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Report Number: ISL-04LR026E328 Issue Date: 2004/07/07 HC LAB :NVLAP:200234-0;VCCI: R-341,C-354;NEMKO:ELA 113a,113c;BSMI:SL2-IN-E-0037;SL2-R1-E-0037;CNLA:1178LT LAB :NVLAP:200234-0;VCCI: R-1435,C-1440;NEMKO:ELA 113b,113d;BSMI:SL2-IN-E-0013;CNLA:0997ISL-T10-R31-1

ETSI EN 300 328 & ETSI EN 301 893

Test Reportof

Product Name

(1)WLAN a/g Access Point(2)WLAN a/g Ethernet Adapter

Model

(1)CA8-4;(2)CE8-1(Brand:Wistron NeWeb)

Applied by:

Wistron Neweb Corporation No. 10-1, Li-hsin Road 1,

Science-based Industrial Park,Hsinchu 300,Taiwan, R. O. C.

Test Performed by:

(NEMKO Aut. No: ELA 113-d)International Standards Laboratory

No. 120, Lane 180, San Ho Tsuen, Hsin Ho Rd.Lung-Tan Hsiang, Tao Yuan County 325

Taiwan, R.O.C.Tel:(03)407-1718 Fax:(03)407-1738

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International Standards Laboratory Report Number: ISL-04LR026E328 HC LAB :NVLAP:200234-0;VCCI: R-341,C-354;NEMKO:ELA 113a,113c;BSMI:SL2-IN-E-0037;SL2-R1-E-0037;CNLA:1178LT LAB :NVLAP:200234-0;VCCI: R-1435,C-1440;NEMKO:ELA 113b,113d;BSMI:SL2-IN-E-0013;CNLA:0997

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Contents of Report

1. General .................................................................................................1 1.1 Certification of Accuracy of Test Data............................................................................. 1

2.

Description of Equipment Under Test (EUT) ....................................2

2.1 Test Frequencies of the WLAN of EUT........................................................................ 42.2 Test Conditions...............................................................................................................52.3 List of Measurements of EN 300 328 -2 (For 802.11b and 802.11g function of EUT)... 62.4 List of Measurements of EN 301 893 (For 802.11a function of EUT)........................... 6

3. 802.11a Test Data ................................................................................7 3.1 Transmitter test results ..................................................................................................... 7

3.1.1 Carrier Frequencies and Channelization (Clause 7.2.1) .............................................................. 7 3.1.2 RF Ouput Power (Conducted) ............................................................................................................. 8 3.1.3 RF Power Density (Conducted) ........................................................................................................... 9

3.1.4 Transmitter Unwanted Emissions Outside 5GHz bands ............................................................ 10 3.1.5 Transmitter Unwanted Emissions Within 5GHz RLAN bands ............................................ 28 3.1.6 Dynamic Frequency Selection (DFS) ............................................................................................... 33 3.1.7 Transmitter Power Control (TPC) ..................................................................................................... 35 3.1.8 Receiver Spurious Emission, (Radiated) ......................................................................................... 36 3.1.9 RF Exposure (MPE) Calculations .................................................................................................... 52

4. 802.11b Test Data .............................................................................54 4.1 Transmitter test results ...................................................................................................54

4.1.1 WLAN Effective Radiated Power (Clause 7.2.1) ...................................................................... 54 4.1.2 WLAN Transmitter Peak Power Density for DSSS modulation (Clause 7.2.2) ..... 55 4.1.3 WLAN Transmitter Frequency Range for DSSS modulation (Clause 7.2.4) ...........56 4.1.4 Transmitter Spurious Emission, Radiated (Clause 7.2.5) ....................................................... 57 4.1.5 Receiver Spurious Emission, Radiated (Clause 7.3.2) .............................................................. 67 4.1.6 RF Exposure (MPE) Calculations ..................................................................................................... 74

5. 802.11g Test Data .............................................................................76 5.1 Transmitter test results ...................................................................................................76

5.1.1 WLAN Effective Radiated Power (Clause 7.2.1) ...................................................................... 76 5.1.2 WLAN Transmitter Peak Power Density for DSSS modulation (Clause 7.2.2) ..... 77 5.1.3 WLAN Transmitter Frequency Range for DSSS modulation (Clause 7.2.4) ...........78 5.1.4 Transmitter Spurious Emission, Radiated (Clause 7.2.5) ....................................................... 79 5.1.5 Receiver Spurious Emission, Radiated (Clause 7.3.2) .............................................................. 89 5.1.6 RF Exposure (MPE) Calculations ..................................................................................................... 96

6. Appendix ............................................................................................98 6.1 Appendix A: Test Equipment......................................................................................... 98

6.1.1 Software for Controlling EUT ..................................................................................................................... 98 6.2 Appendix B:Description of Support Equipment.............................................................. 99

6.2.1 Software for Controlling Support Unit .................................................................................................... 100 6.2.2 I/O Cable Condition of EUT and Support Units ....................................................................................100

6.3 Appendix C: Photographs of EUT Spurious Emission Test Set Up .............................. 101

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1. General

1.1 Certification of Accuracy of Test Data

Standards: ETSI EN 300 328-2 V1.2.1ETSI EN 301 893 V1.2.1

Equipment Tested: WLAN a/g Access Point ;WLAN a/g Ethernet Adapter

Model: CA8-4;CE8-1

Applied by: Wistron Neweb Corporation

Sample received Date: 2004/06/21

Final test Date : 2004/06/23

Test Site: Chamber 05, Conduction 02, Humidity Chamber

Temperature Refer to each site test dataHumidity: Refer to each site test data

Test Engineer :

______________________

Jerry Chiou

All the tests in this report have been performed and recorded in accordance with the standards describedabove and performed by an independent electromagnetic compatibility consultant, International StandardsLaboratory.

The test results contained in this report accurately represent the the measurements of the characteristicsand the energy generated by sample equipment under test at the time of the test.

The sample equipment tested as described in this report is in compliance with the limits of above standards.

Approve & Signature

---------------------------------------

Eddy Hsiung/Director

Test results given in this report apply only to the specific sample(s) tested under stated test conditions.This report shall not be reproduced other than in full without the explicit written consent of ISL. This report totally

contains 103 pages, including 1 cover page , 1 contents page, and 101 pages for the test description.This report must not be use to claim product endorsement by NVLA, NIST, any agency of the federal govern ment.This test report accurately contains the test results of the above standards at the time of the test.The results in this report apply only to the sample(s) tested.This test report shall not be reproduced except in full, without the written approval of International StandardsLaboratory.

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2. Description of Equipment Under Test (EUT)

EUT:Description: WLAN a/g Access Point;WLAN a/g Ethernet AdapterCondition: Pre-ProductionModel: CA8-4 ; CE8-1Serial Number: N/ABrand: Wistron NeWebFrequency Range 802.11a: 5150~5350 MHz, 5470~5725 MHzFrequency Range 802.11b/g: 2400~2483.5 MHzSupport channel:

802.11a 19 Channels802.11b/g 13 Channels

Modulation Skill:802.11a Normal mode OFDM (6 Mbps 54 Mbps)802.11b DBPSK(1Mbps), DQPSK(2Mbps),

CCK(5.5/11Mbps)802.11g OFDM (6M - 54Mbps)

Antennas Type: Dipole (W600-105-I200 ,made by Input Output Precise Corp.)

Antenna Connected: The antenna is connected to the RF connector of the WLANadapter.

Antenna peak Gain: 3.63 dBi (11b/g) ,4.85 dBi(11a)

AC-DC Adapter: Bothhand (Model:SA07057)Power Input Port: oneRJ-45 Port: 1-Port 8-pin (10Mbps/100Mbps)Wireless Antenna: oneWLAN Power Type : 3.3V DC from the EUT

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The channel and the operation frequency of 802.11b and 802.11g is listed below:

Channel Frequency(MHz) Channel Frequency(MHz)01 2412 07 244202 2417 08 244703 2422 09 245204 2427 10 245705 2432 11 246206 2437 12 2467

13 2472

The channel and the operation frequency of 802.11a Normal Mode is listed below:Channel Frequency(MHz) Channel Frequency(MHz)

01 5180 11 554002 5200 12 556003 5220 13 558004 5240 14 560005 5260 15 562006 5280 16 564007 5300 17 566008 5320 18 568009 5500 19 570010 5520

All types of LAN Speed have been tested, we present the worst case test data in the report.

The differences between CE8-1 and CA8-4 are listed below:

for CA8-4:1. Support of the standard access point mode for connection to wireless clients.2. Support of the repeater mode to exten d infrastructure coverage.3. Support of the WDS mode for interconnecting LAN segments.

for CE8-1

1. Support of the standard client (station) mode for connection to a wireless access point.

2. Support of wireless connection for multiple PC s connected to the devicethrough wired LAN. TCP/IP traffic can flow between these PCs and theremote PCs through the wireless connection.

3. Support of the Ad Hoc mode for several wireless clients/stations to create awireless network without a centralized Access Point.

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2.2 Test Conditions

a. Normal test conditions:Temperature: 25 0CRelative Humidity: 50% to 75%

b. Extreme test conditions:Temperature: 0 0C to 50 0CSupply Voltage(Notebook): 207VAC (min), 253VAC (max)

c. During the test, the EUT was set in continuously transmitting mode with a duty cycle of 99%(maximum allowed).

d. The channel 1, 6, 11 of of 802.11b and 802.11g of EUT were all tested

e. The channel 1, 4, 5, 8,9,14,19 of 802.11a were also all tested.f. 802.11a and 802.11g allows data rates 6Mbps to 54 Mbps. The EUT was tested in the

data rate that produced the highest output power (6 Mbps and 54Mbps). 802.11b allowsdata rates 1Mbps to 11 Mbps. The EUT was tested in the data rate that produced thehighest output power (1 Mbps and 11 Mbps).

g. Both Main antenna and Aux antenna of EUT are able to be used as the TransmittingAntenna. Both antennas have been tested respectively and the worst data is listed in this testreport.

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2.3 List of Measurements of EN 300 328 -2 (For 802.11b and 802.11g function of EUT)Clause Test Parameter Applicable (Yes/No) Test No.

Transmitter parameters

7.2.1 Effective radiated power Y 1

7.2.2 Peak power density for FHSS equipment N 2

7.2.2 Peak power density for DSSS equipment Y 3

7.2.3 Frequency range - for FHSS equipment N 4

7.2.4 Frequency range - for DSSS equipment Y 5

7.2.5 Spurious emissions transmitter operating-

conducted

N

7.2.5 Spurious emissions transmitter operating-

radiated

Y 6

7.2.5 Spurious emissions transmitter standby-

conducted

N

7.2.5 Spurious emissions transmitter standby- radiated Y (See Note 1) 7

Receiver parameters

7.3.2 Spurious emissions - conducted N

Spurious emissions - radiated Y 8

2.4 List of Measurements of EN 301 893 (For 802.11a function of EUT)

Clause Test Parameter Applicable (Yes/No) Test No.

Transmitter parameters

4.2 Carrier Frequencies and Channelization Y 9

4.3 RF Output Power and Power Density Y 10

4.4.1 Transmitter unwanted emissions outside the

5GHz RLAN bands

Y 11

4.4.2 Transmitter unwanted emissions within the 5GHz

RLAN bands

Y 12

4.6 Dynamic Frequency Selection Y ---

4.7 Transmitter power control Y ---

Receiver parameters

4.5 Spurious emissions - conducted N 13

4.5 Spurious emissions - radiated Y 14

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3. 802.11a Test Data

3.1 Transmitter test results

3.1.1 Carrier Frequencies and Channelization (Clause 7.2.1)

3.1.1.1 WLAN ConditionsModulation offAmbient temperature : 23 0CRelative humidity: 51%

3.1.1.2 Limit:

Carrier center frequency fc (MHz) Limit5180, 5240, 5260, 5320,5500,5600,5700 Fc +/- 20ppm

3.1.1.3 Test ProcedureSame as para 5.3.1.2 of Standard ETSI EN 301 893

3.1.1.4 Test SetupThe EUT was connected to spectrum analyzer. Controlling software has been activated to set EUT onthe required condition.

3.1.1.5 Test dataTest Engr: Temp. (deg. C): 25

Jerry Chiou Humidity (%): 50

Carrier Frequency (Mhz) Limit +/- 20ppm

Spectrum Reading (Mhz) ppm

5180 5180.023242 4.487

5240 5240.017768 3.391

5260 5260.013522 2.571

5320 5320.028854 5.424

5500 5500.027676 5.032

5600 5600.027314 4.877

5700 5700.022816 4.003

Note: Measurement uncertainty=+/-200KHz

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3.1.2 RF Ouput Power (Conducted)

3.1.2.1 EUT Conditions

Peak gain of antennas: See Antenna reportCable loss: 1.2dBAmbient temperature : 23 0CRelative humidity: 51%

3.1.2.2 Limit:

Frequency Range (MHz) Mean EIRP Limit(Highest power level)

Mean EIRP Limit(Lowest power level)

5150 - 5350 23 dBm e.i.r.p. 17 dBm e.i.r.p.5470 - 5725 30 dBm e.i.r.p. 24 dBm e.i.r.p.

3.1.2.3 Test ProcedureSame as Para. 5.3.2.2 of EN 301 893

3.1.2.4 Test data

Temp. (deg. C): 25

Test Engr: Jerry Chiou Humidity (%): 50

Effective Radiated Power (dBm e.i.r.p.)Ch1 Ch4 Ch5 Ch8 Ch9 Ch14 Ch19

5180Mhz 5240Mhz 5260Mhz 5320Mhz 5500Mhz 5600Mhz 5700Mhz

Testconditions

AV AV AV AV AV AV AV

Highest PowerLevel

12.86 13.11 13.54 13.57 19.97 19.95 19.81

Lowest PowerLevel

(See Note 2)--- --- --- --- --- --- ---

Note1: Measurement uncertainty=+/-0.5dB Note 2:AV=Average PowerPK: Peak Power.

Note 3: It is not necessary to test the lowest power level due to AV data of highest power level issmaller than the limit of lowest power level (17/24dBm).

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3.1.3 RF Power Density (Conducted)

3.1.3.1 EUT Conditions

Peak gain of antennas: See Antenna reportCable loss: 1.28dBAmbient temperature : 23 0CRelative humidity: 51%

3.1.3.2 Limit:

Frequency Range (MHz) Mean EIRP density Limit

5150 - 5350 11 dBm e.i.r.p.5470 - 5725 18 dBm e.i.r.p.

3.1.3.3 Test ProcedureSame as Para. 5.3.2.2 of EN 301 803

3.1.3.4 Test dataTemp. (deg.C):

25


Power Density

Channel 1 Channel 4 Channel 5 Channel 8 Channel 9 Channel 14 Channel 19

Test conditions

5180 MHz 5240 MHz 5260 MHz 5320 MHz 5500 MHz 5600 MHz 5700MHz

(dBm e.i.r.p.)10.4 10.3 10.6 10.9 17.88 17.5 17.81

Note: Measurement uncertainty=+/-0.5dB

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3.1.4.3 General Radiation Test Configuration

Antenna andturntable distance3 m.

LoadActive

EUT

Printer SpectrumControl PC

RemoteController

3M

1~4M

To Spectrum

To remotecontroller

To turntable

To Antenna

Metal Full Soldered Ground Plane

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Test data of WLAN operating ModeWLAN, Channel 1: Horizontal, Operating Mode

Operator: Jerry Chiou RBW: 100 KHzHumidity (%): 47

Temperature (C): 26

Frequency RX_R CorrectionFactor

Emission Limit B Margin

MHz dBm dB dBm/m dBm dB56.16 -79.39 30.31 -49.09 -36.00 -13.0973.60 -84.71 26.00 -58.71 -36.00 -22.7179.42 -74.59 26.13 -48.46 -36.00 -12.46109.46 -89.30 29.03 -60.27 -36.00 -24.27235.43 -78.07 23.46 -54.61 -36.00 -18.61249.00 -89.74 25.53 -64.21 -36.00 -28.21

311.01 -92.13 28.35 -63.78 -36.00 -27.78374.00 -92.36 28.69 -63.67 -36.00 -27.67499.01 -87.51 30.64 -56.87 -36.00 -20.87940.88 -93.19 34.79 -58.39 -36.00 -22.39

1122.28 -57.44 3.99 -53.45 -30.00 -23.451816.38 -73.49 7.37 -66.13 -47.00 -19.131873.93 -60.09 6.88 -53.21 -47.00 -6.215463.14 -75.56 7.74 -67.82 -30.00 -37.8210941.3 -78.99 18.86 -60.13 -30.00 -30.1315699.3 -78.48 24.39 -54.08 -30.00 -24.08

Note: Measurement uncertainty=+/-3.1dB.

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WLAN, Channel 1: Vertical Operating ModeOperator: Jerry Chiou RBW: 100 KHz

Humidity (%): 47Temperature (C): 26



MHz dBm dB dBm/m dBm dB56.16 -78.95 30.51 -48.45 -36.00 -12.4579.42 -75.04 25.91 -49.13 -36.00 -13.1388.14 -79.61 26.44 -53.17 -36.00 -17.17163.72 -71.08 24.04 -47.04 -36.00 -11.04209.27 -88.40 25.51 -62.89 -36.00 -26.89232.52 -87.61 25.08 -62.53 -36.00 -26.53499.01 -91.88 30.21 -61.67 -36.00 -25.67

628.86 -94.99 32.18 -62.81 -36.00 -26.81898.25 -95.41 34.28 -61.13 -36.00 -25.13937.98 -95.30 35.11 -60.20 -36.00 -24.20

1845.15 -71.83 5.97 -65.86 -47.00 -18.862621.98 -72.70 10.75 -61.95 -30.00 -31.953449.15 -66.53 4.99 -61.54 -30.00 -31.545002.80 -69.18 6.50 -62.68 -30.00 -32.6810353.8 -64.71 13.24 -51.47 -30.00 -21.4715547.6 -76.70 19.48 -57.23 -30.00 -27.23


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WLAN Channel 4: Horizontal Operating ModeOperator: Jerry Chiou RBW: 100 KHz





374.00 -92.36 28.69 -63.67 -36.00 -27.67499.01 -87.51 30.64 -56.87 -36.00 -20.87940.88 -93.19 34.79 -58.39 -36.00 -22.39

1812.79 -71.06 7.40 -63.66 -47.00 -16.661827.17 -72.58 7.28 -65.30 -47.00 -18.301873.93 -61.27 6.88 -54.39 -47.00 -7.397459.14 -76.59 14.12 -62.48 -30.00 -32.4810476.2 -75.40 18.90 -56.50 -30.00 -26.5015689.5 -78.09 24.41 -53.67 -30.00 -23.67


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WLAN Channel 4: Vertical Operating ModeOperator: Jerry Chiou RBW: 100 KHz





628.86 -94.99 32.18 -62.81 -36.00 -26.81898.25 -95.41 34.28 -61.13 -36.00 -25.13937.98 -95.30 35.11 -60.20 -36.00 -24.20

1845.15 -74.27 5.97 -68.30 -47.00 -21.301873.93 -70.33 6.47 -63.86 -47.00 -16.862247.95 -70.28 10.14 -60.14 -30.00 -30.145434.37 -69.02 7.03 -61.99 -30.00 -31.9910476.2 -66.24 13.52 -52.73 -30.00 -22.7315714.0 -77.23 19.99 -57.23 -30.00 -27.23


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WLAN, Channel 5: Horizontal Operating ModeOperator: Jerry Chiou RBW: 100 KHz





374.00 -92.36 28.69 -63.67 -36.00 -27.67499.01 -87.51 30.64 -56.87 -36.00 -20.87940.88 -93.19 34.79 -58.39 -36.00 -22.39

1374.03 -60.50 8.03 -52.47 -30.00 -22.471816.38 -73.16 7.37 -65.79 -47.00 -18.791873.93 -63.13 6.88 -56.25 -47.00 -9.257559.84 -76.91 14.56 -62.34 -30.00 -32.3410515.4 -75.86 18.82 -57.04 -30.00 -27.0415528.0 -79.40 24.74 -54.66 -30.00 -24.66


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374.00 -92.36 28.69 -63.67 -36.00 -27.67499.01 -87.51 30.64 -56.87 -36.00 -20.87940.88 -93.19 34.79 -58.39 -36.00 -22.39

1374.03 -59.24 8.03 -51.21 -30.00 -21.211845.15 -71.54 7.12 -64.42 -47.00 -17.421873.93 -64.02 6.88 -57.14 -47.00 -10.147556.24 -76.77 14.57 -62.20 -30.00 -32.2010632.9 -73.12 18.83 -54.28 -30.00 -24.2815738.5 -78.14 24.31 -53.83 -30.00 -23.83


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628.86 -94.99 32.18 -62.81 -36.00 -26.81898.25 -95.41 34.28 -61.13 -36.00 -25.13937.98 -95.30 35.11 -60.20 -36.00 -24.20

1845.15 -71.63 5.97 -65.65 -47.00 -18.651873.93 -70.98 6.47 -64.52 -47.00 -17.522122.08 -70.92 9.38 -61.54 -30.00 -31.545563.84 -67.21 7.34 -59.87 -30.00 -29.8710637.8 -67.59 13.17 -54.42 -30.00 -24.4215963.6 -78.81 20.77 -58.05 -30.00 -28.05


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374.00 -92.36 28.69 -63.67 -36.00 -27.67499.01 -87.51 30.64 -56.87 -36.00 -20.87940.88 -93.19 34.79 -58.39 -36.00 -22.39

1827.17 -73.58 7.28 -66.30 -47.00 -19.301848.75 -74.09 7.09 -67.00 -47.00 -20.001873.93 -60.35 6.88 -53.47 -47.00 -6.475049.55 -74.94 6.98 -67.96 -30.00 -37.9610995.1 -72.34 18.87 -53.47 -30.00 -23.4716502.1 -80.14 30.02 -50.12 -30.00 -20.12


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628.86 -94.99 32.18 -62.81 -36.00 -26.81898.25 -95.41 34.28 -61.13 -36.00 -25.13937.98 -95.30 35.11 -60.20 -36.00 -24.20

1873.93 -74.98 6.47 -68.51 -47.00 -21.512122.08 -72.60 9.38 -63.22 -30.00 -33.223661.34 -69.17 5.60 -63.58 -30.00 -33.585186.21 -69.03 6.73 -62.30 -47.00 -15.3010995.1 -66.19 12.14 -54.04 -30.00 -24.0416487.4 -77.59 19.23 -58.35 -30.00 -28.35


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374.00 -92.36 28.69 -63.67 -36.00 -27.67499.01 -87.51 30.64 -56.87 -36.00 -20.87940.88 -93.19 34.79 -58.39 -36.00 -22.39

1374.03 -58.76 8.03 -50.73 -30.00 -20.731837.96 -70.58 7.18 -63.39 -47.00 -16.391873.93 -62.53 6.88 -55.65 -47.00 -8.655197.00 -75.49 7.25 -68.24 -47.00 -21.2411195.8 -72.13 19.70 -52.43 -30.00 -22.4317011.2 -81.48 31.09 -50.39 -30.00 -20.39


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628.86 -94.99 32.18 -62.81 -36.00 -26.81898.25 -95.41 34.28 -61.13 -36.00 -25.13937.98 -95.30 35.11 -60.20 -36.00 -24.20

1845.15 -73.63 5.97 -67.66 -47.00 -20.662247.95 -74.74 10.14 -64.60 -30.00 -34.602621.98 -74.55 10.75 -63.80 -30.00 -33.805258.14 -67.77 6.81 -60.95 -47.00 -13.9511195.8 -64.98 12.73 -52.24 -30.00 -22.2416991.6 -81.06 23.38 -57.68 -30.00 -27.68


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374.00 -92.36 28.69 -63.67 -36.00 -27.67499.01 -87.51 30.64 -56.87 -36.00 -20.87940.88 -93.19 34.79 -58.39 -36.00 -22.39

1122.28 -57.97 3.99 -53.98 -30.00 -23.981374.03 -62.23 8.03 -54.20 -30.00 -24.201873.93 -63.41 6.88 -56.53 -47.00 -9.535232.97 -69.65 7.32 -62.33 -47.00 -15.3311391.6 -73.03 20.52 -52.51 -30.00 -22.5116742.0 -80.43 30.59 -49.84 -30.00 -19.84


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628.86 -94.99 32.18 -62.81 -36.00 -26.81898.25 -95.41 34.28 -61.13 -36.00 -25.13937.98 -95.30 35.11 -60.20 -36.00 -24.20

1845.15 -75.09 5.97 -69.12 -47.00 -22.121873.93 -74.38 6.47 -67.91 -47.00 -20.912373.83 -74.41 10.91 -63.51 -30.00 -33.515621.38 -49.80 7.55 -42.26 -30.00 -12.2611396.5 -70.09 13.35 -56.73 -30.00 -26.7317207.0 -81.32 23.79 -57.53 -30.00 -27.53


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WLAN Vertical Standby ModeOperator: Jerry Chiou RBW: 100 KHz





867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.58

1248.15 -59.09 6.01 -53.08 -47.00 -6.081298.50 -58.92 6.82 -52.10 -47.00 -5.101374.03 -61.09 8.03 -53.06 -47.00 -6.065125.07 -74.88 7.12 -67.76 -47.00 -20.769130.07 -76.60 21.11 -55.49 -47.00 -8.4916810.5 -80.61 30.75 -49.86 -47.00 -2.86


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3.1.5 Transmitter Unwanted Emissions Within 5GHz RLAN bands

3.1.5.1 Limits: The average level of the transmitted spectrum shall not exceed the limits

which is shown in figure 2

3.1.5.2 Test Procedure: Same as para. 5.3.4 of EN 301 893.

3.1.5.3 Test Procedure: Same as para. 5.3.4 of EN 301 893.

3.1.5.4 Equipment SetupRBW: 1MHzVBW: 30KHzVideo averaging ON

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3.1.5.5 Test Results:Channel 1: 5180MHz

Channel 4: 5240MHz

International Standards Labtoratory

Channel 1 (dBc)

5.14G 5.15G 5.16G 5.17G 5.18G 5.19G 5.20G 5.21G 5.22G

Frequency

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

0

10.0

A m p

l i t u

d e

( d B m

)


Channel 4 (dBc)

5.20G 5.21G 5.22G 5.23G 5.24G 5.25G 5.26G 5.27G 5.28G

Frequency

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

0

10.0

A m

p l i t u

d e

( d B m

)

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Channel 5: 5260MHz

Channel 8: 5320MHz


Channel 5 (dBc)

5.22G 5.23G 5.24G 5.25G 5.26G 5.27G 5.28G 5.29G 5.30G

Frequency

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

0

10.0

A m p

l i t u

d e

( d B m

)


Channel 8 (dBc)

5.28G 5.29G 5.30G 5.31G 5.32G 5.33G 5.34G 5.35G 5.36G

Frequency

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

0

10.0

A m p

l i t u

d e

( d B m

)

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Channel 9: 5500MHz

Channel 14: 5600MHz


Channel 9 (dBc)

5.46G 5.47G 5.48G 5.49G 5.50G 5.51G 5.52G 5.53G 5.54G

Frequency

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

0

10.0

A m p

l i t u

d e

( d B m

)


Channel 14 (dBc)

5.56G 5.57G 5.58G 5.59G 5.60G 5.61G 5.62G 5.63G 5.64G

Frequency

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

0

10.0

A m p

l i t u

d e

( d B m

)

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Channel 19: 5700MHzInternational Standards Labtoratory

Channel 19 (dBc)

5.66G 5.67G 5.68G 5.69G 5.70G 5.71G 5.72G 5.73G 5.74G

Frequency

-70.0

-60.0

-50.0

-40.0

-30.0

-20.0

-10.0

0

10.0

A m p

l i t u

d e

( d B m

)

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3.1.6 Dynamic Frequency Selection (DFS)

3.1.6.1 Theory of the DFS declared by the manufacturer

The Equipment shall employ a Dynamic Frequency Selection (DFS) mechanism to detect interferencefrom other Systems and therefore is able to avoid co-channel operation with other systems, notablyradar systems. Dynamic Frequency Selection associated with the channel selection mechanism shall berequired to provide a uniform spread of the loading of the equipment across a minimum of 14 channels( or 330MHz), or 255MHz in the case of equipment used only in the band 5470MHz to 5725MHz tofurther facilitate sharing with satellite services.

The RLAN products will provide the specified DFS feature on the Access point device via the followingmethod:

During initial startup (before communication between an Access point and any Stations in the RLANservice) and during normal operation when the Access Point is associated and communicating with oneor more Stations, the radio screens all packets received by the Access Point. The radio and controllerhardware records any event that caused the receiver to sense a signal above the specified threshold. Thisinformation is reported to the software driver including an estimate of the size of the event and anindication of when the event occurred. In addition, the driver logs if a valid RLAN packet was receivedin order to determine if the recorded event in not caused by an RLAN that signals.

Once communicated to the driver, the driver sorts through all the events and searches for repetitivesignals (such as radars). The driver builds a histogram which captures the % of time of the channel isoccupied with valid 11a traffic at each power level as well as all remaining non-RLAN signals sorted bymagnitude. A periodogram is then calculated for each of the magnitude bins. The periodicities that are

present in the events. Radar signals show two basic periodic natures. First, a given pulse burststhemselves have a quiet interval between them. Therefore the pulse bursts themselves have a periodicnature.

The output of the periodogram is processed by the algorithm for a number of characteristics:1). Periods present that correspond to a known radar system/signal.2). Any type of periodicity (i.e. an unfamiliar radar systems).3). Periodicity corresponding to the natural periods of RLAN packets.

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The periodogram will detect the above characteristics even if there are additional events due to thermalnoise fluctuations or missed RLAN packets.

If the Access Point detects the presence of a radar signal or other unknown periodic signal, it will switchto another channel and then repeat the detection/listen sequence to determine if there are radars presenton that channel. If the channel is clear, it begins sending beacons on that new channel so that Stations canre-associate with the Access Point. Otherwise it switches to another channel and repeats the processuntil it finds a channel with no radar signals.

The above functionality is limited to the Access Point device in an RLAN installation. One feature will beconfigured for Station devices (e.g. WLAN PC Cards, etc.): All Station devices will be constrained to

passive scanning mode. This ensures that Station do not transmit probe requests before detecting anavailable Access Point in the area. This prevents a Station from interfering with radar systems while tryingto locate an Access Point. Passive scanning in fully supported by the 802.11a protocol.

The procedure for channel selection by the Access Point is as follows: The Access Point profiles allchannel before starting communication. First, any channels in which radar signals are suspected wouldnot be used in any circumstances. Second, the Access Point would avoid any channels that are alreadyheavily loaded with RLAN traffic. Finally, among the remaining channels that neither radar nor RLANtraffic, the Access Point chooses a channel randomly to begin communication. This priotization andmethod for channel selection ensures the most uniform spreading of the traffic while minimizing potentialinterference to other users of the bands. This completes the description of the radar avoidancemechanisms.

3.1.6.2 ConclusionFrom the theory of DFS used in this product, it is for sure that this product does meet the DFSrequirement of this standard.

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3.1.7 Transmitter Power Control (TPC)

3.1.7.1 Theory of the TPC declared by the manufacturer

Transmitter power control shall be employed in up and downlink to ensure a mitigation factor of atleast 3 dB on the average output power of the devices under the coverage area of a satellite.

The RLAN products will provide the specified 3 dB mitigation factor via the following means:

When configured and sold in the European Community, the transmit power of the Access Point andStation devices will be reduced from the legal maximum by the required 3 dB mitigation factor.Therefore, the maximum transmit power level will be set below the limit specified by the applicableregulatory requirement (EN301 893 draft).

This method of meeting the TPC clause above represents the most certain way to meet the goal of3dB mitigation of all RLAN signals in any satellite coverage area. In addition, this is the most effectivemethod for the 802.11a protocol since the 802.11a protocol depends highly on CSMA (listen beforetalk) access. With CSMA, all stations in a network must be able to detect each other. If a Stationwere to transmit at a lower power, it would risk becoming a hidden node, inviting collisions andinefficient use of the medium. Therefore any more sophisticated TPC system is likely to make thenetwork less efficient, increasing the number of collisions and retransmissions, thereby increasinginterference rather than reducing it.

3.1.7.2 The RF output power of EUTThe RF output power in highest power level of EUT is 11.01 EIRP (refer to 5.1.2.4 of this testreport ) which is smaller than the RF power Limit of Lowest Power Level 17dBm EIRP.

3.1.7.3 ConclusionFrom the software control theory and the RF output power of EUT mentioned above, this productdoes meet the TPC requirement of EN 301 893.

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3.1.8 Receiver Spurious Emission, (Radiated)

3.1.8.1 Test Procedure

The EUT was set up on a plastic table in a 3m fully anechoic chamber ( 25MHz-26.5GHz) . Thedistance from EUT to receiving antenna is 3m. The radiated spurious emission of EUT from 25MHz to26.5GHz was measured. An reference transmitting antenna was used to determine the radiatedamplitude of EUT. The setting of spectrum analyzer is as follows

Equipment mode: Spectrum analyzerDetector mode: PeakMode: MaxholdSweep time: 1 secondSpan: 100MHzResolution BW: 100KHz (for 25~1000Mhz)

1Mhz (for 1~26.5Ghz)Video BW: 100KHz (for 25~1000Mhz)1Mhz (for 1~26.5Ghz)

Center Frequency: 25MHz~26.5GHz

3.1.8.2 Receiver limits for narrowband spurious emissions

Frequency Range Limit

25MHz~1GHz -57dBm

above 1GHz~26.5GHz -47dBm

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LoadActive

EUT


RemoteController

3M

1~4M

To Spectrum

To remotecontroller

To turntable

To Antenna



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3.1.8.4 Test data of WLAN Receiver Mode.Using the test program to setup the WLAN of EUT into Receiver Mode.Channel 1: Horizontal


Temperature (C): 26



MHz dBm dB dBm/m dBm dB59.07 -91.87 28.52 -63.35 -57.00 -6.35102.67 -90.50 28.84 -61.66 -57.00 -4.66211.20 -84.20 22.32 -61.89 -57.00 -4.89249.00 -89.30 25.53 -63.77 -57.00 -6.77374.00 -90.77 28.69 -62.08 -57.00 -5.08624.01 -96.49 31.79 -64.70 -57.00 -7.70749.02 -98.00 32.66 -65.34 -57.00 -8.34867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.58

1248.15 -59.09 6.01 -53.08 -47.00 -6.081298.50 -58.92 6.82 -52.10 -47.00 -5.101374.03 -61.09 8.03 -53.06 -47.00 -6.06

5125.07 -74.88 7.12 -67.76 -47.00 -20.769130.07 -76.60 21.11 -55.49 -47.00 -8.4916810.5 -80.61 30.75 -49.86 -47.00 -2.86


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Channel 4: HorizontalOperator: Jerry Chiou RBW: 100 KHz





867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.58

1122.28 -57.88 3.99 -53.89 -47.00 -6.891374.03 -58.86 8.03 -50.83 -47.00 -3.831873.93 -59.73 6.88 -52.85 -47.00 -5.857469.93 -75.56 14.26 -61.30 -47.00 -14.309012.59 -77.52 21.91 -55.60 -47.00 -8.6015469.2 -78.70 24.45 -54.25 -47.00 -7.25


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Channel 4: VerticalOperator: Jerry Chiou RBW: 100 KHz





898.25 -96.91 34.28 -62.63 -57.00 -5.63937.98 -96.36 35.11 -61.25 -57.00 -4.25957.36 -96.52 35.36 -61.16 -57.00 -4.16

1996.20 -66.50 8.57 -57.93 -47.00 -10.932122.08 -67.88 9.38 -58.50 -47.00 -11.502373.83 -67.95 10.91 -57.05 -47.00 -10.056624.78 -79.16 9.97 -69.18 -47.00 -22.189438.46 -78.48 17.59 -60.90 -47.00 -13.9017358.7 -80.85 24.05 -56.81 -47.00 -9.81

Note: Measurement uncertainty=+/-3.1dB..

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867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.58

1122.28 -57.32 3.99 -53.33 -47.00 -6.331374.03 -59.91 8.03 -51.88 -47.00 -4.881496.30 -66.45 9.99 -56.46 -47.00 -9.467495.10 -76.52 14.59 -61.93 -47.00 -14.938973.43 -78.01 21.68 -56.33 -47.00 -9.3315855.9 -77.94 24.07 -53.86 -47.00 -6.86


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898.25 -96.91 34.28 -62.63 -57.00 -5.63937.98 -96.36 35.11 -61.25 -57.00 -4.25957.36 -96.52 35.36 -61.16 -57.00 -4.16

1996.20 -68.07 8.57 -59.50 -47.00 -12.502122.08 -65.54 9.38 -56.16 -47.00 -9.162247.95 -65.52 10.14 -55.38 -47.00 -8.382621.98 -68.46 10.75 -57.71 -47.00 -10.716423.38 -79.78 10.00 -69.78 -47.00 -22.789159.44 -76.95 16.30 -60.65 -47.00 -13.65


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867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.58

1122.28 -57.59 3.99 -53.60 -47.00 -6.601284.12 -59.37 6.59 -52.78 -47.00 -5.781374.03 -59.95 8.03 -51.92 -47.00 -4.925294.11 -75.45 7.43 -68.02 -47.00 -21.029007.69 -78.10 21.95 -56.15 -47.00 -9.1515596.5 -78.69 24.60 -54.08 -47.00 -7.08


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898.25 -96.91 34.28 -62.63 -57.00 -5.63937.98 -96.36 35.11 -61.25 -57.00 -4.25957.36 -96.52 35.36 -61.16 -57.00 -4.16

1237.36 -57.63 -0.75 -58.38 -47.00 -11.382122.08 -65.05 9.38 -55.67 -47.00 -8.672621.98 -68.60 10.75 -57.85 -47.00 -10.857739.66 -77.54 13.80 -63.73 -47.00 -16.7313016.8 -81.85 21.92 -59.93 -47.00 -12.9313183.2 -77.42 19.59 -57.83 -47.00 -10.83


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MHz dBm dB dBm/m dBm dB59.07 -91.87 28.52 -63.35 -57.00 -6.35

102.67 -90.50 28.84 -61.66 -57.00 -4.66211.20 -84.20 22.32 -61.89 -57.00 -4.89249.00 -89.30 25.53 -63.77 -57.00 -6.77374.00 -90.77 28.69 -62.08 -57.00 -5.08624.01 -96.49 31.79 -64.70 -57.00 -7.70749.02 -98.00 32.66 -65.34 -57.00 -8.34

867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.581122.28 -56.76 3.99 -52.77 -47.00 -5.771374.03 -59.87 8.03 -51.84 -47.00 -4.841873.93 -63.14 6.88 -56.26 -47.00 -9.265146.65 -74.95 7.16 -67.79 -47.00 -20.799154.55 -76.91 20.94 -55.97 -47.00 -8.9715738.5 -77.70 24.31 -53.38 -47.00 -6.38


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898.25 -96.91 34.28 -62.63 -57.00 -5.63937.98 -96.36 35.11 -61.25 -57.00 -4.25957.36 -96.52 35.36 -61.16 -57.00 -4.16

1873.93 -67.32 6.47 -60.85 -47.00 -13.851996.20 -68.40 8.57 -59.82 -47.00 -12.822122.08 -64.88 9.38 -55.50 -47.00 -8.507329.67 -71.23 10.96 -60.26 -47.00 -13.269355.24 -77.85 17.20 -60.65 -47.00 -13.6517451.7 -80.61 24.20 -56.41 -47.00 -9.41


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867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.58

1298.50 -60.38 6.82 -53.56 -47.00 -6.561374.03 -60.89 8.03 -52.86 -47.00 -5.862122.08 -63.32 5.26 -58.06 -47.00 -11.067462.74 -75.86 14.16 -61.70 -47.00 -14.709105.59 -77.53 21.28 -56.26 -47.00 -9.2615528.0 -78.70 24.74 -53.95 -47.00 -6.95


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898.25 -96.91 34.28 -62.63 -57.00 -5.63937.98 -96.36 35.11 -61.25 -57.00 -4.25957.36 -96.52 35.36 -61.16 -57.00 -4.16

1122.28 -57.90 3.99 -53.91 -47.00 -6.911374.03 -60.11 8.03 -52.08 -47.00 -5.081496.30 -67.18 9.99 -57.19 -47.00 -10.197462.74 -75.60 11.64 -63.96 -47.00 -16.969286.71 -77.61 16.88 -60.72 -47.00 -13.7217451.7 -80.61 24.20 -56.41 -47.00 -9.41


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MHz dBm dB dBm/m dBm dB59.07 -91.87 28.52 -63.35 -57.00 -6.35

102.67 -90.50 28.84 -61.66 -57.00 -4.66211.20 -84.20 22.32 -61.89 -57.00 -4.89249.00 -89.30 25.53 -63.77 -57.00 -6.77374.00 -90.77 28.69 -62.08 -57.00 -5.08624.01 -96.49 31.79 -64.70 -57.00 -7.70749.02 -98.00 32.66 -65.34 -57.00 -8.34

867.24 -99.00 34.04 -64.96 -57.00 -7.96874.02 -96.73 34.05 -62.69 -57.00 -5.69898.25 -98.66 34.09 -64.58 -57.00 -7.581248.15 -59.96 6.01 -53.95 -47.00 -6.951374.03 -60.75 8.03 -52.72 -47.00 -5.721873.93 -63.25 6.88 -56.37 -47.00 -9.377588.61 -77.07 14.52 -62.55 -47.00 -15.558968.53 -76.93 21.62 -55.31 -47.00 -8.3115855.9 -77.99 24.07 -53.92 -47.00 -6.92


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898.25 -96.91 34.28 -62.63 -57.00 -5.63937.98 -96.36 35.11 -61.25 -57.00 -4.25957.36 -96.52 35.36 -61.16 -57.00 -4.16

1873.93 -65.67 6.47 -59.21 -47.00 -12.212122.08 -66.10 9.38 -56.72 -47.00 -9.722373.83 -67.75 10.91 -56.84 -47.00 -9.847318.88 -75.11 10.91 -64.20 -47.00 -17.209144.75 -76.66 16.23 -60.44 -47.00 -13.4417510.5 -81.09 24.23 -56.87 -47.00 -9.87


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3.1.9 RF Exposure (MPE) Calculations

Reference regulation: FCC CFR47 Section 15.247(b)(4) & 1.1307(b)(1) MPE.

3.1.9.1 Limits for Maximum Permissible Exposure (MPE)A. Limits for Occupational/Controlled Exposure

FrequencyRange(MHz)

Electric FieldStrength(V/m)

Magnetic FieldStrength (A/m)

Power Density(S)

(mW/cm2)

Averaging Time(Minutes)

300-1500 ---- ----- f/300 30

1500-100,000 ---- ----- 5 30

B. Limits for General Population/Uncontrolled ExposureFrequency

Range(MHz)

Electric FieldStrength(V/m)

Magnetic FieldStrength (A/m)

Power Density(S)

(mW/cm2)

Averaging Time(Minutes)

300-1500 ---- ----- f/1500 30

1500-100,000 ---- ----- 1.0 30

3.1.9.2 RF Exposure Calculations:From FCC CFR47 1.1310, the maximum perissible RF exposure for an uncontrolled environment is 1mW/cm 2 .

The Minimum Allowable Distance, R, of EUT is calculated as follows:

Friis Transmission Formula:Pd = (Pout*G)/(4* *R 2)R= [(Pout*G)/(4* *Pd)] 1/2Pout*G = Pe.i.r.pR= [(Pe.i.r.p.)/(4* *Pd)] 1/2

WherePd = power density in mW/cm 2=1mW/cm

g = antenna gain(dBi)

G = antenna numeric gain=Log -1 (g/10)Pout = output power to antenna in mWPe.i.r.p.: please refer the maximum test data of output power

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Since EUT is a Wireless LAN Adapter , the normal use distance is more than 20cm, the suitablestandrad for RF exporsure is 1.1307(b)(1) MPE test. According to the result of the output power, thecalulated minimum allowance distance of EUT is listed below:Due the Minimum Allowance Distance ,where the 1mW/cm 2 exposure limit may be exceeded, of EUT isfar below 20cm. Therefore EUT complys with the RF exposure requiement of FCC.

Table 3.3.1 MPE Minimum Allowance Distance of the WLAN of EUTTemp. (deg. C): 25


Frequency Maximum output Peak power

Maximum output Peak power

Channel

(MHz) e.i.r.p.(dBm) e.i.r.p.(mW)

Minimum AllowanceDistance (cm)

1 5180 12.86 19.32 1.24

4 5240 13.11 20.46 1.28

5 5260 13.54 22.59 1.34

8 5320 13.57 22.75 1.35

9 5500 19.97 99.31 2.81

14 5600 19.95 98.86 2.80

19 5700 19.81 95.72 2.76

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4. 802.11b Test Data

4.1 Transmitter test results

4.1.1 WLAN Effective Radiated Power (Clause 7.2.1)

4.1.1.1 WALN ConditionsDuty cycle of EUT: X = 0.99 ( see clause 7.2.1 step 1)Peak gain of antennas: G = 3.63dBiCable loss: 3.13 dBAmbient temperature : 23 0CRelative humidity: 51%

4.1.1.2 Limit:

Description LimitAverage Radiated Power (AV) 20 dBm e.i.r.p.

Peak Radiated Power (PK) 23 dBm e.i.r.p.

4.1.1.3 Test dataTemp. (deg.C):

25


Effective Radiated Power (dBm e.i.r.p.)Channel 1 Channel 7 Channel 13

2412 MHz 2442 MHz 2472 MHz

Test conditions

PK AV PK AV PK AV

Tnom =250C

Vnom =230V

21.166 18.06 21.728 18.89 21.603 18.5

Vmin.=207V

22.634 19.35 22.478 19.24 22.416 19.01

Tmin = 0 0CVmax.=

253V22.291 19.46 22.072 19.11 22.353 19.3

Vmin.=207V

21.322 18.23 21.447 18.51 21.603 18.38Tmax =

500C Vmax.=253V

20.947 18.19 21.009 18.41 21.509 18.61

Note: 1). Measurement uncertainty = +/- 0.5 dB

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4.1.2 WLAN Transmitter Peak Power Density for DSSS modulation(Clause 7.2.2)

4.1.2.1 EUT ConditionsPeak gain of antennas: G = 3.63dBiCable loss: 3.13 dBAmbient temperature : 23 0CRelative humidity: 51%

4.1.2.2 Limit:

Description LimitFHSS Power Density 20 dBm/100KHz e.i.r.p.DSSS Power Density 10 dBm/MHz e.i.r.p.

4.1.2.3 Test data of Peak Power Density

Temp. (deg. C): 25


Channeltested

Channel Freq.(MHz)

P. Power Density(dBm/MHz)

Limit(dBm/MHz)

Pass/Fail

1 2412.231 8.94 10 Pass

7 2440.795 9.61 10 Pass13 2471.995 9.61 10 Pass

Note 1: Measurement uncertainty=+/-1.2 dB Note 2: The P. Power Density is e.i.r.p. data.

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4.1.3 WLAN Transmitter Frequency Range for DSSS modulation(Clause 7.2.4)

4.1.3.1 EUT ConditionsAmbient temperature : 22 0CRelative humidity: 51%

4.1.3.2 Limit (Europe ETSI):

Description Limit (Europe ETSI)

Frequency Lowest (F L) > 2400 MHz

Frequency Highest (F H)

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4.1.4 Transmitter Spurious Emission, Radiated (Clause 7.2.5)


The EUT was set up on a plastic table in a 3m fully anechoic chamber (30MHz~12.75GHz). Thedistance from EUT to receiving antenna is 3m. The radiated spurious emission of EUT from 30MHz to12.75GHz was measured. A reference transmitting antenna was used to determine the radiatedamplitude of EUT. The setting of spectrum analyzer is as follows.

Equipment mode: Spectrum analyzerDetector mode: PeakMode: MaxholdSweep time: 1 secondSpan: 100MHzResolution BW: 100KHz

Video BW: 100KHzCenter Frequency: 30MHz~12.75GHz

4.1.4.2 Transmitter limits for narrowband spurious emissions

Frequency Range Limit when operating Limit when in standby

30MHz~1GHz -36dBm -57dBm

above 1GHz~12.75GHz -30dBm -47dBm

1.8~1.9GHz

5.15~5.3GHz

-47dBm -47dBm

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LoadActive

EUT


RemoteController

3M

1~4M

To Spectrum

To remotecontroller

To turntable

To Antenna


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WLAN Channel 1: Horizontal Operating Mode


Temperature (C): 26



MHz dBm dB dBm/m dBm dB56.16 -79.76 30.31 -49.45 -36.00 -13.4579.42 -74.27 26.13 -48.15 -36.00 -12.15249.00 -88.83 25.53 -63.30 -36.00 -27.30374.00 -91.93 28.69 -63.24 -36.00 -27.24499.01 -89.02 30.64 -58.38 -36.00 -22.38874.02 -96.55 34.05 -62.50 -36.00 -26.50

937.01 -95.81 34.73 -61.09 -36.00 -25.09940.88 -94.38 34.79 -59.58 -36.00 -23.58949.61 -94.05 34.94 -59.11 -36.00 -23.11957.36 -96.63 35.00 -61.62 -36.00 -25.62999.03 -96.19 35.29 -60.89 -36.00 -24.89

1804.20 -94.42 39.17 -55.25 -47.00 -8.251826.67 -89.16 38.90 -50.26 -47.00 -3.261839.16 -89.89 38.75 -51.14 -47.00 -4.144821.68 -69.45 2.39 -67.06 -30.00 -37.067235.51 -75.28 10.75 -64.53 -30.00 -34.5312474.3 -82.52 26.40 -56.12 -30.00 -26.12


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940.88 -92.18 35.17 -57.01 -36.00 -21.01949.61 -91.94 35.35 -56.59 -36.00 -20.59957.36 -95.39 35.36 -60.03 -36.00 -24.03

1826.67 -88.80 37.64 -51.16 -47.00 -4.161849.15 -92.97 38.00 -54.97 -47.00 -7.972685.81 -74.55 39.86 -34.68 -30.00 -4.684821.68 -56.66 10.00 -46.66 -30.00 -16.666241.26 -76.37 10.49 -65.88 -30.00 -35.887229.77 -71.45 13.40 -58.06 -30.00 -28.06


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940.88 -94.38 34.79 -59.58 -36.00 -23.58949.61 -94.05 34.94 -59.11 -36.00 -23.11957.36 -96.63 35.00 -61.62 -36.00 -25.62999.03 -96.19 35.29 -60.89 -36.00 -24.89

1806.69 -93.13 39.14 -53.99 -47.00 -6.991816.68 -90.73 39.02 -51.71 -47.00 -4.711849.15 -93.00 38.63 -54.37 -47.00 -7.374881.12 -69.12 2.57 -66.54 -30.00 -36.547143.61 -75.64 11.05 -64.59 -30.00 -34.599016.23 -77.87 16.64 -61.23 -30.00 -31.23


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940.88 -92.18 35.17 -57.01 -36.00 -21.01949.61 -91.94 35.35 -56.59 -36.00 -20.59957.36 -95.39 35.36 -60.03 -36.00 -24.03

1814.19 -87.92 37.44 -50.48 -47.00 -3.481826.67 -88.13 37.64 -50.49 -47.00 -3.491839.16 -93.68 37.84 -55.84 -47.00 -8.842685.81 -72.37 39.86 -32.50 -30.00 -2.504881.12 -57.16 10.13 -47.04 -30.00 -17.047321.68 -72.49 13.37 -59.12 -30.00 -29.12


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940.88 -94.38 34.79 -59.58 -36.00 -23.58949.61 -94.05 34.94 -59.11 -36.00 -23.11957.36 -96.63 35.00 -61.62 -36.00 -25.62999.03 -96.19 35.29 -60.89 -36.00 -24.89

1814.19 -88.66 39.05 -49.61 -47.00 -2.611826.67 -89.24 38.90 -50.34 -47.00 -3.341844.16 -92.13 38.69 -53.44 -47.00 -6.441874.13 -95.76 38.33 -57.43 -47.00 -10.434940.56 -67.19 2.76 -64.43 -30.00 -34.4310756.7 -80.78 20.96 -59.82 -30.00 -29.82


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940.88 -92.18 35.17 -57.01 -36.00 -21.01949.61 -91.94 35.35 -56.59 -36.00 -20.59957.36 -95.39 35.36 -60.03 -36.00 -24.03

1826.67 -89.07 37.64 -51.43 -47.00 -4.431849.15 -94.09 38.00 -56.09 -47.00 -9.092398.60 -79.00 39.38 -39.62 -30.00 -9.624940.56 -57.95 10.25 -47.69 -30.00 -17.697413.59 -74.86 13.34 -61.52 -30.00 -31.529883.62 -77.87 17.92 -59.95 -30.00 -29.95


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4.1.4.4 Test data of WLAN Horizontal Standby ModeUsing the test program to setup the WLAN of EUT into standby Mode. During standby Mode, there isnot any signal sent out from RF output pin of wireless LAN module.


Temperature (C): 26



MHz dBm dB dBm/m dBm dB59.07 -93.32 28.52 -64.80 -57.00 -7.80102.67 -91.37 28.84 -62.52 -57.00 -5.52249.00 -88.48 25.53 -62.95 -57.00 -5.95374.00 -91.60 28.69 -62.91 -57.00 -5.91

624.01 -96.77 31.79 -64.98 -57.00 -7.98809.10 -98.16 33.45 -64.71 -57.00 -7.71874.02 -97.05 34.05 -63.00 -57.00 -6.00937.01 -95.93 34.73 -61.20 -57.00 -4.20960.27 -98.69 35.02 -63.67 -57.00 -6.67999.03 -96.12 35.29 -60.82 -57.00 -3.82

1616.88 -91.44 41.44 -49.99 -47.00 -2.991651.85 -94.56 41.02 -53.54 -47.00 -6.543027.97 -88.96 35.55 -53.41 -47.00 -6.414863.64 -77.61 2.52 -75.09 -47.00 -28.09

6975.52 -80.21 11.14 -69.08 -47.00 -22.0812118.1 -81.10 24.22 -56.89 -47.00 -9.89


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WLAN Vertical Standby ModeOperator: Jerry Chiou RBW: 100 KHz





944.76 -95.32 35.25 -60.07 -57.00 -3.07946.70 -96.01 35.29 -60.72 -57.00 -3.72958.33 -97.21 35.36 -61.85 -57.00 -4.85

1811.69 -89.06 37.40 -51.66 -47.00 -4.661826.67 -88.74 37.64 -51.10 -47.00 -4.102123.88 -95.84 40.10 -55.75 -47.00 -8.753230.27 -90.26 39.90 -50.35 -47.00 -3.354888.11 -78.31 10.14 -68.17 -47.00 -21.1712744.3 -82.92 25.93 -56.99 -47.00 -9.99


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4.1.5 Receiver Spurious Emission, Radiated (Clause 7.3.2)


The EUT was set up on a plastic table in a 3m fully anechoic chamber (30MHz-12.75GHz). Thedistance from EUT to receiving antenna is 3m. The radiated spurious emission of EUT from 30MHz to12.75GHz was measured. An reference transmitting antenna was used to determine the radiatedamplitude of EUT. The setting of spectrum analyzer is as follows.

Equipment mode: Spectrum analyzerDetector mode: PeakMode: MaxholdSweep time: 1 secondSpan: 100MHzResolution BW: 100KHzVideo BW: 100KHzCenter Frequency: 30MHz~12.75GHz

4.1.5.2 Receiver limits for narrowband spurious emissions

Frequency Range Limit

30MHz~1GHz -57dBm

above 1GHz~12.75Hz -47dBm

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4.1.5.3 Test data of WLAN Receiver Mode.The test program was set to the Receiver Mode.

4.1.5.3.1 Channel 1: HorizontalOperator: Jerry Chiou RBW: 100 KHz




MHz dBm dB dBm/m dBm dB59.07 -93.32 28.52 -64.80 -57.00 -7.80102.67 -91.37 28.84 -62.52 -57.00 -5.52249.00 -88.48 25.53 -62.95 -57.00 -5.95374.00 -91.60 28.69 -62.91 -57.00 -5.91624.01 -96.77 31.79 -64.98 -57.00 -7.98809.10 -98.16 33.45 -64.71 -57.00 -7.71874.02 -97.05 34.05 -63.00 -57.00 -6.00937.01 -95.93 34.73 -61.20 -57.00 -4.20960.27 -98.69 35.02 -63.67 -57.00 -6.67999.03 -96.12 35.29 -60.82 -57.00 -3.82

1616.88 -91.44 41.44 -49.99 -47.00 -2.991651.85 -94.56 41.02 -53.54 -47.00 -6.543027.97 -88.96 35.55 -53.41 -47.00 -6.41

4863.64 -77.61 2.52 -75.09 -47.00 -28.096975.52 -80.21 11.14 -69.08 -47.00 -22.0812118.1 -81.10 24.22 -56.89 -47.00 -9.89


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Test data of WLAN Receiver Mode.The test program was set to the Receiver Mode.Channel 1: Vertical


Temperature (C): 26



MHz dBm dB dBm/m dBm dB209.27 -88.32 25.51 -62.81 -57.00 -5.81272.25 -89.12 26.23 -62.89 -57.00 -5.89499.01 -92.22 30.21 -62.00 -57.00 -5.00628.86 -95.81 32.18 -63.63 -57.00 -6.63

809.10 -96.55 33.45 -63.10 -57.00 -6.10898.25 -97.14 34.28 -62.86 -57.00 -5.86937.98 -96.29 35.11 -61.18 -57.00 -4.18944.76 -95.32 35.25 -60.07 -57.00 -3.07946.70 -96.01 35.29 -60.72 -57.00 -3.72958.33 -97.21 35.36 -61.85 -57.00 -4.85

1811.69 -89.06 37.40 -51.66 -47.00 -4.661826.67 -88.74 37.64 -51.10 -47.00 -4.102123.88 -95.84 40.10 -55.75 -47.00 -8.753230.27 -90.26 39.90 -50.35 -47.00 -3.35

4888.11 -78.31 10.14 -68.17 -47.00 -21.1712744.3 -82.92 25.93 -56.99 -47.00 -9.99


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ca8-4_radio_04lr026e328

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