TEST REPORTCERTIFICATE OF CONFORMITY
Standard: EN 55032: 2015+A11:2020, Class A
EN 61000-3-2: 2014 (Not applicable)
EN IEC 61000-3-2: 2019+A1:2021 (Not applicable)
EN 61000-3-3: 2013+A1:2019+A2:2021 (Not applicable)
EN 55035: 2017+A11:2020
Report No.: CEBDBO-WTW-P24010022 R1
Product: High Performance Fanless Embedded System
Brand: Vecow
Model No.: IVH-9204MX-ICY
Series Model: IVH-9204MX-ICYXXXXXXXXXXXX("X" can be 0-9, A-Z or blank for marketing purpose)
Received Date: 2024/1/2
Test Date: 2024/1/12 ~ 2024/4/1
Issued Date: 2024/5/22
Applicant: Vecow Co., Ltd.
Address: 3F., No. 10, Jiankang Rd., Zhonghe Dist., New Taipei City 23586, Taiwan
Issued By: Bureau Veritas Consumer Products Services (H.K.) Ltd., Taoyuan Branch
Lin Kou Laboratories
Lab Address: No. 47-2, 14th Ling, Chia Pau Vil., Lin Kou Dist., New Taipei City, Taiwan
Test Location: No. 47-2, 14th Ling, Chia Pau Vil., Lin Kou Dist., New Taipei City, Taiwan,

Approved by:Date:

2024/5/22

Jim Hsiang / Associate Technical Manager
This test report consists of 72 pages in total. It may be duplicated completely for legal use with the approval of the applicant.
It should not be reproduced except in full, without the written approval of our laboratory. The test results in the report only
apply to the tested sample. The test results in this report are traceable to the national or international standards.

Prepared by : Jessica Cheng / Senior Specialist

This report is governed by, and incorporates by reference, the Conditions of Testing as posted at the date of issuance of this report at http://www.bureauveritas.com/home/about-us/ourbusiness/cps/about-us/terms-conditions/ and is intended for your exclusive use. Any copying or replication of this report to or for any other person or entity, or use of our name ortrademark, is permitted only with our prior written permission. This report sets forth our findings solely with respect to the test samples identified herein. The results set forth in this report
are not indicative or representative of the quality or characteristics of the lot from which a test sample was taken or any similar or identical product unless specifically and expressly
noted. Our report includes all of the tests requested by you and the results thereof based upon the information that you provided to us. Measurement uncertainty is only provided uponrequest for accredited tests. Statements of conformity are based on simple acceptance criteria without taking measurement uncertainty into account, unless otherwise requested inwriting. You have 60 days from date of issuance of this report to notify us of any material error or omission caused by our negligence or if you require measurement uncertainty; provided,
however, that such notice shall be in writing and shall specifically address the issue you wish to raise. A failure to raise such issue within the prescribed time shall constitute yourunqualified acceptance of the completeness of this report, the tests conducted and the correctness of the report contents.

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Table of Contents
Release Control Record ....................................................................................................................................................... 4
1

Certificate .................................................................................................................................................................... 5

2

Summary of Test Results .......................................................................................................................................... 6
2.1
2.2
2.3

3

Performance Criteria ................................................................................................................................................ 6
Measurement Uncertainty ........................................................................................................................................ 9
Supplementary Information ...................................................................................................................................... 9
General Information ................................................................................................................................................. 10

3.1
3.2
3.3
3.4
3.5
3.6
3.7
4

Description of EUT ................................................................................................................................................. 10
Primary Clock Frequencies of Internal Source ....................................................................................................... 10
Features of EUT ..................................................................................................................................................... 10
Operating Modes of EUT and Determination of Worst Case Operating Mode ...................................................... 11
Test Program Used and Operation Descriptions .................................................................................................... 13
Connection Diagram of EUT and Peripheral Devices ............................................................................................ 14
Configuration of Peripheral Devices and Cable Connections ................................................................................ 16
Test Instruments ...................................................................................................................................................... 18

4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
4.10
5

Conducted Emissions from Power Ports ................................................................................................................ 18
Conducted Emissions from Wired Network Ports .................................................................................................. 19
Radiated Emissions up to 1 GHz ........................................................................................................................... 20
Radiated Emissions above 1 GHz .......................................................................................................................... 21
Electrostatic Discharges (ESD) .............................................................................................................................. 21
Radio Frequency Electromagnetic Field (RS) ........................................................................................................ 22
Fast Transients Common Mode (EFT) ................................................................................................................... 23
Surges .................................................................................................................................................................... 23
Radio Frequency Common Mode (CS) .................................................................................................................. 23
Power Frequency Magnetic Field (PFMF).............................................................................................................. 24
Limits of Test Items .................................................................................................................................................. 25

5.1
5.2
5.3
5.4
5.5
6

Conducted Emissions from Power Ports ................................................................................................................ 25
Conducted Emissions from Wired Network Ports .................................................................................................. 25
Radiated Emissions up to 1 GHz ........................................................................................................................... 25
Radiated Emissions above 1 GHz .......................................................................................................................... 26
General immunity requirements ............................................................................................................................. 27
Test Arrangements ................................................................................................................................................... 29

6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
6.10
7

Conducted Emissions from Power Ports ................................................................................................................ 29
Conducted Emissions from Wired Network Ports .................................................................................................. 30
Radiated Emissions up to 1 GHz ........................................................................................................................... 32
Radiated Emissions above 1 GHz .......................................................................................................................... 33
Electrostatic Discharges (ESD) .............................................................................................................................. 34
Radio Frequency Electromagnetic Field (RS) ........................................................................................................ 36
Fast Transients Common Mode (EFT) ................................................................................................................... 37
Surges .................................................................................................................................................................... 38
Radio Frequency Common Mode (CS) .................................................................................................................. 40
Power Frequency Magnetic Field (PFMF).............................................................................................................. 42
Test Results of Test Item ......................................................................................................................................... 43

7.1
7.2
7.3
7.4
7.5
7.6
7.7
7.8
7.9

Conducted Emissions from Power Ports ................................................................................................................ 43
Conducted Emissions from Wired Network Ports .................................................................................................. 45
Radiated Emissions up to 1 GHz ........................................................................................................................... 47
Radiated Emissions above 1 GHz .......................................................................................................................... 49
Electrostatic Discharges (ESD) .............................................................................................................................. 51
Radio Frequency Electromagnetic Field (RS) ........................................................................................................ 54
Fast Transients Common Mode (EFT) ................................................................................................................... 55
Surges .................................................................................................................................................................... 56
Radio Frequency Common Mode (CS) .................................................................................................................. 57

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7.10
8

Pictures of Test Arrangements ............................................................................................................................... 59
8.1
8.2
8.3
8.4
8.5
8.6
8.7
8.8
8.9
8.10

9

Power Frequency Magnetic Field (PFMF) .............................................................................................................. 58

Conducted Emissions from Power Ports ................................................................................................................ 59
Conducted Emissions from Wired Network Ports .................................................................................................. 60
Radiated Emissions up to 1 GHz ........................................................................................................................... 62
Radiated Emissions above 1 GHz .......................................................................................................................... 63
Electrostatic Discharges (ESD) .............................................................................................................................. 64
Radio Frequency Electromagnetic Field (RS) ........................................................................................................ 65
Fast Transients Common Mode (EFT) ................................................................................................................... 66
Surges .................................................................................................................................................................... 68
Radio Frequency Common Mode (CS) .................................................................................................................. 69
Power Frequency Magnetic Field (PFMF) .............................................................................................................. 71
Information of the Testing Laboratories ................................................................................................................ 72

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Release Control Record
Issue No.

Description

Date Issued

CEBDBO-WTW-P24010022

Original release.
Modify sample status in section 1 & 3.1
Add OS in section 3.1 and Add component list in section 3.3

2024/5/8

CEBDBO-WTW-P24010022 R1

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2024/5/22

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1

Certificate
Product:
Brand:
Test Model:
Series Model:High Performance Fanless Embedded System
Vecow
IVH-9204MX-ICY
IVH-9204MX-ICYXXXXXXXXXXXX("X" can be 0-9, A-Z or blank for marketing purpose)

Sample Status:

Mass Production

Applicant:

Vecow Co., Ltd.

Test Date:

2024/1/12 ~ 2024/4/1

Standard:

EN 55032: 2015+A11:2020, Class A
EN 61000-3-2: 2014 (Not applicable)
EN IEC 61000-3-2: 2019+A1:2021 (Not applicable)
EN 61000-3-3: 2013+A1:2019+A2:2021 (Not applicable)
EN 55035: 2017+A11:2020

Measurement
procedure:

EN 61000-4-2: 2009 / IEC 61000-4-2: 2008 ED. 2.0
EN IEC 61000-4-3: 2020 / IEC 61000-4-3: 2020 ED. 4.0
EN 61000-4-4: 2012 / IEC 61000-4-4: 2012 ED. 3.0
EN 61000-4-5: 2014+A1:2017 / IEC 61000-4-5: 2017 ED. 3.1
EN 61000-4-6: 2014+AC:2015 / IEC 61000-4-6: 2013 ED. 4.0
EN 61000-4-8: 2010 / IEC 61000-4-8: 2009 ED. 2.0
EN IEC 61000-4-11: 2020+AC:2020 / IEC 61000-4-11: 2020 ED. 3.0 (Not applicable)

The above equipment has been tested by Bureau Veritas Consumer Products Services (H.K.) Ltd., Taoyuan Branch,
and found compliance with the requirement of the above standards. The test record, data evaluation & Equipment Under
Test (EUT) configurations represented herein are true and accurate accounts of the measurements of the sample’s EMC
characteristics under the conditions specified in this report.

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2

Summary of Test Results

The test items that the EUT need to perform in accordance with its interfaces, evaluated functions are as follows:Standard

Test Item

ResultEN 55032

Conducted Emissions from Power
Ports

Pass

EN 55032

Conducted Emissions from Wired
Network Ports

Pass

EN 55032

Radiated Emissions up to 1 GHz

Pass

EN 55032

Radiated Emissions above 1 GHz

Pass

IEC 61000-4-2

Electrostatic Discharges (ESD)Pass

IEC 61000-4-3

Radio Frequency Electromagnetic
Field (RS)Pass

RemarkMinimum passing Class A margin is-2.73 dB at 0.39824 MHz
Minimum passing Class A margin is-19.98 dB at 4.82474 MHz
Minimum passing Class A margin is-0.95 dB at 254.26 MHz
Minimum passing Class A margin is-2.33 dB at 2309.94 MHz
For EN 55035
Performance Criteria B
For EN 55035
Performance Criteria A

For EN 55035
Performance Criteria A
For EN 55035
IEC 61000-4-5
SurgesPass
Performance Criteria A
For EN 55035
IEC 61000-4-6
Radio Frequency Common Mode (CS)
Pass
Performance Criteria A
For EN 55035
Power Frequency Magnetic Field
IEC 61000-4-8
Pass(PFMF)
Performance Criteria A
Note: Determining compliance based on the results of the compliance measurement, not taking into accountmeasurement instrumentation uncertainty.
IEC 61000-4-4

2.1

Fast Transients Common Mode (EFT)

Pass

Performance Criteria

For EN 55035
General Performance Criteria
These criterions shall be used during the testing of primary functions where no specified in the normative annexesof EN 55035 is applicable.
Performance criterion A
The equipment shall continue to operate as intended without operator intervention. No degradation of performance, lossof function or change of operating state is allowed below a performance level specified by the manufacturer when theequipment is used as intended. The performance level may be replaced by a permissible loss of performance. If theminimum performance level or the permissible performance loss is not specified by the manufacturer, then either of these
may be derived from the product description and documentation, and by what the user may reasonably expect from theequipment if used as intended.
Performance criterion B
During the application of the disturbance, degradation of performance is allowed. However, no unintended change ofactual operating state or stored data is allowed to persist after the test.
After the test, the equipment shall continue to operate as intended without operator intervention; no degradation of
performance or loss of function is allowed, below a performance level specified by the manufacturer, when the equipment
is used as intended. The performance level may be replaced by a permissible loss of performance.
If the minimum performance level (or the permissible performance loss), or recovery time, is not specified by the
manufacturer, then either of these may be derived from the product description and documentation, and by what the user
may reasonably expect from the equipment if used as intended.
Performance criterion C
Loss of function is allowed, provided the function is self-recoverable, or can be restored by the operation of the controls
by the user in accordance with the manufacturer’s instructions. A reboot or re-start operation is allowed.
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Information stored in non-volatile memory, or protected by a battery backup, shall not be lost.
Product Specific Performance criteria for Audio output functions
Performance criterion A
Table – Performance criterion A – Limits for devices supporting telephony
Equivalent direct measurement
Frequency
Acoustic orrangeelectrical
DigitalAnaloguedB(SPL)MHz
interference ratio
dBm0
dBm
0.15 to 30–20 dB
55–50–50
Conducted
30 to 80
–10 dB
65–40–40
Radiated
80 to 1 000
0 dB
75
–30
–30
The acoustic level of the demodulated audio shall be less than the limits in column 4.
Type ofimmunity test

For all other Audio output devices:
The measured acoustic interference ratio and/or the measured electrical interference ratio during the test shall be –20 dBor better.
Performance criterion B
Use the general performance criterion B.
Performance criterion C
Use the general performance criterion C.
Product Specific Performance criteria for network functions
Equipment that provides these functions transmits and receives data through ports such as an analogue/digital data port.
The networking functions are just like network switching and routing ; data transmission ; supervisory...etc.
The particular performance criteria which are specified in the normative annexes of CISPR 35/ EN 55035 take precedence
over the corresponding parts of the general performance criteria.
Performance criterion A
Where relevant, during the application of the test the network function shall, as a minimum, operate ensuring that:• established connections shall be maintained throughout the application of the test;• no change of operational state or corruption of stored data occurs;• no increase in error rate above the figure defined by the manufacturer occurs. The manufacturer should select the mostappropriate performance measurement criteria for the product or system, for example bit error rate, block error rate;• no request for retry above the figure defined by the manufacturer;• the data transmission rate does not reduce below the figure defined by the manufacturer;• no protocol failure occurs;• other verifications are described in F.3.3.1 of CISPR 35/ EN 55035.
Performance criterion B
Established connections shall be maintained throughout the test, or shall self-recover in a way and timescale that isimperceptible to the user.
The error rate, request for retry and data transmission rates may be degraded during the application of the test.
Degradation of the performance as described in criterion A is permitted, provided that the normal operation of the EUT is
self-recoverable to the condition established prior to the application of the test.
Where required, as defined in Clause 5 of CISPR 35/ EN 55035, the acceptable operation of the function shall be verified
at the completion of the test as described in Table H.1 of CISPR 35/ EN 55035, by confirming the following:• the EUT’s ability to establish a connection,• the EUT’s ability to clear a connection.
During surge testing disconnection is allowed on the analogue/digital data port being tested.
If the EUT is a supervisory equipment, it shall not impact the normal operation of the network being monitored. In addition,
any supervisory functions impacted during the period of the test shall return to the state prior to the test. Elements toconsider include: alarms, signalling lamps, printer output, network traffic rates, network monitoring.
Performance criterion C
Degradation of performance as described in criteria A and B is permitted provided that the normal operation of the EUT
is self-recoverable to the condition immediately before the application of the test, or can be restored after the test by theReport No.: CEBDBO-WTW-P24010022 R1
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operator.
Product Specific Performance Criteria for xDSL
The particular performance criteria which are specified in the normative annexes of CISPR 35/ EN 55035 take precedence
over the corresponding parts of the general performance criteria.
Performance criterion A
Applicable for the test requirement defined in table clause 2.1 of EN 55035
During the swept frequency test the established connection shall be maintained throughout the testing and the informationtransferred without any additional reproducible errors or loss of synchronisation. If a degradation in performance isobserved and the system is adaptive, for example has the capability to automatically retrain in the presence of aninterfering signal, then for conducted immunity tests only, the following procedure shall be followed:a) For each range of interfering frequencies in which degradation in performance is observed, three frequencies (beginning,
middle and end) shall be identified.
b) At each of the frequencies identified in step a), the interfering signal shall be turned on and the system is allowed toretrain.
c) If the system is able to retrain and then functions correctly for a dwell time of at least 60 seconds without any additional
reproducible errors or loss of synchronisation, then the performance level of the system is considered acceptable.
d) The frequencies identified in step a) and the data rates achieved in step b) shall be recorded in the test report.
Applicable for the test requirement defined in table clause 2.2 of EN 55035
It is important that the modems are able to train in the presence of repetitive impulsive noise and minimize disruption to
the end-user where a repetitive impulsive noise source starts after the link has synchronized. Therefore the following
procedure and performance criteria shall apply.
The manufacturer shall select the class of impulsive noise protection (INP) to be used for the immunity test and should
state this information in the technical documentation and in the test report. The maximum delay shall be set to 8 ms.
In the absence of impulsive noise: The modem shall operate without retraining at its target noise margin with a bit rate
value depending on the line attenuation and the stationary noise being present on the line. (The actual value will be
between the minimum and maximum bit rate values programmed in the port).
The impulsive noise source shall then be applied at the required test level.
With the impulsive noise applied: The modem shall operate without retraining and without SES at the bit rateestablished prior to the application of the impulsive noise. No extra CRC errors shall occur due to the impulsive noise.
After the test, the noise margin value shall return to the target noise margin.
Performance criterion B
Applicable for the test requirement defined in table clause 2.3 of EN 55035
Modems shall withstand the occurrence of isolated impulsive noise events. The performance criteria defined in below
Table shall be applied.
Impulse duration(ms)

Performance criteria

The application of the impulse shall not cause the xDSL link to lose synchronisation.
No CRC errors are permitted.
The application of the 5 impulses shall result in less than 75 CRC errors and shall not cause the10link to lose synchronisation.
300
The application of the impulse shall not cause the xDSL link to lose synchronisation.
Applicable for the test requirements defined in table clauses 2.5 and 4.5 of EN 55035
For application of this test to the xDSL port, a repetition rate of 100 kHz (burst length 0.75 ms) shall be used.
Degradation of the performance as described in criterion A is permitted in that errors are acceptable during the applicationof the test. However the application of the test shall not cause the system to lose the established connection or re-train.
At the cessation of the test the system shall operate in the condition established prior to the application of the test without
user intervention.
After the application of the EFT/B tests to the xDSL or AC mains port, the CRC error count shall not have increased bymore than 600 when compared to the count prior to the application of the test.
Performance criterion C
Degradation of the performance as described in criteria A and B is permitted provided that the normal operation of the
EUT is self-recoverable to the condition established prior to application of the test or can be restored after the test by theoperator.
0.24

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2.2

Measurement Uncertainty

Where relevant, the following measurement uncertainty levels have been estimated for tests performed on the EUT as
specified in CISPR 16-4-2:
Measurement
Conducted Emissions from Power Ports

Conducted Emissions from Wired Network
Ports

Specification

Expanded Uncertainty(k=2)

Maximum allowable
uncertainty

(±)

(±)

9 kHz ~ 30 MHz

2.9 dBISN Cat3 : 3.38 dB
ISN Cat5 : 3.86 dB
ISN Cat6 : 4.36 dB
150 kHz ~ 30 MHz
Current Probe : 1.56 dB
Voltage Probe : 2.90 dB
Coaxial : 2.34 dB

Radiated Emissions up to 1 GHz

30 MHz ~ 1 GHz

Radiated Emissions above 1 GHz

1 GHz ~ 6 GHz

3m: 5.46 dB
10m: 4.04 dB
4.38 dB

3.4 dB (Ucispr)
5.0 dB (Ucispr) using AAN
2.9 dB (Ucispr) using CP
3.9 dB (Ucispr) using CVP

6.3 dB (Ucispr)
5.2 dB (Ucispr)

The other instruments specified are routine verified to remain within the calibrated levels, no measurement uncertainty isrequired to be calculated.
2.3

Supplementary Information

There is not any deviation from the test standards for the test method, and no modifications required for compliance.

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3

General Information

3.1

Description of EUT

Product

High Performance Fanless Embedded System

Brand

Vecow

Test Model

IVH-9204MX-ICY
IVH-9204MX-ICYXXXXXXXXXXXX("X" can be 0-9, A-Z or blank for marketing

Series Model
Operating Software

purpose)Windows 10 ，Burintest

Sample Status

Mass Production

Power Supply Rating

DC 110V, 2.5A

3.2

Primary Clock Frequencies of Internal Source

The highest frequency generated or used within the EUT or on which the EUT operates or tunes is 2.9 GHz, provided by
Vecow Co., Ltd., for detailed internal source, please refer to the manufacturer's specifications.
3.3

Features of EUT

The tests reported herein were performed according to the method specified by Vecow Co., Ltd., for detailed featuredescription, please refer to the manufacturer's specifications or user's manual.
Please refer to appendix of the report if the applicant has provided additional descriptions of the EUT.
The EUT was configured with the following key components:
Item

Description

CPUIntel® Core™ i7-7700T @2.90GHz

RAM

Innodisk 16GB DDR4 2666 W/T SODIMM *2

SSD

Kingston 2.5” SSD 240GB *6

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Operating Modes of EUT and Determination of Worst Case Operating Mode

3.4

The EUT has been pre-tested under following test modes.
Test Condition
Mode

Conducted Emissions from Wired Network Ports

Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + For Lan
1:1Gbps link + Input Power(110 Vdc)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + For Lan 2:1Gbps
2link + Input Power(110 Vdc)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + For PoE Lan
3
3:1Gbps link + Input Power(110 Vdc)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + For PoE Lan
4
6:1Gbps link + Input Power(110 Vdc)
Note: The worst case is that modes 1 and 3 are shown in bold.
1

Mode

Radiated Emissions up to 1 GHz

Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
Note: There are both standby mode and normal mode to be pre-tested then normal mode has the highest emission
value.
1

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Test modes are presented in the report as below.
Test Condition
Mode
A
Mode

Conducted Emissions from Power Ports
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
Conducted Emissions from Wired Network Ports

Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + For Lan 1:1Gbps
link + Input Power(110 Vdc)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + For PoE Lan
B
3:1Gbps link + Input Power(110 Vdc)
Note: The idle mode of conducted emission test at wired network ports test was pre-tested based on the worst case oflink mode. Due to emissions of idle mode being very low compared to link mode, only the link mode data were
presented in the test report.
A

Mode
A
Mode
A
Mode
A
Mode
A
Mode
A
Mode
A
Mode
A
Mode
A

Radiated Emissions up to 1 GHz
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
Radiated Emissions above 1 GHz
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
Electrostatic Discharges (ESD)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
Radio Frequency Electromagnetic Field (RS)Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110
Vdc)
Fast Transients Common Mode (EFT)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
SurgesFull system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
Radio Frequency Common Mode (CS)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110Vdc)
Power Frequency Magnetic Field (PFMF)
Full system,DVI-I:1920*1200,60Hz,DVI-D:1920*1200,60Hz,DisplayPort:4096*2304,60Hz + Input Power(110
Vdc)

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 12 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

3.5

Test Program Used and Operation Descriptions

For Emission test
a. Turned on the power of all equipments.
b. EUT ran a test program (BurnIntest) to enable all functions.
c. EUT read and wrote messages to/ from internal/ external storage devices.
d. Laptop (kept at remote area) sent and received messages to/ from EUT via LAN cable.
e. EUT sent (ITU-R BT 471-1) messages to monitor. Then they displayed messages on their screens simultaneously.
f. EUT sent messages to printer and printer printed them out.
g. Steps c-f were repeated
For Immunity test
a. Turned on the power of all equipments.
b. EUT ran a test program (BurnIntest) to enable all functions.
c. EUT read and wrote messages to/ from internal/ external storage devices.
d. Laptop (kept at remote area) sent and received messages to/ from EUT via LAN cable.
e. EUT sent "color bars with moving element" messages to ext. LCD monitor. Then they displayed "color bars with moving
element" messages on their screens simultaneously.
f. Steps c-e were repeated

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 13 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

3.6

Connection Diagram of EUT and Peripheral Devices

For Emission test

1(A) Monitor

DP
2

8

ISOLATER
DIO*2

DVI

(B) Monitor
3

9

DVI

(C) Monitor(K) PrinterUSB

4
Audio out(D) EARPHONE

10
5(L,M,N,O,P) USB 3.1
SSD

USB*5

Audio in(E) Microphone

EUT

11
USB

(G,H,I,J) COM Terminal(Q) USB Keyboard

COM*4
12
(R) USB MouseUSB

RJ45*4
(PoE)

DC

6

13

7

14

RJ45*215......................................................................................................................................................
Remote site

16(F) DC Power
Supply(S) POE
LOAD

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 14 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

17(U) Switch
HUB(T) Laptop

Report Format Version: 7.1.1

For Immunity test

1(A) Monitor

DP

COM*4

DVI

ISOLATER DIO*2

DVI

USB*2

2
(B) Monitor(F,G,H,I) COM Terminal
73(C) Monitor
4(D) Earphone+Mic(K,L) USB Flash
8

Audio out

(M,N,O,P) USB 3.1
External Hard Disk

USB*4
Audio in

EUT
9
USB

(Q) USB Keyboard
10(R) USB Mouse

USB
11
RJ45*4(PoE)

5DC

RJ45*215
612...............................................................................................................................................................................................................
Remote site
1314(E) DC Power Supply(T) Laptop

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 15 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8(J) Switch HUB(S) POE LOAD

Report Format Version: 7.1.1

3.7

Configuration of Peripheral Devices and Cable Connections

For Emission test
ID

Product

Brand

Model No.

Serial No.

FCC ID

RemarksA

Monitor

ASUS

PA279CV

M7LMTF235958

DoC

Provided by Lab

B
C
D
E
F
G

MonitorMonitorEARPHONEMicrophone
DC Power Supply
COM Terminal

DELL
DELL
PHILIPS
E-books
CHROMA
N/A

DoC
DoC
N/A
N/A
N/A
N/A

Provided by Lab
Provided by Lab
Provided by Lab
Provided by Lab
Provided by Lab
Supplied by applicant

HIJ

COM Terminal
COM Terminal
COM Terminal

N/A
N/A
N/A

K

PrinterHP

LM

USB 3.1 SSD
USB 3.1 SSD

CrucialCrucial

N/A
N/A
N/A
HP Officejet
Pro 251dW
CT500X8SSD9CT500X8SSD9NOP

USB 3.1 SSD
USB 3.1 SSD
USB 3.1 SSD

CrucialCrucialCrucial

CT500X8SSD9CT500X8SSD9CT500X8SSD9Q

USB Keyboard

Dell

KB216tR

USB Mouse

DELL

MOCZULS

POE LOAD

N/ATU

LaptopSwitch HUB

LENOVO
LINKSYS

U2410
CN082WXD728720CC0UHL
U2410
CN082WXD728720CC0HLL
SBC HL150
H2010155
E-EPB099
N/A
62150H-600S
62150EC00672
N/A
N/A
N/A
N/A
N/A
N/A
1940E3200CFB
1940E3200CEC

N/A
Supplied by applicant
N/A
Supplied by applicant
N/A
Supplied by applicant
B94SDGO
Provided by Lab
B1191
N/A
Provided by Lab
N/A
Provided by Lab
N/A
N/A
N/A

Provided by Lab
Provided by Lab
Provided by Lab

N/A

Provided by Lab

N/A

Provided by Lab

N/A

1940E3200A62
1940E3200A63
1941E323D093
CN-0W33XP-LO300-7CL191E
CN-049TWY-PRC00-77B0083
N/A

N/A

Supplied by applicant

T480
LGS116PF1EK03U
N/A

N/A
N/A

Provided by Lab
Provided by Lab

LengthShielding

Cores

(m)

(Yes/No)(Qty.)

1
1

1.8
1.8

Y
Y

0
2

Provided by Lab
Provided by Lab

DVI
Audio
Audio
POWER
POWER
DATA

1
1
1
1
1
5

1.8
1
2
1.5
1.5
0.35

Y
N
N
N
N
N

2
0
0
0
0
0

Provided by Lab
Provided by Lab
Provided by Lab
Supplied by applicant
Provided by Lab
Supplied by applicant

9
10
11
12
13
14

USB
USB
USB
USB
Cat. 5eCat. 5e

1
5
1
1
4
4

1
1
1.8
1.8
3
10

Y
Y
Y
Y
Y
Y

0
0
0
0
0
0

Provided by Lab
Provided by Lab
Provided by Lab
Provided by Lab
Supplied by applicant
Provided by Lab

15
16
17

Cat. 5eCat. 5eCat. 5e

2
4
1

10
10
10

Y
Y
Y

0
0
0

Provided by Lab
Provided by Lab
Provided by Lab

ID

Cable Descriptions

Qty.

1
2

DP
DVI

3
4
5
6
7
8

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 16 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Remarks

Report Format Version: 7.1.1

For Immunity test
ID

Product

Brand

Model No.

Serial No.

FCC ID

RemarksA

Monitorvita

VT-270JTG2

DoCProvided by Lab

B

Monitor

DELL

U2412M

N/A

Provided by Lab

C
D
E
F

MonitorEarphone+Mic
DC Power Supply
COM Terminal

vita
HP
CHROMA
N/A

VT-270JTG2
H10062150H-600S
N/A

204270JTFE002
CN-07N2FGTV100-975-095U
204270JTFE001
3H100210200191
62150EC00672
N/A

DoC
N/A
N/A
N/A

Provided by Lab
Provided by Lab
Provided by Lab
Supplied by applicant

G
H
I
J
K
L

COM Terminal
COM Terminal
COM Terminal
Switch HUB
USB Flash
USB Flash

N/A
N/A
N/A
LINKSYS
hp
hp

N/A
N/A
N/A
LGS116
X750w
X750w

N/A
N/A
N/A
N/A
N/A
N/A

N/A
N/A
N/A
N/A
N/A
N/A

Supplied by applicant
Supplied by applicant
Supplied by applicant
Provided by Lab
Provided by Lab
Provided by Lab

180887421404

N/A

Provided by Lab

180887421116

N/A

Provided by Lab

180887421083

N/A

Provided by Lab

180887420071

N/A

Provided by Lab

N/A
N/A

N/A
N/A

Provided by Lab
Provided by Lab

N/A
R90FCKH8

N/A
N/A

Supplied by applicant
Provided by Lab

Q
R

USB 3.1 External Hard
Disk
USB 3.1 External Hard
Disk
USB 3.1 External Hard
Disk
USB 3.1 External Hard
Disk
USB Keyboard
USB Mouse

LenovoLenovo

MY PASSPORT
SSD
MY PASSPORT
SSD
MY PASSPORT
SSD
MY PASSPORT
SSD
SK-8825
MSU1175

S
T

POE Load
LaptopN/A
Lenovo

N/A
L440

M
N
O
P

WD
WD
WD
WD

LengthShielding

Cores

(m)

(Yes/No)(Qty.)

1
1

1.8
1.8

Y
Y

0
2

Provided by Lab
Provided by Lab

DVI
Audio
POWER
POWER
DATA

1
1
1
1
5

1.8
2.2
1.5
10
0.35

Y
N
N
N
N

2
0
0
0
0

8

USB

4

1

Y

0

Provided by Lab
Provided by Lab
Supplied by applicant
Provided by Lab
Supplied by applicant
Provided by Lab(Type A-C)

9
10
11
12
13
14

USB
USB
Cat. 5eCat. 5eCat. 5eCat. 5e

1
1
4
2
4
1

1.8
1.8
3
10
10
10

Y
Y
Y
Y
Y
Y

0
0
0
0
0
0

Provided by Lab
Provided by Lab
Supplied by applicant
Provided by Lab
Provided by Lab
Provided by Lab

15

Cat. 5e

4

10

Y

0

Provided by Lab

ID

Cable Descriptions

Qty.

1
2

DP
DVI

3
4
5
6
7

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 17 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Remarks

Report Format Version: 7.1.1

4

Test Instruments

The calibration interval of the all test instruments are 12 months and the calibrations are traceable to NML/ROC and
NIST/USA.
4.1

Conducted Emissions from Power Ports
Description

Model No.

Serial No.

Calibrated
Date

Calibrated
Until

0900510

E1-01-305
E1-011285
E1-011286

2024/2/6
2023/9/21
2023/9/21

2025/2/5
2024/9/20
2024/9/20

Coupling / Decoupling NetworkTESEQ

CDN A201A

44601

2023/12/14

2024/12/13

EMI Test Receiver
R&S

ESCS 30ESR31002761024132023/4/20
2024/1/29

2024/4/19
2025/1/28

EM-ATT30002602NN

N/A

2024/3/22

2025/3/21

STI02-2200-10

NO.3

2023/10/20

2024/10/19

TK942000982

2023/12/11

2024/12/10

1011961011971002202023/5/22
2023/7/12
2023/11/22

2024/5/21
2024/7/11
2024/11/21

8121-731
8121-00759
8121-808
81292292023/6/9
2023/8/21
2023/5/2
2023/6/27

2024/6/8
2024/8/20
2024/5/1
2024/6/26

Cable-CO3-01

2023/9/13

2024/9/12

N/A

N/A

N/A

Manufacturer
50 ohm terminal resistance
LYNICS

Fixed Attenuator
EMEC
Fixed Attenuator
STIHigh Voltage Probe
Schwarzbeck
LISN
R&S

LISN
Schwarzbeck

ENV216
ESH3-Z5
NNLK 8121
NNLK 8129

RF Coaxial Cable
5D-FB
PEWC
SoftwareCond_V7.4.1.0
BVADT
Notes:
1. The test was performed in Linkou Conduction 3.
2. The VCCI Site Registration No. C-10274.
3. Tested Date: 2024/3/25

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 18 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

4.2

Conducted Emissions from Wired Network Ports
Description

Model No.

Serial No.

Calibrated
Date

Calibrated
Until

0900510

E1-011285
E1-011286

2023/9/21
2023/9/21

2024/9/20
2024/9/20

Coupling / Decoupling NetworkTESEQ

CDN A201A

44601

2023/12/14

2024/12/13

EMI Test Receiver
R&S

ESCS 30ESR310027610241320651

2023/4/20
2024/1/29
2024/3/14

2024/4/19
2025/1/28
2025/3/13

20652
40599
41212
1011961011971002202024/1/4
2023/8/18
2023/8/31
2023/5/22
2023/7/12
2023/11/22

2025/1/3
2024/8/17
2024/8/30
2024/5/21
2024/7/11
2024/11/21

8121-00759
8121-808

2023/8/21
2023/5/2

2024/8/20
2024/5/1

N/A

2023/12/13

2024/12/12

Cable-CO3-01

2023/9/13

2024/9/12

452023/6/16

2024/6/15

N/A

N/A

N/A

Manufacturer
50 ohm terminal resistance
LYNICS

Impedance Stabilization Network
FCC

F-071115-1057-1

Impedance Stabilization NetworkTESEQ

ISN S751
ISN ST08

LISN
R&S

ENV216LISN
Schwarzbeck

ESH3-Z5
NNLK 8121

Matching Pad
EMCI-3PDSM75BF
EMCI
RF Coaxial Cable
5D-FB
PEWC
RF Current Probe
F-33-4
FCC
Software
ISN_V7.4.1.0
BVADT
Notes:
1. The test was performed inLinkou Conduction 3 (ISN 3).
2. The VCCI Site Registration No. T-11651.
3. Tested Date: 2024/3/25

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 19 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

4.3

Radiated Emissions up to 1 GHz
Description
Manufacturer

Model No.

Bi_Log Antenna
Schwarzbeck

VULB 9168

Coupling / Decoupling Network
Schwarzbeck

CDNE-M2
CDNE-M3

EMI Test Receiver
R&S

ESR3

Fixed Attenuator
Mini-Circuits

UNAT-5+

Preamplifier
EMCI

EMC9135

RF Coaxial CableJYEBAO

LMR-600

Serial No.

Calibrated
Date

Calibrated
Until

9168-316
9168-317
00097
00091
1029831029842023/12/15
2023/12/15
2023/5/25
2023/5/25
2023/5/18
2023/6/15

2024/12/14
2024/12/14
2024/5/24
2024/5/24
2024/5/17
2024/6/14

PAD-CH8-01
PAD-CH8-02
980326980327
Cable-CH8-01
Cable-CH8-02

2023/9/22
2023/9/22
2023/2/16
2023/2/16
2023/9/22
2023/9/22

2024/9/21
2024/9/21
2024/2/15
2024/2/15
2024/9/21
2024/9/21

RF Coaxial Cable
8D-FB
Cable-CH8-03
2023/9/22
2024/9/21
Pacific
Software
Radiated_V8.7.08
N/A
N/A
N/A
BVADT
Tower
MF7802
MF780208105
N/A
N/A
Max Full.
Turn Table & Tower
MF7802
MF7802121
N/A
N/A
Max Full.
Notes:
1. The test was performed in Linkou 10M Chamber (Chamber 8) , The test site validated date: 2023/8/26 (NSA)
2. The VCCI Site Registration No. R-12946.
3. Tested Date: 2024/1/19

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 20 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

4.4

Radiated Emissions above 1 GHz
Description

Model No.

Serial No.

Calibrated
Date

Calibrated
Until

BAF-01

9

N/A

N/A

BW-K3-2W44+
BW-N4W5+

PAD-CH7-03
PAD-CH10-02

2023/7/6
2023/7/6

2024/7/5
2024/7/5

3115

6714

2023/11/12

2024/11/11

3117-PA00215857

2023/11/12

2024/11/11

BBHA-9170

BBHA9170190

2023/11/12

2024/11/11

BRC50703-01
BRM17690
EMC0126545
EMC184045B

MY60110438
MY60112260
010
005
9800769802352023/11/28
2023/5/24
2023/5/25
2023/5/25
2023/2/16
2023/2/16

2024/11/27
2024/5/23
2024/5/24
2024/5/24
2024/2/15
2024/2/15

8449B

3008A01292

2023/2/16

2024/2/15

E4446A

MY51100009

2023/6/21

2024/6/20

EMC102-KM-KM-1000
EMC102-KM-KM-3000

2003102003122023/3/12
2023/3/12

2024/3/11
2024/3/11

N/A

N/A

N/A

N/A

Manufacturer
Fix tool for Boresight antenna tower
BV
Fixed Attenuator
Mini-Circuits
Horn Antenna
EMCO
Horn Antenna
ETS-Lindgren
Horn Antenna
Schwarzbeck
MXA Signal Analyzer
Keysight

N9020B

Notch Filter
Micro-Tronics
Preamplifier
EMCI
Preamplifier
HP
PSA Spectrum Analyzer
Agilent
RF Coaxial Cable
EMCI

Software
Radiated_V8.7.08
N/A
BVADT
Turn Table & Tower
MF7802
MF780208216
Max Full
Notes:
1. The test was performed in Linkou 966 Chamber 3 (CH 10).
2. The VCCI Site Registration No. G-10427.
3. Tested Date: 2024/1/15
4.5

Electrostatic Discharges (ESD)
Description
Manufacturer

Electronic Discharge Simulator
Noiseken
Electrostatic Analog TesterTESEQESD Generator
EM TEST

Model No.

Serial No.

Calibrated
Date

Calibrated
Until

ESS-2000

ESS0382041

2023/10/13

2024/10/12

NSG 438

1875

2023/11/10

2024/11/9

2023/11/7

2024/11/6

2023/7/6

2024/7/5

2023/11/10

2024/11/9

Dito
V0701102114
Dito//DM-150/330//DMP1315117252/P1317117852
150/330-rfci

ESD Simulator
NSG 438
TESEQ
Notes:
1. The test was performed in Linkou ESD Room No.03.
2. Tested Date: 2024/4/1
Report No.: CEBDBO-WTW-P24010022 R1
Page No. 21 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

1364

Report Format Version: 7.1.1

4.6

Radio Frequency Electromagnetic Field (RS)
Description
Manufacturer

Audio analyzer
R&S
Band Pass Filter
B&K
CHANCE MOST
Full Anechoic
Chamber (9x5x3m)
Controller
Amplifier ResearchHigh Gain Horn Antenna
Amplifier Research
Isotropic EM Field Probe+EM Field
Meter
Wavecontrol
Log Periodic Antenna
Amplifier Research
Power Amplifier
Amplifier Research
Power Amplifier
BONN
Power Sensor
BoontonModel No.

Serial No.

Calibrated
Date

Calibrated
Until

UPV

1049342023/8/7

2024/8/6

WH3278N/A

2023/11/20

2024/11/19

Chance Most

RS-0022024/1/22

2025/1/21

SC1000M3

305910

N/A

N/A

AT40100329800

N/A

N/A

WPF18+SMP2

21WP090492+21SN1691

2023/12/14

2024/12/13

AT60800329465

N/A

N/A

35S4G8AM40326094

N/A

N/A

BSA 0125-800

1912556

N/A

N/A

32807
32832
319085431908552023/5/31
2023/5/31
2023/12/12
2023/12/12

2024/5/30
2024/5/30
2024/12/11
2024/12/11

51011-EMC

Pressure-field Microphone
B&K

4192

PSG Analog Signal Generator
Agilent

E8257D

MY48050465

2023/6/26

2024/6/25

BLMA 1060-150
BLWA 0810-250

2214325C-02
2214325A-01

N/A
N/A

N/A
N/A

4232A

94901

2023/5/31

2024/5/30

ABMS_Audio V7.4.10

N/A

N/A

N/A

RS_V7.6.14

N/A

N/A

N/A

9149-260

N/A

N/A

30019962023/11/20

2024/11/19

1010752023/4/28

2024/4/27

RF Power Amplifier
BONN
RF Power Meter
BoontonSoftware
BVADT
Software
BVADT

Stacked Log Periodic Antenna
STLP 9149
Schwarzbeck
Two channel microphoneconditioning amplifier
2690 OS2
B&K
Wireless Connectivity Tester
CMW270R&S
Notes:
1. The test was performed in Linkou RS Room No.02.
2. Tested Date: 2024/3/28

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 22 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

4.7

Fast Transients Common Mode (EFT)
Description
Manufacturer

Serial No.

Calibrated
Date

Calibrated
Until

352

2023/6/5

2024/6/4

1572

2023/4/18

2024/4/17

Model No.

Serial No.

Calibrated
Date

Calibrated
Until

CDN11740144

2023/8/29

2024/8/28

CDN 118-T8
CDN HSS-2

40386
41009

2023/8/28
2023/4/18

2024/8/27
2024/4/17

1572

2023/4/18

2024/4/17

Model No.

Serial No.

Calibrated
Date

Calibrated
Until

UPV

1049342023/8/7

2024/8/6

WH3278N/A

2023/6/8

2024/6/7

CDN T8S

29459

2024/2/19

2025/2/18

CDN M1/32A

3065082024/2/19

2025/2/18

FCC-801-M2-16A
FCC-801-M5-50A
CDN M232

01047
100018
37702
41256
41258
56519

2024/2/19
2024/1/16
2024/2/19
2024/2/19
2024/2/19
2024/2/19

2025/2/18
2025/1/15
2025/2/18
2025/2/18
2025/2/18
2025/2/18

53490
52115
56435
56436
56525
56527

2024/2/19
2024/2/19
2024/2/19
2024/2/19
2024/2/19
2024/2/19

2025/2/18
2025/2/18
2025/2/18
2025/2/18
2025/2/18
2025/2/18

54942

2024/2/19

2025/2/18

Model No.

Capacitive Coupling clamp
CN-EFT1000
EMC PARTNER
Surge & EFT Generators
NSG 3060
TESEQ
Notes:
1. The test was performed in Linkou EMS Room No.02.
2. Tested Date: 2024/1/12
4.8

SurgesDescription
Manufacturer

CDN for Unshielded Unsymmetrical
Signal & Data Lines
TESEQ
Coupling / Decoupling Network
TESEQSurge & EFT Generators
NSG 3060
TESEQ
Notes:
1. The test was performed in Linkou EMS Room No.02.
2. Tested Date: 2024/1/13
4.9

Radio Frequency Common Mode (CS)
Description
Manufacturer

Audio analyzer
R&S
Band Pass Filter
B&K
CDN Calibration Kit
TESEQ
Coupling / Decoupling Network
EM TEST
Coupling / Decoupling Network
FCC

CDN M332
CDN M432S
Coupling / Decoupling NetworkTESEQ

CDN S200
CDN S400
CDN S751A
CDN ST08ACDN T2A-10

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Description
Manufacturer

Model No.

Serial No.

Calibrated
Date

Calibrated
Until

CDN T8-10

CDN T400A
CDN T800

40376
56641
56642
49918
34428

2024/2/19
2023/9/28
2023/9/28
2024/2/19
2024/2/19

2025/2/18
2024/9/27
2024/9/27
2025/2/18
2025/2/18

F-120-9A

361

2023/8/23

2024/8/22

CDN T8-230

Current Clamp
FCC
FCC EM Injection Clamp
FCC
Fixed Attenuator
SGH
Power Amplifier
BONN
Power Sensor
R&S

F-203I-23mm

455

N/A

N/A

VFA_Z-06H20-N2-06

01

N/A

N/A

BSA 0125-125

2314648

N/A

N/A

NRV-Z5837878/039

2023/10/16

2024/10/15

Pressure-field Microphone
B&K

4192

31908542023/12/12

2024/12/11

31908552023/12/12

2024/12/11

NRVD

837794/040

2023/10/16

2024/10/15

SML031013642023/8/16

2024/8/15

ABMS_Audio V7.4.10

N/A

N/A

N/A

BVADT_CS_V7.6.6

N/A

N/A

N/A

2690 A OS2

26452742023/6/8

2024/6/7

1010752023/4/28

2024/4/27

Serial No.

Calibrated
Date

Calibrated
Until

224

2023/10/12

2024/10/11

083794-06

N/A

N/A

RF Power Meter
R&S
Signal Generator
R&S
Software
BVADT
Software
BVADT
Two channel microphoneconditioning amplifier
B&K

Wireless Connectivity Tester
CMW270R&S
Notes:
1. The test was performed in Linkou CS Room No.1.
2. Tested Date: 2024/3/31
4.10 Power Frequency Magnetic Field (PFMF)
Description
Manufacturer

Model No.

Magnetic Field Meter
MFM 10Combinova
Magnetic Field Test System
MAG 100
Haefely Trench AG
Notes:
1. The test was performed in Linkou EMS Room No.1.
2. Tested Date: 2024/1/12

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5Limits of Test Items

5.1

Conducted Emissions from Power Ports

Class A (dBμV)
Class B (dBμV)
Quasi-peak
Average
Quasi-peak
Average
0.15 - 0.5
7966
66 - 56
56 - 46
0.50 - 5.0
73
60
56
46
5.0 - 30.0
73
60
60
50
Notes: 1. The lower limit shall apply at the transition frequencies.
2. The limit decreases linearly with the logarithm of the frequency in the range of 0.15 to 0.50 MHz.
Frequency (MHz)

5.2

Conducted Emissions from Wired Network Ports

Class AClass B
Voltage
Limit
Current
limitsVoltage
Limit
Current limits
Frequency
Coupling(dBuV)(dBuA)(dBuV)(dBuA)(MHz)
DeviceQuasiQuasiQuasiQuasiAverage
Average
Average
Average
peak
peak
peak
peak
0.15-0.5
97-87
84-74
84-74
74-64
AAN
0.5-308774
74
64
0.15-0.5
97-87
84-74
53-43
40-30
84-74
74-64
40-30
30-20
CVP andCurrent probe
0.5-30
87
74
43
30
74
64
30
20
0.15-0.5
53-43
40-30
40-30
30-20
Current Probe
0.5-304330
30
20Note: The limits decrease linearly with the logarithm of the frequency in the range 0.15 MHz to 0.5 MHz.
5.3

Radiated Emissions up to 1 GHz
Frequency (MHz)30 - 230
230 - 1000

Class A
Quasi-peak (dBuV/m)
at 3m
at 10m50
40
57
47

Class B
Quasi-peak (dBuV/m)
at 3m
at 10m40
30
47
37

For radiated emissions from FM receivers only (Measurement Facility: OATS/SAC)
Fundamental (dBuV/m)Harmonics (dBuV/m)Frequency (MHz)
at 3m
at 10mat 3m
at 10m30 - 230
60
50
52
42
230 - 300
60
50
52
42
300 - 1000
60
50
56
46

Notes: 1. The lower limit shall apply at the transition frequencies.
2. Emission level (dBuV/m) = 20 log Emission level (uV/m).
3. All emanations from a class A/B digital device or system, including any network of conductors andapparatus connected thereto, shall not exceed the level of field strengths specified above.

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5.4

Radiated Emissions above 1 GHz

Class A (dBuV/m) (at 3m)
Class B (dBuV/m) (at 3m)
AveragePeak
AveragePeak
1 to 356
76
50
70
3 to 660
80
54
74
Notes: 1. The lower limit shall apply at the transition frequencies.
2. Emission level (dBuV/m) = 20 log Emission level (uV/m).
3. All emanations from a class A/B digital device or system, including any network of conductors andapparatus connected thereto, shall not exceed the level of field strengths specified above.
Frequency (GHz)

Frequency Range of Radiated Measurement (For unintentional radiators)
Highest internal frequency (FX)
FX ≤ 108 MHz
108 MHz < FX ≤ 500 MHz
500 MHz < FX ≤ 1 GHz
FX > 1 GHz

Highest measurement frequency (FM)
(GHz)
1
2
5
5 x FX up to a maximum of 6 GHz

FX is the highest fundamental frequency generated and/or used in the ITE or digital apparatus under test.

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5.5

General immunity requirements

For EN 55035
Port

Test item

Basic Standard

Performance
criteria

Test specification

IEC 61000-4-4

Fast Transients,
Common Mode (EFT)±1 kV
5/50 ns (Tr/Th)
5 kHz, repetition frequency

B

IEC 61000-4-5

SurgeLine to line: ±1 kV, 1.2/50 μs
Line to earth: ±2 kV, 1.2/50 μs

BRadio Frequency,
Common Mode (CS)0.15-10 MHz, 3 V,
80% AM (1 kHz),
10-30 MHz, 3 V-1 V, 80% AM (1 kHz),30-80 MHz, 1 V,
80% AM (1 kHz),

A

Power
IEC 61000-4-6
input (AC)IEC 61000-4-11

IEC 61000-4-4

IEC 61000-4-5

Voltage dips andinterruptions (DIP)

Fast Transients,
Common Mode (EFT)

Surge

Voltage Dips:< 5% residual voltage, 0.5 cycle
70% residual voltage, 25 cycles (at 50 Hz)
Voltage Interruption:< 5% residual voltage, 250 cycles (at 50 Hz)±0.5 kV
5/50 ns (Tr/Th)
100 kHz, repetition frequency for xDSL port
5 kHz, repetition frequency for other port

IEC 61000-4-6

CB

Wired network ports (directly connected to
outdoor cables):Symmetrically operated: 10/700 μs
w/o primary protectors: ±1.0 kV, orwith primary protectors fitted: ±1.0 kV
and ±4.0 kV,

CCoaxial or shielded operated: 1.2/50 μs

Bshield to ground: ±0.5 kV,
DC power ports (directly connected to
outdoor cables):1.2/50 μs
each individual line to earth, orshield to ground: ±0.5 kV,

DC power/
Wired
networkandSignal/Control
port

B
C

Radio Frequency,
Common Mode (CS)0.15-10 MHz, 3 V,
80% AM (1 kHz),
10-30 MHz, 3 V-1 V, 80% AM (1 kHz),30-80 MHz, 1 V,
80% AM (1 kHz),Broadband impulse
noise disturbances(Applicable only toxDSL ports.)

Repetitive :Impulse frequency profile :0.15 – 0.5 MHz, 107 dBuV ;0. 5 – 10 MHz, 107 – 36 dBuV ;10 – 30 MHz, 36 – 30 dBuV
Burst duration : 0.70 ms
Burst period :10 ms(for 50 Hz)
At least 2 minutes for each port under test.
Isolated :Impulse frequency profile :0.15 –30 MHz, 110 dBuV
Burst duration : 0.24 ms, 10 ms and 300 ms
Isolated impulses : 5 times
Interval : at least 60 seconds

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B

A

A

B

Report Format Version: 7.1.1

Port

Basic Standard
IEC 61000-4-2

Enclosure

IEC 61000-4-3

IEC 61000-4-8

Test item
Electrostatic
Discharge (ESD)Radio Frequency
Electromagnetic Field(RS)

Power Frequency
Magnetic Field(PFMF)

Performance
criteria

Test specification±4 kV (contact)±8 kV (Air)
Swept Frequency Test:
80 to 1000(MHz), 3 V/m, 80% AM (1 kHz)
Spot Frequency Test:
1800, 2600, 3500, 5000 MHz (±1%),
3 V/m, 80% AM (1 kHz)B

1 A/m, 50 Hz

A

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A

Report Format Version: 7.1.1

6
6.1

Test Arrangements
Conducted Emissions from Power Ports

a. The EUT is placed 0.4 meters from the conducting wall of the shielded room with EUT being connected to the power
mains through a line impedance stabilization network (LISN), or an Artificial Network (AN) as specified in CISPR 25 if
uses in a vehicle. Other support units are connected to the power mains through another LISN and/or AN. They provide
coupling impedance for the measuring instrument.
b. Both lines of the power mains connected to the EUT were checked for maximum conducted interference.
c. The test results of conducted emissions at mains ports are recorded of six worst margins for quasi-peak (mandatory)[and average (if necessary)] values against the limits at frequencies of interest unless the margin is 20 dB or greater.
Note: The resolution bandwidth and video bandwidth of test receiver is 9kHz for quasi-peak detection (QP) and average
detection (AV) at frequency 0.15MHz-30MHz.

For the actual test configuration, please refer to the related Item – Photographs of the Test Configuration.

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6.2

Conducted Emissions from Wired Network Ports

Method of Using AANs:
a. The EUT is placed 0.4 meters from the conducting wall of the shielded room and connected to AAN directly toreference ground plane.
b. If voltage measurement is used, measure voltage at the measurement port of the AAN, correct the reading by adding
the AAN voltage division factor, and compare to the voltage limit.
c. It is not necessary to apply the current limit if a AAN is used.
d. The test results of disturbance at telecommunication ports are recorded of six worst margins for quasi-peak(mandatory) [and average (if necessary)] values against the limits at frequencies of interest unless the margin is 20
dB or greater.
Note: The resolution bandwidth and video bandwidth of test receiver is 9kHz for quasi-peak detection (QP) and average
detection (AV) at frequency 0.15MHz-30MHz.

For the actual test configuration, please refer to the related Item – Photographs of the Test Configuration.
Method of Using a combination of Current Probe and 150 Ω load to the outside surface of the shielding cable:
a. Breaks the external protective insulation (exposing the shield) and connect a 150Ω resistor from the outside surfaceof the shield to ground.
b. A current probe shall be placed at 0.1 m from the 150Ω resistor. The current probe to EUT horizontal distance isbetween 0.3 m to 0.8 m.
c. If current measurement is used, measure current at the measurement port of the current probe, correct the reading
by adding the current probe division factor, and compare to the current limit.
d. It is not necessary to apply the voltage limit if a current probe is used.
e. The test results of disturbance at telecommunication ports are recorded of six worst margins for quasi-peak(mandatory) [and average (if necessary)] values against the limits at frequencies of interest unless the margin is 20
dB or greater.
Note: The resolution bandwidth and video bandwidth of test receiver is 9kHz for quasi-peak detection (QP) and average
detection (AV) at frequency 0.15MHz-30MHz.

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For the actual test configuration, please refer to the related Item – Photographs of the Test Configuration.
Method of Using a combination of current probe and capacitive voltage probe:a. Measure current with a current probe.
b. Compare the measured current with the applicable current limit.
c. Measure voltage with a capacitive voltage probe as specified in 5.2.2 of CISPR 16-1-2.
d. Adjust the measured voltage as follows:– current margin ≤ 6 dB – subtract the actual current margin from measured voltage;– current margin > 6 dB – subtract 6 dB from measured voltage.
e. Compare adjusted voltage with the applicable voltage limit
f. Both the measured current and the adjusted voltage shall be below the applicableg. The test results of disturbance at telecommunication ports are recorded of six worst margins for quasi-peak(mandatory) [and average (if necessary)] values against the limits at frequencies of interest unless the margin is 20
dB or greater.
Note: The resolution bandwidth and video bandwidth of test receiver is 9kHz for quasi-peak detection (QP) and average
detection (AV) at frequency 0.15MHz-30MHz.

For the actual test configuration, please refer to the related Item – Photographs of the Test Configuration.

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6.3

Radiated Emissions up to 1 GHz

a. For the table-top EUT is placed on a 0.8 meter to the top of rotating table; for the floor standing EUT shall be insulated(by insulation of maximum thickness of 150 mm) from the horizontal reference ground plane. The rotating table is rotated
360 degrees to determine the position of the highest radiation. If the equipment requires a dedicated ground connection,
this shall be provided and bonded to the RGP.
b. The EUT is set 10 meters away from the interference-receiving antenna, which is mounted on the top of a variableheight antenna tower.
c. The antenna is a broadband antenna, and its height is varied from one meter to four meters above the ground to
determine the maximum value of the field strength. Both horizontal and vertical polarizations of the antenna are set tomake the measurement.
d. For each suspected emission, the EUT is arranged to its worst case and then the antenna is tuned to heights from 1 m
to 4 m and the rotatable table was turned from 0 degrees to 360 degrees to find the maximum reading.
e. The test-receiver system is set to quasi-peak detect function and specified bandwidth with maximum hold mode when
the test frequency is up to 1 GHz.
Note: The resolution bandwidth and video bandwidth of test receiver/spectrum analyzer is 120kHz for quasi-peak detection(QP) at frequency up to 1GHz.

For the actual test configuration, please refer to the related Item – Photographs of the Test Configuration.

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6.4

Radiated Emissions above 1 GHz

a. For the table-top EUT is placed on a 0.8 meter to the top of rotating table; for the floor standing EUT shall be insulated(by insulation of maximum thickness of 150 mm) from the horizontal reference ground plane. The rotating table isrotated 360 degrees to determine the position of the highest radiation. If the equipment requires a dedicated groundconnection, this shall be provided and bonded to the RGP.
b. The EUT was set d = 3 meters away from the interference-receiving antenna, which was mounted on the top of avariable-height antenna tower.
c. The height of antenna can be varied from one meter to four meters, the height of adjustment depends on the EUT
height and the antenna 3dB beamwidth both, to detect the maximum value of the field strength. Both horizontal andvertical polarizations of the antenna are set to make the measurement.
d. For each suspected emission, the EUT was arranged to its worst case and then the antenna was tuned to heights andthe rotatable table was turned from 0 degrees to 360 degrees to find the maximum reading.
e. The spectrum analyzer system was set to peak and average detects function and specified bandwidth with maximum
hold mode when the test frequency is above 1 GHz.
Note: The resolution bandwidth of test receiver/spectrum analyzer is 1MHz and video bandwidth is 3MHz for Peakdetection (PK) at frequency above 1GHz. The resolution bandwidth of test receiver/spectrum analyzer is 1 MHz for
Average detection (AV) at frequency above 1GHz.

For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.

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6.5

Electrostatic Discharges (ESD)

Discharge Impedance:
Number of Discharge:

330 ohm / 150 pF
Air – Direct: 10 discharges per location (each polarity)
Contact – Direct & Indirect: 10 discharges per location (each polarity)
Discharge Period:
1-second minimum
The basic test procedure was in accordance with EN/IEC 61000-4-2:
a. Electrostatic discharges were applied only to those points and surfaces of the EUT that are accessible to users
during normal operation.
b. The test was performed with at least ten single discharges on the pre-selected points in the most sensitive polarity.
c. The time interval between two successive single discharges was at least 1 second.
d. The ESD generator was held perpendicularly to the surface to which the discharge was applied and the return cable
was at least 0.2 meters from the EUT.
e. Contact discharges were applied to the non-insulating coating, with the pointed tip of the generator penetrating thecoating and contacting the conducting substrate.
f.
Air discharges were applied with the round discharge tip of the discharge electrode approaching the EUT as fast as
possible (without causing mechanical damage) to touch the EUT. After each discharge, the ESD generator was
removed from the EUT and re-triggered for a new single discharge. The test was repeated until all discharges werecomplete.
g. At least ten single discharges (in the most sensitive polarity) were applied to the Horizontal Coupling Plane at points
on each side of the EUT. The ESD generator was positioned at a distance of 0.1 meters from the EUT with thedischarge electrode touching the HCP.
h. At least ten single discharges (in the most sensitive polarity) were applied to the center of one vertical edge of the
Vertical Coupling Plane in sufficiently different positions that the four faces of the EUT were completely illuminated.
The VCP (dimensions 0.5m x 0.5m) was placed vertically to and 0.1 meters from the EUT.

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For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.
NOTE:
TABLE-TOP EQUIPMENT
The configuration consisted of a wooden table 0.8 meters high standing on the Ground Reference Plane. The GRP
consisted of a sheet of aluminum at least 0.25mm thick, and 2.5 meters square connected to the protective grounding
system. A Horizontal Coupling Plane (1.6m x 0.8m) was placed on the table and attached to the GRP by means of acable with 940k total impedance. The equipment under test, was installed in a representative system as described in
section 7 of EN/IEC 61000-4-2, and its cables were placed on the HCP and isolated by an insulating support of 0.5mm
thickness. A distance of 1-meter minimum was provided between the EUT and the walls of the laboratory and any othermetallic structure.
FLOOR-STANDING EQUIPMENT
The equipment under test was installed in a representative system as described in section 7 of IEC 61000-4-2, and its
cables were isolated from the Ground Reference Plane by an insulating support of 0.1-meter thickness. The GRP
consisted of a sheet of aluminum that is at least 0.25mm thick, and 2.5 meters square connected to the protective
grounding system and extended at least 0.5 m.

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6.6

Radio Frequency Electromagnetic Field (RS)Modulation:
Frequency Step:
Dwell Time:

1kHz Sine Wave, 80%, AM Modulation
1 % of preceding frequency value
3 seconds

The test procedure was in accordance with EN/IEC 61000-4-3.
a.

The testing was performed in a modified semi-anechoic chamber.

b.

The frequency range shall be swept, with the signal 80% amplitude modulated with a 1kHz sine wave.

c.

The test was performed with the EUT exposed to both vertically and horizontally polarized fields on each of the foursides.

For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.
NOTE:
TABLETOP EQUIPMENT
The EUT installed in a representative system as described in section 7 of EN/IEC 61000-4-3 was placed on a nonconductive table 0.8 meters in height. The system under test was connected to the power and signal wire according torelevant installation instructions.
FLOOR STANDING EQUIPMENT
The EUT installed in a representative system as described in section 7 of EN/IEC 61000-4-3 was placed on a nonconductive wood support 0.1 meters in height. The system under test was connected to the power and signal wire
according to relevant installation instructions.

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6.7

Fast Transients Common Mode (EFT)

Impulse Repetition Frequency:

xDSL telecommunication port: 100kHz
others: 5kHz
Impulse Wave Shape:
5/50 ns
Burst Duration:
0.75 ms for 100kHz Repetition Frequency
15 ms for 5kHz Repetition Frequency
Burst Period:
300 msTest Duration:
1 min.
a. Both positive and negative polarity discharges were applied.
b.

The distance between any coupling devices and the EUT should be 0.5 m for table-top equipment testing, and 1.0 m
for floor standing equipment.

c.

The duration time of each test sequential was 1 minute.

d.

The transient/burst waveform was in accordance with EN/IEC 61000-4-4, 5/50 ns.

For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.

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6.8

SurgesWave-Shape:

Pulse Repetition Rate:
Number of Tests:
a. EUT Power ports:

Wired network ports (direct to outdoor cables):Symmetrically operated:
10/700 μs Open Circuit Voltage
5/320 μs Short Circuit Current
Non-symmetrically operated:
1.2/50 μs Open Circuit Voltage
8/20 μs Short Circuit Current
Shielded cables (direct to outdoor cables):
1.2/50 μs Open Circuit Voltage
8/20 μs Short Circuit Current
Wired network ports (indoor cables, longer than 30m):
1.2/50 μs Open Circuit Voltage
8/20 μs Short Circuit Current
Input DC power port (direct to outdoor cables):
1.2/50 μs Open Circuit Voltage
8/20 μs Short Circuit Current
Input AC power port:
1.2/50 μs Open Circuit Voltage
8/20 μs Short Circuit Current
20 sec.
5 positive and 5 negative at selected points

The surge shall be applied to the EUT power supply terminals via the capacitive coupling network. Decoupling networks
are required in order to avoid possible adverse effects on equipment not under test that may be powered by the samelines and to provide sufficient decoupling impedance to the surge wave. The power cord between the EUT and thecoupling network shall not exceed 2 meters in length.
For double-insulated products without PE or external earth connections, the test shall be done in a similar way as forgrounded products but without adding any additional external grounded connections. If there are no other possible
connections to earth, line-to-ground tests may be omitted.
b.

Wired network ports⚫

Unshielded unsymmetrical interconnection lines:

The coupling / decoupling networks shall not influence the specified functional conditions of the EUT. Theinterconnection line between the EUT and the coupling network shall not exceed 2 meters in length.
No line-to-ground surges are applied for double-insulated products (i.e. products without any dedicated earth terminal).
⚫

Unshielded symmetrical interconnection lines:

For symmetrical interconnection lines and high-speed interconnection lines, the CDN shall be selected to match thenumber of lines/pairs existing the cable. If coupling arrestors are use, test levels below the ignition point of the couplingarrestor cannot be specified.
The interconnection line between the EUT and the coupling/decoupling networks shall not exceed 2 meters in length.
In order to avoid the coupling and decoupling capacitors having a filtering effect on the data transfer, a balanced highfrequency design associating the coupling capacitors with coupling chokes is required. Where normal functioning ofhigh speed communications lines cannot be achieved because of the impact of the CDN on the EUT, productcommittees should specify appropriate operation or that no surge immunity test is required.
⚫

Shielded lines:

The EUT is isolated from ground and the surge is applied to its metallic enclosure; the termination (or auxiliary
equipment) at the port(s) under test is grounded. This test applies to equipment with one or more shielded cables.
The length of the cable between the port(s) under test and the device attached to the other end of the cable (AE in
Figure 12) shall be:– 20 m (preferred length) or,– the shortest length over 10 m, where the manufacturer provides pre-assembled cables used in actual installations.
Report No.: CEBDBO-WTW-P24010022 R1
Page No. 38 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

No test shall be required for cables which according to the manufacturer’s specification are ≤ 10 m.
Rules for application of the surge to shielded lines:a) Shields grounded at both ends:– the test shall be carried out.
The test level is applied on shields with a 2 Ω generator source impedance and with the 18 μF capacitor.
b) Shields grounded at one end:
– the test shall be carried out according to unshielded unsymmetrical interconnection lines or unshielded symmetricalinterconnection lines because the shield does not provide any protection against surges induced by magnetic fields.
For EUTs which do not have metallic enclosures, the surge is applied directly to the shielded cable at the EUT side.

For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 39 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

Radio Frequency Common Mode (CS)

6.9

Modulation:
1kHz Sine Wave, 80%, AM Modulation
Frequency Step:
1 % of preceding frequency value
Dwell Time
3 secondsa.
The EUT shall be tested within its intended operating and climatic conditions.
b.

An artificial hand was placed on the hand-held accessory and connected to the ground reference plane.

c.

One of the CDNs not used for injection was terminated with 50 ohm, providing only one return path. All other CDNs
were coupled as decoupling networks.

d.

The frequency range shall be swept, using the signal level established during the setting process and with adisturbance signal of 80 % amplitude. The signal is modulated with a 1 kHz sine wave, pausing to adjust the RF signal
level or the switch coupling devices as necessary. Where the frequency is swept incrementally, the step size shall not
exceed 1 % of the preceding frequency value.

e.

Attempts should be made to fully exercise the EUT during testing, and to fully interrogate all exercise modes selected
for susceptibility.

Note:

1.The EUT clearance from any metallic obstacles shall be at least 0,5 m.
2. Interconnecting cables (≦1 m) belonging to the EUT shall remain on the insulating support.
For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 40 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

Broadband impulse noise disturbances, Repetitive and Isolated (Applicable only to xDSL ports.)a.

The EUT shall be tested within its intended operating and climatic conditions.

b.

An artificial hand was placed on the hand-held accessory and connected to the ground reference plane.

c.

One of the CDNs not used for injection was terminated with 50 ohm, providing only one return path. All other CDNs
were coupled as decoupling networks.

d.

For the repetitive impulse test the disturbance shall be applied for a period of at least 2 minutes for each port under
test.

e.

For the isolated impulse test a minimum of 5 isolated impulses shall be applied with an interval of at least 60
seconds between successive impulses.

f.

Attempts should be made to fully exercise the EUT during testing, and to fully interrogate all exercise modes
selected for susceptibility.

For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 41 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

6.10 Power Frequency Magnetic Field (PFMF)
Observation Time:
1 minute
Inductance Coil:
Rectangular coil, 1 m x 1 m (L x W) or 2.6 m x 1 m (L x W)
a. The equipment is configured and connected to satisfy its functional requirements.
b.

The power supply, input and output circuits shall be connected to the sources of power supply, control and signal.

c.

The cables supplied or recommended by the equipment manufacturer shall be used. 1 meter of all cables used shallbe exposed to the magnetic field.

For the actual test configuration, please refer to the related item – Photographs of the Test Configuration.

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 42 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

7

Test Results of Test Item

7.1

Conducted Emissions from Power Ports

Mode A
Frequency Range

150 kHz ~ 30 MHz

Input Power

110 Vdc

Tested by

Desmond Chen

Frequency
No
1
2
3
4
5
6
7
8

(MHz)
0.19977
0.39795
0.59849
1.19732
1.799614.604818.23831
26.21718

Correction
Factor
(dB)
9.96
9.98
9.98
10.00
10.01
10.12
10.23
10.54

Detector Function &Resolution Bandwidth
Environmental
Conditions

Phase Of Power : Positive (+)
Reading Value
Emission Level(dBuV)(dBuV)
Q.P.
AV.
Q.P.
AV.
50.45
50.39
60.41
60.35
53.23
53.15
63.21
63.13
43.65
40.75
53.63
50.73
43.66
40.04
53.66
50.04
41.72
41.10
51.73
51.11
42.22
41.89
52.34
52.01
39.34
38.70
49.57
48.93
45.88
39.85
56.42
50.39

Quasi-Peak (QP) /Average (AV), 9 kHz
22°C, 81% RH, 1006.4 mbar

Limit
(dBuV)
Q.P.
AV.
79.00
66.00
79.00
66.00
73.00
60.00
73.00
60.00
73.00
60.00
73.00
60.00
73.00
60.00
73.00
60.00

Margin
(dB)
Q.P.
AV.
-18.59-5.65-15.79-2.87-19.37-9.27-19.34-9.96-21.27-8.89-20.66-7.99-23.43-11.07-16.58-9.61

Remarks:
1. Q.P. and AV. are abbreviations of quasi-peak and average individually.
2. The emission levels of other frequencies were very low against the limit.
3. Margin value = Emission level – Limit value
4. Correction factor = Insertion loss + Cable loss
5. Emission Level = Correction Factor + Reading Value

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 43 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

Frequency Range

150 kHz ~ 30 MHz

Input Power

110 Vdc

Tested by

Desmond Chen

Frequency
No
1
2
3
4
5
6
7

(MHz)
0.19935
0.398240.59806
1.19761
1.799908.71936
26.18980

Correction
Factor
(dB)
9.99
10.01
10.01
10.03
10.05
10.31
10.72

Detector Function &Resolution Bandwidth
Environmental
Conditions

Phase Of Power : Negative (-)
Reading Value
Emission Level(dBuV)(dBuV)
Q.P.
AV.
Q.P.
AV.
50.01
49.93
60.00
59.92
53.35
53.26
63.36
63.27
42.78
40.27
52.79
50.28
43.43
39.79
53.46
49.82
40.78
40.24
50.83
50.29
37.69
34.39
48.00
44.70
46.25
40.12
56.97
50.84

Quasi-Peak (QP) /Average (AV), 9 kHz
22°C, 81% RH, 1006.4 mbar

Limit
(dBuV)
Q.P.
AV.
79.00
66.00
79.00
66.00
73.00
60.00
73.00
60.00
73.00
60.00
73.00
60.00
73.00
60.00

Margin
(dB)
Q.P.
AV.
-19.00-6.08-15.64-2.73-20.21-9.72-19.54-10.18-22.17-9.71-25.00-15.30-16.03-9.16

Remarks:
1. Q.P. and AV. are abbreviations of quasi-peak and average individually.
2. The emission levels of other frequencies were very low against the limit.
3. Margin value = Emission level – Limit value
4. Correction factor = Insertion loss + Cable loss
5. Emission Level = Correction Factor + Reading Value

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 44 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

7.2

Conducted Emissions from Wired Network Ports

Mode A
Frequency Range

150 kHz ~ 30 MHz

Input Power

110 Vdc

Tested by

Desmond Chen

Frequency
No
1
2
3
4
5
6
7
8

(MHz)
0.199100.39879
0.74837
1.54424
4.831787.24491
13.52314
25.90821

Correction
Factor
(dB)
9.76
9.75
9.72
9.71
9.85
9.93
10.08
10.16

Reading Value(dBuV)
Q.P.
AV.
45.16
45.08
41.50
41.47
35.93
34.12
35.50
33.33
43.61
43.02
38.73
34.19
42.36
39.13
38.20
31.75

Detector Function &Resolution Bandwidth
Environmental
Conditions

Emission Level(dBuV)
Q.P.
AV.
54.92
54.84
51.25
51.22
45.65
43.84
45.21
43.04
53.46
52.87
48.66
44.12
52.44
49.21
48.36
41.91

Quasi-Peak (QP) /Average (AV), 9 kHz
22°C, 81% RH, 1005.2 mbar

Limit
(dBuV)
Q.P.
AV.
94.65
81.65
88.88
75.88
87.00
74.00
87.00
74.00
87.00
74.00
87.00
74.00
87.00
74.00
87.00
74.00

Margin
(dB)
Q.P.
AV.
-39.73-26.81-37.63-24.66-41.35-30.16-41.79-30.96-33.54-21.13-38.34-29.88-34.56-24.79-38.64-32.09Remarks:
1. Q.P. and AV. are abbreviations of quasi-peak and average individually.
2. The emission levels of other frequencies were very low against the limit.
3. Margin value = Emission level – Limit value
4. Correction factor = Insertion loss + Cable loss
5. Emission Level = Correction Factor + Reading Value

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 45 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

Mode B
Frequency Range

150 kHz ~ 30 MHz

Input Power

110 Vdc

Tested by

Desmond Chen

Frequency
No
1
2
3
4
5
6
7
8
9

(MHz)
0.19978
0.398850.744311.200071.80194
4.82474
7.23858
13.50643
25.56404

Correction
Factor
(dB)
9.76
9.75
9.72
9.70
9.72
9.85
9.93
10.08
10.16

Reading Value(dBuV)
Q.P.
AV.
42.71
42.53
45.93
45.93
38.73
36.99
41.52
39.14
42.45
42.28
44.66
44.17
41.61
38.24
40.60
37.41
40.54
34.27

Detector Function &Resolution Bandwidth
Environmental
Conditions

Emission Level(dBuV)
Q.P.
AV.
52.47
52.29
55.68
55.68
48.45
46.71
51.22
48.84
52.17
52.00
54.51
54.02
51.54
48.17
50.68
47.49
50.70
44.43

Quasi-Peak (QP) /Average (AV), 9 kHz
22°C, 81% RH, 1005.2 mbar

Limit
(dBuV)
Q.P.
AV.
94.62
81.62
88.88
75.88
87.00
74.00
87.00
74.00
87.00
74.00
87.00
74.00
87.00
74.00
87.00
74.00
87.00
74.00

Margin
(dB)
Q.P.
AV.
-42.15-29.33-33.20-20.20-38.55-27.29-35.78-25.16-34.83-22.00-32.49-19.98-35.46-25.83-36.32-26.51-36.30-29.57

Remarks:
1. Q.P. and AV. are abbreviations of quasi-peak and average individually.
2. The emission levels of other frequencies were very low against the limit.
3. Margin value = Emission level – Limit value
4. Correction factor = Insertion loss + Cable loss
5. Emission Level = Correction Factor + Reading Value

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 46 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

7.3

Radiated Emissions up to 1 GHz

Mode A
Frequency Range

30 MHz ~ 1 GHz

Input Power

110 Vdc

Tested By

Desmond ChenNo

Frequency
(MHz)

1
2
3
4
5
6
7

107.89147.43239.20390.48662.50769.98800.02Detector Function &Quasi-Peak (QP), 120 kHz
Resolution Bandwidth
Environmental
21°C, 77% RH
Conditions

Antenna Polarity & Test Distance : Horizontal at 10 m
Emission
Antenna
Table
Limit
MarginLevel
HeightAngle(dBuV/m)(dB)(dBuV/m)(m)(Degree)32.13 QP
40.00
-7.87
4.00 H146
32.81 QP
40.00
-7.19
2.73 H140
38.51 QP
47.00
-8.49
3.39 H
294
34.46 QP
47.00
-12.542.48 H8
44.66 QP
47.00
-2.34
1.56 H32
41.78 QP
47.00
-5.22
2.68 H
326
42.48 QP
47.00
-4.52
3.02 H
71

Raw
Value
(dBuV)
51.99
49.10
56.07
47.38
51.83
46.93
47.54

Correction
Factor(dB/m)-19.86-16.29-17.56-12.92
-7.17
-5.15
-5.06

Remarks:
1. Emission Level(dBuV/m) = Raw Value(dBuV) + Correction Factor(dB/m)
2. Correction Factor(dB/m) = Antenna Factor (dB/m) + Cable Factor (dB)
– Pre-Amplifier Factor (dB)
3. Margin value = Emission level – Limit value
4. The other emission levels were very low against the limit.

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 47 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

Frequency Range

30 MHz ~ 1 GHz

Input Power

110 Vdc

Tested By

Desmond ChenNo

Frequency
(MHz)

1
2
3
4
5
6
7
8
9
10

30.74
51.31
85.55
119.98143.97
197.91230.73254.26662.50769.98Detector Function &Quasi-Peak (QP), 120 kHz
Resolution Bandwidth
Environmental
21°C, 77% RH
Conditions

Antenna Polarity & Test Distance : Vertical at 10 m
Emission
Antenna
Table
Limit
MarginLevel
HeightAngle(dBuV/m)(dB)(dBuV/m)(m)(Degree)35.26 QP
40.00
-4.74
1.34 V354
37.32 QP
40.00
-2.68
1.31 V
332
37.21 QP
40.00
-2.79
1.56 V
215
33.36 QP
40.00
-6.64
1.52 V344
36.68 QP
40.00
-3.32
1.74 V320
35.83 QP
40.00
-4.17
1.17 V
112
39.64 QP
47.00
-7.36
1.73 V
156
46.05 QP
47.00
-0.95
1.24 V
132
42.20 QP
47.00
-4.80
2.52 V276
44.28 QP
47.00
-2.72
1.67 V
358

Raw
Value
(dBuV)
54.20
53.78
59.28
52.07
53.11
54.95
57.97
62.91
49.50
49.60

Correction
Factor(dB/m)-18.94-16.46-22.07-18.71-16.43-19.12-18.33-16.86-7.30-5.32

Remarks:
1. Emission Level(dBuV/m) = Raw Value(dBuV) + Correction Factor(dB/m)
2. Correction Factor(dB/m) = Antenna Factor (dB/m) + Cable Factor (dB)
– Pre-Amplifier Factor (dB)
3. Margin value = Emission level – Limit value
4. The other emission levels were very low against the limit.

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 48 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

7.4

Radiated Emissions above 1 GHz

Mode A
Frequency Range

1 GHz ~ 6 GHz

Input Power

110 Vdc

Tested By

Perry Yang

No

Frequency
(MHz)

1
2
3
4
5
6
7
8
9
10
11
12

1078.00
1078.00
1232.00
1232.00
1324.991324.992309.962309.962463.95
2463.95
5999.98
5999.98

Detector Function &Peak (PK) / Average (AV), 1 MHz
Resolution Bandwidth
Environmental
21°C, 70% RH
Conditions

Antenna Polarity & Test Distance : Horizontal at 3 m
Emission
Antenna
Table
Limit
MarginLevel
HeightAngle(dBuV/m)(dB)(dBuV/m)(m)(Degree)63.33 PK
76.00
-12.671.00 H
353
49.80 AV
56.00
-6.20
1.00 H
353
63.15 PK
76.00
-12.851.40 H051.49 AV
56.00
-4.51
1.40 H056.47 PK
76.00
-19.532.00 H
291
49.14 AV
56.00
-6.86
2.00 H
291
60.34 PK
76.00
-15.661.00 H
318
48.73 AV
56.00
-7.27
1.00 H
318
60.09 PK
76.00
-15.911.72 H
276
46.62 AV
56.00
-9.38
1.72 H
276
57.76 PK
80.00
-22.241.00 H24
50.30 AV
60.00
-9.70
1.00 H
24

Raw
Value
(dBuV)
68.16
54.63
67.20
55.54
60.15
52.82
60.48
48.87
59.69
46.22
48.71
41.25

Correction
Factor(dB/m)
-4.83
-4.83
-4.05
-4.05
-3.68
-3.68
-0.14
-0.14
0.40
0.40
9.05
9.05

Remarks:
1. Emission Level(dBuV/m) = Raw Value(dBuV) + Correction Factor(dB/m)
2. Correction Factor(dB/m) = Antenna Factor (dB/m) + Cable Factor (dB)
– Pre-Amplifier Factor (dB)
3. Margin value = Emission level – Limit value
4. The other emission levels were very low against the limit.

Report No.: CEBDBO-WTW-P24010022 R1
Page No. 49 / 72
Reference No.: BDBO-WTW-P24010022
Cancels and replaces the report No.: CEBDBO-WTW-P24010022 dated 2024/5/8

Report Format Version: 7.1.1

Frequency Range

1 GHz ~ 6 GHz

Input Power

110 Vdc

Tested By

Perry Yang

No

Frequency
(MHz)

1
2
3
4
5
6
7
8
9
10
11
12

1078.01
1078.01
1231.97
1231.971325.011325.01
2309.942309.94
2463.962463.965999.98
5999.98

Detector Function &Peak (PK) / Average (AV), 1 MHz
Resolution Bandwidth
Environmental
21°C, 70% RH
Conditions

Antenna Polarity & Test Distance : Vertical at 3 m
Emission
Antenna
Table
Limit
MarginLevel
HeightAngle(dBuV/m)(dB)(dBuV/m)(m)(Degree)61.56 PK
76.00
-14.441.04 V344
49.45 AV
56.00
-6.55
1.04 V344
62.60 PK
76.00
-13.401.97 V342
50.32 AV
56.00
-5.68
1.97 V342
59.17 PK
76.00
-16.832.14 V
337
51.28 AV
56.00
-4.72
2.14 V337
62.81 PK
76.00
-13.192.27 V
360
53.67 AV
56.00
-2.33
2.27 V360
57.92 PK
76.00
-18.081.87 V33
43.95 AV
56.00
-12.051.87 V33
57.23 PK
80.00
-22.772.04 V352
49.23 AV
60.00
-10.772.04 V
352

Raw
Value
(dBuV)
66.39
54.28
66.65
54.37
62.83
54.94
62.95
53.81
57.52
43.55
48.18
40.18

Correction
Factor(dB/m)
-4.83
-4.83
-4.05
-4.05
-3.66
-3.66
-0.14
-0.14
0.40
0.40
9.05
9.05

Remarks:
1. Emission Level(dBuV/m) = Raw Value(dBuV) + Correction Factor(dB/m)
2. Correction Factor(dB/m) = Antenna Factor (dB/m) + Cable Factor (dB)
– Pre-Amplifier Factor (dB)
3. Margin value = Emission level – Limit value
4. The other emission levels were very low against the limit.

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7.5

Electrostatic Discharges (ESD)

Mode AFor EN 55035
Environmental
conditions

Input PowerDC 110V

Tested by

Kent Wang

24 °C, 46 % RH
1002 mbar

Test Results of Direct Application
Discharge
Polarity
Test Point
Contact Discharge
Air Discharge
Performance Criteria
Level (kV)
(+/-)
2,4
+/1,2,6,8,11,14
Note 1--A
2,4,8+/12,13--Note 1A
2,4+/3,4,5,7,9,10--Note 1A
8+/3,4,5,7,9,10--Note 2, Note 3
B
Description of test points of direct application: Please refer to following page for representative mark only.
Test Results of Indirect Application
Discharge
Polarity
Horizontal Coupling
Vertical Coupling
Test Point
Performance Criteria
Level (kV)
(+/-)
Plane
Plane
2,4
+/Four sides
Note 1
Note 1A
Description of test points of indirect application:
1. Front side
2. Rear side
3. Right side
4. Left side
Please refer to the attached page for description of test points.
Notes:
1. The EUT is operated normal during the test.
2. The output monitor’s panel have flicker during the test, but self-recover after test.
3. R/W delay for 2 - 4 seconds during the test, but self-recover after test.

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Description of test point

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Report No.: CEBDBO-WTW-P24010022 R1
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7.6

Radio Frequency Electromagnetic Field (RS)Mode AFor EN 55035
Input PowerDC 110V

Tested by

Bernie Lu

Environmental
conditions

Applied Field Strength
Frequency
Polarity
Azimuth(°)(V/m)
Modulation(MHz)
80 – 1000
V&H
0, 90, 180, 270
3
80% AM (1kHz)
1800, 2600,
V&H
0, 90, 180, 270
3
80% AM (1kHz)
3500, 5000
80 – 1000
V&H
0, 90, 180, 270
3
80% AM (1kHz)
1800, 2600,
V&H
0, 90, 180, 270
3
80% AM (1kHz)
3500, 5000
Notes:
1. The EUT is operated normal during the test.
2. Audio Out Function (Ear Phone out) Electrical Reference level Pass.

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22 °C, 74 % RH
1002 mbar

Observation

Performance
Criteria

Note 1

A

Note 1

A

Note 2

A

Note 2

A

Report Format Version: 7.1.1

7.7

Fast Transients Common Mode (EFT)

Mode AFor EN 55035
Input PowerDC 110V

Tested by

Todd Chang

Input DC power port
Voltage (kV)
0.5
0.5
0.5
0.5

Test Point
DC(+)
DC(-)
PE
DC(+)-DC(-)-PE

Wired network and signal/ control port
Voltage (kV)
Test Point
0.5
LAN 1
0.5
LAN 2
0.5
POE LAN
Note: The EUT is operated normal during the test.

Environmental
conditions

20 °C, 67 % RH
1009 mbar

Polarity (+/-)+/+/+/+/-

Observation
Note
Note
Note
Note

Performance Criteria
A
A
AA

Polarity (+/-)+/+/+/-

Observation
Note
Note
Note

Performance Criteria
A
A
A

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7.8

SurgesMode AFor EN 55035
Input PowerDC 110V

Tested by

Todd Chang

Input DC power port
Voltage (kV)
Test Point
0.5
DC(+)-PE
0.5
DC(-)-PE
Note: The EUT is operated normal during the test.

Environmental
conditions

Polarity (+/-)+/+/-

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20 °C, 67 % RH
1009 mbar

Observation
Note
Note

Performance Criteria
A
A

Report Format Version: 7.1.1

7.9

Radio Frequency Common Mode (CS)Mode AFor EN 55035
Input PowerDC 110V

Tested by

Eric Liao

Input DC power port
Level
Frequency(MHz)(V rms)0.15 – 103
10 – 30
3~1
30 – 8010.15 – 103
10 – 30
3~1
30 – 801

Environmental
conditions

Modulation

Tested Line

80% AM (1kHz)
80% AM (1kHz)
80% AM (1kHz)
80% AM (1kHz)
80% AM (1kHz)
80% AM (1kHz)

DC power
DC power
DC power
DC power
DC power
DC power

Injection
MethodCDN-M3
CDN-M3
CDN-M3
CDN-M3
CDN-M3
CDN-M324 °C, 71 % RH
1008 mbar

Return Path

Observation

CDN-ST08A
CDN-ST08A
CDN-ST08A
CDN-ST08A
CDN-ST08A
CDN-ST08A

Note 1
Note 1
Note 1
Note 2
Note 2
Note 2

Wired network and signal/ control port
Level
Frequency
Injection
Modulation
Tested Line
Return Path(MHz)
Method(V rms)0.15 – 10
3
80% AM (1kHz)LAN 1
CDN-ST08A
CDN-M3
10 – 30
3~1
80% AM (1kHz)LAN 1
CDN-ST08A
CDN-M330 – 801
80% AM (1kHz)LAN 1
CDN-ST08A
CDN-M30.15 – 10
3
80% AM (1kHz)LAN 1
CDN-ST08A
CDN-M3
10 – 30
3~1
80% AM (1kHz)LAN 1
CDN-ST08A
CDN-M330 – 801
80% AM (1kHz)LAN 1
CDN-ST08A
CDN-M30.15 – 10
3
80% AM (1kHz)LAN 2
CDN-ST08A
CDN-M3
10 – 30
3~1
80% AM (1kHz)LAN 2
CDN-ST08A
CDN-M330 – 801
80% AM (1kHz)LAN 2
CDN-ST08A
CDN-M30.15 – 10
3
80% AM (1kHz)LAN 2
CDN-ST08A
CDN-M3
10 – 30
3~1
80% AM (1kHz)LAN 2
CDN-ST08A
CDN-M330 – 801
80% AM (1kHz)LAN 2
CDN-ST08A
CDN-M30.15 – 10
3
80% AM (1kHz)
POE LANCDN-ST08A
CDN-M3
10 – 30
3~1
80% AM (1kHz)
POE LANCDN-ST08A
CDN-M330 – 801
80% AM (1kHz)
POE LANCDN-ST08A
CDN-M30.15 – 10
3
80% AM (1kHz)
POE LANCDN-ST08A
CDN-M3
10 – 30
3~1
80% AM (1kHz)
POE LANCDN-ST08A
CDN-M330 – 801
80% AM (1kHz)
POE LANCDN-ST08A
CDN-M3
Notes:
1. The EUT is operated normal during the test.
2. Audio Out Function (Ear Phone out) Electrical Reference level Pass.

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Observation
Note 1
Note 1
Note 1
Note 2
Note 2
Note 2
Note 1
Note 1
Note 1
Note 2
Note 2
Note 2
Note 1
Note 1
Note 1
Note 2
Note 2
Note 2

Performance
Criteria
A
A
A
A
A
A

Performance
Criteria
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A

Report Format Version: 7.1.1

7.10 Power Frequency Magnetic Field (PFMF)
Mode AFor EN 55035
Input PowerDC 110V

Tested by

Joey Liu

Environmental
conditions

Application
Frequency (Hz)Field Strength (A/m)
X - Axis
50
1
Y - Axis
50
1
Z - Axis501Note: The EUT is operated normal during the test.

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Observation
Note
Note
Note

21 °C, 72 % RH
1012 mbar

Performance Criteria
A
A
A

Report Format Version: 7.1.1

8
8.1

Pictures of Test Arrangements
Conducted Emissions from Power Ports

Mode A

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8.2

Conducted Emissions from Wired Network Ports

Mode A

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Mode B

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8.3

Radiated Emissions up to 1 GHz

Mode A

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8.4

Radiated Emissions above 1 GHz

Mode A

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8.5

Electrostatic Discharges (ESD)

Mode A

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8.6

Radio Frequency Electromagnetic Field (RS)Mode A

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8.7

Fast Transients Common Mode (EFT)

Mode A
DC

LAN1

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Report Format Version: 7.1.1

LAN2

POE

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8.8

SurgesMode A

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8.9

Radio Frequency Common Mode (CS)Mode A
DC

LAN1

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LAN2

POE

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8.10 Power Frequency Magnetic Field (PFMF)
Mode A

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9Information of the Testing Laboratories

We, Bureau Veritas Consumer Products Services (H.K.) Ltd., Taoyuan Branch, were founded in 1988 to provide our best
service in EMC, Radio, Telecom and Safety consultation. Our laboratories are FCC recognized accredited test firms andaccredited according to ISO/IEC 17025.
If you have any comments, please feel free to contact us at the following:
Lin Kou EMC/RF Lab

Hsin Chu EMC/RF/Telecom Lab

Tel: 886-2-26052180

Tel: 886-3-6668565

Fax: 886-2-26051924

Fax: 886-3-6668323

Hwa Ya EMC/RF/Safety Lab
Tel: 886-3-3183232
Fax: 886-3-3270892
Email: service.adt@bureauveritas.com
Web Site: http://ee.bureauveritas.com.tw
The address and road map of all our labs can be found in our web site also.
--- END ---Report No.: CEBDBO-WTW-P24010022 R1
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