1 mW Channels 4 + 8 (2437 MHz center frequency)
®
Spectrum Iv-
RafLeval 2mm dam 0 law 1 MHz
Aft 3|) (‘3 O 3W7 10 ms VBW 1 MHZ Mode Auto Swas
.lpk View
Dan] 7714:: 115
151810 MHz
1° “5m Ml[1] 4127 am
2143946“ GHI
0 dBm l a
-10 dBm l
>20 dBm
-30 dBm l
>50 darn
—GD dBm
-7D dBm
CF 2.437 GHz 691 ts S In 100.0 MHZ
arm; if 7
T 0 Ref Trc X-vulue V
M1 1 2.43945 GHz 4.21 am
D2 M1 1 -2u.as MHz -7.15 as l
as M1 1 15mm: 4.3g»: __
1 I. .
Functlun iFnrlntlnn Rasult
Date: 2.0m: 2016 12:13:46
6dB Bandwidth: 36,47 MHZ
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
Under normal lest conditons 6 dB Bandwidth at Ieasl 500 kHz
Test Equipment used: EMV—205
QFM-EMV—FG_Prolokoll Rev.00 I FG16—1 35.1106 Page 12 of 79 19.12.2016
Test Report Reference:
1W
Ambient temperature: 23“C Relative humldity: 21% A U S T R I A
“B Bandwidth § 15.247(a)(2)
5.2(1)
Conducted Measurement - Antenna 1
Rated output power: 229,1 mW Channel 7 + 11 (2452 MHz center frequency)
Spectrum
Ref Laval 2mm darn . Raw 1 MHz
30 dB 0 SWT 10 ms VBW 1 MHZ Mode Auto Swee
2 457B GH:
1207 MHZ
2‘25 MHz
Datezzncczme 12:182]
GdB Bandwidth: 36.32 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV—205
QFM-EMV-FGrProlokoll Rev.00 / FG1&135.doc Page 13 0179 19.121016
Test Report Reference:
1W
Amblent temperature: 23": Relative humidity: 21% AU 5 T R | A
eds Bandwidth 5 15.241(a)(2)
5.2(1)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency) - DSSS
Spectrum
R51 Laval 2|].IZIEI dBm O RBW 1 MHZ
At! 30 dB . SWT 10 ms VBW 1 MHz Mndl Auto swee-
2.41:u1 GHz 11.57 dBm
4522 MH: —5‘u3 dB
4.2 MHz -6.21 dB
Date: 2 .DEC .2016 12:32:46
6dB Bandwidth: 10,42 MHz
LIMIT SUBCLAUSE 1 5.247(9) — 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-ZOS
QFM-EMV-FG_Pmtokoll Rev.00 / FG16~135.doc Page 14 of 79 19.12.2016
Test Report Reference: T l
M/FG-1 6/1 35 U
Ambient temperature: 23‘0 Relative humidity: 21% A U S T R I A
6dB Bandwidth § 15.241(a)(2)
5.2(1)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency)— OFDM
Spectrum If.
Ref Level 204m dam 0 Raw 1 MHz
Att 30 dB . SW7 10 ms VBW 1 MHz Made Auto Swaa
.lPk View
Dan] «$.01 an
a M1 11.530 MHz
10 am D 51“] 9.61dBm
2.403320 GHz
0 mm l
-10 03m
-20 dam l
-30 dBm l
40 dem l
- 0 dBm l l
-6|J dB!"
-70 dBm
CF 2.412 GHZ 691 S B an 100.0 MHZ
JFK"
Function Result
2.40382 GHZ 9.61 dB!"
D2 M1 1 -5.21 MHZ ~6.1§ dB
D3 M1 1 11.53 MHZ -6.01 LIB
Date: 2 DEC 2016 122256
GdB Bandwidth: 16,79 MHZ
LIMIT SUBCLAUSE 15.247(e) — 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV—205
QFM—EMV-FG_Protokoll Rev.00 / FG16—135.doc Page 15 of 79 19.12.2015
Test Report Relerence: _
M/FG-16/135 TU
Ambient temperature: 23‘C Relative humidity: 21% AU S T R I A
6:13 Bandwidth § 15.241(a)(2)
5.2(1)
Conducted Measurement - Antenna 2
Rated output power: 229,1 mW Channel 6 (2431 MHz center frequency) — DSSS
Spectrum I;-
Raf Level 2mm dam 0 Raw 1 MHz
Att 30 dB . BWT 10 ms VBW l MHZ Mada Autn SW93
.U’k Vlaw
*SJB (13
6.260 MHz
ID dBm 11.23 flBm
214359911 SH:
0 dBm
-1EI dBm l l
-20 dB"!
-30 dBm
~4n dam
60 dam I
-70 darn
CF 2.437 GHZ 691 ts 3 an 100.0 MHZ
nrkar
Functlon Result
“3599 GM: 11.23 dBm
:22 M1 1| «.16 MHz -6.uu dB
D3 M1 11 6.26 MHz -5.2a as
Datednm: .2016 1212650
6dB Bandwidth: 10,42 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV»205
QFM-EMV-FG_Fmtokall Rev.00 / FG16—135.doc Page 16 of 79 19.12.2016
Test Report Reference: —
MlFG-16/135 TU
Ambient temperature: 23°C Relative humidity: 21% AU 5 T R I A
6113 Bandwidth § 15.247(a)(2)
5.2(1)
Conducted Measurement - Antenna 2
Rated output power: 229,1 mW Channel 6 (2437 MHz center frequency) — OFDM
Spectrum V
Ref Level 20.00 dam . new 1 MHz
An 30 dB . 8m 10 ms VBW 1 MHz Mods Autu Swee
Dunk view
D3[ 1] *7,13 dB
M1 11.610 MHZ
1“ “5'" mm 9.00 dBm
2.433960 GHz
0 dBm
40 dBm
-2D dam
-30 65m
40 dam
- m
-60 dBm
-70 dam
GF 2.437 GH! 8 all 100]] MHZ
lurker
T e Ref Tn: x alue
M1 1 2.43396 GHz
02 M1 1 -5,46 MHz
03 M1 1 11161 M
Funulm; ' ' Functlnn Result
nete:2.01:02016 122354
6dB Bandwidth: 17,07 MHz
LIMIT SUBCLAUSE 15.241te) — 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
QFM-EMV—FG_Protokoll RevDO I FG1 6-1 351100 Page 17 of 79 19.122016
Test Report Reterence: '-
MlFG<16i135 ' U
Ambient temperature: 23'0 Relative humidity: 21% AU 5 T R I A
64:13 Bandwidth § 15.247(a)(2)
5.2(1)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 11 (2462 MHZ center frequency) — DSSS
Spectrum IV-
Ref Level 20.00 dBm 9 Raw 1 MHz
An 30 an . SM 10 ms Vaw 1 MHz Mode Auto swee
.le View
M Dan] 45.35 as
6.290 MHz
1" “3'" 0 3 mm 10.90 dam
2.460990 an:
0 00m
-10 mm
-20 um
-:0 damn I
-40 damn I I I r—
- 0 Hm I
-60 dam I I
-70 darn I I
cF 2.462 GHz 691 ts s an 100.0 MHz
Marker
'FunEth Result
M1 2.45099 GHz 10 0 03m
02 M1] 420 MHz - 03 dB
D3 ml 1 5.29 M1427 -6.35 dB
Date:2.DEC.2016 1225:58
BdB Bandwidth: 10,55 MHZ
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
OFM-EMV-FG_PrOtokoll Rev.00 I FG16—135.doc Page 18 of 79 19.12.2016
Test Report Reference:
M/FG~16/135 I U
Ambient temperature: 23°C Relative humidity: 21% AU 5 T R I A
6dB Bandwidth § 15.247(a)(2)
5.2(1)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 11 (2452 MHz center frequency) — OFDM
Spectrum V
MLBVBI 2EL|1D dBm O RBW 1 MHZ
Att 3|] dB I SW1 10 ms VBW 1 MHZ Mode Auto Swee
.lPk View
ball] *6‘03 (15
M1 6.15EI MHz
Mlll] 3.55 dam
3 2464320 cm
10 dBm—
U darn
-1EI dBm
-20 dBm
-3u dBm , .,
40 dBm
- m
-60 (19!“—
-70 dBm
CF 2.462 GHZ 691 S B an 100.“ MHZ
Fu’nélnn’ ' iFunctlnn Ra;u
1 2.46432 GHZ 3.55 dam
DZ M1 1 ~1017B MHZ >fi.50 dB
; 34LMHL “3 dB,
Date:2.DEC2016 1224:47
6dB Bandwidth: 16,93 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
QFM-EMV—FG_F'rOtok0ll Rev.00 I FG16—135.doc Page 19 of 79 19.12.2016
Test Report Reference: -
MFG-161135 I U
Ambient temperature: 23°C Relative humldity: 21% A U S T R I A
GdB Bandwidth § 15.241(a)(2)
5.2(1)
Conducted Measurement - Antenna 2
Rated output power: 229,1 mW Channels 1+5 (2422 MHz center frequency)
Spectrum I:
Ref Level 20.00 dam 0 Raw 1 MHz
An 20 dB . em 10 ms vaw 1 MHz Mada Aum Swea
owk View
Dill l) ”/55 dB
24.59D MH?
10 dam MID] 3.97 dam
0 dBm Iv. J 2.415630 CHI
-10 mm
-20 dam
-3|] dBm l
| I | | I
-60 dam—l—-
-70 um j
CF 2.422 GHz 591 ts s on 100.0 MHz
Jr's" , . , , , , ,
T 9 Ref Trl: Funntlun Functlon R sult
M1 1 2,4156: 912
D2 M1 1 ‘1].33 MHZ
D3 M1 7; 21§97MH2 _
..
Date22DEC2016 12:20:38
6dB Bandwidth: 36,47 MHz
LIMIT SUBCLAUSE 15.241(e) - 5.2(1)
Under normal test conditons [— 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
QFMEMV—FG~Protokoll Rsv.00 I FG1 6-1 35.1106 Page 20 0179 1 9.12.2016
Test Report Reference:
M/FG-1 6/1 35
Ambient temperature: 23%:
6dB Bandwldth
Conducted Measurement — Antenna 2
Relanve humidity: 21%
TEX
§ 15.241(a)(2)
5.2(1)
Rated output power: 229,1 mW Channels 4 + 8 (2437 MHZ center frequency)
Spectrum
Ref Level REED dBm
Att 30 (13 C SW1 1|] "IS
.IPk View
0 RBW 1 MHz
vaw 1 MHz
Mods Auto swaa
1n dBm
Dan]
Ml M1[1]
*637 dB
15.52u MHz
3,63 flBm
1439600 GM:
40 dBm
-2|] dBm
30 dBm
m—
»50 dBm
-60 dBm
-7u dam
CF 2.437 GHZ
9 an 100.0 MHZ
7 Function Result
M1 1 24:95 GHz
D2 M1 1 -2u.s MHz -6,30 de |
777m M1 1 1552 MHz -a,31 an I __
‘ ‘
DaE:2.DEC2016 12:19:43
6GB Bandwidth: 36,32 MHz
LIMIT
SUBCLAUSE 15.Z47(e) - 5.2(1)
Under normal test conditons
Test Equipment used: EMV-205
QFM»EMV—FG_Prolokoll Ran/DO / F6164 356°C
Page 21 of 79
6 dB Bandwidth at least 500 kHz
19.122016
Test Report Reference: — i
MIFG—16/135 TU ‘
Ambienttemperature: 23"C Relative humldltY: 21% AU 5 T R I A
6dB Bandwidth §15.247(a)(2)
5.2(1)
Conducted Measurement - Antenna 2
Rated output power: 229,1 mW Channel 7 + 11 (2452 MHz center frequency)
®
Spectrum Iv-
Ref Laval 2ELDEI dB"! 0 RBW l MHZ
At! 30 dB I 8V" 10 ms VBW 1 MHZ Mods Auto Sweep
IlPk View
nan] «5.43 an
24.250 MHz
10 dBm— M1 Mill] 9.74 dam
2.445730 GHz
D dBm——— v
-10 dBm l l
-20 dEm # l
-30 darn
it“
-50 dBm
.50 dBm
-70 dBm
CF 2.452 GHZ 691 ts 8 an 100.0 MHZ
Mum-‘7 i 7 W ,7 W
T B Raf TI’I: X clue Function Fundlun Result
M1 1 . 573 GHz
D2 M1 1 -12.u7 MHz .66 cm I i
D3 M1 1 7 24.25 MHz -6.48 dB , J7 ]
Date: ZDEC 2016 12 :16106
6dB Bandwidth: 36,32 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV»205
QFM-EMV-FG_Frotokoll Rev.00 / FG16»135.doc Page 22 of 79 19.12.2016
Test Report Reference: -
M/FG—16/135 TU
Amblem Iemperature: 23°C Relative hum Idlty: 21% A U S T R I A
Maxlmum Peak RF Power Output (conducted) § 15.241(b)(3)
5.4(4)
Conducted Measurement — Antenna 1
Rated output power: 229,1 mW
Test conditions Transmmer WW” (mw)
2412 (2422) MHZ 2437 MHz 2462 (2452) MHz
Tm," ( 23 )°C DSSS 107,2 100,0 100,0
OFDM -20 MHz 190,5 199,5 195,0
OFDM — 40 MHz 154,9 162,2 229,1
Measurement uncertainty 1 0,75 dB
LIMIT SUBCLAUSE 15.241(b)(3) — 5.4(4)
Under normal test oonditons 1W conducted (4W eirp)
Tesr Equipmem used: NT-204; NT-229; NT233/1a
QFM-EMV—FG_ProtokoAl Rex/100 I F61 8-1 354100 Page 23 of 79 19.12.2016
Test Report Reference:
1W
Ambient temperature: 23°C Rela‘ive humldlty: 21%
A U S T R I A
Maxlmum Peak RF Power Output (conducted) § 15.247(b)(3)
5.4(4)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW
Test conditions Transmitter power (mW)
2412 (2422) MHz 2437 MHz 2462 (2452) MHz
Tm". ( 23 )°C DSSS 123,0 114,8 104,7
OFDM — 20 MHz 190,5 182,0 166,0
OFDM — 40 MHz 154,9 154,9 154,9
Measurement uncertainty 1 0.75 dB
LIMIT SUBCLAUSE 15.247(b)(3) - 5.4(4)
Under normal test oonditons 1W conducted (4W eirp)
Test Equipment used: NT-204; NT-229; NT233/1a
QFM-EMV—FG_Protokoll Rev.00/ FG16-1351doc Page 24 of 79 19.12.2016
Test Repon Reference:
M/FG—16/135 TUV
. ‘ . . . . , o
Amblenuemperature. 23 0 Relative humldlty. 21 A; A U S T R I A
Power spectral density (conducted) § 1 5.247(9)
5.2(2)
Conducted Measurement — Anlenna 1
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency) — DSSS
Spectrum
mum-I 20.00 dBm . Raw 3 kHz
:40 an em 7.5 ms VBw 3 kHz Mode Auto FFT
.l
Dale: 20m: .2016 12:5554
Power Spectral density: -1,46 dBm @ 2412,651 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test conditons +adBm in any 3 kHz band
Test Equipmenl used: EMV—205
QFM-EMV—FG_F'r010koll Rev.00 / FG16—135.doc Page 25 of 79 19.12.2016
Test Report Relevance:
—
MIPS-1 6/135 TU V
. , ., - - - . o
Amhlent temperature. 23 0 Relative hurrudlly~ 21 /n A U S T R | A
Power spectral density (conducted) § 1 5.247(e)
5.2(2)
Conducted Measurement — Antenna 1
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency) — OFDM
Spectrum
out Lovel 20.00 am 0 Raw 3 kHz
30 dB swr 7.5 ms VBW 3 kHz Mode Auto FFT
CF 2.412 GHZ
Date12DEC 2016 1251:40
Power Spectral density: -1 2,90 dBm @ 2409,467 MHZ
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test conditons *8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM—EMV—FG_Protokoll Rev.00 I FG16-135.doc Page 26 of 79 19.12.2016
Tesl Report Reference: -
MIFG»16/135 TU
Amblenl temperature: 23°C Relaflve humidity: 21% A U s T R I A
Power spectral denslty (conducted) § 15.241(e)
5.2(2)
Conducted Measurement — Antenna 1
Rated output power: 229,1 mW Channel 6 (2437 MHz center frequency)- DSSS
Spectrum 1
Ref LaveI 20.00 dBm 0 Raw 3 kHz
Att 30 dB swr 7.6 ms VBW 3 kHz Mada Autu FFT
OiPk View
M1[1] -1.26 dBm
14353490 GHz
10 dBm ' 1—
0 dBm
-10 dBm
-20 dBm
M1
-3D Sam
40 dBm
-50 dBm
CF 2.437 GHZ 691 s 8 an 50." MH!
Dale: 2 DEC .2016 12:57.02
Power Spectral density: -1 ,26 dBm @ 2436.349 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(2)
Under normal test oondilons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV-FG_Prolokoll Rev.00 I FG16435110G Page 27 of 79 19.1 2.2016
Test Report Reference: -
M/FG-16/135 TU
Ambient tempemture: 23°C Relative humldl'y! 21% A U s T R I A
Power spectral denslty (conducted) § 1 5.247(9)
5.2(2)
Conducted Measurement — Antenna 1
Rated output power: 229,1 mW Channel 6 (2437 MHz center frequency) — OFDM
Spectrum
Ref Laval 2mm dBm 0 Raw 3 kHz
30 dB swr 7.6 ms vaw 3 kHz Mode Auto FFT
l cs 2.01 (:Hz
Date: 2mm 2016 12 5227
Power Spectral density: -1 3,59 dBm @ 2439,460 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(2)
Under normal test conditons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV»FG_Protokoll Rel/4001 FG16-1 35.1106 Page 28 of 79 19.12.2016
Tesl Report Relerence: -
MIFG»16/135 TU
Amblenl lemperalure: 23°C Relative humldity: 21% A U S T R I A
Power spectral denslly (conducted) § 1 5.247(e)
5.2(2)
Conducled Measurement — Antenna 1
Rated output power: 229,1 mW Channel 11 (2462 MHz center frequency) — DSSS
Spectrum
Ref Level 20,00 mm C RBW 3 kHz
30 dB SWT 7.6 ms VBW 3 kHz Mods Auto FFT
*1.65 dBm
2461349" GHZ
l CF 2.452 GHz
Dale: ZDEC 2016 12:54:05
Power Spectral density: -1,65 dBm @ 2461,349 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(2)
Under normal lest condilons *SdBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV-FG‘Prolokoll Rev.00 / F5154 354106 Page 29 of 79 19.12.2016
Test Rsporl Reference:
—
M/FG16/135 TUV
Ambient temperature: 23'0 Relative hUrnldily: 21% AU 5 T R I A
Power spectral density (conducted) 5 1 5.247(9)
5.2(2)
Conducted Measurement— Antenna 1
Rated output power: 229,1 mW Channel 11 (2462 MHz center frequency) — OFDM
Spectrum
Ref LBVBI 20.00 dim . Raw 3 kHz
8W1 7‘5 ms VBW 3 kHz Mode Auto FFT
CF 2.462 GHI Span 50.0 MHZ
Date:2.DEC2016 12:53.01
Power Speckral density: -13,11 dBm @ 2459,540 MHz
LIMIT SUBCLAUSE 1 5.247(e) — 5.2(2)
Under normal test commons *BdBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV—FG‘Prolokoll RQV‘OO I F61 6-1 351106 Page 30 0179 19.12.2016
Test Report Reference:
M/FG-16/1 35 l U
Ambient temperature: 23°C Relative humldlty: 21% A U s T R I A
Power spectral density (conducted) § 1 5.247(e)
5.2(2)
Conducted Measurement - Antenna 1
Rated output power: 229,1 mW Channel 1 + 5 (2422 MHz center frequency)
Spectrum
Ref Laval 2mm dBm . Raw 3 kHz
an dB SW! 7.6 ms vaw 3 kHz Mode Auto FFT
‘I
"WWW
CF 2.422 GHz Ian 50.0 MHz
Date: 2 .mzc .2016 12:50:52
Power Spectral density: 48,04 dBm @ 2436,978 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(2)
Under normal lest conditons *BdBm in any 3 kHz band
Test Equipment used: EMV—205
QFM-EMV—FG_ProtokoIl Rev.00 / FG16—135.doc Page 31 0' 79 19.12.2016
Test Report Relerence:
—
MIFG-16I135 TUV
Ambient lemperalure: 23'C Relaflve humidity: 21% AU S T R I A
Power spectral denslty (conducted) § 15.247(e)
5.2(2)
Conducted Measurement -An!enna 1
Rated outpur power: 229,1 mW Channel 4 * 8 (2437 MHz center frequency)
Spectrum
Ref LBVBI 20.00 6!!" I RBW 3 kHz
30 dB SW7 7.6 ms VBW 3 kHz Mada Auto FFT
‘01” View
-16.97 dBm
2.4aznn7n GHz
‘ CF 2.437 GHZ S
Dare:2DEC.2016 12:4955
Power Spectral density: 46,97 dBm @ 2432,007 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(2)
Under normal test conditons +3dBm in any 3 kHz band
Test Equipment used: EMV—205
aFMEMV—FG_Protokoll R9100 / FG16-135.doc Page 32 of 79 19.12.2016
Test Report Reference: —
M/FG-Ie/135 TU
Ambient temperature: 23°C Relative humidity: 21% A U S T R I A
Power spectral density (conducted) § 15.247(e)
5.2(2)
Conducted Measurement - Antenna 1
Rated output power: 229,1 mW Channel 7 + 11 (2452 MHZ center frequency)
Spectrum
Ref Laval 20.00 dBm 0 Raw 3 kHz
30 dB SWT 7.6 ms VBW 3 kHz Mode Auw FFT
CF 2.452 GHZ
Damz2DEC 2016 12:48:45
Power Spectral density: -16,70 dBm @ 2447,007 MHz
LIMIT SUBCLAUSE 15.241(e) - 5.2(2)
Under normal (as! conditons *8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV-FG_Proiokoll Rev.00 I FG16-135.doc Page 33 of 79 19.12.2016
Test Report Relerence: _
M/FG-16I135 TU
Amblem temperature: 23"C Relative humidlly: 21% A U S T R I A
Power spectral density (conducted) § 15.247(e)
5.2(2)
Conducted Measurement - Antenna 2
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency) - DSSS
RafLeval 2mm dam 0 Raw :1 kHz
30 dB sw‘r 7‘6 ms vaw 3 kHz Mode Auto FFT
urns dBm
2‘4113490 GHZ
H l
| ' "w
-70 dam l
‘ CF 2.412 GHz span 50.0 MHz
ll"
‘J‘ ll“ 31% q"
Date:2.DEC .2016 12:37:15
Power Spectral density: 0,06 dBm @ 2411,349 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test conditons +8dBm in any 3 kHz band
Test Equipment used: EMV—ZOS
QFM-EMV-FG_Proleoll Rev.00 I FG16—1 35.1100 Page 34 of 79 19‘122016
Test Report Reference:
—
M/FG—lfi/135 I UV
Ambient temperature: 23°C Relauve humidity: 21% A U S T R I A
Power spectral density (conducted) § 15.247(e)
5.2(2)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 1 (2412 MHz center frequency) - OFDM
Spectrum
Raf Laval 20.00 dBm O RBW 3 kHz
3|] dB 8W1 7.6 ms VBW 3 kHz Mode Auto FFT
43.74 dBm
2.41077flfl GHz
CF 2.412 GHz
DatezZDECZOIS 12:4129
Power Spectral density: -1 3,74 dBm @ 2410.770 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test conditons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM—EMV-FG_Protokoll Rev.00 I FG16—135.doc Page 35 of 79 19.12.2016
Tat Report Reference: -
M/FG-15/135 1 U
Ambient temperature: 23°C Relative humidity: 21% A U S 1- R I A
Power spectral denslty (conducted) § 15.247(e)
5.2(2)
Conducted Measurement - Antenna 2
Rated output power: 229,1 mW Channel 6 (2437 MHz center frequency) - DSSS
Spectrum
Raf LBVOI 20,00 dBI'II O KBW 3 kHz
3n dB sw‘r 7.6 ms VBW 3 kHz Mode Auto FFT
CF 2.431 GHZ
Date: 2135:: 2016 12:37:57
Power Spectral density: -0,47 dBm @ 2436,349 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test conditons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV—FG_Protokoll Rev.00 / FG16-135.d0c Page 36 0f 79 19.12.2016
—
MlFG—16/135 TUV
Test Report Reference:
Amblem xemperalure: 23"0 Relative humidilyi 21% A U S T R | A
Power spectral density (conducted) 5 15.247(e)
5.2(2)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 6 (2437 MHz center frequency) - OFDM 1
Speed-um
Raf Laval 20.00 darn . RBW 3 kHz
30 dB am 7.6 ms vew 3 kHz Mode Auto FFT
CF 2.437 GHZ
szznzczms 12:40:28
Power Spemral density: -1 3,37 dBm @ 2434,467 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal lest conditons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
OFM-EMV-FG_Prolokoll Rev.00 / FG16—135.doc Page 37 of 79 19.12.2015
Test Report Relerenoe: —
MIFG-16I135 TU
Amblenl temperature: 23°C Relative humidity: 21% A U S T R I A
Power spectral denslty (conducted) § 15.247(e)
5.2(2)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 11 (2462 MHz center frequency) — DSSS
Spectrum v
Raf Loval 20,00 darn . Raw 3 kHz
An 30 d0 swr 7,6 m5 vaw 3 kHz Mods Auto FFT
.1Pk Max
M1[1] -1.37 dBm
2.4613491] GHz
10 mm
| M 1
D dBrn
-10 dBm
-2\] dBm
-30 dBm
4|) dam—
-50 dBm
- DdBm
CF 2.462 GHz 691 ts 8 an 5040 MHz
Datez2D262016 125637
Power Spectral density: »1 ,37 dBm @ 2461,1349 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test conditons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
OFM—EMV-FG_Protokoll Rev.00 / FG1 3—1 35110:: Page 38 01 79 19.12.2016
Test Report Refuenoe:
—
M/FG-16/135 TUV
Ambient tempera”: 23°C Relative humidity: 21% A U s T R I A
Power spectral density (conducted) § 15.247(e)
5.2(2)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 11 (2462 MHz center frequency) — OFDM
Ref Level 2mm dam . Raw El kHz
ED ‘15 8W1 7‘6 ms VBW 3 kHz Made AutD FFT
14.13 dBm
2.4594670 GHz
CF 2.462 GHz
Dale: 2.025 .2016 12:39:30
Power Spectral density: -14,1 8 dBm @ 2459,467 MHz
LIMIT SUBCLAUSE 1 5.24m) — 5.2(2)
Under normal test condilons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV—FG_ProtokoI| Rev.00 I FG16—135.doc Page 39 of 79 19.12.2016
Test Report Reference: —
MIFG—16/135 ' U
Ambient temperature: 23°C RelaflVe humidi'yi 21% A U S T R I A
Power spectral denslty (conducted) § 15.247(e)
5.2(2)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 1 + 5 (2422 MHz center frequency)
Spectrum
Ref LIVBI 20.00 mm
30 dB
0 Raw 3 kHz
sw‘r 7,6 ms VBW 3 kHz Made Auto FFT
-18.24 dBm
2.413237u GHz
L'TW‘T IVT Ilmlmlw‘l‘i‘ W.
LL L
or 2.422 0H: s . all 50. 0 run:
In V ‘
Datezznilc 2016 12:43:01
Power Spectral density: -18,24 dBm @ 2418,237 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test conditons +8dBm in any 3 kHz band
Test Equipment used: EMV—205
QFM-EMV—FG_Protokoll RevflO / FG16-135tdoc Page 40 of 79 19.12.2016
Test Report Reterence: —
MIPS—161135 TU
Amblent temperature: 23°C Relative humidity: 21% A U s T R | A
Power spectral denslty (conducted) § 15.247(e)
5.2(2)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 4 + 8 (2437 MHz center frequency)
Spectrum
Raf Level ZELUU dBm I RBW 3 kHz
:0 dB sw‘r 7.6 ms vnw 3 kHz Mode Auto FFT
-17‘95 dBm
2,4425720 GHZ
L_
\ cF 2.437 GHz
Dmnnnczms 12:45:17
Power Spectral density -1 7,95 dBm @ 2442,572 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test oonditons +8dBm in any 3 kHz band
Test Equipment used: EMV-205
QFM-EMV-FG_Protokoll RevDO/FG16‘135I10C Page 41 of 79 19.12.2016
Test Rapon Reference: -
M/FG—16I135 I U
Amblenuemperalure: 23‘C Relative humidlly: 21% A U s T R | A
Power spectral danslty (conducted) 5 15.247(e)
5.2(2)
Conducted Measurement — Antenna 2
Rated output power: 229,1 mW Channel 7 + 11 (2452 MHz center frequency)
Spectrum
Raf Laval 20.00 dBm . RBW 3 kHz
3|] dB SWT 7.6 ms VBW 3 kHz Made Autu FFT
CF 2.452 GHz
Dana:2.DEC .2016 12:4626
Power Spectral density: -18,33 dBm @ 2446,1356 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(2)
Under normal test condilons +8cle in any 3 kHz band
Test Equipment used: EMV—205
QFM-EMV—FGJ’rmokoll Rev.00 / FG1$1 351100 Page 42 0| 79 19.12.2016
Tesl Report Reference: _
M/FG-16/1 35 I U
Ambient tempelature: 23°C Relative humidity: 21% A U S T R l A
Out-of-band Emission § 15.24701)
Unwanted Emissions 5.5
Conducted Measurement — Antenna 1
Setup: CH 1: 2412 MHz- DSSS
Spectrum
REY Level 1500 dBm I NEW 100 kHz
sw-r 409 ms va mo kHz Mode Auto Sween
CF 20.0 GHZ -an 40.0 GHZ
Date:2.DEC.2016 1399:13
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: EMV-205
QFM—EMV-FG_Protokol| Rev.00 I FG1 6-135.doc Page 43 0' 79 19122016
Test Report Reference: -
MIPS-161135 TU
Amblent temperature: 23°C Relative humidity: 21% A U S T R I A
§ 15.247(d)
Unwanted Emissions 5.5
Conducted Measurement-Antenna 1
Setup: CH 1: 2412 MHz — OFDM
Raf Laval 15.nu dBm . RBW mu kHz
25 dB sw‘r «in ms vaw 100 kHz Mode Auto swee-
CF 20.0 0H: t an 40.0 CH:
DatezZDECZOIS 13:1621
LIMIT SUBCLAUSE 15.247(d) — 5.5
In any 100 kHz bandwidth outside the frequency band in At least ZOdB 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: EMV»205
QFM—EMV—FG_ProtDkoll Rev.00 / FG16-135.doo Page 44 of 79 19422016
Test Report Reierence: —
M/FG-16/135 TU
Ambient temperature: 23°C Relative humidity: 21% AU S T R I A
Out-of-band Emission § 15.247(d)
Unwanted Emissions 5.5
Conducted Measurement — Antenna 1
Setup: CH 6: 2437 MHz- DSSS
Spectrum
lei Level 15.00 dam 0 Raw 1m) kHz
25 dB SM 400 ms Vnw 100 kHz Mode Auto swee-
1-
CF 20.0 GHZ Ian “.0 GHz
Date: ZDEC .2016 12 59:58
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: EMV-205
QFM-EMV-FG‘Protokoll Rev.00 / FG16-135.d0€ Page 45 0f 79 19.12.2016
Tat Report Reference:
1W
Ambient temperature: 23°C Relative humidity: 21 % A U S T R I A
Out-of-band Emission § 15.247(d)
Unwanted Emlsslons 5.5
Conducted Measurement - Antenna 1
Setup: CH 6: 2437 MHz — OFDM
Spectmm
RefLeveI 15‘00 dBm . REW 100 kHz
25 dB 8W1 4D0 ms VBW 100 kHz Mode Auto Swee
CF 20.0 GHz Span 40.0 GHZ
Date: 2 DEC 2016 131422
LIMIT SUBCLAUSE 15.247“) - 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: EMV-205
QFM-EMV—FGVProtokoH Rev.00 I FG16—135.doc Page 46 0' 79 19.12.2016
Test Report Reference:
1W
Ambient temperature: 23°C Relative humidity: 21% A U S T R I A
Out-of-band Em' sion § 15.241(d)
Unwanted Emissions 5.5
Conducted Measurement - Antenna 1
Setup: CH 11: 2462 MHz — DSSS
Spe ctrum
I187 Laval 15$“? dBm I NEW 100 kHz
25 dB SW! 400 ms VBW 100 kHz Mada Auto Swee-
6.20 dam
2,46180 GHZ
-80 dBm
CF 20.0 CH:
Date:2.DEC .2016 1311130
LIMIT SUBCLAUSE 15.24701) — 5.5
In any 100 kHz bandwidth outside the frequency band in At least 20GB below the power in the 100 kHz bandwidm
which the radio device is operating within the band that contains the highest level of the
desired power1
Test Equipment used: EMV—205
QFM-EMV—FG_Protokoll Rev.00 / FG16-1 351600 Page 47 of 79 19.122016
Test Report Reference:
.—
MIFG-1BI135 I U V
Ambient temperature: 23°C Relative humidlty: 21% A U S T R l A
Out-of-band Emission § 15.247(d)
Unwanted Emissions 5.5
Conducted Measurement - Antenna 1
Setup: CH 11: 2462 MHz — OFDM
Spectrum
RBI Laval 15.00 dBm l RBW IUD kHz
25 dB SWT 400 ms VBW 100 kHz Mods Autn Sweep
1 CF 20.0 GHZ van 40.0 6H2
DatezanC2Dl6 133522
LIMIT SUBCLAUSE 15.24701) — 5.5
In any 100 kHz bandwidth outside the frequency band in At least ZOdB 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: EMV—205
QFM—EMV—FG_Pr0tokoll Rev.00 / FG16—135.doc Page 48 of 79 19.12.2016
Test Report Reference:
M/FG-16/135 I U
Ambient temperature: 23°C Relative humldlty: 21 % A U s 1- R I A
Out—of-band Emlsslon § 15.247(d)
Unwanted Emlsslons 5.5
Conducted Measurement-Antenna 1
Setup: CH 1 * 5: 2422 MHz
Raf Level 15.00 dam . new 1m] kHz
25 da am 400 ms Vaw 100 kHz Mode Auto Swea-
-80 $5"!
‘ CF 20.0 GHZ
DaE:2.DEC 2016 13:18:06
LIMIT SUBCLAUSE 15.241“) — 5.5
In any 100 kHz bandwidth outside the frequency band in At least 20dB below the power in the 100 kHz bandwidth
which the radio device is operating within the band that contains the highest level of the
desired power.
Test Equipment used: EMV-205
QFM—EMV-FG_Protokoll Rev.00 / FG1$—135.doc Page 49 0179 19.12.2016
Test Report Reference:
M/FG»16I1 35 I U
Ambient temperature: 23°C Relative humidity: 21% AU 5 1- R I A
Out-of-band Emission § 15.247(d)
Unwanted Emlssions 5.5
Conducted Measurement - Antenna 1
Setup: CH 4 + 8: 2437 MHZ
Spectrum
RafLavel 15th dam - RBW mu kHz
25 dB am 400 ms vnw mu kHz Mnfle Auto swee-
i CF mm: a": an 40.0 GHz
Date:2.DEC2016 13:19:52
LIMIT SUBCLAUSE 15.247(d) - 5.5
In any 100 kHz bandwidth outside the frequency band in At least ZOdB 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: EMV-205
QFM-EMV—FGvProtokoll Rev.00 I FG16—1 35.1100 Page 50 01 79 19.12.2016
Test Report Reference:
M/FG-16/135 I U
Ambient temperature: 23°C Relative humidity: 21% AU S 1- R I A
Out-of-band Emlsslon § 15.247(d)
Unwanted Emlsslons 5.5
Conducted Measurement — Antenna 1
Setup: CH 7 + 11: 2452 MHz
Spectrum
RefLevel 15.00 damn 0 NEW 100 kHz
25 dB SWT 400 ms VBW 100 kHz Mode Auto Swae
1 CF 2“.” EH: 32001 DIS null 40." GHz
Dalez2DEC2016 13:21:14
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: EMV-205
QFM-EMV—FGVPrOlokoll Rev.00/ FG16-135.doc Page 51 of 79 19.12.2016
Test Reporl Reference:
M/FG—1e/135 TUV
Ambient temperature: zs'c Relative humidity: 21% A U s T R I A
Out-of-band Emission 5 15.2470!)
Unwanted Emissions 5.5
Conducted Measurement — Antenna 2
Setup: CH 1: 2412 MHz — 0838
Ref Level 1500 (13m 0 Raw 100 kHz
25 dB 8W1 4m] ms VBW 100 |

FG_onlokoll Rev.00 I FG1$—135.doc Page 55 0' 79 19.12.2016 Test Report Reference: M/FG-16/135 1 U V Ambient temperature: 23'C Relative humidity: 21% A U s T R I A Out-of-band Emission § 15.247(d) Unwanted Emissions 5.5 Conducted Measurement — Antenna 2 Setup: CH 11: 2462 MHz— DSSS Spectrum Raf Level ISiUD dBm 0 Raw IUD kHz 25 (13 SW? 400 ms VBW 100 kHz Mada Auto Swea- CF 20.0 G": 8- an 40.0 GHZ immune 2016 1324:46 LIMIT SUBCLAUSE 15.247(d) — 5.5 In any 100 kHz bandwidth outside the frequency band in At least 20GB 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: EMV-205 QFM—EMV-FG_Protokoll Rev.00 I FG16-135doc Page 56 0! 79 193122016 Test Report Reference: - M/FG-16/135 TU Ambient temperature: 23°C Relative humidity: 21% AU S 1- R I A Out-of-band Emission § 15.247“) Unwanted Emlssions 5.5 Conducted Measurement - Antenna 2 Setup: CH 11: 2462 MHZ— OFDM Spectrum RafL-vel 15.nn dam . RBW mo kHz An 25 dB swr 4m] ms vaw 100 kHz Mode Auto swee OlPk View 1|] dBm— i CF 20.0 GHz . an 40.0 GHZ Daezznec 2016 1327:55 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 powert Test Equipment used: EMV-205 QFM-EMV-FG_Protokoll Rev.00 / FG16-135.doc Page 57 of 79 19.12.2016 Test Report Reference: — M/FG-1 6/1 35 TU Ambient temperature: 23“C Relaflve humldity: 21% A U S T R I A Out-of-band Emission § 15.247(d) Unwanted Emissions 5.5 Conducted Measurement —Antenna 2 Setup: CH1 + 5: 2422 MHz Spectrum MLOVBI 15.00 dBm I RBW 100 |

sss_cm«jinmlrzl pmflungsm}: [$81072 1705555111154 Res-Ala] Ave_mxn@ssm_n |$810_2.4_D$SS_DNH jams-m) Worst case emission: 44,9 dBuV/m @ 4924 MHz LIMIT SUBCLAUSE 15.209(a) - RSS-Gen FrequenchMHz) Field strength (mlcrovoltslmeter) l Measurement distance (metersL 01009-0490 2400/F(kHz) 300 0490-1105 24000/F(kHZ) 30 1105-3010 30 30 30-88 1 00" 3 88-21 6 1 50" 3 21 $960 200" 3 Above 960 500 3 Test Equipment used: EMV-100: EMV—101; EMV-102; EMV-103; EMV-105; EMV-110; EMV-1‘l1; EMV-112; EMV—114; EMV—ZOO; EMV-205; NT-122; NT-126; NT~416 QFM-EMV—FGJ’roiokoll Rev.00 I FG16-1 35.1100 Page 67 of 79 19.12.2016 Test Report Reterence: MFG—16!! 35 Ambient temperature: 23°C Emissions in restricted bands Relative humidity: 21% Emissions falling within restricted frequency bands TUV AUSTRIA § 15.209(a) RSS-Gen Measurement with Peak-Detector (green line) and Average detector (magenta line): Band Edge requirement Setup: CH 11: 2462 MHz- DSSS ‘20 nu ma mu m tram/1m rcc cums r a» 40m! ea 20 m ,, .7 . .7 77‘, t . see, . 235a 2360 zaen mo 2420 2am ma mo 2500 2520 FrequenzlnMHl m+_wxn@ssm_216nx,_na [saw 2 4 nsssymjz Res-1M2] —— rec CussB r or 4an | EM mama“ 2540 255i) ‘ AVG_|MXH@3810,2¢GHI_F18 IsBifljjiDSssicmLFz mum] LIMIT SUBCLAUSE 15.209(a) - RSS-Gen Frequency_(MHz) Field strength (microvolts/meter) Measurement distance (meters) 0009-0490 2400/F kHz) 300 0‘490-1i705 24DOD/F kHz! 30 1 .705-30.0 30 30 30—88 1 00" 3 88-21 6 1 50”“ 3 21 6-960 200” 3 Above 960 500 3 Band edges of the nearest restricted bands: 2390 MHz and 24835 MHz. Test Equipment used: EMV-100; EMV—1 01; EMV—102; EMV-103; EMV-105; EMV—110; EMV-ZOO QFM-EMV-FG_Protokoll Rev.00 I FG16~135.doC Page 68 of 79 19.12.2016 Test Report Reference: — MFG-161135 TU Ambient temperature: 23°C Relafive humidity. 21% AU S 1- R I A Emisslons In restricted bands § 15.209(a) Emlsslons falling within restrlcted frequency bands RSS-Gen Measurement with Peak-Detector (green line) and Average detector (magenta line): Setup: CH 1112462 MHz - OFDM :30 an no we saw in “Wm S 3 S FCCCI-naFOP a ‘ :w \. v r an \L . \~ m , .7 7 H t , . t ‘ at so 100k m m 3M 10M so 100M 300 15 345 109 29.55 1 ,ifiifi ,Jmmglnuziwi 77* m,mxn:ssw,2_n_za_cun_pz [samgggmcnnjz RvsuIZ] 7* , . _2I1_c>m r2 [sewaggmfimtjz nmm m_mmse«o _z_l jo_cH1LFa tsam_2_4_20_cmt_m.mun21 r ,crmjs le'fl —— Fcccusssasomnue [.IEeradlateml , , 0PK_CLRWR:SBIDJJJLCHILFI) [SBIILZAJLCHI|_F|'I.Res|lt:1} 7 7 AveJMxmstA _20_CH11_F4 |ssto,2.a,2o,cun_n Resum 11_F1.Resun‘2| PKvJMXHSeIL . 11;; mm] Worst case emission: 38,0 dBuV/m @ 64,00 MHz LIMIT SUBCLAUSE 15.209(a) - RSS-Gen FrequenchMHz) Fleld strength (microvoltslmeter) Measurement dlstanoe (meters) 0009—0490 2400IF(kHz) 300 0.490-1 .705 24000/F(kHz) ‘ 30 1105-300 30 30 30-88 1 00" 3 8&215 1 50“ 3 216-960 200" 3 Above 960 500 3 Test Equipment used: EMV-100; EMV-101; EMV-102; EMV-103; EMV-105; EMV»110; EMV-111; EMV-112; EMV—114; EMV-ZOO; EMV-205; NT-122; NT-126; NT-416 QFM-EMV-FG_Pr0l0koll Rev.00 I FG1&135.d0¢ Page 69 of 79 19.12.2013 Test Report Reference: — M/FG-16I135 TU Amblent temperature: 23“C Relative humldily: 21% AU 5 T R I A Emissions in restricted bands § 15.209(a) Emissions falling within restrlcted frequency bands RSS-Gen Measurement with Peak-Detector (green line) and Average detector (magenta line): Band Edge requirement Setup: CH 11: 2462 MHz - OFDM 120 mu ‘ ‘00 w r E an 3'; m i? an Fcccmarop‘ma 5° .r. u ”w t An » we .w..mw.w» 30 Zn ; 'é’aw m m "'71.; '7 "3J2; "7 2m 24m 21m ' 25w ' 22m ' 25:4; 25's» FWIIIMH! 1 PKv_MAXH@$810_2.tGszu [58107274304311tjzfiesmrz] AVG_MAXH@SB¢0,2‘GH1JII ($610,270,203)!sz Res-1M] Fcc ems Fawn-15 ..\:m.amm1 LIMIT SUBCLAUSE 15.209(a) - RSS-Gen FrequeneflMHz) Field strength (mlcrovoltslmeter) Measurement distance (meters) 0.009-0‘490 2400/F kHz) 300 0.4904105 24000/F kHz! 30 1105-301! 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 24835 MHz. Test Equipment used: EMV—iOO; EMV-101; EMV-102; EMV-103; EMV-105; EMV-110; EMV—200 QFM-EMV»FG_ProtokoII Rev.00 / FG16‘135.doc Page 70 o! 79 19.12.2016 Test Report Rsierence: MIFG»16I135 Amblentlemperature: 23'C Relative humidity: 21% TUV A U S T R I A Emissions in restricted bands 5 15.209(a) Emissions falling withln restricted frequency bands RSS-Gen Measurement with Peak-Detector (green line) and Average detector (magenta line): Setup: CH 1 + 5: 2422 MHz § 1 a; i E» a, i a. mean“ 9 5" 1 4n n \ —I—l— \\ A , ~, K 3“ r i 1 A 1 -V M N ”v‘v i a 31, W m m J“ i, W m .9 36 use 21:56} Emu-n: m_wn:ssm_z_‘ «Lama [suing _crm5_F2 mm] AVGJMXNSGIOJ 0mm [SMOJJJOLm‘sjzRea-rim] PKoJMXHSij, MLOHMLF: |$8w_ _cH1¢5,F3Resulr2] AVGJMXHSENLZ 1¢5_F3 [$810 n,CH|~5_F3.Resuil:4| — FCC cums F muons angcmwrcsuru 4_ AVGJMXH [sum] 4_20,CHLFA,R:5MIH| EMi rad-m] Worst case emission: 38,8 dBuV/m @ _CH1¢5,F0 [smugAJn_cH1o5_FoR-wnv1] mum" |Sam7 PKvJMXNSBtflJ 64,00 MHZ NM :1 [SBIOJLALCHHLFI mum _cmja,nmn,21 LIMIT SUBCLAUSE 15.2096!) - RSS-Gen FroqusncflMHz) Flold strength (microvoltslmster) Measurement distance (metersL 01009-01490 2400/F( kHz) 300 0.4904105 24000/F(kHZ) 30 11705-3010 30 30 30-88 1 00" 3 8&21 6 1 50" 3 21 6-960 200" 3 Above 960 500 3 Test Equipment used: EMV-100; EMV-101; EMV—102; EMV-103; EMV—105; EMV-110; EMV—111; EMV-112; EMV-114; EMV—ZOO; EMV-205; NT-122; NT-126; NT»416 QFM—EMV»FG_ProtokoIl REMOO / FG16v135.doc Page 71 Df 79 19.12.2016 Test Report Reference: M/FG-16/1 35 Ambient temperature: 23°C Emissions in restricted bands Emissions falling within restricted frequency bands Relative humidity: 21% § EEK ‘ 15,2090.) Rss-Gen Measurement with Peak-Detector (green line) and Average detector (magenta line): Band Edge requirement Setup: CH 1 + 5: 2422 MHz tin no mo so g 50 ’3 “v: m 35 w ‘ FCC minaret-mas ‘ 50 ‘ t v Km» "\va‘fi A » ‘ (o .M ~‘ U“ ’ ‘ ‘ WNW, is,»~,.t.,.,,ww,__vrAw~n~ ‘ :w 20 i ‘23“ 23;.) m “to ’ 2:20 2.; 2.3:, 25",, "TN 2r, 255., 1 anz in MHz m+_MAxH@sstn_zieszu lssmgyumMum-2| Ave,mxH@sa1o,246Nx_Fta .ssio;_._4u_cm.Uzmunvu _ FCCUSsBFOVODE l EMImdnhm) LIMIT SUBCLAUSE 15.209(a) — RSS-Gen Frequency_(MHz) Field strength (microvoltslmetar) Measurement dlstance (meters) 0.009-0.490 24DO/F(kHz) 300 0490-1 .705 24000/F1kHz) 30 1105-300 30 30 30-88 1 00" 3 88-21 6 1 50" 3 21 6—960 200“ 3 Above 960 500 3 Band edges of the nearest restricted bands: 2390 MHZ and 24835 MHz, Test Equipment used: EMV»100; EMV—101; EMV-102; EMV-103; EMVv105; EMV-110; EMV-200 QFM‘EMV-FeiProtokoll Rev.00 I FG16-135,doc Page 72 0! 79 19.12.2016 Tesi Report Reference: M/FG—1 6/1 35 TUV Ambient temperature: 23°C A U s T R I A Relative humidity: 21% Emissions In restricted bands Emissions falling within restricted frequency bands 5 1 5.209(a) RSS-Gen Measurement with Peak-Detector (green line) and Average detecior (magenta line): Setup: CH 4 + 8: 2437 MHz an we we in dauwm rec chain or :00 1M 3M 10M :m 100M zoo I6 36 106 23,56 new-n: wtmxnsng «Lowejz [smog pk._mxuzssw_2_ 0_CH4¢3_F3|5810>2 — FCC classaFOP‘flfl [,JEMImn-ml omcLmesmg gummy [53103 4,¢n_cmq_fin mum] , Avgmxmsmfi |ss1a_24_20_CNB_FIRewn1| cuuaflxuum as}: Res-mm AVG_MAXH:Sflm_2 «Lon-«112 |$sm,2_4_4n_cn«a_nmwn-410 NT>411 NT—41 2 NT~41 3 NT—414 NT—415 TUV AUSTRIA Division: Industry 8. Energy Department: FG Test report number. M/FG-1 6/1 35 Page: 2 on Date: 19.12.2016 Checked by: 4M Appendix 1 (continued) Test equipment used DEIULJUEIUEIEIEIEIEIUEIEIEIEI DUUUUUDI‘IEIEI Highpass-Filter 3500 MHz — 18 6H2 RF-Altenuator 10 dB DC-18 GHZ/ 50W RF-Attenuator 6 dB DC— 18 GHZ/SOW RF-Attenuator 3 dB DC- 18 GHZ/ 50W RF-Attenuator 20 dB DC-1000MHz/25W RF-Attenuator 30 dB DC-1000MHZ/1W RF-Attenuatcr 30 dB RF-Attenuator 6 dB 00- 1000 MHZ/1W RF-Attenuatcr 6 dB DC- 1000 MHz/1 W RF—Attenuator 6 dB RF-Attenuatcr 0 dB - 81 dB WRU 27 - Band blocklng 27 MHZ WHJ45009 AA . High pass 450 MHz wmzsocs AA - High pass 250 MHz RF-Load 150 W impedance transducer 1:4:1:9:1:16 RF-Attenuator DC - 18 GHz 6 dB RF-Attenuator DC — 18 OH: 6 dB RFvAttenuator Dc — 13 GHz 10 dB RF-Attenuator DC - 18 GHZ 20 dB |+P 7730 Directional coupler 100 - 2000 MHZ ESH3-22 - Pulse llmlter 9 kHz - 30 MHZ Power Divider 6 dB/1 W150 Ohm Directional coupler 0.1 MHZ— 70 MHZ Dlrectlcnal ccupler 0.1 MHz — 70 MHZ Tube imltaflons according to EN 55015 FC0801-M3-16A Coupling decoupling network FCC-801-M2-50A Coupling decoupllng network FCC-801-M5‘25 Coupling decoupling network FCC-301 >AF10 Coupling decoupling network NT-416 NT»417 NT-418 NT-419 NT-421 NT—423 NT-424 NT-425 NT-426 NT-428 NT-429 NT~430 NT»431 NT-432 NT-433 NT>435 NT—436 NT-437 NT-438 NT—439 NT—440 NT-441 NT~443 NT—444 NT»445 NT—450 NT~458 NT-459 NT—46O NT>461 DEILIUEIEIDDUEID UDUUUEIDEIDEI EIEIEIEIEIEI FCC-801-325 Coupling decoupling network FCC-801-T4 Coupling decoupllng network FCC/801431 Coupling decoupling network SW 9605 - Current probe 150 kHz — 30 MHZ 952424 — Current probe 1 MHz — 400 MHZ 94106-1 L—1 - Current probe 100 kHz - 450 MHZ GA 1240 Power amplifier according to EN 610004-16 Coupling networks accordan to EN 610004-16 Van der Hocfden Test Head P0 P4 3 GHZ .Tesl computer PC P4 1700 MHZ Notebook Monitoring camera with Mcnltor ES—K1 Verslon 1.71 SP2 Test software EMCSZ Version 10.01 Test software SRMvTS Version 1.3 software for SRM-3000 SRM-TS Version 1.3.1 sollware for SRM-3006 Spitzenberger und Sples Test software V4.1 Noise power test apparatus according to EN 55014 Vertical coupling plane (ESD) Test cable #4 for EN 61000—445 Test cable #3 lcr conducted emission Test cable “#6 ESD—cable (2x470k) Test cable #8 Sucollex 104EA Test cable #9 (for outdoor measurements) Test cable #1 0 (for outdoor measurements) Test cable #13 Sucollex 104PE Test came #21 for SRM—3000 Shield chamber Climatic chamber NT—462 NT-463 NT—464 NT-465I1 NT>468 NT»471 NT—480 NT-481 - NT~483 NT»484 NT—500 NT—505 NT-51 1 NT—520 NT—520/1 NT—522 NT-522/1 NT—525 NT-530 NT-531 NT-553 NT-554 NT-555 + NT-556 NT-559 NT-580 NT-581 NT-554 NT-592 NT~600 M—1200 TUV A U S T R I A Division: Industry 8- Energy Department FG Test report number: M/FG-16/1 35 Page: 3 on Date: 19.12.2016 Cneckedby: [ X Appendix 1 (continued) Test equipment used ElElElEIUDEIEIEIUEIEIEIEIEIEIDEIEIUUEIDEIEIDEIU Aneohoic Chamber 3 m i 5 in measuring distance Tumtabel 6 rrl diameter Antenna mast 1—4m Mast and Turntable controller FC-OG EMC \fideo/Audlosystem EMC Software EMC32 Version 10.01 Homantenna 1 — 18 GHz HF 907 Antennapre.amp. 1 — 18 GHz ERZ-LNA0200-1800-30-2 Trilog Antenna 30—3000 MHz VUL39163 Monopol 9 kHz - 30 MHz VAMP 9243 Antennapreamp 18 — 40 GHz BBV 9721 DC Artificial Network PVDC 8300 AC Artificial Network NNLK 8121 RC EMI Receiver ESRZG Signalgeneratlor 9 kHz - 40 GHZ N51 733 GPS Frequency normal 3-83 DC Power supply N5745A DC Power supply N5745A Spektrum Analyzator FSV4O Thd Multimeter Model 2015 Poweramplliier PAS15DDO Inrush Current Source Are-generator Syoore Harmonics/Flicker analyzer ARS 16/3 HF- Ampflifier 9 kHz-250 MHz BBA150 HF— Amplifier 80 -1000 MHz BBA150 HF- Amplifier 0.3 - 6 GHz BBA150 High Power Ant. 20<200 MHZ VHBD 9134 EMV—100 EMV-101 EMV—102 EMV—103 EMV-104 EMV-105 EMV-110 EMV—111 EMV-112 EMV-113 EMV-114 EMV—150 EMV—151 EMV—ZOO EMV-201 EMV-ZOZ EMV—203 EMV-204 EMV-ZOS EMV—206 EMV- 207labc EW- 208Iabc EMV-ZOQ EMV-210 EMV-SOD EMV—301 EMV-SOZ EMV—303 DUBElElElUElEIEIDDUUDI'IUEIHDEIUUEIEIEIDDD Log.per Antenna 304700 MHz STLP 9128 E special Log.per Antenna 0,7 — 9 GHz STLF'91 49 Load Dump Generator LD 200M Ultra Compact Symulator UCS 200M 1 00 Automotive Power fail module FFM 200N100.1 Voltage Drop Symulator vos 2000100 Arb. Generator AutoWave Ultra Compact Symulator ucs 500m Coupling decoupling network cm 503371 32 A Coupling decoupling network CNI 50357/ 33 A Teleoom Surge Generator TSurge 7 Coupling decoupling network CNI 508N2 Coupling decoupling network CNV 504N2.2 Immunity generator NSG4OSOINSG4060-1 Coupling network CDND M3164 Coupling network CT419-5 ESD Generator NSG 437 Pulse Limiter VTSD 9561-F BNC Transient emission BSM200N40+BSZOON100 Cap. Coupling Clamp HFK Mag. Field System M51 00N+M026100+M02630 Coupling network CDN M2-100A Coupling network CDN M33214 Coupling network CDN M5—100A Current Clamp CIP 9136A DC Artificial Network HV-AN 150 Coupling Clamp EM 101 Decoupling Clamp FTC 101 Power attenuator D6 250 W 6 GHZ 6 dB EMV-304 EMV—305 EMV—350 EMV—351 EMV—352 EMV-353 EMV—354 EMV—355 EMV-356 EMV—357 EMV—358 EMV-359 EMV-360 EMV-361 EMV—362 EMV-363 EMV-364 EMV-405 EMV» 450+451 EMV—455 EMV- 456-458 EMV—459 EMV-460 EMV-461 EMV~462 EMV- 4649465 EMV-466 EMV—467 EMV~439 2:le Division: Industry Bl Energy Department: FG Test report number: MIFG—1 6/1 35 Page: 4 01 4 Date: 19.12.2016 Checked by

Download: S810 Bluetooth/BLE/WIFI Module Test Report 2.4 GHz WIFI StreamUnlimited Engineering GmbH
Mirror Download [FCC.gov]S810 Bluetooth/BLE/WIFI Module Test Report 2.4 GHz WIFI StreamUnlimited Engineering GmbH
Document ID3330082
Application IDhtchC3T01e8ucgXRwVRvyw==
Document Description2.4 GHz WIFI Test report
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize455.86kB (5698300 bits)
Date Submitted2017-03-24 00:00:00
Date Available2017-03-24 00:00:00
Creation Date2016-12-28 10:31:44
Producing SoftwareAdobe PSL 1.1e for Canon
Document Lastmod2016-12-28 11:08:48
Document Title2.4 GHz WIFI Test report
Document CreatorCanon iR-ADV C5051 PDF

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Create Date                     : 2016:12:28 10:31:44+01:00
Creator Tool                    : Canon iR-ADV C5051  PDF
Modify Date                     : 2016:12:28 11:08:48+01:00
Metadata Date                   : 2016:12:28 11:08:48+01:00
Producer                        : Adobe PSL 1.1e for Canon
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Creator                         : Canon iR-ADV C5051  PDF