BEACON Wifi beacon Test Report RXXX-18-10XXXX-XA UWINLOC

UWINLOC Wifi beacon

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R410-18-101238-1A Ed.0

Test report issued under the responsibility of:
EMITECH MONTPELLIER laboratory
MRA US-EU Designation Number: FR0006
RADIO TEST REPORT
FCC 47 CFR PART 15.247
Company ......................................... : UWINLOC
Address............................................. : CAMPUS MILLENNIALS
IMPASSE LOUIS PUEYO BAT2 - RDC
31700 BLAGNAC
FRANCE
Test item description. .................... :
Trade Mark. ...................................... :
Manufacturer. ................................... :
Type reference. ................................ :
Model. ............................................... :
FCC ID. ............................................. :
Ratings.............................................. :
BEACON V2
UBEACON
UWINLOC
6115
UBEA-V2.1-4GHz-US
2APEGBEACON
100-240Vac/50-60Hz
Testing Laboratory ......................... : EMITECH MONTPELLIER laboratory
Address............................................. : 145 rue de Massacan BP80025
34741 VENDARGUES Cedex
FRANCE
Report Reference No. ..................... :
Test procedure. ................................ :
Diffusion. ........................................... :
Applicant’s name. ............................. :
Date of issue. .................................... :
Total number of pages...................... :
Revision. ........................................... :
Modified page(s). .............................. :
Compiled by. ..................................... :
R410-18-101238-1A
FCC Certification
Mr CHAN
UWINLOC
06/08/2018
75
Creation
Fabien MOINACHE
Approved by (+ signature). ............... : David MONTAULON (Technical Manager)
Duplication of this test report is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above.
This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of
the whole manufactured products of the tested sample.
Siège Social : Emitech - 3, rue des Coudriers - CAP 78 - ZA de l’Observatoire - 78180 MONTIGNY LE BX - France
Siret : 344 545 645 00022 - Tél. : 33 (0)1 30 57 55 55 - Fax : 33 (0)1 30 43 74 48 - E-mail : contact@emitech.fr - URL : www.emitech.fr
S.A. au capital de 1 560 000 € - R.C.S. VERSAILLES 344 545 645 - APE 7112B
ACCREDITATIONS N°
1-0107, 1-0826,
1-0827,1-1925,
1-2069,1-2070,
1-2376 & 1-6086
LISTE DES SITES ACCREDITES ET PORTEES
DISPONIBLES SUR WWW.COFRAC.FR
R410-18-101238-1A Ed.0

REPORT INDEX:
1.
2.
3.
4.
5.
6.
7.
GENERAL INFORMATIONS .......................................................................................................................... 3
REFERENCE DOCUMENT(S) ........................................................................................................................ 4
EQUIPMENT TECHNICAL DESCRIPTION .................................................................................................... 5
3.1. TEST CONDITIONS ................................................................................................................................... 5
3.2. EUT EXTERNAL VIEW (TOP) ...................................................................................................................... 5
3.3. EUT EXTERNAL VIEW (BOTTOM) ............................................................................................................... 6
3.4. EUT INTERNAL VIEW ................................................................................................................................ 6
3.5. EUT ELECTRONIC BOARD ......................................................................................................................... 7
3.6. EUT INTERNAL VIEW (UWB PART) ............................................................................................................ 7
3.7. EUT W I-FI ANTENNA ............................................................................................................................... 8
3.8. EUT MECHANICAL AND ELECTRICAL DESIGN............................................................................................. 8
3.9. EUT INPUT/OUTPUT PORTS...................................................................................................................... 9
3.10. EUT EMC & RADIO SPECIFICATIONS...................................................................................................... 10
RESULT SUMMARY ..................................................................................................................................... 11
RF EXPOSURE ............................................................................................................................................. 13
MEASUREMENT UNCERTAINTY ................................................................................................................ 13
TEST CONDITIONS AND RESULTS ........................................................................................................... 14
7.1. CONDUCTED VOLTAGE EMISSION (MEASUREMENT)................................................................................... 14
7.2. 6DB BANDWIDTH .................................................................................................................................... 18
7.3. OCCUPIED BANDWIDTH .......................................................................................................................... 29
7.4. MAXIMUM PEAK CONDUCTED POWER OF THE INTENTIONAL RADIATOR ....................................................... 40
7.5. BAND-EDGE COMPLIANCE ....................................................................................................................... 43
7.6. POWER SPECTRAL DENSITY .................................................................................................................... 50
7.7. RADIATED SPURIOUS EMISSIONS ............................................................................................................. 61
Page 2 on 75
R410-18-101238-1A Ed.0

1. GENERAL INFORMATIONS
This document submits the results of Electromagnetic Compatibility tests performed on the equipment BEACON
V2 (UBEA-V2.1-4GHz-US) (denominated hereafter E.U.T.: equipment under test) according to document(s)
listed in §2 of this test report.
TESTING PROCEDURE AND TESTING LOCATION:
Testing Laboratory ..................................... : EMITECH MONTPELLIER laboratory
Address......................................................... : 145 rue de Massacan BP80025
34741 VENDARGUES Cedex
FRANCE
Test procedure. ............................................ : FCC Certification
Tested by ...................................................... : Fabien MOINACHE and Morgan PATEY
Test supervisor ............................................. : None
Date of receipt of test item............................ : N/A
th
th
Date (s) of performance of tests ................... : March from 20 to 23th of 2018 and June 28 of 2018
APPLICANT'S GENERAL INFORMATIONS:
Company name ........................................... : UWINLOC
Company address. ....................................... : CAMPUS MILLENNIALS
IMPASSE LOUIS PUEYO BAT2 - RDC
31700 BLAGNAC
FRANCE
Person(s) present during the tests. .............. : Mr SAUMAGNE
Responsible. ................................................. : Mr CHAN
GENERAL REMARKS:
The test results presented in this report relate only to the object tested.
The results contained in this report reflect the results for this particular model and serial number. It is
the responsibility of the manufacturer to ensure that all production models meet the intent of the
requirements detailed within this report.
This report shall not be reproduced, except in full, without the written approval of the Issuing testing laboratory.
"(see Enclosure #)" refers to additional information appended to the report.
"(see appended table)" refers to a table appended to the report.
Throughout this report the decimal separator is point.
POSSIBLE TEST CASE VERDICTS:
Test case does not apply to the test object. . :
Test case not performed............................... :
Test object does meet the requirement. ....... :
Test object does not meet the requirement. . :
Test object was not subjected to all tests. .... :
N/A
N/P
P (Pass)
F (Fail)
I (Inconclusive)
DEFINITIONS AND ABBREVIATIONS:
E.U.T.
RBW
OATS
RF
Equipement under test
Resolution bandwidth
Open area test site
Radio frequency
AE
VBW
FAR
NTR
Page 3 on 75
Ancillary equipment
Video bandwidth
Full anechoic room
Nothing to report
R410-18-101238-1A Ed.0

2. REFERENCE DOCUMENT(S)
NORMATIVE REFERENCES:
The following referenced documents are necessary for the application of the present test report.
FCC 47 CFR PART 15: 2017
Code of federal regulations – Title 47 telecommunication
Part 15- Radio frequency devices
FCC part 15.247
Operation within the bands 902–928 MHz, 2400–2483.5 MHz, and 5725–5850MHz. (frequency hopping and
digitally modulated)
ANSI C 63.10:2013
American National Standard of Procedures for Compliance Testing of Unlicensed Wireless Devices
ANSI C 63.4:2014
American National Standard for Methods of measurement of Radio-Noise from low-voltage Electrical and
Electronic Equipment in the Range of 9 kHz to 40 GHz
INFORMATIVE REFERENCES:
The following referenced documents are not necessary for the application of the present test report but they
assist the user with regard to a particular subject area.
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R410-18-101238-1A Ed.0

3. EQUIPMENT TECHNICAL DESCRIPTION
3.1. Test Conditions
Test item description. ................................... :
Model/Type reference................................... :
Trade Mark. .................................................. :
Model. ........................................................... :
FCC ID. ......................................................... :
Serial number (S/N). ..................................... :
Part number (P/N). ....................................... :
Software version. .......................................... :
Firmware version. ......................................... :
Type of sample. ............................................ :
Function(s). ................................................... :
BEACON V2
6115
UBEACON
UBEA-V2.1-4GHz-US
2APEGBEACON
BEA-1801-000002
UBEA-V2.1-4Ghz-US
beacon-V2.3-MS1
315
Pre-serial
The Uwinloc system consists of Tags and Beacons.
Tags are tele-powered and store energy, as soon as they have
enough energy, they emit a UWB signal, received by the
Beacons, decrypted and transmitted to the server wi-fi or
ethernet.
Manufacturer name. ..................................... : UWINLOC
General product information:
N/A
3.2. EUT external view (top)
IMG_0238.j pg
Page 5 on 75
R410-18-101238-1A Ed.0

3.3. EUT external view (bottom)
IMG_0238.j pg
3.4. EUT internal view
IMG_0238.j pg
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R410-18-101238-1A Ed.0

3.5. EUT electronic board
IMG_0238.j pg
3.6. EUT internal view (UWB part)
IMG_0238.j pg
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R410-18-101238-1A Ed.0

3.7. EUT Wi-Fi antenna
IMG_0238.j pg
3.8. EUT Mechanical and Electrical Design
Power supply. ............................................... :
Power supply range. ..................................... :
Power type. ................................................... :
Power (W). .................................................... :
Nominal current (A). ..................................... :
Dimensions (L x W x H) (m). ........................ :
Weight (kg). .................................................. :
Temperature range (°C). .............................. :
Ground bounding strap. ................................ :
100-240Vac/50-60Hz
100-240Vac/50-60Hz
Single phase with earth
15
2.5
227*227*64 mm
1.3
Not communicated
No
Comments:
N/A
Page 8 on 75
R410-18-101238-1A Ed.0

3.9. EUT Input/Output ports
BEACON
(EUT)
AC power cable
Ethernet
UWB antenna (Rx only)
Wi-Fi antenna
PORT
NAME
TYPE
LENGHT
TYPE
Main frame
AC power supply
Ethernet
UWB antenna
N/E
AC
TP
RF
N/A
<2m
>3m
Plastic
2P+T
Shielded
Integral
Wi-Fi antenna
RF
AC/DC : AC/DC Converter port
I/O.......: Input or Output port
N/E .....: Non Electrical port
External
AC ....... : Alternative current port
TP ....... : Telecommunication port
Page 9 on 75
COMMENTS
Provided and glued with
the equipment
DC ........: Discontinuous current port
RF.........: Radio frequency port
R410-18-101238-1A Ed.0

3.10. EUT EMC & Radio Specifications
Electromagnetic environment. ...................... : Light Industry
Professionnal use ? ...................................... : YES
Typical mounting .......................................... : Table/Wall equipment
Comments:
N/A
a) EUT OPERATION MODES:
MODE #
DESCRIPTION
Tx permanent modulated mode (WiFi emission)
Ethernet link (Data transfert)
N/A
N/A
N/A
b) GENERAL INFORMATIONS
According to manufacturer’s declarations :
EUT type. ...................................................... :
Technology ................................................... :
Environmental profile .................................... :
Temperature range ....................................... :
Antenna type ................................................ :
Antenna Gain ................................................ :
Transmitter
Wi-FI (Tx/Rxmode), UWB (Rxmode) & Ethernet
Data transmission
Not communicated
Integral for UWB Rx and External for WI-Fi Tx/Rx mode
2.2 dBi (Wi-Fi)
Comments:
In order to avoid Wi-Fi user replacement, Wi-Fi antenna is glued on the device
c) TRANSMITTER PARAMITTERS (TX)
Frequency bands. ......................................... :
RF Power ...................................................... :
Number of channels / Separation ................. :
Modulation type ............................................ :
Duty cycle ..................................................... :
Tested frequency .......................................... :
2400-2483.5MHz
Max standard: 1W (see report for EUT value)
11
b), g) and n) (Digital modulation)
Not communicated / see test report for additional information
2412 MHz (Low channel)
2437 MHz (Mid channel)
2462 MHz (High channel)
d) RECEIVER PARAMETERS (RX)
Frequency bands. ......................................... : 2400-2483.5MHz (Wi-Fi) and 4.1GHz (UWB)
Category/Class ............................................. : N/A
Bandwidth ..................................................... : N/A
Page 10 on 75
R410-18-101238-1A Ed.0

4. RESULT SUMMARY
TEST DESIGNATION
SEVERITY
VERDICT
BASIC STANDARDS / COMMENTS
Labeling requirements
PASS
15.19 / See certification documents
Information to user
PASS
15.21 / See certification documents
Home-built devices
N/A
15.23
Kits
N/A
15.25
SUBPART A - GENERAL
Special Accessories
PASS
Inspection by the Commission
15.27 / See certification documents
N/A
15.29
PASS
15.31
N/A
15.32
Frequency range of radiated
measurements
PASS
15.33
Measurement detector functions and
bandwidths
PASS
15.35
Transition provisions for compliance
with the rules
PASS
15.37 / See certification documents
Measurement standards
Test procedure for CPU boards and
computer power supplies
SUBPART B – UNINTENTIONAL RADIATORS
Equipment authorization
15.101
- Verification
- Declaration of Conformity
N/A
N/A
CPU boards and power supplies used in
personal computers
N/A
15.102
Exempted device
N/A
15.103
Information to the user
PASS
15.105 / See certification documents
Conducted limits
Class B
PASS
15.107
Radiated emission limits
Class A
PASS
15.109
Antenna power conduction limits for
receivers
N/A
15.111
Power line carrier systems
N/A
15.113
TV interface devices, including cable
system terminal devices
N/A
15.115
TV broadcast receivers
N/A
15.117
Cable ready consumer electronics
equipment
N/A
15.118
Program blocking technology
requirements for TV receivers
N/A
15.120
Scanning receivers and frequency
converters used with scanning receivers
N/A
15.121
Labeling of digital cable ready products
N/A
15.123
SUBPART C –INTENTIONAL RADIATORS
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R410-18-101238-1A Ed.0

TEST DESIGNATION
SEVERITY
VERDICT
Equipment authorization requirement
PASS
Certified operating frequency range
N/A
Antenna requirement
PASS
External radio frequency power
amplifiers and antenna modifications
Restricted bands of operation
BASIC STANDARDS / COMMENTS
15.201 / Transmitter part is subject to
Certification procedure
15.202
15.203 / Dedicated and glued antenna
N/A
15.204
PASS
15.204
Conducted limits
Class B
PASS
15.207
Radiated emission limits; general
requirements
Class B
PASS
15.209
Tunnel radio systems
N/A
15.211
Modular transmitters
N/A
15.212
Cable locating equipment
N/A
15.213
Cordless telephones
N/A
15.214
PASS
15.215
Additional provisions to the general
radiated emission limits
Operation within the band 902-928MHz,
2400-2483.5MHz and 5725-5850MHz
15.247
- Frequency hopping and digitally modulated
- Frequency hopping system
- Digital modulation system
- Maximum peak conducted output power
a) (1)
PASS
a) (2)
- For hopping system in the 2400-2483.5 MHz and
5725-5850 MHz bands
- For hopping system in the 902-928MHz band
- For system using digital modulation in the 902-928
MHz, 2400-2483.5 MHz and 5725-5850 MHz bands
- Operation with directional antenna gains > 6 dBi
a)
N/A
b)
N/A
b) (1)
N/A
b) (2)
PASS
b) (3)
N/A
c)
- Out-of-band emissions
PASS
d)
- Power spectral density conducted
PASS
e)
- Hybrid system
N/A
f)
- Frequency hopping additional requirements
N/A
g)
N/A
h)
PASS
i)
- Frequency hopping intelligence
- RF exposure compliance
Sample subject to the test complies with the requirements of the reference document(s) listed in §2 of this test
report and, where applicable, with deviation(s) specified in this document.
To declare, or not, the compliance with the specifications, it was not explicitly taken account of uncertainty
associated with the results.
Opinion(s) and interpretation(s): N/A
Page 12 on 75
R410-18-101238-1A Ed.0

5. RF EXPOSURE
Conducted measurement = 18dBm
Maximum antenna gain = 2.2dBi
Maximum EIRP with antenna gain of 2.2dBi = 104.7 mW (eirp) at 2462MHz
In accordance with KDB 447498 D01 General RF Exposure Guidance v06:
PSD= EIRP/(4*π*R2)=104.7/(4*π*(20 cm)²)= 0.020 mW/cm²
Limit= 1 mW/cm²
6. MEASUREMENT UNCERTAINTY
M AXIMAL EMITECH
UNCERTAINTY
PARAMETER
MINIMAL STANDARD
UNCERTAINTY
± 1 x 10
±1 x 10
RF power
Power spectral density
± 0.8dB
± 2.3dB
± 1 dB
± 3 dB
RF power
± 1.2 %
±5%
f < 1 GHz
1 GHz - 12.75 GHz
Radiated emission (PAR / PIRE / RNE)
f < 62.5 MHz
62.5 MHz - 1 GHz
1 GHz - 18 GHz
18 GHz – 26 GHz
26 GHz – 40 GHz
PIRE and power spectral density with diode
Radiated emission (magnetic field)
9kHz – 30MHz
Supply voltages
Temperature
Humidity
Time / Duty cycle
Radiated emission (electric field for FCC standard)
9kHz – 30MHz
30MHz – 1GHz
1GHz – 18GHz
18GHz – 26GHz
26GHz – 40GHz
± 0.8 dB
± 1.6 dB
± 3 dB
± 5.1 dB
± 5.1 dB
± 5.2 dB
± 5.1 dB
± 5.4 dB
± 5.4 dB
± 6 dB
± 6 dB
± 6 dB
± 6 dB
± 6 dB
± 6 dB
± 2.7 dB
±3%
± 1 °C
± 5%
± 4.4 %
± 6 dB
±3%
± 1°C
±5%
±5%
± 2.7 dB
± 5.2 dB
± 5.3 dB
± 5.5 dB
± 5.5 dB
-7
Radio frequency
RF power, conducted
-7
Occuped bandwidth
Conducted emission (spurious)
For the calcul of expanded uncertainty, the confidence interval is 95 % (k=2).
Page 13 on 75
R410-18-101238-1A Ed.0

7. TEST CONDITIONS AND RESULTS
7.1. Conducted voltage emission (measurement)
Reference standard:
CFR 47 FCC part 15 (2017) 15.107, 15.207
Test method:
ANSI C63.4: 2004
General test setup: EUT is set on an insulating support at 40cm above the ground reference plane. All power
was connected to the system through Artificial Mains Network (AMN). The AMN is placed at 80cm from the
boundary of the EUT and bonded to a ground reference plane.
TESTED CABLE
Power supply 110Vac/60Hz / WiFi
Power supply 110Vac/60Hz / Ethernet
LABORATORY PARAMETERS:
PARAMETER
SEVERITY
RESULT TAB.
VERDICT
150kHz-30MHz
150kHz-30MHz
Class B
Class B
EMI5792
EMI5840
PASS
PASS
REQUIRED PRIOR TO THE TEST
DURING THE TEST
15 to 35 °C
30 to 60 %
N/A
See Graph(es)
See Graph(es)
See Graph(es)
Ambient Temperature
Relative Humidity
Atmospheric pressure
Test method deviation: N/A
Supplementary information: N/A
TEST EQUIPMENT USED
ROW_T O_D ELET E
CATEGORY
BRAND
TYPE
AC power source
KIKUSUI
Cable
EMITECH
Cable
Cable
LISN
C&C
MICRO-COAX
PMM
PE choke
EMITECH
PE choke
Emitech
Receiver
Rohde & Schwarz
Software
Nexio
Surges Suppressor
Thermohygrometer
Thermohygrometer
Hewlett Packard
Testo
Bioblock Scientific
PCR4000L
Current absorber
sheath
N-3m
N-5m
L2-16
CISPR 16-2-1 :
2008
CISPR 16-2-1 :
2008
FSW43
BAT EMC
v3.17.0.22
11947A
608-H1
Météostar
Page 14 on 75
IDENTIFIER
CAL. DATE
CAL. DUE
3074
17/03/2017
17/05/2018
9491
12/02/2018
12/04/2020
14333
10530
1209
15/12/2016
12/10/2017
08/02/2018
15/02/2019
12/12/2019
08/04/2020
13/11/2017
13/01/2019
10081
11042
14830
0000
0238
7562
0963
11/09/2017
11/11/2019
27/12/2016
27/02/2019
27/12/2016
27/02/2019
Blank cells = Permanent validity
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S) - POWER SUPPLY 110VAC/60HZ / WIFI
Page 15 on 75
R410-18-101238-1A Ed.0

CONDUCTED VOLTAGE EMISSION (MEASUREMENT) - GRAPH
POWER SUPPLY 110VAC/60HZ / WI-FI
EUT mode:
Test Date:
Test Operator:
EMI5792
T (°C):
H (%):
P (hPa):
#1
23/03/2018 09:12:19
FMO
20.1
23.5
1011
FCC/15.107: 2017 B - Moyenne/
FCC/15.107: 2017 B - QCrête/
Meas.Peak (Neutral)
Meas.Avg (Neutral)
100
dBµV 90
80
70
60
50
40
30
20
10
1M
150kHz
10M
Frequency
30MHz
Line: Neutral
Power supply 110Vac/60Hz / WiFi - 04/09/2018 13:22 - 5792
FCC/15.107: 2017 B - Moyenne/
FCC/15.107: 2017 B - QCrête/
Meas.Peak (Phase 1)
Meas.Avg (Phase 1)
100
dBµV 90
80
70
60
50
40
30
20
10
150kHz
1M
10M
Frequency
30MHz
Line: Phase 1
Power supply 110Vac/60Hz / WiFi - 04/09/2018 13:22 - 5792
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Neutral
Neutral
Neutral
Phase 1
Phase 1
Phase 1
Neutral
Phase 1
150kHz-1MHz
1MHz-10MHz
10MHz-30MHz
150kHz-1MHz
1MHz-10MHz
10MHz-30MHz
3.8MHz-4.8MHz
3.8MHz-4.8MHz
10kHz
10kHz
10kHz
10kHz
10kHz
10kHz
10kHz
10kHz
30kHz
30kHz
30kHz
30kHz
30kHz
30kHz
30kHz
30kHz
Peak
Peak
Peak
Peak
Peak
Peak
Mes.Avg;
Mes.Avg;
Measure with:
L.I.S.N.
Comments:
N/A
Page 16 on 75
R410-18-101238-1A Ed.0

CONDUCTED VOLTAGE EMISSION (MEASUREMENT) - GRAPH
POWER SUPPLY 110VAC/60HZ / ETHERNET
EUT mode:
Test Date:
Test Operator:
EMI5840
T (°C):
H (%):
P (hPa):
#2
23/03/2018 08:56:09
FMO
20.1
23.5
1011
FCC/15.107: 2017 B - Moyenne/
FCC/15.107: 2017 B - QCrête/
Meas.Peak (Neutral)
Meas.Avg (Neutral)
100
dBµV 90
80
70
60
50
40
30
20
10
150kHz
1M
10M
Frequency
30MHz
Line: Neutral
Power supply 110Vac/60Hz / Ethernet - 03/23/2018 08:56 - 5840
FCC/15.107: 2017 B - Moyenne/
FCC/15.107: 2017 B - QCrête/
Meas.Peak (Phase 1)
Meas.Avg (Phase 1)
100
dBµV 90
80
70
60
50
40
30
20
10
150kHz
1M
10M
Frequency
30MHz
Line: Phase 1
Power supply 110Vac/60Hz / Ethernet - 03/23/2018 08:56 - 5840
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Neutral
Neutral
Neutral
Phase 1
Phase 1
Phase 1
Phase 1
Neutral
150kHz-1MHz
1MHz-10MHz
10MHz-30MHz
150kHz-1MHz
1MHz-10MHz
10MHz-30MHz
3.8MHz-4.8MHz
3.8MHz-4.8MHz
10kHz
10kHz
10kHz
10kHz
10kHz
10kHz
10kHz
10kHz
30kHz
30kHz
30kHz
30kHz
30kHz
30kHz
30kHz
30kHz
Peak
Peak
Peak
Peak
Peak
Peak
Mes.Avg;
Mes.Avg;
Measure with:
L.I.S.N.
Comments:
N/A
EUT modification(s): N/A
Page 17 on 75
R410-18-101238-1A Ed.0

7.2. 6dB bandwidth
Reference standard:
FCC part 15 Radio part 15.247 and RSS-247
Test method:
FCC part 15.247 and RSS-247
Test description: a) (2):
Systems using digital modulation techniques may operate in the 902-928 MHz, 2400-2483.5 MHz, and 5725-5850
MHz bands. The minimum 6 dB bandwidth shall be at least 500 kHz.
EUT is connected to the measuring receiver via 50Ω attenuator(s). Tests are done in max-hold mode in order to
capture all channels.
TESTED PARAMETER
SEVERITY
VERDICT
6dB Bandwidth Low channel / mod. b)
6dB Bandwidth Mid channel / mod. b)
6dB Bandwidth High channel / mod. b)
6dB Bandwidth Low channel / mod. g)
6dB Bandwidth Mid channel / mod. g)
6dB Bandwidth High channel / mod. g)
6dB Bandwidth Low channel / mod. n)
6dB Bandwidth Mid channel / mod. n)
6dB Bandwidth High channel / mod. n)
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
REQUIRED PRIOR TO THE TEST
DURING THE TEST
15 to 35 °C
20 to 75 %
N/A
23.9 °C
40.8 %
1010 hPa
LABORATORY PARAMETERS:
Ambient Temperature
Relative Humidity
Atmospheric pressure
Test method deviation: N/A
Supplementary information: N/A
TEST EQUIPMENT USED
ROW_T O_D ELET E
CATEGORY
BRAND
Attenuator
Techniwave
Cable
Receiver
Thermohygrometer
Thermohygrometer
Radiall
Rohde & Schwarz
Testo
Bioblock Scientific
TYPE
TWSMA-20dB-18GSMA
SMA-0,5m
FSW43
608-H1
Météostar
Page 18 on 75
IDENTIFIER
CAL. DATE
CAL. DUE
14679
21/09/2017
21/11/2019
14889
14830
7562
0963
23/02/2018
23/04/2020
13/11/2017
13/01/2019
27/12/2016
27/02/2019
27/12/2016
27/02/2019
Blank cells = Permanent validity
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S) - POWER SUPPLY 110VAC/60HZ / WIFI
Page 19 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
LOW CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
LOW CHANNEL / MOD. B)
Frequency
RBW
6 dB Bandwith
Limit
2412 MHz
100kHz
7.156 MHz
>500kHz
Page 20 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
MID CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
MID CHANNEL / MOD. B)
Frequency
RBW
6 dB Bandwith
Limit
2437 MHz
100kHz
7.154 MHz
>500kHz
Page 21 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
HIGH CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
HIGH CHANNEL / MOD. B)
Frequency
RBW
6 dB Bandwith
Limit
2462 MHz
100kHz
7.156 MHz
>500kHz
Page 22 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
LOW CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
LOW CHANNEL / MOD. G)
Frequency
RBW
6 dB Bandwith
Limit
2412 MHz
100kHz
16.548 MHz
>500kHz
Page 23 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
MID CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
MID CHANNEL / MOD. G)
Frequency
RBW
6 dB Bandwith
Limit
2437 MHz
100kHz
16.482 MHz
>500kHz
Page 24 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
HIGH CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
HIGH CHANNEL / MOD. G)
Frequency
RBW
6 dB Bandwith
Limit
2462 MHz
100kHz
16.482 MHz
>500kHz
Page 25 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
LOW CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
LOW CHANNEL / MOD. N)
Frequency
RBW
6 dB Bandwith
Limit
2412 MHz
100kHz
17.805 MHz
>500kHz
Page 26 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
MID CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
MID CHANNEL / MOD. N)
Frequency
RBW
6 dB Bandwith
Limit
2437 MHz
100kHz
17.802 MHz
>500kHz
Page 27 on 75
R410-18-101238-1A Ed.0

6DB BANDWITH - GRAPH
HIGH CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
6DB BANDWITH - TABULATED RESULTS
HIGH CHANNEL / MOD. N)
Frequency
RBW
6 dB Bandwith
Limit
2462 MHz
100kHz
17.808 MHz
>500kHz
Page 28 on 75
R410-18-101238-1A Ed.0

7.3. Occupied Bandwidth
Reference standard:
FCC part 15 Radio part 15.247 and RSS-247
Test method:
FCC part 15.247 and RSS-247
Test description: The occupied bandwidth (OBW) is the Frequency Range in which 99 % of the total mean
power of a given emission falls. The residual part of the total power being denoted as β, which, in cases of
symmetrical spectra, splits up into β/2 on each side of the spectrum. Unless otherwise specified, β/2 is taken as
0,5 %.
The maximum occupied bandwidth includes all associated side bands above the appropriate emissions level and
the frequency error or drift under extreme test conditions.
EUT is connected to the measuring receiver via 50Ω attenuator(s).
TESTED PARAMETER
SEVERITY
VERDICT
OBW
OBW
OBW
OBW
OBW
OBW
OBW
OBW
OBW
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
>500kHz
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
REQUIRED PRIOR TO THE TEST
DURING THE TEST
15 to 35 °C
20 to 75 %
N/A
23.9 °C
40.8 %
1010 hPa
/ Low channel / mod. b)
/ Mid channel / mod. b)
/ High channel / mod. b)
/ Low channel / mod. g)
/ Mid channel / mod. g)
/ High channel / mod. g)
/ Low channel / mod. n)
/ Mid channel / mod. n)
/ High channel / mod. n)
LABORATORY PARAMETERS:
Ambient Temperature
Relative Humidity
Atmospheric pressure
Test method deviation: N/A
Supplementary information: N/A
TEST EQUIPMENT USED
ROW_T O_D ELET E
CATEGORY
BRAND
Attenuator
Techniwave
Cable
Receiver
Thermohygrometer
Thermohygrometer
Radiall
Rohde & Schwarz
Testo
Bioblock Scientific
TYPE
TWSMA-20dB-18GSMA
SMA-0,5m
FSW43
608-H1
Météostar
Page 29 on 75
IDENTIFIER
CAL. DATE
CAL. DUE
14679
21/09/2017
21/11/2019
14889
14830
7562
0963
23/02/2018
23/04/2020
13/11/2017
13/01/2019
27/12/2016
27/02/2019
27/12/2016
27/02/2019
Blank cells = Permanent validity
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S) - POWER SUPPLY 110VAC/60HZ / WIFI
Page 30 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
LOW CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
LOW CHANNEL / MOD. B)
Frequency
RBW
OBW 99%
Limit
2412 MHz
300 kHz
11.414 MHz
> 500kHz
Page 31 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
MID CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
MID CHANNEL / MOD. B)
Frequency
RBW
OBW 99%
Limit
2437 MHz
300 kHz
11.400 MHz
> 500kHz
Page 32 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
HIGH CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
HIGH CHANNEL / MOD. B)
Frequency
RBW
OBW 99%
Limit
2462 MHz
300 kHz
11.436 MHz
> 500kHz
Page 33 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
LOW CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
LOW CHANNEL / MOD. G)
Frequency
RBW
OBW 99%
Limit
2412 MHz
300 kHz
17.064 MHz
> 500kHz
Page 34 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
MID CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
MID CHANNEL / MOD. G)
Frequency
RBW
OBW 99%
Limit
2437 MHz
300 kHz
17.054 MHz
> 500kHz
Page 35 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
HIGH CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
HIGH CHANNEL / MOD. G)
Frequency
RBW
OBW 99%
Limit
2462 MHz
300 kHz
17.098 MHz
> 500kHz
Page 36 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
LOW CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
LOW CHANNEL / MOD. N)
Frequency
RBW
OBW 99%
Limit
2412 MHz
300 kHz
17.835 MHz
> 500kHz
Page 37 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
MID CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
MID CHANNEL / MOD. N)
Frequency
RBW
OBW 99%
Limit
2437 MHz
300 kHz
17.834 MHz
> 500kHz
Page 38 on 75
R410-18-101238-1A Ed.0

OCCUPIED BANDWIDTH - GRAPH
HIGH CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
OBW9VDC.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
OCCUPIED BANDWIDTH - TABULATED RESULTS
HIGH CHANNEL / MOD. N)
Frequency
RBW
OBW 99%
Limit
2462 MHz
300 kHz
17.913 MHz
> 500kHz
Page 39 on 75
R410-18-101238-1A Ed.0

7.4. Maximum peak conducted power of the intentional radiator
Reference standard:
FCC part 15 Radio part 15.247 and RSS-247
Test method:
FCC part 15.247 and RSS-247
Test description: b) (3)
For systems using digital modulation in the 902-928 MHz, 2400-2483.5 MHz, and 5725-5850 MHz bands: 1
Watt. As an alternative to a peak power measurement, compliance with the one Watt limit can be based on a
measurement of the maximum conducted output power. Maximum Conducted Output Power is defined as the
total transmit power delivered to all antennas and antenna elements averaged across all symbols in the
signaling alphabet when the transmitter is operating at its maximum power control level. Power must be
summed across all antennas and antenna elements. The average must not include any time intervals during
which the transmitter is off or is transmitting at a reduced power level. If multiple modes of operation are
possible (e.g., alternative modulation methods), the maximum conducted output power is the highest total
transmit power occurring in any mode.
EUT is connected to the measuring receiver via 50Ω attenuator(s).Only the highest levels are recorded.
TESTED PARAMETER
SEVERITY
VERDICT
≤1W
≤1W
≤1W
≤1W
≤1W
≤1W
≤1W
≤1W
≤1W
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
REQUIRED PRIOR TO THE TEST
DURING THE TEST
15 to 35 °C
20 to 75 %
N/A
23.2 °C
46.6 %
1012 hPa
Low channel / mod. b)
Mid channel / mod. b)
High channel / mod. b)
Low channel / mod. g)
Mid channel / mod. g)
High channel / mod. g)
Low channel / mod. n)
Mid channel / mod. n)
High channel / mod. n)
LABORATORY PARAMETERS:
Ambient Temperature
Relative Humidity
Atmospheric pressure
Test method deviation: N/A
Supplementary information: N/A
TEST EQUIPMENT USED
ROW_T O_D ELET E
CATEGORY
BRAND
Attenuator
Techniwave
Cable
Receiver
Thermohygrometer
Thermohygrometer
Radiall
Rohde & Schwarz
Testo
Bioblock Scientific
TYPE
TWSMA-20dB-18GSMA
SMA-0,5m
FSW43
608-H1
Météostar
Page 40 on 75
IDENTIFIER
CAL. DATE
CAL. DUE
14679
21/09/2017
21/11/2019
14889
14830
7562
0963
23/02/2018
23/04/2020
13/11/2017
13/01/2019
27/12/2016
27/02/2019
27/12/2016
27/02/2019
Blank cells = Permanent validity
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S) - POWER SUPPLY 110VAC/60HZ / WIFI
M AXIMUM PEAK CONDUCTED POWER - TABULATED RESULTS
MOD. B)
Test Date:
Test Operator:
28/06/2018
MPA
Frequency (MHz)
Pconducted (dBm)
GaindBi
Peirp (dBm)
Limit (dBm)
2412
2437
2462
15.6
15.5
16
2.2
2.2
2.2
17.8
17.7
18.2
30dBm / 36dBmeirp
30dBm / 36dBmeirp
30dBm / 36dBmeirp
M AXIMUM PEAK CONDUCTED POWER - TABULATED RESULTS
MOD. G)
Test Date:
Test Operator:
28/06/2018
MPA
Frequency (MHz)
Pconducted (dBm)
GaindBi
Peirp (dBm)
Limit (dBm)
2412
2437
2462
17.6
17.7
17.9
2.2
2.2
2.2
19.8
19.9
20.1
30dBm / 36dBmeirp
30dBm / 36dBmeirp
30dBm / 36dBmeirp
M AXIMUM PEAK CONDUCTED POWER - TABULATED RESULTS
MOD. N)
Test Date:
Test Operator:
28/06/2018
MPA
Page 41 on 75
R410-18-101238-1A Ed.0

M AXIMUM PEAK CONDUCTED POWER - TABULATED RESULTS
MOD. N)
Frequency (MHz)
Pconducted (dBm)
GaindBi
Peirp (dBm)
Limit (dBm)
2412
2437
2462
17.9
2.2
20.1
30dBm / 36dBmeirp
17.8
2.2
20
30dBm / 36dBmeirp
18
2.2
20.2
30dBm / 36dBmeirp
Perp = Pconducted + antenna GaindBd ; GaindBd = GaindBi - 2.15dB
Perp = Pconducted + GaindBi - 2.15dB
Peirp = Perp + 2.15dB
Peirp = Pconducted + GaindBi
In case of a dedicated antenna the antenna gain (in dB, i.e. relative to a dipole) is declared by the manufacturer.
For Maximum Peak Conducted measurement:
Using the formula E(V/m) = √(30PdBmGdBi)/d(m) where P is the conducted power and G the maximum antenna gain.
Equivalent maximum E-field should be approximatively of 115.43dBµV/m.
Page 42 on 75
R410-18-101238-1A Ed.0

7.5. Band-edge compliance
Reference standard:
FCC part 15 Radio part 15.247 and RSS-247
Test method:
FCC part 15.247 subclause d) and RSS-247
Test description: d)
In any 100 kHz bandwidth outside the frequency band in which the intentional radiator is operating, the radio
frequency power that is produced by the intentional radiator shall be at least 20 dB below that in the 100 kHz
bandwidth within the band that contains the highest level of the desired power, based on either an RF
conducted or a radiated measurement, provided the transmitter demonstrates compliance with the peak
conducted power limits. If the transmitter complies with the conducted power limits based on the use of RMS
averaging over a time interval, the attenuation required under this paragraph shall be 30 dB instead of 20 dB.
EUT is connected to the measuring receiver via 50Ω attenuator(s).Only the highest levels are recorded.
TESTED PARAMETER
SEVERITY
VERDICT
>20dBc
>20dBc
>20dBc
>20dBc
>20dBc
>20dBc
PASS
PASS
PASS
PASS
PASS
PASS
REQUIRED PRIOR TO THE TEST
DURING THE TEST
15 to 35 °C
20 to 75 %
N/A
See Graph(es)
See Graph(es)
See Graph(es)
Low channel / mod. b)
High channel / mod. b)
Low channel / mod. g)
High channel / mod. g)
Low channel / mod. n)
High channel / mod. n)
LABORATORY PARAMETERS:
Ambient Temperature
Relative Humidity
Atmospheric pressure
Test method deviation: N/A
Supplementary information: N/A
TEST EQUIPMENT USED
ROW_T O_D ELET E
CATEGORY
BRAND
Attenuator
Techniwave
Cable
Receiver
Software
Thermohygrometer
Thermohygrometer
Radiall
Rohde & Schwarz
Nexio - BAT-EMC
Testo
Bioblock Scientific
TYPE
TWSMA-20dB-18GSMA
SMA-0,5m
FSW43
V3.17.0.25
608-H1
Météostar
Page 43 on 75
IDENTIFIER
CAL. DATE
CAL. DUE
14679
21/09/2017
21/11/2019
14889
14830
0000
7562
0963
23/02/2018
13/11/2017
23/04/2020
13/01/2019
27/12/2016
27/02/2019
27/12/2016
27/02/2019
Blank cells = Permanent validity
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S) - POWER SUPPLY 110VAC/60HZ / WIFI
BAND EDGE - GRAPH
LOW CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
EMI5789
T (°C):
H (%):
P (hPa):
#1
28/06/2018 10:30:02
MPA
23.2
49.6
1012
FCC/Limite Band Edge -20dB - Crête/
Meas.Peak
Sub-range 1
Frequencies:
Settings:
2.35 GHz - 2.5335 GHz (Analyser mode) 20000 Points
RBW: 100kHz, VBW: 300kHz, Auto, Attenuation: 10 dB, Sweep count 1, Preamp: Off, LN Preamp: Off, Preselector: Off
10
2.4123105G / 6.32
dBm
-10
-20
-30
-40
-50
-60
-70
2.35GHz
2.38G
2.4G
2.42G
2.44G
Frequency
2.46G
2.48G
2.5G
2.5335GHz
Band Edge / Low channel / Modulation b) - 06/28/2018 10:30 - 5789
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
RF port
2.35GHz-2.5335GHz
100kHz
300kHz
Peak
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
Page 44 on 75
R410-18-101238-1A Ed.0

BAND EDGE - GRAPH
HIGH CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
EMI5804
T (°C):
H (%):
P (hPa):
#1
28/06/2018 13:53:40
MPA
23.2
49.6
1012
FCC/Limite Band Edge -20dB - Crête/
Meas.Peak
Sub-range 1
Frequencies:
Settings:
2.35 GHz - 2.5335 GHz (Analyser mode) 20000 Points
RBW: 100kHz, VBW: 300kHz, Auto, Attenuation: 10 dB, Sweep count 1, Preamp: Off, LN Preamp: Off, Preselector: Off
10
2.4624728G / 5.98
dBm
-10
-20
-30
-40
-50
-60
-70
2.35GHz
2.38G
2.4G
2.42G
2.44G
Frequency
2.46G
2.48G
2.5G
2.5335GHz
Band Edge / Low channel / Modulation b) - 06/28/2018 13:53 - 5804
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
RF port
2.35GHz-2.5335GHz
100kHz
300kHz
Peak
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
Page 45 on 75
R410-18-101238-1A Ed.0

BAND EDGE - GRAPH
LOW CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
EMI5793
T (°C):
H (%):
P (hPa):
#1
28/06/2018 11:04:42
MPA
23.2
49.6
1012
FCC/Limite Band Edge -20dB - Crête/
Meas.Peak
Sub-range 1
Frequencies: �
2.35 GHz - 2.5335 GHz (Analyser mode) 20000 Points
Settings: �
RBW: 100kHz, VBW: 300kHz, Auto, Attenuation: 10 dB, Sweep count 1, Preamp: Off, LN Preamp: Off, Preselector: Off
10
dBm
2.4106039G / -1.28
-10
-20
-30
-40
-50
-60
-70
2.38G
2.35GHz
2.4G
2.42G
2.44G
Frequency
2.46G
2.48G
2.5G
2.5335GHz
Band Edge / Low channel / Modulation g) - 06/28/2018 11:04 - 5793
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
RF port
2.35GHz-2.5335GHz
100kHz
300kHz
Peak
EUT modification(s): N/A
Page 46 on 75
R410-18-101238-1A Ed.0

BAND EDGE - GRAPH
HIGH CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
EMI5806
T (°C):
H (%):
P (hPa):
#1
28/06/2018 14:09:25
MPA
23.2
49.6
1012
FCC/Limite Band Edge -20dB - Crête/
Meas.Peak
Sub-range 1
Frequencies: �
2.35 GHz - 2.5335 GHz (Analyser mode) 20000 Points
Settings: �
RBW: 100kHz, VBW: 300kHz, Auto, Attenuation: 10 dB, Sweep count 1, Preamp: Off, LN Preamp: Off, Preselector: Off
10
dBm
2.4687213G / -0.628
-10
-20
-30
-40
-50
-60
-70
2.35GHz
2.38G
2.4G
2.42G
2.44G
Frequency
2.46G
2.48G
2.5335GHz
2.5G
Band Edge / High channel / Modulation g) - 06/28/2018 14:09 - 5806
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
RF port
2.35GHz-2.5335GHz
100kHz
300kHz
Peak
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
Page 47 on 75
R410-18-101238-1A Ed.0

BAND EDGE - GRAPH
LOW CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
EMI5795
T (°C):
H (%):
P (hPa):
#1
28/06/2018 11:19:21
MPA
23.2
49.6
1012
FCC/Limite Band Edge -20dB - Crête/
Meas.Peak
Sub-range 1
Frequencies: �
2.35 GHz - 2.5335 GHz (Analyser mode) 20000 Points
Settings: �
RBW: 100kHz, VBW: 300kHz, Auto, Attenuation: 10 dB, Sweep count 1, Preamp: Off, LN Preamp: Off, Preselector: Off
10
dBm
2.4112187G / -1.43
-10
-20
-30
-40
-50
-60
-70
2.35GHz
2.38G
2.4G
2.42G
2.44G
Frequency
2.46G
2.48G
2.5335GHz
2.5G
Band Edge / Low channel / Modulation n) - 06/28/2018 11:19 - 5795
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
RF port
2.35GHz-2.5335GHz
100kHz
300kHz
Peak
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
Page 48 on 75
R410-18-101238-1A Ed.0

BAND EDGE - GRAPH
HIGH CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
EMI5801
T (°C):
H (%):
P (hPa):
#1
28/06/2018 11:58:25
MPA
23.2
49.6
1012
FCC/Limite Band Edge -20dB - Crête/
Meas.Peak
Sub-range 1
Frequencies:
Settings:
2.35 GHz - 2.5335 GHz (Analyser mode) 20000 Points
RBW: 100kHz, VBW: 300kHz, Auto, Attenuation: 10 dB, Sweep count 1, Preamp: Off, LN Preamp: Off, Preselector: Off
10
dBm
-10
-20
-30
-40
-50
-60
-70
2.35GHz
2.38G
2.4G
2.42G
2.44G
Frequency
2.46G
2.48G
2.5G
2.5335GHz
Band Edge / Mid channel / Modulation n) - 06/28/2018 11:58 - 5801
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
RF port
2.35GHz-2.5335GHz
100kHz
300kHz
Peak
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
Page 49 on 75
R410-18-101238-1A Ed.0

7.6. Power spectral density
Reference standard:
FCC part 15 Radio part 15.247 and RSS-247
Test method:
FCC part 15.247 and RSS-247
Test description: e)
For digitally modulated systems, the power spectral density conducted from the intentional radiator to the antenna
shall not be greater than 8 dBm in any 3 kHz band during any time interval of continuous transmission. This power
spectral density shall be determined in accordance with the provisions of paragraph (b) of this section. The same
method of determining the conducted output power shall be used to determine the power spectral density.
EUT is connected to the measuring receiver via 50Ω attenuator(s).Only the highest levels are recorded.
TESTED PARAMETER
SEVERITY
VERDICT
8dBm/3kHz
8dBm/3kHz
8dBm/3kHz
8dBm/3kHz
8dBm/3kHz
8dBm/3kHz
8dBm/3kHz
8dBm/3kHz
8dBm/3kHz
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
REQUIRED PRIOR TO THE TEST
DURING THE TEST
15 to 35 °C
20 to 75 %
N/A
See Graph(es)
See Graph(es)
See Graph(es)
Low channel / mod. b)
Mid channel / mod. b)
High channel / mod. b)
Low channel / mod. g)
Mid channel / mod. g)
High channel / mod. g)
Low channel / mod. n)
Mid channel / mod. n)
High channel / mod. n)
LABORATORY PARAMETERS:
Ambient Temperature
Relative Humidity
Atmospheric pressure
Test method deviation: N/A
Supplementary information: N/A
TEST EQUIPMENT USED
ROW_T O_D ELET E
CATEGORY
BRAND
Attenuator
Techniwave
Cable
Receiver
Thermohygrometer
Thermohygrometer
Radiall
Rohde & Schwarz
Testo
Bioblock Scientific
TYPE
TWSMA-20dB-18GSMA
SMA-0,5m
FSW43
608-H1
Météostar
Page 50 on 75
IDENTIFIER
CAL. DATE
CAL. DUE
14679
21/09/2017
21/11/2019
14889
14830
7562
0963
23/02/2018
23/04/2020
13/11/2017
13/01/2019
27/12/2016
27/02/2019
27/12/2016
27/02/2019
Blank cells = Permanent validity
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S) - POWER SUPPLY 110VAC/60HZ / WIFI
Page 51 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
LOW CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
LOW CHANNEL / MOD. B)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2412 MHz
3kHz
-9.33
<8
Page 52 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
MID CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
MID CHANNEL / MOD. B)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2437 MHz
3kHz
-8.85
<8
Page 53 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
HIGH CHANNEL / MOD. B)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
HIGH CHANNEL / MOD. B)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2462 MHz
3kHz
-8.96
<8
Page 54 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
LOW CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
LOW CHANNEL / MOD. G)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2412 MHz
3kHz
-14.41
<8
Page 55 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
MID CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
MID CHANNEL / MOD. G)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2437 MHz
3kHz
-15.06
<8
Page 56 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
HIGH CHANNEL / MOD. G)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
HIGH CHANNEL / MOD. G)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2462 MHz
3kHz
-15.08
<8
Page 57 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
LOW CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
LOW CHANNEL / MOD. N)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2412 MHz
3kHz
-14.86
<8
Page 58 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
MID CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
MID CHANNEL / MOD. N)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2437 MHz
3kHz
-14.27
<8
Page 59 on 75
R410-18-101238-1A Ed.0

POWER SPECTRAL DENSITY - GRAPH
HIGH CHANNEL / MOD. N)
EUT mode:
Test Date:
Test Operator:
#1
28/06/2018
MPA
Ch19.bmp
Configuration:
N/A
Comments:
N/A
EUT modification(s): N/A
POWER SPRECTRAL DENSITY - TABULATED RESULTS
HIGH CHANNEL / MOD. N)
Frequency
RBW
Level (dBm/3kHz)
Limit (dBm/3kHz)
2462 MHz
3kHz
-14.51
<8
Page 60 on 75
R410-18-101238-1A Ed.0

7.7. Radiated spurious emissions
Reference standard:
FCC part 15 Radio part 15.247 and RSS-247
Test method:
FCC part 15.109, 15.209, 15.205, 15.215
RSS-247, CNR Gen
General test setup: For f <30MHz, EUT is set on an insulating support at 80cmcm above the ground reference
plane.
Preliminary (peak) measurements were performed at an antenna to EUT separation distance of 3-meter in a
semi-anechoic chamber. The EUT was rotated 360°in order to maximize radiated levels. Test antenna was
oriented in 3 axes (0°, 45° and 90°).
Final measurements (quasi-peak) were then performed in a 10-meter Open Area Test Site that complies to
CISPR 16 in the same measurement conditions.
For f > 30MHz, EUT is set on an insulating support at 80cm above the ground reference plane (150cm for f
>1GHz).
Preliminary (peak) measurements were performed at an antenna to EUT separation distance of 3-meter. The
EUT was rotated 360° about its azimuth with the receive antenna located at various heights in horizontal and
vertical polarities.
Final measurements (quasi-peak or average) were then performed in a semi-anechoic chamber or Open Area
Test Site that complies to CISPR 16. The EUT was rotated 360° about its azimuth and adjusting the receive
antenna height from 1 to 4 m.
All frequencies were investigated, where applicable.
For portable equipements a research of maximum level is done on the 3 axes. Only the highest levels are
recorded.
TESTED CONFIGURATION
Ethernet mode
Ethernet mode
Ethernet mode
Ethernet mode
Wi-Fi mode
Wi-Fi mode
Wi-Fi mode
Wi-Fi mode
LABORATORY PARAMETERS:
Ambient Temperature
Relative Humidity
Atmospheric pressure
PARAMETER
SEVERITY
RESULT TAB.
VERDICT
9kHz-150kHz
150kHz-30MHz
30MHz-1GHz
1GHz-18GHz
9kHz-150kHz
150kHz-30MHz
30MHz-1GHz
1GHz-18GHz
15.209
15.209
15.209
15.209
15.209
15.209
15.209
15.209
See below
See below
See below
See below
See below
See below
See below
See below
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
REQUIRED PRIOR TO THE TEST
DURING THE TEST
15 to 35 °C
20 to 75 %
N/A
See Graph(es)
See Graph(es)
See Graph(es)
Test method deviation: N/A
Supplementary information:
From 9 kHz to 30MHz: limit indicated on the curves is calculated with 40 dB/decade extrapolation factor and
51.5 dB conversion factor.
From 30MHz to 1GHz Quasi peak limit provided is the limit given in §15.209.
Above 1GHz average limit in restricted bands §15.205 is 54dBµV/m. Otherwise, the limit is 20dB under carrier
emission level at 3m without averaging.
Page 61 on 75
R410-18-101238-1A Ed.0

TEST EQUIPMENT USED
ROW_T O_D ELET E
CATEGORY
BRAND
TYPE
Antenna
Antenna
Antenna
Antenna
Antenna
Antenna mast
Cable
Cable
Cable
Cable
Cable
Cable
Filter
ETS-Lindgren
Electro Metrics
Rohde & Schwarz
Rohde & Schwarz
Rohde & Schwarz
Maturo
TechniWAVE
TechniWAVE
Huber Suhner
SUCOFLEX
SUCOFLEX
SUCOFLEX
Micro-Tronics
Wainwright
Instruments
IMPULSE
Filter
Preamplifier
IDENTIFIER
CAL. DATE
CAL. DUE
3117
BIA-30HF
HFH2-Z2
HL223
HL223
NCD
N-0.23m
N-0.23m
N-10m
N-3m
N-5,5m
N-6,5m
HPM 15162
5456
1107
5825
1137
1137
14656
14891
14893
8472
14379
14381
14380
10273
16/03/2016
25/05/2015
20/09/2017
25/04/2015
13/06/2018
16/05/2019
25/07/2018
20/11/2019
25/06/2018
13/08/2021
23/02/2018
23/02/2018
16/02/2017
18/01/2017
18/01/2017
18/01/2017
05/10/2016
23/04/2020
23/04/2020
16/04/2019
18/03/2019
18/03/2019
18/03/2019
05/12/2018
WRCG 2400/2483
9771
05/10/2016
05/12/2018
CA118-546ACN
9169
13/10/2017
13/12/2018
Receiver
Rohde & Schwarz
FSW43
14830
13/11/2017
13/01/2019
Shielded enclosure
COMTEST
14494
14/02/2017
14/04/2020
Software
Nexio
Thermohygrometer
Thermohygrometer
Turntable
Testo
Testo
Maturo
SAC 3m
BAT EMC
v3.17.0.22
608-H1
608-H2
NCD
27/12/2016
27/11/2017
27/02/2019
27/01/2020
0000
7562
12269
14657
Blank cells = Permanent validity
RADIATED SPURIOUS EMISSIONS - TABULATED RESULTS
WI-FI MODE
EMI5795
Frequency
MHz
Polarization
Level peak
dBµV/m
Level
Qpeak
dBµV/m
Limit
dBµV/m
Margin
dB
30.71407
35.38954
44.12841
106.8137
110.01
159.961
174.0724
200
45.64156
107.1027
149.998
159.978
179.989
190.02
200
200
219.922
Verticale
Verticale
Verticale
Verticale
Verticale
Verticale
Verticale
Verticale
Horizontale
Horizontale
Horizontale
Horizontale
Horizontale
Horizontale
Horizontale
Verticale
Verticale
41.73
37.71
36.7
33.95
32.94
35.71
35.81
36.75
29.04
31.87
32.84
39.47
35.91
34.39
43.55
36.56
31.62
35.71
31.86
32.99
28.8
28.35
32.56
31.97
34.11
24.48
26.94
29.42
36.28
33.07
29.7
41.56
33.83
27.68
40
40
40
43.5
43.5
43.5
43.5
43.5
40
43.5
43.5
43.5
43.5
43.5
43.5
43.5
46
-4.29
-8.14
-7.01
-14.7
-15.15
-10.94
-11.53
-9.39
-15.52
-16.56
-14.08
-7.22
-10.43
-13.8
-1.94
-9.67
-18.32
Page 62 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS EMISSIONS - TABULATED RESULTS
WI-FI MODE
EMI5795
239.924
Verticale
31.62
28.21
46
-17.79
249.925
Verticale
30.98
27.06
46
-18.94
259.926
Verticale
28.93
24.71
46
-21.29
299.93
Verticale
34.45
30.92
46
-15.08
349.935
Verticale
41.59
38.69
46
-7.31
399.94
Verticale
33.22
28.92
46
-17.08
434.9035
Verticale
37.23
32.67
46
-13.33
449.945
Verticale
39.95
36.33
46
-9.67
486.9887
Verticale
39.15
35.02
46
-10.98
492.4292
Verticale
39.53
35.42
46
-10.58
512.7513
Verticale
38.98
34.63
46
-11.37
521.8722
Verticale
38.2
33.59
46
-12.41
524.4324
Verticale
39.25
33.63
46
-12.37
527.3127
Verticale
38.17
33.4
46
-12.6
549.955
Verticale
37.31
32.3
46
-13.7
559.956
Verticale
36.88
32.05
46
-13.95
599.96
Verticale
35.29
30.09
46
-15.91
900.07
Verticale
41.13
35.34
46
-10.66
200
Horizontale
41.73
41.13
40
-2.37
209.921
Horizontale
37.71
30.84
40
-12.66
219.922
Horizontale
36.7
39.34
40
-6.66
229.923
Horizontale
33.95
36.1
43.5
-9.9
239.924
Horizontale
32.94
42.66
43.5
-3.34
249.925
Horizontale
35.71
43.95
43.5
-2.05
259.926
Horizontale
35.81
42.24
43.5
-3.76
269.927
Horizontale
36.75
40.44
43.5
-5.56
279.928
Horizontale
29.04
39.08
40
-6.92
289.929
Horizontale
31.87
34.24
43.5
-11.76
299.93
Horizontale
32.84
36.36
43.5
-9.64
349.935
Horizontale
39.47
34.17
43.5
-11.83
559.956
Horizontale
35.91
32.05
43.5
-13.95
599.96
Horizontale
34.39
34.13
43.5
-11.87
699.97
Horizontale
43.55
37.19
43.5
-8.81
Spurious which has more than 20 dB of margin compared to the applicable limit is not necessarily reported
RADIATED SPURIOUS EMISSIONS - TABULATED RESULTS
WI-FI MODE / LOW CHANNEL
Frequency
MHz
Polarization
Peak level
dBµV/m
EMI5783
Avg level
dBµV/m
Avg Limit
dBµV/m
Margin
dB
3215
Horizontal
49.1
48.4
54
-5.6
4824
Horizontal
52.3
48.5
54
-5.5
3215
Vertical
55.1
52.3
54
-1.7
4824
Vertical
48.5
44.1
54
-9.9
Spurious which has more than 20 dB of margin compared to the applicable limit is not necessarily reported
Page 63 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS EMISSIONS - TABULATED RESULTS
WI-FI MODE / MID CHANNEL
Frequency
MHz
Polarization
Peak level
dBµV/m
EMI5810
Avg level
dBµV/m
Avg Limit
dBµV/m
Margin
dB
3249
Horizontal
48
47.1
54
-6.9
4874
Horizontal
54
50.1
54
-3.9
3249
Vertical
54.6
51.7
54
-2.3
4874
Vertical
47.5
44.3
54
-9.7
Spurious which has more than 20 dB of margin compared to the applicable limit is not necessarily reported
RADIATED SPURIOUS EMISSIONS - TABULATED RESULTS
WI-FI MODE / HIGH CHANNEL
Frequency
MHz
Polarization
Peak level
dBµV/m
EMI5809
Avg level
dBµV/m
Avg Limit
dBµV/m
Margin
dB
3282
Horizontal
48.7
48.3
54
-5.7
4924
Horizontal
54
50.5
54
-3.5
3282
Vertical
54
53.8
54
-0.2
4924
Vertical
44.5
43.3
54
-10.7
Spurious which has more than 20 dB of margin compared to the applicable limit is not necessarily reported
RADIATED SPURIOUS EMISSIONS - TABULATED RESULTS
ETHERNET MODE
Frequency
MHz
Polarization
EMI5830
Level peak
dBµV
Level Qpeak
dBµV
Limit
dBµV/m
Margin
dB
31.615
Verticale
32.83
27.87
50
-4.29
34.080
Verticale
30.30
23.52
50
-8.14
41.629
Verticale
48.40
46.12
50
-7.01
49.127
Verticale
36.82
33.47
50
-14.7
50
Verticale
45.40
43.69
50
-15.15
Spurious which has more than 20 dB of margin compared to the applicable limit is not necessarily reported
Page 64 on 75
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S)
Page 65 on 75
R410-18-101238-1A Ed.0

TEST SETUP PHOTO(S)
Page 66 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS SMISSIONS - GRAPH
0°
EUT mode:
Test Date:
Test Operator:
EMI5817
T (°C):
H (%):
P (hPa):
#1 & #2
21/03/2018 13:53:08
FMO
18.4
28.9
1008
FCC/FCC Part 15 §209 Tx - Moyenne/3.0m/
FCC/FCC Part 15 §209 Tx - QCrête/3.0m/
Meas.Peak
dBµA/m
80
70
60
50
40
30
20
10
-10
-20
-30
-40
-50
9kHz
30MHz
Position: Circular
Frequency
RNE_TX / 0° - 04/09/2018 13:35 - 5817
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Circular
Circular
Circular
9kHz-150kHz
150kHz-1MHz
1MHz-30MHz
300Hz
10kHz
10kHz
1kHz
30kHz
30kHz
Peak
Peak
Peak
Configuration:
This plot is valid for all configurations
Comments:
Limit indicated on these plots are calculated with 40 dB/decade extrapolation factor and
51.5dB conversion factor.
EUT modification(s): N/A
Page 67 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS SMISSIONS - GRAPH
45°
EUT mode:
Test Date:
Test Operator:
EMI5827
T (°C):
H (%):
P (hPa):
#1 & #2
21/03/2018 13:56:47
FMO
18.4
28.9
1008
FCC/FCC Part 15 §209 Tx - Moyenne/3.0m/
FCC/FCC Part 15 §209 Tx - QCrête/3.0m/
Meas.Peak
dBµA/m
80
70
60
50
40
30
20
10
-10
-20
-30
-40
-50
30MHz
Position: Circular
9kHz
Frequency
RNE_TX / 45° - 03/21/2018 13:56 - 5827
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Circular
Circular
Circular
9kHz-150kHz
150kHz-1MHz
1MHz-30MHz
300Hz
10kHz
10kHz
1kHz
30kHz
30kHz
Peak
Peak
Peak
Configuration:
This plot is valid for all configurations
Comments:
Limit indicated on these plots are calculated with 40 dB/decade extrapolation factor and
51.5dB conversion factor.
EUT modification(s): N/A
Page 68 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS SMISSIONS - GRAPH
90°
EUT mode:
Test Date:
Test Operator:
EMI5828
T (°C):
H (%):
P (hPa):
#1 & #2
21/03/2018 14:00:52
FMO
18.4
28.9
1008
FCC/FCC Part 15 §209 Tx - Moyenne/3.0m/
FCC/FCC Part 15 §209 Tx - QCrête/3.0m/
Meas.Peak
dBµA/m
80
70
60
50
40
30
20
10
-10
-20
-30
-40
-50
30MHz
Position: Circular
9kHz
Frequency
RNE_TX / 90° - 03/21/2018 14:00 - 5828
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Circular
Circular
Circular
9kHz-150kHz
150kHz-1MHz
1MHz-30MHz
300Hz
10kHz
10kHz
1kHz
30kHz
30kHz
Peak
Peak
Peak
Configuration:
This plot is valid for all configurations
Comments:
Limit indicated on these plots are calculated with 40 dB/decade extrapolation factor and
51.5dB conversion factor.
EUT modification(s): N/A
Page 69 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS EMISSIONS - GRAPH
WI-FI MODE
EUT mode:
Test Date:
Test Operator:
EMI5795
T (°C):
H (%):
P (hPa):
#1
21/03/2018 11:50:27
FMO
13.7
30.7
1008
- Organes
FCC/15.209 : 2017 - Classe: - Moyenne/3.0m/
FCC/15.209 : 2017 - Classe: - QCrête/3.0m/
Mes.QPeak (SR 550xx) (Horizontale)
Mes.Peak (Horizontale)
Mes.Avg (Horizontale)
80
dBµV/m
70
60
50
40
30
20
10
30MHz
1GHz
Polarisation: Horizontale
100M
Fréquence
Front Side / WiFi - 21/03/2018 11:50 - 5795
- Organes
FCC/15.209 : 2017 - Classe: - Moyenne/3.0m/
FCC/15.209 : 2017 - Classe: - QCrête/3.0m/
Mes.QPeak (SR 550xx) (Verticale)
Mes.Peak (Verticale)
Mes.Avg (Verticale)
80
dBµV/m
70
60
50
40
30
20
10
100M
30MHz
1GHz
Polarisation: Verticale
Fréquence
Front Side / WiFi - 21/03/2018 11:50 - 5795
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Vertical
Horizontal
Vertical
Horizontal
30MHz-200MHz
30MHz-200MHz
200MHz-1GHz
200MHz-1GHz
100kHz
100kHz
100kHz
100kHz
300kHz
300kHz
300kHz
300kHz
Peak & QPeak(120kHz)
Peak & QPeak(120kHz)
Peak & QPeak(120kHz)
Peak & QPeak(120kHz)
Measure with:
N/A
Comments:
This plot is valid for the 3 channels
EUT modification(s): N/A
Page 70 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS EMISSIONS (TRANSMITTER) - GRAPH
WI-FI MODE / LOW CHANNEL
EUT mode:
Test Date:
Test Operator:
EMI5783
T (°C):
H (%):
P (hPa):
#1
28/06/2018 15:14:05
MPA
23.9
40.8
1010
FCC/15.209 : 2017 - Moyenne/3.0m/
FCC/15.209 : 2017 - QCrête/3.0m/
FCC/15.209 : 2017 - Crête/3.0m/
Meas.Peak (Horizontal)
Meas.Avg (Horizontal)
80
dBµV/m
70
60
2.4162708G / 55.6
50
3.2152608G / 48.4
4.8233412G / 48.5
40
30
20
10
1GHz
18GHz
Polarization: Horizontal
Frequency
RNE / Tx mode / Low channel - 06/28/2018 15:14 - 5783
FCC/15.209 : 2017 - Moyenne/3.0m/
FCC/15.209 : 2017 - QCrête/3.0m/
FCC/15.209 : 2017 - Crête/3.0m/
Meas.Peak (Vertical)
Meas.Avg (Vertical)
80
dBµV/m
70
60
2.4159708G / 58.2
3.2152608G / 52.3
50
4.8218411G / 44.1
1.499925G / 43.9
40
30
20
10
1GHz
18GHz
Polarization: Vertical
Frequency
RNE / Tx mode / Low channel - 06/28/2018 15:14 - 5783
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Vertical
Horizontal
Vertical
Horizontal
1GHz-3GHz
1GHz-3GHz
3GHz-18GHz
3GHz-18GHz
1MHz
1MHz
1MHz
1MHz
3MHz
3MHz
3MHz
3MHz
Peak
Peak
Mes.Peak; Mes.Avg;
Mes.Peak; Mes.Avg;
Configuration:
Test is done with mod. type n) wich present the highest level and the higher frequency
occupation.
Comments:
Carrier frequency is rejected by a notch filter.
EUT modification(s): N/A
Page 71 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS EMISSIONS (TRANSMITTER) - GRAPH
WI-FI MODE / MID CHANNEL
EUT mode:
Test Date:
Test Operator:
EMI5810
T (°C):
H (%):
P (hPa):
#1
28/06/2018 16:28:56
MPA
23.9
40.8
1010
FCC/15.209 : 2017 - Moyenne/3.0m/
FCC/15.209 : 2017 - QCrête/3.0m/
FCC/15.209 : 2017 - Crête/3.0m/
Meas.Peak (Horizontal)
Meas.Avg (Horizontal)
80
dBµV/m
70
60
4.8728436G / 50.1
50
3.2490125G / 47.1
40
30
20
10
1GHz
18GHz
Polarization: Horizontal
Frequency
RNE / Tx mode / Mid channel - 06/28/2018 16:28 - 5810
FCC/15.209 : 2017 - Moyenne/3.0m/
FCC/15.209 : 2017 - QCrête/3.0m/
FCC/15.209 : 2017 - Crête/3.0m/
Meas.Peak (Vertical)
Meas.Avg (Vertical)
80
dBµV/m
70
60
3.2490125G / 51.7
50
4.8728436G / 44.3
40
30
20
10
1GHz
18GHz
Polarization: Vertical
Frequency
RNE / Tx mode / Mid channel - 06/28/2018 16:28 - 5810
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Vertical
Horizontal
Vertical
Horizontal
1GHz-3GHz
1GHz-3GHz
3GHz-18GHz
3GHz-18GHz
1MHz
1MHz
1MHz
1MHz
3MHz
3MHz
3MHz
3MHz
Peak
Peak
Mes.Peak; Mes.Avg;
Mes.Peak; Mes.Avg;
Configuration:
Test is done with mod. type n) wich present the highest level and the higher frequency
occupation.
Comments:
Carrier frequency is rejected by a notch filter.
EUT modification(s): N/A
Page 72 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS EMISSIONS (TRANSMITTER) - GRAPH
WI-FI MODE / HIGH CHANNEL
EUT mode:
Test Date:
Test Operator:
EMI5809
T (°C):
H (%):
P (hPa):
#1
28/06/2018 16:14:06
MPA
23.9
40.8
1010
FCC/15.209 : 2017 - Moyenne/3.0m/
FCC/15.209 : 2017 - QCrête/3.0m/
FCC/15.209 : 2017 - Crête/3.0m/
Meas.Peak (Horizontal)
Meas.Avg (Horizontal)
80
dBµV/m
70
60
2.4611731G / 56.8
4.9230962G / 50.5
50
3.2820141G / 48.3
40
30
20
10
1GHz
18GHz
Polarization: Horizontal
Frequency
RNE / Tx mode / High channel - 06/28/2018 16:14 - 5809
FCC/15.209 : 2017 - Moyenne/3.0m/
FCC/15.209 : 2017 - QCrête/3.0m/
FCC/15.209 : 2017 - Crête/3.0m/
Meas.Peak (Vertical)
Meas.Avg (Vertical)
80
dBµV/m
70
2.4610731G / 61.9
60
3.2820141G / 53.8
50
1.500025G / 43.8
4.9223461G / 43.3
40
30
20
10
1GHz
18GHz
Polarization: Vertical
Frequency
RNE / Tx mode / High channel - 06/28/2018 16:14 - 5809
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Vertical
Horizontal
Vertical
Horizontal
1GHz-3GHz
1GHz-3GHz
3GHz-18GHz
3GHz-18GHz
1MHz
1MHz
1MHz
1MHz
3MHz
3MHz
3MHz
3MHz
Peak
Peak
Mes.Peak; Mes.Avg;
Mes.Peak; Mes.Avg;
Configuration:
Test is done with mod. type n) wich present the highest level and the higher frequency
occupation.
Comments:
Carrier frequency is rejected by a notch filter.
EUT modification(s): N/A
Page 73 on 75
R410-18-101238-1A Ed.0

RADIATED SPURIOUS EMISSIONS - GRAPH
ETHERNET
EUT mode:
Test Date:
Test Operator:
EMI5830
T (°C):
H (%):
P (hPa):
#2
21/03/2018 15:20:04
FMO
13.7
30.7
1008
FCC/15.109: 2017 A - Moyenne/3.0m/
FCC/15.109: 2017 A - QCrête/3.0m/
FCC/15.109: 2017 A - Crête/3.0m/
Meas.Peak (Horizontal)
Meas.Avg (Horizontal)
100
dBµV/m 90
80
70
60
50
503.31033M / 41.1
40
30
20
10
100M
30MHz
1G
Frequency
10G 18GHz
Polarization: Horizontal
Front Side / Ethernet - 03/21/2018 15:20 - 5830
FCC/15.109: 2017 A - Moyenne/3.0m/
FCC/15.109: 2017 A - QCrête/3.0m/
FCC/15.109: 2017 A - Crête/3.0m/
Meas.QPeak (SR 550xx) (Vertical)
Meas.Peak (Vertical)
Meas.Avg (Vertical)
100
dBµV/m 90
80
70
60
50
40
30
20
10
100M
30MHz
1G
Frequency
10G 18GHz
Polarization: Vertical
Front Side / Ethernet - 03/21/2018 15:20 - 5830
POSITION
FREQUENCIES
RBW
VBW
DETECTOR
Vertical
Horizontal
Vertical
Horizontal
Vertical
Horizontal
30MHz-200MHz
30MHz-200MHz
200MHz-1GHz
200MHz-1GHz
1GHz-18GHz
1GHz-18GHz
100kHz
100kHz
100kHz
100kHz
1MHz
1MHz
300kHz
300kHz
300kHz
300kHz
3MHz
3MHz
Peak & QPeak(120kHz)
Peak & QPeak(120kHz)
Peak
Peak
Peak and Avg
Peak and Avg
Measure with:
Measurements maximized at 360 ° in peak maxhold mode.
Comments:
N/A
EUT modification(s): N/A
Page 74 on 75
R410-18-101238-1A Ed.0

²²² End of test report ²²²
Page 75 on 75
Download: BEACON Wifi beacon Test Report RXXX-18-10XXXX-XA UWINLOC
Mirror Download [FCC.gov]BEACON Wifi beacon Test Report RXXX-18-10XXXX-XA UWINLOC
Document ID4114291
Application IDqAqjz1GWRZyYz7z3Ov0Ijg==
Document DescriptionTest Report
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Permanent ConfidentialNo
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Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize327.65kB (4095570 bits)
Date Submitted2018-12-23 00:00:00
Date Available2018-12-23 00:00:00
Creation Date2018-08-06 15:09:37
Producing SoftwareAdobe PDF Library 10.0
Document Lastmod2018-08-06 15:10:48
Document TitleRXXX-18-10XXXX-XA
Document CreatorAcrobat PDFMaker 10.0 pour Word
Document Author: Fabien MOINACHE

Source Exif Data [exif.tools]:
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Create Date                     : 2018:08:06 15:09:37+02:00
Modify Date                     : 2018:08:06 15:10:48+02:00
Source Modified                 : D:20180806130932
Subject                         : TRAME BAT anglais
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XMP Toolkit                     : Adobe XMP Core 5.2-c001 63.139439, 2010/09/27-13:37:26
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Title                           : RXXX-18-10XXXX-XA
Description                     : TRAME BAT anglais
Creator                         : Fabien MOINACHE
Producer                        : Adobe PDF Library 10.0
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Headline                        : TRAME BAT anglais
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Page Count                      : 75
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