Test Report -------------------------------------------------------------

Transcription

Test Report ------------------------------------------------------------------------------- 1/13
Report No.
R2015060373
Specifications
Test Method
FCC Part 15.109(g), CISPR 22, Class A
ANSI C63.4, ICES-003
Applicant
Applicant
address
Edimax Technology Co., Ltd.
No. 3, Wu-Chuan 3rd Road, Wu-Ku Industrial Park
Taipei Hsien, Taiwan.
Items tested
Trade Name
Model No.
Sample No.
Gigabit Ethernet Switch
Edimax
ES-516G+, ES-524G+
R20050153
Results
Date
Compliance (As detailed within this report)
02/22/2005 (month / day / year)(Sample received)
03/04/2005 (month / day / year)(Tested)
Prepared by
Project Engineer
Authorized by
V. General Manager
(Jacob Lin)
(month / day / year)
Issue date
Modifications
Tested by
Office at
Open site at
July 05, 2006
None
Training Research Co., Ltd. (Accredited by NVLAP)
1F, No. 255, Nan Yang Street, Hsichih, Taipei Hsien 221, Taiwan
No. 15, Lane 530, Pa-Lian RD., Sec. 1, Hsichih City, Taipei Hsien, Taiwan, R.O.C..
Conditions of issue :
z This test report shall not be reproduced except in full, without written approval of TRC.
And the test result contained within this report only relate to the sample submitted for
testing.
z The test data in this test report are following the procedures in accordance with the terms
of accreditation.
z This test report and measurements made by TRC are traceable to the NIST only
Conducted and Radiated Method (TRC is accredited by NVLAP, code No.: 200174-0).
z The device has been tested is fully complied with the requirements the Directive FCC
Part 15.
Report No.: R2015060373
Training Research Co., Ltd., TEL: 886-2-26461146, Fax: 886-2-26461778
Test Report ------------------------------------------------------------------------------- 2/13
Contents
Chapter 1 Introduction
Description of EUT ................................................................................................................... 3
Configuration of Test Setup ...................................................................................................... 4
List of Support Equipment ........................................................................................................ 5
Chapter 2 Conducted Emission Test
Test Condition and Setup .......................................................................................................... 7
Conducted Test Placement ........................................................................................................ 8
Chapter 3 Radiated Emission Test
Test Condition and Setup .......................................................................................................... 9
Radiated Test Placement .......................................................................................................... 10
Appendix A :
Conducted test result ................................................................................................................ 11
Appendix B :
Radiated test result ................................................................................................................... 13
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 3/13
Chapter 1 Introduction
Description of EUT:
The EUT has two parts, and have two model numbers, they are ES-516G+ and ES-524G+, features
as below:
ES-524G+ : 24-Port Gigabit Ethernet Web-Smart Switch
ES-516G+ : 16-Port Gigabit Ethernet Web-Smart Switch
z
z
z
z
Transmission Mode: 10/100Mbps support full or half duplex, 1000Mbps support full duplex only.
Transmission Speed: 10/100/1000Mbps for TP, 1000Mbps for Fiber
MAC Address: 8K MAC address and 4K VLAN support
Buffer Memory: 400KB on-chip frame buffer
z Flow Control: IEEE802.3x compliant for full duplex, Backpressure flow control for half duplex
24-Port Gigabit Ethernet Switch and 16-Port Gigabit Ethernet Switch PCB design are the same,
only with different amount of UTP plugs.
There have been verified over each test item, and we only recorded the 24-Port Gigabit Ethernet
Switch test results in the test report.
Test method:
Pretest was found that the emission of operating mode is worse than standby mode. So, The final
test is made at the operating mode.
During testing, the EUT was operated at “transmitting” and “receiving” mode simultaneously.
During testing, there are four modes were tested:
#1 24-Port Gigabit Ethernet Switch 1Gbps x 1Gbps
#2 24-Port Gigabit Ethernet Switch 10Mbps x 100Mbps
#3 16-Port Gigabit Ethernet Switch 1Gbps x 1Gbps
#4 16-Port Gigabit Ethernet Switch 10Mbps x 100Mbps
The radiation pretest was found out the testing mode: “#1 24-Port Gigabit Ethernet Switch
1Gbps x 1Gbps” was the worst case.
We only recorded worse case in this report. The test voltage is 230Vac/ 50Hz.
The test placement as the photographs showed is the worst emission placed. (If the emission is close
to the ambient, the resolution BW and view resolution will be reduced and the data will be recorded by
detection of maximum hold peak mode.)
The testing configuration of test setup is showing in the next page.
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 4/13
Configuration of test setup
Power
Source
Monitor
Modem
EUT
Fiber LAN Card
Printer
PC
To PC LAN Port
Located Remotely
Keyboard
Mouse
USB Mouse
USB Joystick
Located Remotely
Connections:
PC:
*Serial Port --- via a 110cm shielded RS-232 cable to modem.
*Monitor Port --- a monitor with 1.5m length data cable.
*Keyboard port --- a keyboard with 1.50m length data cable.
*Mouse port --- a mouse with 1.50m length data cable.
*USB port A --- a USB joystick with 1.5m long, shielded, no ferrite bead data cable.
*USB port B --- a USB mouse with 1.8m long, shielded, no ferrite bead data cable.
*Printer port --- a printer with 1.80m length data cable.
EUT(ES-524G+):
*UTP port 1 --- via a 10m length RJ-45 cable to the PC LAN Port that located remotely.
*UTP port 3~23 --- connect with a 3 m length RJ-45 cable that terminated with 200 ohm.
* Fiber port 1 --- via a 5m length fiber cable to the fiber port of Fiber LAN Card installed in
nearby PC.
* Fiber port 2 --- not connected anything.
* Power port --- via a 1.80m length power cable with a power adaptor to the power source.
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 5/13
List of support equipment
Conducted (Radiated) test:
PC
Model No.
Serial No.
FCC ID
Power type
Power cord
:
:
:
:
:
:
HP Pavilion t123d
Doc Approved
AC 100 –127 4.0A, 200-240 2.0A, 50 ~ 60Hz
Non-shielded, 2.33m long, Plastic, No ferrite core
Monitor
Model No.
Serial No.
FCC ID
Power type
Power cord
Data cable
:
:
:
:
:
:
:
HP pavilion mx70
P1283A
THTBR00257
DOC Approved
100 ~ 240V AC 15A 50/60Hz
Shielded, 1.83m long, No ferrite core
Shielded, 1.46m (1.80m) long, with two ferrite cores (no ferrite core)
Keyboard
Model No.
Serial No.
FCC ID
Power type
Data cable
:
:
:
:
:
:
HP
SK-2501K
MR80700789
GYUR38SK
By PC
Shielded, 1.73m long, with ferrite core
Mouse
Model No.
Serial No.
FCC ID
Power type
Power cord
:
:
:
:
:
:
HP
M-S34
LZB90714106
DZL211029
By PC
Non-shielded, 1.88m long, No ferrite core
USB Mouse
Model No.
Serial No.
FCC ID
Power type
Power cord
:
:
:
:
:
:
Logitech Wheel Mouse
M-BJ-58
LN20901985
Doc Approved
By PC
Non-shielded, 1.88m long, No ferrite core
DD281A-AB0
TW31720157
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 6/13
Modem
Model No.
FCC ID
Power type
Power cord
Data cable
:
:
:
:
:
:
ACEEX
XDM-9624
IFAXDM-9624
220VAC, 50Hz / 9VAC, 1A
Non-shielded, 1.9m long, No ferrite cord
RS232, Shielded, 1.2m long, No ferrite core
RJ11C x 2, 7’ long non-shielded, No ferrite core
Printer
Model No.
Serial No.
FCC ID
Power type
Power cord
Data cable
:
:
:
:
:
:
:
HP
C2642A
SG69A196GV
B94C2642X
220 VAC, 50Hz
Non-shielded, 2m long, no ferrite core
Shielded, 1.84m (1.7m) long, no ferrite core
USB Joystick
Model No.
Serial No.
FCC ID
Power type
Power cable
:
:
:
:
:
:
Rockfire
QF-337uv
10600545
CE Approval
Powered by PC
Shielded, 1.8m!long, No ferrite bead data cable
Fiber LAN Card
Model No.
Serial No.
FCC ID
Power type
:
:
:
:
:
RUBY TECH CORP.
GE-1120xx
N/A
CE Approval
Powered by PC
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 7/13
Chapter 2 Conducted Emission Test
Test condition and setup:
All the equipment is placed and setup according to the standard.
The EUT is assembled on a wooden table that is 80 cm high, is placed 40 cm from the
back-wall that is a vertical conducting plane. One LISN is for EUT, the other LISN is for support
equipment. They are all placed on the conductive ground. The EUT’s LISN connect a line switch
box for selecting L1 or L2, then connect to a preamplifier and spectrum for pretest.
The spectrum measured from 150KHz to 30MHz. Conducted emission levels are detected
at max. peak mode. But if the max. peak mode failed or over average limit, it will be measured
by QP and average detection mode using the Receiver.
While testing, there is the worst-emission plot printed at peak detection mode, and there are
more than 6 highest emissions relative to limit recorded. The plot is kept as the original data, not
included in test report.
List of test Instrument :
!
!
!
!
Calibration Date!
Instrument Name! Model No.!
Brand!
Serial No.!
Last time! Next time!
Receiver
LISN (EUT)
LISN (Support E.)
Line switch box
FTB-1-6 Attenuator
20dB Attenuator
Coaxial Cable
Coaxial Cable
50ohm terminator
50ohm terminator
50ohm terminator
50ohm terminator
SCHAFFNER
EMCO
EMCO
TRC
mini-circuits
mini-circuits
Jyebao
Jyebao
NARDA
NARDA
NARDA
NARDA
012
9411-2284
9210-2007
98-04
9620 03
9620 13
CL-05
IF-01ca0069-036
PWR5W
PWR5W
PWR5W
PWR5W
05/13/04
07/21/04
09/03/04
05/29/04
05/29/04
05/29/04
05/29/04
05/29/04
07/21/04
07/21/04
09/03/04
09/03/04
SCR3102
3825/2
3825/2
CB-01
15542
CAT-20
BNC3200B-0058
BNC31VB-0316
370BNM
370BNM
370BNM
370BNM
05/12/05
07/20/05
09/02/05
05/28/05
05/28/05
05/28/05
05/28/05
05/28/05
07/20/05
07/20/05
09/02/05
09/02/05
The level of confidence of 95% , the uncertainty of measurement of conducted emission is +3.1/-4.84 dB .
Test Result : Pass (Appendix A)
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 8/13
Conducted Test Placement: (Photographs)
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 9/13
Chapter 3 Radiated emission test
Test condition and setup :
Prior to the final test (OATS test), the EUT is placed in a shielded enclosure,
Pretest:
and scan from 30MHz to 1GHz. This is done to ensure the radiation is exactly emitted from the
EUT.
Final test : Final radiation measurements is made on a 10 – meter, open-field test
site. The EUT is placed on a nonconductive table, which is 0.8m height, the top surface is 1.0 x
1.5 meter. The placement is according to the standard.
The M. E. whole range Antenna is used to measure frequency from 30 MHz to 1GHz. The
final test is used the Receiver.
Measure more than six top marked frequencies generated form pretest by computer step by
step at each frequency. The EUT is rotated 360 degrees, and antenna is raised and lowered from
1 to 4 meters to find the maximum emission levels. The antenna is used with both horizontal and
vertical polarization.
Appropriated preamplifier that is made by TRC is used for improving sensitivity and
precaution is taken to avoid overloading. The spectrum analyzer’s 6dB bandwidth is set to 120 K
Hz, and the EUT is measured at quasi-peak mode.
If the emission is close to the frequency band of ambient, the tester will recheck the data
and the corrected data will be written in the test data sheet. If the emission is just within the
ambient, the data from shielded room will be taken as the final data.
List of test Instrument :
!
!
!
!
Calibration Date!
Instrument Name!
Model No.!
Brand!
Serial No.!
Last time!Next time
Receiver
Control Box
Antenna
Open test side
Pre-amplifier
Coaxial Cable (20meter)
Coaxial Cable (50cm)
SCR3102
TWR95-4
CBL6141A
SCHAFFNER
TRC
SCHAFFNER
012
C9001-2
4206
TRC-CB-2
RG-214/U
BNC31VB-0316
BNC31VB-0318
BNC31VB-0316
BNC31VB-0316
TRC
Jyebao
Jyebao
Jyebao
Jyebao
Jyebao
CB-002
CL-002
CL-002
CL-007
CL-006
CL-005
05/13/04
N/A
05/27/04
05/29/04
05/29/04
05/29/04
05/29/04
05/29/04
05/29/04
05/29/04
05/12/05
N/A
05/26/05
05/28/05
05/28/05
05/28/05
05/28/05
05/28/05
05/28/05
05/28/05
The level of confidence of 95%, the uncertainty of measurement of radiated emission is +2.85/-2.77 dB.
Test Result : Pass (Appendix B)
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 10/13
Radiated Test Placement: (Photographs)
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 11/13
Appendix A
Conducted Emission Test Result:
Test Mode: ES-524G+
Testing room :
Temperature : 18 q C
Humidity : 75 % RH
Line 1
READING AMPLITUDE
Frequency
(KHz)
LIMIT
Peak
Quasi-Peak
Average
Quasi-Peak
Average
(dBPV)
(dBPV)
(dBPV)
(dBPV)
(dBPV)
Margin
(dB)
˄ˉˌˁ˃˃ʳ
ˇˉˁˌˌʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˌˁ˃˃
ˉˉˁ˃˃ʳ
ˀ˄ˌˁ˃˄
˄ˌˉˁ˃˃ʳ
˅˅ˇˁ˃˃ʳ
ˇˇˁ˄ˋʳ
ˇˆˁˉ˄ʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˌˁ˃˃
ˊˌˁ˃˃
ˉˉˁ˃˃ʳ
ˉˉˁ˃˃ʳ
ˀ˅˄ˁˋ˅
ˀ˅˅ˁˆˌ
˅ˈˉˁ˃˃ʳ
ˇ˄ˁ˃ˈʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˌˁ˃˃
ˉˉˁ˃˃ʳ
ˀ˅ˇˁˌˈ
ˆ˄˅ˁ˃˃ʳ
ˇ˃˃ˁ˃˃ʳ
ˇ˅ˋˁ˃˃ʳ
ˆˊˁˉˉʳ
ˆˋˁˈˋʳ
ˆˌˁ˃ˌʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˌˁ˃˃
ˊˌˁ˃˃
ˊˌˁ˃˃
ˉˉˁ˃˃ʳ
ˉˉˁ˃˃ʳ
ˉˉˁ˃˃ʳ
ˀ˅ˋˁˆˇ
ˀ˅ˊˁˇ˅
ˀ˅ˉˁˌ˄
˄ˆ˃˅ˁ˃˃ʳ
˅ˉ˃˃ˁ˃˃ʳ
ˇˋ˅˃ˁ˃˃ʳ
ˇˊˁ˅ˋʳ
ˆˈˁˋˈʳ
ˇˊˁˉˋʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˆˁ˃˃
ˊˆˁ˃˃
ˊˆˁ˃˃
ˉ˃ˁ˃˃ʳ
ˉ˃ˁ˃˃ʳ
ˉ˃ˁ˃˃ʳ
ˀ˄˅ˁˊ˅
ˀ˅ˇˁ˄ˈ
ˀ˄˅ˁˆ˅
Line 2
READING AMPLITUDE
Frequency
(KHz)
LIMIT
Peak
Quasi-Peak
Average
Quasi-Peak
Average
(dBPV)
(dBPV)
(dBPV)
(dBPV)
(dBPV)
Margin
(dB)
˄ˊˆˁ˃˃ʳ
ˇ˅ˁˉˇʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˌˁ˃˃
ˉˉˁ˃˃ʳ
ˀ˅ˆˁˆˉ
˅˃˄ˁ˃˃ʳ
˅ˈˉˁ˃˃ʳ
ˉ˅˅ˁ˃˃ʳ
ˆˋˁ˃ˇʳ
ˆˇˁ˄˃ʳ
ˆˇˁˋˆʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˌˁ˃˃
ˊˌˁ˃˃
ˉˉˁ˃˃ʳ
ˉˉˁ˃˃ʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˆˁ˃˃
ˉ˃ˁ˃˃ʳ
ˀ˅ˊˁˌˉ
ˀˆ˄ˁˌ˃
ˀ˅ˈˁ˄ˊ
˄˅ˌ˅ˁ˃˃ʳ
ˆˋˁˆˈʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˆˁ˃˃
ˉ˃ˁ˃˃ʳ
ˀ˅˄ˁˉˈ
˄ˉˆˌˁ˃˃ʳ
ˆˉˁˇˉʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˆˁ˃˃
ˉ˃ˁ˃˃ʳ
ˀ˅ˆˁˈˇ
˅ˉˇ˃ˁ˃˃ʳ
ˇ˅˃˃ˁ˃˃ʳ
ˇ˅ˁ˅ˉʳ
ˇˉˁ˄ˊʳ
ˇˉˁˌ˄ʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ˊˆˁ˃˃
ˊˆˁ˃˃
ˊˆˁ˃˃
ˉ˃ˁ˃˃ʳ
ˉ˃ˁ˃˃ʳ
ˉ˃ˁ˃˃ʳ
ˀ˄ˊˁˊˇ
ˀ˄ˆˁˋˆ
ˇˊˇ˃ˁ˃˃ʳ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
ʽʽʽˁʽʽ
*The reading amplitudes are all under limit.
Report No.: R2015060373
ˀ˄ˆˁ˃ˌ
Test Report ------------------------------------------------------------------------------- 12/13
Appendix B
Radiated Emission Test Result:
Test Conditions:
Testing site
Frequency
MHz
:
Temperature :
Reading
Ant.
Amplitude
Height
dBPV/m
m
15 q C
Table
degree
Humidity : 89 % RH
Correction
Corrected
Factors
Amplitude
dB
dBPV/m
Limit
Margin
dBPV/m
dB
(Horizontal)
125.0038
39.27
2.33
246
-6.55
32.72
40.00
-7.28
225.0251
37.74
3.96
83
-6.80
30.94
40.00
-9.06
275.0288
44.60
1.38
0
-4.30
40.30
47.00
-6.70
325.0351
47.58
2.26
0
-2.65
44.93
47.00
-2.07
375.0350
38.76
3.63
0
-0.80
37.96
47.00
-9.04
562.5088
34.14
1.19
56
4.40
38.54
47.00
-8.46
125.0138
36.31
1.19
0
-6.55
29.76
40.00
-10.24
175.0139
36.27
1.18
0
-5.90
30.37
40.00
-9.63
225.0218
40.67
1.06
168
-6.80
33.87
40.00
-6.13
275.0300
47.71
0.98
177
-4.30
43.41
47.00
-3.59
325.0301
46.66
1.00
0
-2.65
44.01
47.00
-2.99
875.0250
28.31
1.57
0
9.35
37.66
47.00
-9.34
***
(Vertical)
***
Note:
1. Margin = Amplitude - limit, if margin is minus means under limit.
2. Corrected Amplitude = Reading Amplitude + Correction Factors
3. Correction factor = Antenna factor + ( Cable Loss - Amplitude gain )
(For example : 30MHz correction factor = 15.5 + (-15.26) = 0.24 dB/m)
Report No.: R2015060373
Test Report ------------------------------------------------------------------------------- 13/13
Appendix C
Photographs of EUT
Report No.: R2015060373
ES-524G+
ES-524G+
ES-524G+
ES-524G+
ES-524G+
ES-524G+
ES-524G+
ES-524G+
ES-524G+
ES-524G+
ES516G+
ES516G+
ES516G+
ES516G+
ES516G+
ES516G+
ES516G+
ES516G+
ES516G+
ES516G+
LABEL Format:
This device complies with Part 15 of the FCC Rules
Operation is subject to the following two conditions:
(1) This device may not cause harmful interference, and
(2) This device must accept any interference received,
including interference that may cause undesired operation.
Trade Name: Edimax
Model No.: ES-516G+, ES-524G+
Canadian ICES-003
LABEL Size: 40 X 15 mm
LABEL Position:
LABLE

Test Report -------------------------------------------------------------

Transcription

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