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

StreamUnlimited Engineering GmbH Bluetooth/BLE/WIFI Module

Page 1 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 2 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 3 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 4 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 5 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 6 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 7 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 8 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 9 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 10 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 11 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 12 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 13 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 14 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 15 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 16 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 17 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 18 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 19 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 20 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 21 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 22 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 23 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 24 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Page 25 of S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH

TUV
TUV AUSTRIA
SERVICES GMBH
TEST REPORT m:
of the accredited test laboratory Eggsmm 21a
TOL:
TUV Nr.:MIFG-16I134 ”1316109141
Fax:
.43 1 61091-6505
emv@tuv.al
DIVISION
Applicant: StreamUnlimited Engineering GmbH Industry 5- Enemy
. . D Hm I:
High Tech Campus Vienna Tgspfllng Ezrdyior
c l '
Gutheil-Schoder—Gasse 10 13$2§Iugmc
A-1 100 Vienna ~ .
TUV
Tested Product: STREAM810 Bluetooth I BLE / WIFI streaming module
Test report for BLE part only
FCC-ID: 2AJYB—SS10
IC-ID: 20504-3810
Manufacturer: See applicant
Output power! 14,79 mW cond. power supply: 5 VDC
Accredlud as:
field strength: Testing Laboratory.
Inspection Body.
Frequency range: 2402 - 2480 MHz Channel separation: 5 MHz S:.’.'i,‘l§f£:"$§.f‘£.o.y,
First and Boiler test
FCC: 47 CFR Part 15 (October 1, 2015 edition) labomow
RSS-247 Issue 1, May 2015; including modifications and Nmmea Body «as
clarifications in CB Notice 2015-07 IC 2532M
Nommutm
Bolrd of Dlmcwu:
TUV Austria Services GmbH KR pint-Ing. Johann
MARIHART
Test laboratory Ior EMC
Standard:
Management
Dim-Ing. Dr. Stefan
HAAS
Mag. Christoph
WENNINGER
Raymond om“:
Krugerwasse is
1015 ViennalAustfla
, Brunch omen:
. 4 Domblm. Grail
/ Ing. Michael mminger Innsbruck, Klaganlun.
Llnzr Salmurg, 51. Pan
1911212 16
// Welsv Vlenna. Brlxun(
MHIde d D
Copy Nbrr: a ma H )
company Rumor
Court] - Numbor:
Vlsrlla I PM 288476 I
A publication of this test report is only permitted literally.
am Details:
Copying or reproduction of partial sections needs a written permission of UCBA52949001066
. . IBAN
TUV Austria Sen/Ices GmbH. mmuanmmmt
BIC BKAUATWW
‘The results of this test report only refer to the provided equipment mommosarzsz
AT153100W01040932
BIC RZEMTWW
QFM-EMV-FG_Prolokoll Rot/.00 I FG16-134.doc Page 1 0121 19.122016
vn ATU63240488
ova 3002473
Test Report Reference: —
M/FG-1 6/1 34 TU
Ambient temperature: 23%: Relaflve humidity: 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
Intentional Radiators
Test object dala 3
2.1033 Number of channels and channel spacing 4
15‘247(a)(2) 6 dB Bandwidth 5-7
52 (1)
15.2(4:(b)(3) Maximum Peak RF Power Output (eirp) 8
5.4 4
15‘247(e) Power Spectral Density 9-11
52 (2)
15.247(d) Out-of-band Emissions 12-14
5.5
15.209(a) Emissions in restricted bands 15-19
RSS-Gen
15.207 Conducted Limits 20
RSS-Gen 8.8
15.2470) Maximum permissible exposure 21
QFM-EMV-FGAProlokoll Rev.00/ FG16—134.doc Page 2 of 21 19‘122018
Test Report Reference:
rov
Ambient temperature: 23'0 Relative humidity: 21% 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 BLE part. See additional test reports:
M/FG-16/133 for Bluetooth
M/FG-16/135 for 2,4 GHz WIFI and
M/FG-16/136 for 5 GHz WIFl measurement results including photodocumentation.
2.1033 (c) Technical description
2.1033 (4) Type of emission: 542KF1D — Channel bandwidth < 1MHz — Channel spacing 2 MHz
211033 (5) Frequency range: 2402 to 2480 MHz (channel center frequencies),
2103?) (6) Power range and Controls: The maximum peak output power is 14,79 mW and there is no power
regulation.
2.1033 (7) Maximum output power rating: 14,79 mW.
2.1033 (8) DC Voltage and Current: 5 V DC
maximum current consumption: 200 mA)
RSS-135 This standard does not apply to:
1.1 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
Antennas used for all radiated measurements: ‘STANDARD WLAN 1000418’
Tests were performed December 2"“ till 14"I 2016‘
QFM-EMV—FG_Protokoll Rev.00 / FG16»134.doc Page 3 of 21 19.12.2016
Test Report Reference:
1W
Ambient lsmperalure: 23°C Relative numldlty: 21% A u s T R | A
Number of channels and channel spacing § 2.1033
Condumad Measurement
Rated output power: 14,79 mW
There are 40 Channels used starting a12402lill 2480 MHz each separaled by 2 MHz channel spacing with a
maximum bandwidth of 1 MHz
Test Equipment used: N/A
QFM80 dam—-
CF 2.402 GHZ 501 ts 8 an 10.0 MHZ
1 2.40193 GHZ
D2 M1 1 -259.EI kHz
1 279.EI kHz
Date:2.DEC.2016 09:05:26
6113 Bandwidth: 538 kHz
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_ProtokolI Rev.00 / FG16-134.doc Page 5 0121 19.122016
Test Report Reference:
MIPS-161134
Amblent temperature: 23‘0
6GB Bandwidth
Conducted Measurement
Relative humldlty:
TUV
AUSTRIA
§ 15.247(a)(2)
5.2(1)
Rated output power: 14,79 mW Channel 19 (2440 MHz center frequency)
Spectrum
Raf Lav-I 15.00 dBm
All 25 :18
“Pk View
SWT 5.7 ms
. Raw 1 kHz
VBW 1 kHz Mode Auto FFT
10 dBm
0 dBm—
-10 dBm
M1[1]
DSIX]
-6.14 dB
279.0 kHz
>732 dBm
2.4399500 GHZ
-2El 51311!
40 dBm
40 dam
~50 dam
>60 dBm
—80 dBm
CF 2.“ (:Hz
x»vnlua
a an 10.0 MHz
Fur-Elm. Result
M1 1 2.43993 cu: -7.32 dam
02 M1 1 4590 kHz -a.12 dB
D3 M1 1 279,0 kHz -s.14 an __ _
Date:2.DE:C 2016 09:0355
GdB Bandwidth: 538 kHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(1)
6 dB Bandwidth at least 500 kHz
Under normal test conditons
Test Equipment used: EMV—205
QFM—EMV-FGj‘rotokoll Rev.00 I F61 6-1 34.1100
J_
Page 6 of 21
19.12.2016
Test Report Re19renoe: —
M/FG-16/134 I U
Ambient temperature: 23°C Relallve humldityi 21% AU S T R I A
6dB Bandwidth 5 15.247(a)(2)
5.2(1)
Conducted Measurement
Rated output power: 14,79 mW Channel 39 (2480 MHz center frequency)
®
Spectrum ¥
Ref Level 15.00 dBm I RBW 1 104:
An 25 d5 SWT 5.7 ms VBW 1 kHz Mode Auto FFT
.1Pk View
| 03(1) 7535 an
10 dBm 279.0 kHz
M1[1] -7.57 dam
U dBm 2.4799300 cm
-1u dam 1
-20 dBm
-30 dBm—
~40 dam
-50 dBm
-60 dBm
fl
-OB
.30 dBm
CF 2.48 GHZ filll s B an 10.0 MHZ
arker 7 . 7
T 2 Ref In: K al
M1 1 2.4799E GHz
D2 M1 1 -253.n kHz
D3 7M; 1 7 "279.0an2
Eunctlon Rasult
Date: ZDEC .2016 09:01:47
6dB Bandwidth: 542 kHz
LIMIT SUBCLAUSE 1.1247(9) - 5.2(1)
Under normal test conditons 6 dB Bandwidth at least 500 kHz
Test Equipment used: EMV-205
0FM»EMV—FG_Protokoll Rel/.00 / FG16—134.doc Page 7 0121 19.12.2016
Test Report Reference: -
M/FG-16/134 TU
Ambient temperature: 23°C Relative numlalty: 21% A U S T R I A
Maximum Peak RF Power Output (conducted) § 15.247(b)(3)
5.4(4)
Conducted Measurement
Rated output power: 14,79 mW
Test conditions Transmitter power (mW)
2402 MHz 2440 MHz 2480 MHZ
Tm(23)°C me(5)V 14,13 14,79 14,13
Maximum deviation from rated output power
under normal test conditions (dB)
Measurement uncertainty 1 0,75 dB
LIMIT SUBCLAUSE 15.241(b)(3) — 5.4(4)
Under normal test oonditons 1W conducted (4W eirp)
Test Equipment used: EMV-205
QFM»EMV»FG_ProtokoII Rev.00 / FG16>1 344100 Page 8 of 21 19.12.2016
Test Report Relerenoe:
—
M/FG16/134 TUV
‘ . . - - . o
Amblem temperature. 23 C Relaflve humidity. 21 A. A U S T R I A
Power spectral denslty (conducted) § 15.247(e)
5.2(2)
Conducted Measurement
Rated output power: 14,79 mW Channel 0 (2402 MHz center frequency)
Raf Llle 15.01] dBm C RBW 3kHz
25 dB SW 1.9 ms VBw 3 kHz Made Autu FFT
~23: dam
2.40197sonn 5H1
‘ CF 2.4112 6H2
Date: znzc .2016 0929x311
Power Spectral density: -2,83 dBm @ 2401.976 MHz
LIMIT SUBCLAUSE 15.247(e) - 5.2(2)
Under normal lest condifions +8dBm in any 3 kHz band
Test Equipment used: EMV—205
QFM—EMV-FG_Prolokol| RQVDO I F6164 34.:106 Page 9 0121 19422013
Test Report Reference: —
MIFG-16/134 TU
Ambient temperature: 23°C Retaflve humidity: 21% Au 5 T R I A
Power spectral density (conducted) 5 1 5.247(e)
5.2(2)
Conducted Measurement
Rated output power: 14,79 mW Channel 19 (2440 MHz center frequency)
Spectrum
Ref Level 15.00 dflm 0 Raw 2 kHz
A01 25 dB sw‘r 1.9 ms VBW 3 kHz Made Auto FFT
1.1” View
-2.7B dBm
2439976000 GHz
1 CF 2.44 an:
Date: ZDEC .2016 0923:32
Power Spectral density: -2,79 dBm @ 2439,976 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«134.doc Page 10 of 21 19.12.2016
Test Report Relerence: _
M/FG-16/134 TU
Ambient temperature: 23“C Relafive humidity: 21% A U s T R | A
Power spectral density (conducted) § 15.247(e)
5.2(2)
Conducted Measurement
Rated output power: 14,79 mW Channel 39 (2480 MHz center frequency)
Spectrum
RnfLIvBI 15,00 dBm O RBW 3 kHz
25 dB sw‘r 1.9 ms vnw 3 kHz Mode Autn FFT
-3.Dfi dBm
2.479976nnn GHz
1 CF 2.42 on:
nae: ZDEC .2016 0927 :43
Power Spectral density: -3,06 dBm @ 2479,976 MHz
LIMIT SUBCLAUSE 15.247(e) — 5.2(2)
Under normal test canditons +8dBm in any 3 kHz band
Test Equipment used: NT-207
QFM—EM’V—FG_Prowkoll Rev.00 / F61 6-1 344106 Page 11 of 21 19.122016
Test Report Relerence:
1W
Ambient temperature: 23'0 Relative humidity: 21% A U S T R I A
Out-of-band Emission § 15.24701)
Unwanted Emissions 5.5
Conducted Measurement
Setup: CH 0: 2402 MHZ
Spectrum
Ref Laval 15.110 dBm . RBW mo kHz
25 dB swt 250 ms vaw 100 kHz Mode Auto Swea-
CF 12.5 GHZ an 25.0 GHZ
Data:2.DEC2016 0x513]
LIMIT SUBCLAUSE 15.24701) - 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'Prolokoll Rel/.00 / F61 64341100 Page 12 of 21 19.12.2016
Test Report Reterence:
M/FG-16/1 34
Ambient temperature: 23'0 Relative humidity: 21%
Out-of-band Emission
Unwanted Emissions
Conducted Measurement
Setup: OH 19: 2440 MHz
Spectrum
Raf Laval 15.EID dB"! 0 RBW 100 kHz
25 dB SM 250 ms Vnw 100 kHz Mode Auto Swee-
§ 15.24101)
5.5
IWWW~'W' '
CF 12.5 13H:
Date: 2mm 2016 08 52:55
LIMIT SUBCLAUSE 15.247(d) - 5.5
8- an 25.0 GHz
TUV
AUSTRIA
In any 100 kHz bandwidth outside the frequency band in At least ZOdB below the power in the 100 kHz bandwidth
within the band that contains the highest level of the
which the radio device is operating,
Test Equipment used: EMV-205
0FM-EMV—FG_Pmtokoll Rev.00 I FG16-134.doc Page 13 of 21
desired power,
19.12.2016
Test Report Reference:
rav
Ambient temperature: 23°C Relative humidity: 21% AU S T R I A
Out-of-band Emission § 15.241(d)
Unwanted Emissions 5.5
Conducted Measurement
Setup: CH 39: 2480 MHz
Spectrum
Rafuwal 1500 mm a new 100 kHz
25 dB swr 250 ms vnw 100 kHz Mnda Auto swee-
l CF 12.5 GHZ 32001 pts
Date: 2132c .2016 08 :55:53
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 powert
Test Equipment used: EMV-205
QFM-EMV-FG_Protokotl Rev.00 / FG16-134.doc Page 14 of 21 19.12.2016
Test Report Reference:
M/FG-16/1 34 I U
Amblenttemperature: 23°C Reiative humidity: 21% AU S 1- R I A
Emissions in restricted bands § 15.209(a)
Emissions falling within restricted trequency bands Rss—Gen
Measurement with Peak-Detector (green line) and Average detector (magenta line):
Setup: CH 0: 2402 MHz
§
§ so i
m: CIAIIBFDP a
50
.\ ‘ _,_1—
m N\ ‘. E. ,‘I
an ’ v ' a r,
\k x.‘ ”w” I
20 t
\I.
mfik {a mi 31m m ' w w a}, mm m ’ 313’ as ‘és kiss
quwu ‘
px._mxnessm_znenz_m [semjtgcmfl mm AVG_MAxH@ssm_2.t/amj1a [smafigcuojzmum
PKOJMXH [Satfl_BLE_CHfl,F3.Rauit2l ' AVGVMAXH [SstfliBLEicrtnjafiesull‘l]
— FCC 0558 F OP 40E I.\EM| mute-m PK‘_MAXH@381072.JGHXAF1 [SMOJLEJDHLFLRMMZ]
ongmzwmemjo [saw JLE_CW_F0.RnuIt:1] , m,mxu@ssm_n mtofificmjtfinwltzl
7 , AVG_MAXH@5810_F4 [satu_BLE_ij4 mum
Worst case emission: 53,7 dBuV/m @ 4804 MHz
LIMIT SUBCLAUSE 15.209(a) - RSS-Gen
Frequency_(MHz) Field strength (microvoltslmeter) Measurement distance (meters)
0,009-0.490 2400/F(kHz) 300
04904 ,705 24000/F1kHz) 30
1‘705-3D.0 30 30
30—88 1 00" 3
88-21 6 1 50“ 3
21 6960 200"“ 3
Above 960 500 3
Test Equipment used: EMV—100; EMV-1D1; 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,Protokoll RevtOO / FG16-134,doc Page 15 of 21 194122016
Test Report Reference:
MIFG-16/134
Ambient temperature: 23°C
Emi sions in restricted bands
Relaflve humidity: 21%
Emissions fallan within restricted frequency bands
ICE!
5 1 5.209(a)
RSS-Gen
Measurement with Peak-Detector (green line) and Average detector (magenta line): Band Edge requirement
Setup: CH 0: 2402 MHz
136
m 1 1
N f ‘
.1
"s V“
5 ‘° n i ”i' 59 F "m
V 1 r nuns a
W ,, _.\1_w11‘v”‘lfil‘{'c'l '1" / ‘ "‘-tt"‘V'i'W1€- t, ,1 ~ ‘ -, 1 ‘
«7 WW Hrmwd-“v «w/W‘ ”WM“ u~¢4«~\~1—.td.v—u-«\~-w"~ ewv-e»/»—»-WMWWMm—- 1
w 1
20
2% m " 5;" 2:00 ’ 2;” 251m 25; m 2550‘
FWMMMHZ
PK¢_MAXH@SBW]AGH17FIA [SEHLBLEJWDJZ Rewltz] AVGJMXHQSBWJAGHLHI [SEIU_BLE_CHO_F2.R¢SHII:AI
FocalasssFONoaa [\EMraamu
LIMIT SUBCLAUSE 15.209(a) - RSS-Gen
FrequenchMHz) Fleld strength (microvoltslmeter) Measurement dlstance (meters)
0,009—0.490 2400/Ft kHz) 300
0490-1105 24000/Ft kHz) 30
1105-300 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-100; EMV-101; EMV—102; EMV-103; EMV—105; EMV-110; EMV-200
QFM-EMV»FG_Protokoll Rev.00 / FG16—134.doc
Page 16 of 21
19.12.2016
Test Report Reference:
—
MlFG—16/134 TUV
Ambient temperature: 23°C Relative humidity: 21% A U S T R I A
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):
Setup: CH 19: 2440 MHz
é
a3
5 FCC CM F P
wv.ifi,i,e , , fl. , 77_.7k ,, i
9k 30 100k m in au 10M so 10m 300 1G :5 we 26,55 i
rmnz r
, ~ w‘rmxnesaru tGHzft- rsura,u:_cms_n Rewit'zl
exam" [5310;55:an mu]
rec ClassB F on was r. iEMI radiated“
uprgcmwwsmwo [semJLgcmjnfimiur
AVGJMXHQSBIILFA |SEmjLE_CH19jd,ReIuIt-4}
Ava_wn@ssm_2.tsnzjm [smjtgcmsjz Result“)
Avemxn rse1o,ets,cms_ra mum]
FKtMAXHQSamJ «3mm [sstn_eLE_cH19_F1 Resrlrzl
eke mummy rssro_sLE_cms_nmuur
Worst case emission: 53,6 dBuV/m @ 4880 MHz
LIMIT SUBCLAUSE 15.209(a) — RSS-Gen
Frequency (MHz) Field strength (microvoltslmeter) Measurement dlstance (metersL
once-0,490 2400/F(kHz) 300
0.490-1105 24000/F(kHz) 30
1.705-30.0 30 30
30-88 1 00" 3
88-21 6 1 50" 3
21 6960 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 -1 26; NT-416
QFM-EMV—FG_Frotokoll ReV.00 / FG16-134.d0c
Page 17 of 21
19.12.2016
Test Report Rsferenoe: '
MIFG-1 6/1 34 I U
Ambient temperature: 23’0 Relative humidity: 21% A U S 1- R I A
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):
Setup: CH 39: 2480 MHZ
um
m1
nu
um i
”I
5: 80'
E m r
E r
I 6“ Examine» ;
40 ~\ ‘ _r—'— r
u \1 ‘ . 1 .' y t
\t ~ - /:_VW, .
20
”at 30 w m I»? 3; 10M 3; Em :wn (e 36 «0'6 26:56 ‘
PM
PKo_MAxN@Sero_2.AGHz_F13 [sarojtgcuagjzmml Avgmxnesemgmma [saturating mm;
px._mxn [ssmflumjamm-z; 7 Avgmxn [Sstn_ELE_CN30_F3.MuH:4]
— FCC ClanB F DP was HEM radiated! PK‘JMXHQSMOJAGHLFi ISB1DVBLEJIH397FI mm]
7 QPkicLRWRQSBwa \Seto_BLE_CR39,FOResutt1l PK‘JMXHQSsttLFA [$810,5LE,CH39_F4 Resuitil
Ave,wmss«n_n immatures,“ mm;
Worst case emission: 53,4 dBuV/m @ 4960 MHz
LIMIT SUBCLAUSE 15.209(a) — RSS-Gen
FrequencflMHz) Field strength (mlcrovoltslmeter) Measurement distance (meters)
ODDS-0,490 2400/F(kHz) 300
(1490-1105 24000/F(kHZ) 30
1105-300 30 30
30-88 1 00" 3
8841 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—200; EMV-205; NT-122; NT—‘i 26; NT-416
OFM-EMV—FG_Protokoll Ran/.00 / FG16—134.doc Page 13 of 21 19.12.2016
Test Report Reference: —
MFG-161134 TU
. e - - a . o
Amblent temperature. 23 C Relative humudlty. 21 /o A U S T R I A
Emissions in restricted bands § 15.209(a)
Emissions falllng wlthln restricted frequency bands RSS-Gen
Measurement with Peak—Detector (green line) and Average detector (magenta line): Band Edge requirement
Setup: CH 39: 2480 MHz
ISO
Izo \
nu
ma 1 ‘
w {
E W \
E x ‘
E; 70 ‘ W
E so ‘ ‘ ‘ r‘ ‘
l - FCCCWFOFAMB ‘
5° . Ar
m ,. , WNW“ _ M“. W“ “New _ .. , 1
no i
2a ‘
‘23:» 2am ' 23m 7‘ En ' 2420 m ' 21m ' 219? 7 zslao 7' 2520 zeo’u‘w‘
FWIIIMH: ‘
m._wn@sam,2,4emjn [SBILBLEJHSLFZRes-tlrzl Ave,mn@sem,24m;n [sulo_aLE_cH3v_r-7 Rewlu]
sec Ctassa s on: was new mutant)
LIMIT SUBCLAUSE 15.209(a) — RSS-Gen
FrequencuMHz) Field strength (mlcrovoltslmeter) Measurement dlstance (meters)
0009—0490 24DO/F(kHz) 300
(1490-1105 24000/ngHz) 30
1 ,705-300 30 30
30-88 100" 3
88-216 1 50" 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—100; EMV—101; EMV-102; EMV-103; EMV-105; EMV-110; EMV-ZOO
QFM-EMV-FG_Proiokoll ReVDO / FG16-134,doc Page 19 0121 19.12.2016
Test Report Reference:
MFG-1611 34
Ambient temperature: 23°C
Conducted Limits
Setup: CH 19: 2440 MHz
Peg-1 1.. new
TUV
Releiivehumldlty: 21% AUSTRIA
§15.2o7
RSS-Gen 3.8
Measurement with Peak-Detector (green line) and Average detector (magenta line):
summon ‘
Eymuv
im " 300 m 500 'm'm «M ’2'“ 3M 4M W E; "é mm m aw!
Pmew mun 2-CAV 1W mun ZResull 2]
EN 55022 v AV HEM common]
qu-nz
Pmew Rwun 109K [PW Rmmficsum]
K FIMI_ResuIIGPK [rmjmnmului
EN saw me I. \EM canauaaml
. FmLRmn CAV [FilaLReiml mum
LIMIT SUBCLAUSE 15.207(a) - RSS-Gen 8.8
Conducted Ilmlt (dBpV)
Frequency of emission (MHz) Quasi-peak Average
015-05 66 to 56“ 56 to 46'
05-5 56 46
5-30 60 50
*Decreases with the logarithm of the frequency.
Test Equipment used: EMV-105; EMV-151; EMV—200; EMV—405
QFM—EMV—FG_ProtokolI Rev.00 I FG16—134.doc Page 20 or 21 19.12.2016
Tat Report Reference: —
M/FG-16/134 TU
Ambism temperature: 23.0 Relative humidlly: 21% AU 5 T R I A
Maxlmum pennlsslble Exposure § 15.247“)
This kind'of radio equipment is categorically exciuded from routine environmental evaluation,
0FM—EMV—FG_ProIokoll Rev.00 I FG16—134idoc Page 21 of 21 19.12.2016
Appendix 1
Test equipment used
ElElDDElUUElEIElEI
El
UEI
DEllfll‘lEIHU
EIEI
Anechoic Chamber with 3m
measurement distance
Stripline
according to ISO 11452-5
MA4000 - Antenna mast
1 - 4 m height
08 - Turntable
0 - 400 " Azimuth
003000 Controller
MeshTumtable
HUF-Z3 - Log. Per. Antenna
200 - 1000 MHZ
HFH-ZZ - Loop Antenna
9 kHz - 30 MHZ
HFH-Ze - Rod Antenna
9 kHZ - 30 MHZ
3121C - Dipole Antenna
28 - 1000 MHZ
3115 - Horn Antenna
1 . 18 GHz (Immunity)
3116 - Horn Antenna
18 - 40 GHZ
SAS-200/543 - Bioon. Antenna
20 MHZ - 300 MHZ
AT-1080 - Log. Peri Antenna
30 - 1000 MHZ
HK—116 - bioon. Antenna
20 MHZ » 300 MHZ
HK-t 16 - blcon. Antenna
20 MHZ - 300 MHz
3146 - Log. Per. Antenna
200 — 1000 MHZ
VULB 9163 Trilog Antenna
30 - 3000 MHZ
Loop Antenna
H-Field
Horn Antenna
500 MHZ - 2900 MHZ
Horn Antenna
500 MHZ » 6000 MHZ
Log. per. Antenna
800 MHZ - 2500 MHZ
Log. per. Antenna
800 MHZ - 2500 MHZ
BiConlLog Antenna
26 MHZ — 2000 MHZ
Conical Dipol Antenna
PCDBZSO
HF 906 - Hom Antenna
1 - 18 GHZ (emission)
HZ»1
Antenna tripod
BN 1500
Antenna tripod
Ant. tripod for EN61 00041-3
Model TP1000A
NT-100
NT-108
NT-1 10/1
NT-111/1
NT-1 12/1
NT-121
NT-122
NT-123
NT—124
NT-125
NT-125
NT-127
NT-1 28
NT-129
NT-130
NT-131
NT-131/1
NT-132
NT-133
NT»133/1
NT-134
NT»135
NT-137
NT-138
NT-139
NT-150
NT-1 51
NT-1 56
UBEIEIEIDDEIUU
DEIUEIElElUEIEI
UDDUDEIU
Power quality analyzer
Fluke 1760 (complete set)
Spectrumanalyzer - F5P7
9 kHz — 7 GHZ
ESCI - Test reoelver
9 kHZ - 7 GHZ
ESI26 — Test receiver
20 HZ — 25,5 GHZ
Digital Radio Tester
CTS55
Noise—gem, lTU-R 559-2
20 HZ - 20 kHz
CMTA - Radiooommunication
analyzer : 0.1 - 1000 MHz
3271 - Spectrum analyzer
100 HZ - 26,5 GHZ
Digital Radio Tester
Aeroflex 3920
Mixer MZSHW
26,5 GHZ - 40 GHZ
RubiSouroe T&M
Tlmlng reference
Radiocommunioalionanalyzer
SWR 1180 MD
Mixer M1 QHWD
40 GHZ — 60 GHZ
Mixer M1ZHWD
60 GHZ - 90 GHZ
DSO9104
Digital soope
TPS 2014
Digital scope
Artificial Ear
according to IEC 60313
1 kHz Sound calibrator
em - Harmonics and
flicker analyzer
$RM-3000
Spectmmanalyzer
$RM-3006
Spectrumanalyzer
E-field probe SRM
75 MHz - 3 GHZ
Field Meter NBM-SOD
lnoL E- and H-Field probes
Hall-Teslameter
ETM-1
EPA-3
H-field-l E-field probe
Field Meter EMR-200
100 kHz — 3 GHZ
E-field probe
100 kHZ — 3 GHZ
H-field probe
300 kHz — 30 MHZ
TUV
AUSTRIA
Division:
NT-160 - Industry 8: Energy
NT-173
NT-200
Department: FG
"$20311 Test report number:
M/FG—t 6/1 34
NT-207
Page: 1 on
”T408 Date: 19.12.201
NT—209 Checked by: A
NT-210
NT-21 1
NT-212/1
NT-214
NT—21 e
NT-217
NT-218
NT—219
maze/1
NT-zzz
NT-224
NT-225
NT-232
NT-233
NT-233/1a
NT-234
NT-240a-d
NT-241
NT-243
NT-244
NT-245
NT-246
Appendix 1 (continued)
Test equipment used
E-field probe
3 MHz — 18 GHZ
H-tield probe
27 MHZ — 1 GHZ
ELT-400
1 HZ - 400 kHz
MDS 21 - Absorbing clamp
30 - 1000 MHZ
FCC»203I
EM Injection clamp
FCC-203I-DCN
Ferrite decoupling network
PR50
Current Probe
|3108
Current Probe
Fluke 87 V
Tme RMS Multimeter
Model 2000
Digital Multimeter
Fluke 87 V
Digital Multimeter
ESHZ-ZS—U1 Artificial mains
network 495A
E5H3v25-U1 Artificial mains
network 2x10A
E5H3-ZS—U1 Artificlal mains
network 1 x1 00A
ESHS-Zfi-U1 Artificial mains
network 1x100A
PHE 4500/5
Power amplifier
E210 '
T-Artifidal Network
SMG - Signal generator
0,1 - 1000 MHZ
SMA100A - Signal generator
9 kHz - 6 GHz
RefRad
Reference generator
SMP 02 Signal generator
10 MHZ - 20 GHZ
40 MHz Arbitrary Generator
TGA1241
Artificial mains network
NSLK 8127-PLC
PEFI’ - Burst generator
up to 4 kV
ESD 30 System
up to 25 kV
PSURGE 4.1
Surge generator
|MU4000
Immunity test system
VCS 500-M6
Surge-Generator
UUUUUDDDUUU
DUDEIEIEIUUUEIEIEIDEIEIEI
NT-247
NT-248
NT-249
NT-250
NT-251
NT-252
NT-253
NT—254/1
NT-260
NT-261
NT-262/1
NT-300
NT-301
NT-302
NT-302a
NT-304
NT-305
NT-310
NT—31 0/1
NT-31Z
NT-313
NT—31 5
NT-316
NT-320
NT-321
NT-324
NT-325/1
NT-326
UEILIDUUEIEIDEIDDUUUEIDEIUEIEIDUUUEI
El
Oscillatory Wave Simulator incl.
Coupling networks
ETA-250 - RF-Amplifier
9 kHz - 220 MHZ / 250 W
T82-50 RF—Ampllfier
2 GHZ — 8 GHZ
500W1000M7 - RF-Ampllfier
80 - 1000 MHZ/ 500 W
A50102-55R - RF-Amplifler
1 GHz - 2 GHz
APA01 - RF-Amplifier
0.5 GHz— 25 GHZ
Preamplifier
1 GHZ - 4 GHZ
Preamplifier for GPS
MKU 152 A
Preamplifier
100 MHz - 23 GHZ
Dc Block 10 MHz-18 GHZ
Model 8048
2-97201
Elecfi‘onic load
TSX3510P - Power supply
030 V/ 0 - 10 A
TSX3510P - Power supply
0-30 v / o » 10 A
VDS 200
Mobil-impuls-genemtor
LD 200
Mobil—lmpuls—generator
MPG 200
Mobil-ImpuIeGenerators
EFI' 200
Mobil-Impuls—generator
AN 200 S1
Artificial Network
FP—El-‘I' 32M
3 ph. Coupling filter (Burst)
PHE 4500 - Mains impedance
network
IP 6.2 Coupling filter for
data lines (Surge)
TK 9421 High Power Volt Probe
150 kHZ- 30 MHZ
ESH2-13 - Probe
9 kHz - 30 MHZ
IP 4 - Capacitive clamp
(Burst)
HIghpass—Filter
100 MHZ - 3 GHZ
Highpass-Filter
600 MHZ - 4 GHZ
HighpaseFilter
1250 MHZ — 4 GHZ
Highpassfllter
1800 MHZ -16 GHZ
NT.
328a+b+c
NT—330
NT-331
NT-332
NT-333
NT-334
NT-335
NT-336
NT-337
NT-338
Nr-341
NT—344
NT—345
NT»350
NT-351
NT-352
NT-353
NT-354
NNOO/i
NT-Aot
NT-403
NT-409
NT-41o
NT-41 1
NT-412
NT—41 3
NT-414
NT—41 5
TUV
AUSTRIA
Dlvlslon:
Industry 8. Energy
Department: FG
Test report number.
M/FG-1 6/1 34
Page: 2 oi 4
Date: 19.12.2016
Checked by: L
Appendix 1 (continued)
Test equipment used
DUUEIUEIEIDUEI
UEIUI‘iUEi
DUUUDDDEIEIULID
Highpass-Filter
3500 MHz— 18 GHz
RF-Attenuator 10 dB
DC — 18 GHz/ 50 W
RF-Attenuator 6 GB
DC— 18 GHZ/50W
RF—Attenuetor 3 dB
DC — 18 GHz/ 50 W
RF-Attenuator 20 GB
DC -1000 MHZ] 25W
RF-Attenuator 30 GB
DC- 1000 MHZ/ 1 W
RF-Attenuator
30 dB
RF-Attenuator 6 dB
DC- 1000 MHz/1W
RF-Attenuator 6 dB
DC-1000MHZI1W
RF-Atlenuator
6 dB
RF—Attenuator
0 dB - 81 dB
WRU 27 - Band blocking
27 MHZ
WHJ45009 AA - High pass
450 MHz
WHJ250C9 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 GHz
6 dB
RF-Attenuator DC —- 18 GHZ
10 dB
RF-Attenuator DC — 18 GHz
20 dB
|+P 7780 Directional coupler
100 - 2000 MHZ
ESH3»22 - Pulse limiter
9 kHz - 30 MHZ
Power Divider
6 (13/1 W150 Ohm
Directional coupler
0,1 MHZ - 70 MHZ
Directional coupler
0.1MHZ— 70 MHZ
Tube Imitations
according to EN 55015
FCC-301»M3»16A
Coupling decoupling network
FCC-801-M2-50A
Coupling decoupling network
FCC-801-M5-25
Coupling decoupling network
FCC-BO1-AF10
Coupling decoupling network
NT-415
NT-417
NT-418
NT—41 9
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-460
NT-461
DDUDEIUEIUEIDDEIUUUEIDDEIUDUD
EiEiEIEi
FCC-801-525
Coupling decoupling network
FCC-801-T4
Coupling decoupling network
FCC-801-C1
Coupling decoupling network
SW 9605 - Current probe
150 kHz — 30 MHZ
95242-1 - Current probe
1 MHZ - 400 MHz
94106‘1L-1 - Current probe
100 kHz — 450 MHZ
GA 1240 Power amplifier
according Io EN 61000445
Coupling networks
according to EN 61000446
Van der Hocfden Test Head
PC P4 3 GHZ
Test computer
P0 P4 1700 MHZ
Notebook
Monitoring camera
with Monitor
ES-K1 Version 1.71 SP2
Test sottware
EMC32 Version 10.01
Test software
SRM-TS Version 1.3
sofiware for SRM-3000
SRM-TS Version 1.3.1
software for SRM-aoos
Spitzenberger und Spies
Test software V4.1
Noise power test apparatus
according to EN 55014
Vertical coupling plane
(ESD)
Test cable #4
for EN 61000-4-3
Test cable #3
for conducted emission
Test cable visors
esomble (2x470k)
Test cable #8
Sucoiiex 104EA
Test cable #9
(for outdoor measurements)
Test cable #10
(for outdoor measurements)
Test cable #13
suooflex 1 04PE
Test cable #21
for SRM-3000
Shield chamber
Climatic chamber
NT-462
NT—463
NT-464
NT-465/1
NT~468
NT~471
NT»480
NT—481 -
NT»483
NT—484
NT-500
NT—505
NT-511
NT-520
NT-520/1
NT-522
NT-522/1
NT-525
NT-530
NT-531
NT-553
NT-554
NT-555 +
NT-555
NT-559
NT-580
NT-581
NT-584
NT-592
NT-600
M4200
EEK
Division:
Industry 8. Energy
Department: FG
Test report number:
M/FG—1 6/1 34
Page: a of 4
Date: 19.122016
Checked by g
Appendix 1 (continued)
Test equipment used
Ell]ElDUEUDDUDDDUUUUUUDDDDDDDUD
Anechoic Chamber
3 m l 5 in measuring distance
Tumtabel
6 m diameter
Antenna mast
1 —4 m
Mast and Turntable controller
F006
EMC \fideo/Audlosystem
EMC Software
EM032 Version 10.01
Homantenna 1 — 18 GHz
HF 907
Antennapreamp, 1 -- 18 GHz
ERZ-LNA0200-1800-30-2
Trilog Antenna 30-3000 MHz
VULBQiGB
Monopol 9 kHz — 30 MHz
VAMP 9243
Antennapre.amp ls — 40 GHz
BBV 9721
DC Artificlal Network
PVDC 8300
AC Anifidal Network
NNLK 8121 RC
EMI Receiver
ESR26
Signalgenemtor 9 kHz — 40 GHz
N51733
GPS Frequency normal
B»68
DC Power supply
N5745A
DC Power supply
N5745A
Spektrum Analyzator
FSV40
Thd Multimeter
Model 2015
Poweramplifler
PAS15000
Inrush Current Souroe
NIL-generator
Sycore
Hannonics/Flloker analyzer
ARS 15/3
HF- Ampflifier 9 kHz-250 MHz
BBA150
HF- Amptlfler 80 -1000 MHZ
BBA15D
HF- Amplifier 0.8 - 6 GHZ
BBA150
ngh Power Ant. 20-200 MHZ
VHBD B134
EMV—100
EMV—101
EMV—102
EMV-1 03
EMV-104
EMV—105
EMV—110
EMV-111
EMV-112
EMV-113
EMV-114
EMV-1 50
EMV—151
EMV—200
EMV-201
EMV-202
EMV-203
EMV—204
EMV-205
EMV—ZOS
EMV-
207/abo
EMV-
208(abc
EMV-ZDQ
EMV—21 0
EMV—300
EMV-301
EMV—302
EMV-303
|_|
UUDLIDUEI
El
DDDDEIEIEIEIUEIEIDUEIU
Log‘per Antenna 80-2700 MHz
STLP 9128 E special
Logper Antenna 0.7 — 9 GHz
STLP9149
Load Dump Generator
LD 200M
Ultra Compact Symulator
UCS 200N100
Automotive Power tail module
PFM 200N100.1
Voltage Drop Symulator
VDS 2000100
Arb. Generator
AutoWeve
Ultra Compact Symulator
UCS 500N7
Coupling decoupling network
CNI 50337] 32 A
Coupling decoupling network
CNI 503371 63 A
Telecom Surge Generator
TSurge 7
Coupling decoupling network
CNI 508N2
Coupling decoupling network
CNV 504N2.2
Immunity generator
NSG4060/N564060-1
Coupling network
CDND M3184
Coupling network
CT419-5
ESD Generator
N30 437
Pulse Limiter
VTSD 9561-F BNC
Transient emission
BSM200N4D+BSZODN100
Cap. Coupling Clamp
HFK
Mag. Field System
MS100N+MCZ$100eM02630
Coupling network
CDN M2-100A
Coupling network
CDN M3-32A
Coupling network
CDN M5-1ODA
Current Clam p
CIP 9136A
DC Artificial Network
HV—AN 150
Coupling Clamp
EM 101
Decoupling Clamp
FTC 101
Power attenuator
DG 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-353
EMV—364
EMV—405
EMV»
450+451
EMV»455
EMV-
456-453
EMV>459
EMV—460
EMV—461
EMV-462
EMV-
464+465
EMV—466
EMV-467
EMV—AGQ
IZZY
Division:
Industry & Energy
Department: FG
Test report number:
M/FG-1 5/1 34
Page: 4 o! 4
Date: 19.12.2016
Download: S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Mirror Download [FCC.gov]S810 Bluetooth/BLE/WIFI Module Test Report BLE StreamUnlimited Engineering GmbH
Document ID3330081
Application IDhtchC3T01e8ucgXRwVRvyw==
Document DescriptionBLE Test Report
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize114.92kB (1436516 bits)
Date Submitted2017-03-24 00:00:00
Date Available2017-03-24 00:00:00
Creation Date2016-12-28 10:30:58
Producing SoftwareAdobe PSL 1.1e for Canon
Document Lastmod2016-12-28 11:05:22
Document TitleBLE Test Report
Document CreatorCanon iR-ADV C5051 PDF

Source Exif Data [exif.tools]:
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : Yes
XMP Toolkit                     : Adobe XMP Core 5.6-c015 84.158975, 2016/02/13-02:40:29
Create Date                     : 2016:12:28 10:30:58+01:00
Creator Tool                    : Canon iR-ADV C5051  PDF
Modify Date                     : 2016:12:28 11:05:22+01:00
Metadata Date                   : 2016:12:28 11:05:22+01:00
Producer                        : Adobe PSL 1.1e for Canon
Format                          : application/pdf
Document ID                     : uuid:cc8a6358-0000-2c9e-fcc5-95d500000000
Instance ID                     : uuid:59010a96-d2e9-408d-8ddf-3f2559c70dea
Page Count                      : 25
Creator                         : Canon iR-ADV C5051  PDF