Emissions Report

FCC ID: JF6-0101

Test Report

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FCCID_159908

Table of Contents

1 EXECUTIVE SUMMARY........................................................................................................4
1.1 SCOPE .................................................................................................................................4
1.2 P URPOSE .............................................................................................................................4
1.3 SUMMARY OF T EST RESULTS ................................................................................................4
1.4 SUMMARY OF EVALUATION RESULTS ....................................................................................4
1.5 SPECIAL ACCESSORIES .........................................................................................................4
1.6 EQUIPMENT MODIFICATIONS ................................................................................................5
2 LABORATORY INFORMATION ............................................................................................5
2.1 ACCREDITATIONS & ENDORSEMENTS ....................................................................................5
2.2 T EST FACILITIES ..................................................................................................................6
2.3 MEASUREMENT UNCERTAINTY .............................................................................................6
2.4 CALIBRATION T RACEABILITY ...............................................................................................7
3 PRODUCT INFORMATION....................................................................................................7
3.1 P RODUCT DESCRIPTION ........................................................................................................7
3.2 EQUIPMENT CONFIGURATION ...............................................................................................8
3.3 OPERATION MODE ...............................................................................................................8
4 EMISSIONS ..............................................................................................................................8
4.1 RADIATED EMISSIONS ..........................................................................................................8
4.2 CONDUCTED EMISSIONS .....................................................................................................16
5 TEST EQUIPMENT USE LIST..............................................................................................21

6 EMC TEST PLAN ..................................................................................................................23
6.1 INTRODUCTION ..................................................................................................................23
6.2 CUSTOMER ........................................................................................................................23
6.3 EQUIPMENT UNDER T EST (EUT).........................................................................................23
6.4 EQUIVALENT MODELS ........................................................................................................27

Report Number: 0931ALC Page 3 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Scope
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

1 Executive Summary

1.1 Scope
This report is intended to document the status of conformance with the requirements of the FCC Title 47,
Part 15, Subpart B based on the results of testing performed on Start Date through End Date on the
SpeedTouch Wireless Modem Model No. 3EC18883DD manufactured by Alcatel USA. This report only
applies to the specific samples tested under the stated test conditions. It is the responsibility of the
manufacturer to assure that additional production units of this model are manufactured with identical or
EMI equivalent electrical and mechanical components. This report is further intended to document
changes and modifications to the EUT throughout it’s life cycle. All documentation will be included as a
supplement.

1.2 Purpose
Testing was performed to evaluate the EMC performance of the EUT in accordance with the applicable
requirements, procedures, and criteria defined in the application of regulations and application of
standards listed in this report.

1.3 Summary of Test Results

Table 1 - Summary of Test Results
Emission Test Method(s) Test Parameters Result
Radiated ANSI C63.4:1992 30 MHz to 1000 MHz, Class B compliant
Emissions
Conducted ANSI C63.4:1992 450 kHz to 30 MHz, Class B compliant
Emissions

1.4 Summary of Evaluation Results
The following equipment was evaluated against the product tested with respect to the electrical,
mechanical, and functional similarities found in the EMC Test Plan. It was determined that the EMC
performance with respect to the Standard would be equal to or better than the product tested.

Table 2 – Equivalent Products
Product Evaluated
Model Number Part Number

1.5 Special Accessories
No special accessories were necessary in order to achieve compliance.

Report Number: 0931ALC Page 4 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Equipment Modifications
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

1.6 Equipment Modifications
No modifications were found to be necessary in order to achieve compliance.

2 Laboratory Information

2.1 Accreditations & Endorsements

2.1.1 US Federal Communications Commission
Flextronics Compliance Laboratories is accredited by the commission for performing testing services for
the general public on a fee basis. This laboratory has been fully described in reports dated May 12, 1997,
submitted to the FCC, and accepted by letter dated June 25, 1997 (31040/SIT 1300F2). The laboratory
scope of accreditation includes: Title 47 CFR Part 15, 18, and 90. The accreditation is updated every 3
years.

2.1.2 NIST / NVLAP
Flextronics Compliance Laboratories is accredited by the National Voluntary Laboratory Accreditation
Program which is administered under the auspices of the National Institute of Standards and Technology.
The laboratory has been assessed and accredited in accordance with ISO Guide 25 and ISO 9002 (Lab
code 200094-0). The scope of laboratory accreditation includes emission and immunity testing. The
accreditation is updated annually.

2.1.3 TUV Rheinland of North America, Inc.
TUV Rheinland of North America, Inc. is a Nationally Recognized Testing Laboratory (NRTL).
Flextronics Compliance Laboratories has been assessed and approved in accordance with EN 45001 and
has been authorized to carry out EMC tests based on a Contract for the Co-Operation of TUV Rheinland
of N.A., Inc with a Sub-Contracted EMC Laboratory.

2.1.4 NEMKO
NEMKO is a Nationally Recognized Testing Laboratory (NRTL). Flextronics Compliance Laboratories
has been assessed and approved in accordance with EN 45001 and Nemko Document ELA 10 (Aut. No.:
ELA 185).

2.1.5 Japan - VCCI
The Voluntary Control Council for Interference by Information Technology Equipment (VCCI) is a group
that consists of Information Technology Equipment (ITE) manufacturers and EMC test laboratories. The
purpose of the Council is to take voluntary control measures against electromagnetic interference from
Information Technology Equipment, and thereby contribute to the development of a socially beneficial
and responsible state of affairs in the realm of Information Technology Equipment in Japan. Flextronics
Compliance Laboratories has been assessed and approved in accordance with the Regulations for
Voluntary Control Measures. (Registration No. R-1174 and C-1236).

Report Number: 0931ALC Page 5 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

$Flextronics Compliance Laboratories Test Facilities 762 Park Ave., Youngsville, NC 27596 Tel: (919) 554-0901, Fax: (919) 556-2043 2.1.6 Acceptance By Mutual Recognition Arrangement The United States has an established agreement with specific countries under the Asia Pacific Laboratory Accreditation Corporation (APLAC) Mutual Recognition Arrangement. Under this agreement, all Flextronics Compliance Laboratories’ test results and test reports within the scope of the laboratory NIST / NVLAP accreditation will be accepted by each member country. 2.2 Test Facilities All of the test facilities are located at 762 Park Ave., Youngsville, North Carolina 27596, USA. 2.2.1 Emission Test Facility The Open Area Test Site and AC Line Conducted measurement facility used to collect the radiated and conducted data has been constructed in accordance with ANSI C63.7:1992. The site has been measured in accordance with and verified to comply with the theoretical normalized site attenuation requirements of ANSI C63.4:1992, at a test distance of 3 and 10 meters. This site has been described in reports dated May 12, 1997, submitted to the FCC, and accepted by letter dated June 25, 1997 (31040/SIT 1300F2). The site is listed with the FCC and accredited by NVLAP (code 200094-0). 2.2.2 Immunity Test Facility ESD, EFT, Surge, PQF: These tests are performed in an environmentally controlled room with a 3.7m x 3.7m x 3.175mm thick aluminum floor connected to PE ground. For ESD testing, tabletop equipment is placed on an insulated mat with a surface resistivity of 109 Ohms/square on a 1.6m x 0.8m x 0.8m high non-conductive table with a 3.175mm aluminum top (Horizontal Coupling Plane). The HCP is connected to the main ground plane via a low impedance ground strap through two 470 k? resistors. The Vertical Coupling Plane consists of an aluminum plate 50cm x 50cm x 3.175mm thick. The VCP is connected to the main ground plane via a low impedance ground strap through two 470 k? resistors. For each of the other tests, the HCP is removed. RF Field Immunity testing is performed in a 7.3m x 3.7m x 3.2m anechoic chamber. RF Conducted and Magnetic Field Immunity testing is performed on a 4.9m x 3.7m x 3.175mm thick aluminum ground plane which is connected to one end of the anechoic chamber. All test areas allow a minimum distance of 1 meter from the EUT to walls or conducting objects. 2.3 Measurement Uncertainty Two types of measurement uncertainty are expressed in this report, per ISO Guide To The Expression Of Uncertainty In Measurement, 1st addition, 1995. The Combined Standard Uncertainty is the standard uncertainty of the result of a measurement when that result is obtained from the values of a number of other quantities, equal to the positive square root of a sum of terms, the terms being the variances or co-variances of these other quantities weighted according to how the measurement result varies with changes in these quantities. The term standard uncertainty is the result of a measurement expressed as a standard deviation. The Expanded Uncertainty defines an interval about the result of a measurement that may be expected to encompass a large fraction of the distribution of values that could reasonably be attributed to the measurand. The fraction may be viewed as the coverage probability or level of confidence of the interval. Report Number: 0931ALC Page 6 of 27 EUT: SpeedTouch Wireless Modem Model: 3EC18883DD FCC ID: JF6-0101 33_EME/I 01/29/2001$

Flextronics Compliance Laboratories Radiated Emissions
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

Measurement equipment was located outside of the chamber. A video camera was placed inside the
chamber to view the EUT.

4.1.1.2 Final Test
For each frequency measured, the peak emission was maximized by manipulating the receiving antenna
from 1 to 4 meters above the ground plane and placing it at the position that produced the maximum
signal strength reading. The turntable was then rotated through 360° while observing the peak signal and
placing the EUT at the position that produced maximum radiation. The six highest emissions relative to
the limit were measured unless such emissions were more than 20 dB below the limit. If less than six
emissions are within 20 dB of the limit, than the noise level of the receiver is measured at frequencies
where emissions are expected. Multiples of all oscillator and microprocessor frequencies were also
checked.
Final testing was performed on the Open Area Test Site (OATS). The EUT was placed on a 1.0m x 1.5m
non-conductive table 80cm above the ground plane. The placement of EUT and cables were the same as
for preliminary testing and is shown in the setup photographs.

4.1.1.3 Deviations
There were no deviations from this test methodology.

4.1.2 Test Results
Section 4.1.2.1 contains preliminary test data as well as any engineering data used to determine any
modifications or special accessories. Section 4.1.2.1 lists the final measurement data under the worst case
operating modes, configurations, and/or cable positions. It also reflects the results including any
modifications and/or special accessories listed in Sections 1.5 and 1.6.
As originally tested, the EUT was found to be compliant to the requirements of the test standard(s).

4.1.2.1 Final Data
The data recorded in this section contains the final results under the worst-case conditions and with any
modifications or special accessories implemented as the manufacturer intends.

Report Number: 0931ALC Page 9 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Radiated Emissions
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

SOP 1 Radiated Emissions Tracking # 0931ALC Page 1 of 4

Manufacturer Alcatel USA Date 24 April 2001
Witness Dave Hollis Temp / Hum in 73 Deg F / 44% rh
EUT Name SpeedTouch Wireless Modem Temp / Hum out
EUT Model 3EC18883DD Line AC / Freq 120 VAC / 60 Hz
EUT Serial None RBW / VBW 120 kHz / 300 kHz
Specification FCC 47 CFR Part 15 Detector Peak
Test Method ANSI C63.4:1992 Dist / Ant Used 3m

Emission ANT ANT Table FIM Amp Cable ANT E-Field 3 Meter Spec
Freq Polar Pos Pos Value Gain Loss Factor Value Limit Margin
(MHz) (H/V) (m) (deg) (dBuV) (dB) (dB) (dB/m) (dBuV/m) (dBuV/m) (dB)
70.65 V 1 69 14.67 0.00 0.89 9.51 25.06 40.00 -14.94
141.30 H 2.9 290 14.52 0.00 1.07 -1.00 14.59 43.50 -28.91
141.30 V 1.2 347 12.15 0.00 1.07 -1.00 12.22 43.50 -31.28
212.00 H 1.8 269 20.31 0.00 1.39 11.38 33.08 43.50 -10.42
282.60 V 1 124 18.24 0.00 1.49 13.45 33.19 46.00 -12.81
335.60 H 1 56 22.14 0.00 1.90 15.02 39.07 46.00 -6.93
353.30 V 1 70 16.22 0.00 1.64 16.27 34.12 46.00 -11.88
371.00 H 1 51 23.48 0.00 1.71 15.58 40.77 46.00 -5.23
406.30 H 1 278 21.06 0.00 1.76 16.67 39.49 46.00 -6.51
415.10 H 1 69 19.11 0.00 1.78 16.70 37.59 46.00 -8.41
441.60 H 1 60 22.51 0.00 1.87 17.04 41.42 46.00 -4.58
441.60 V 1.3 151 17.34 0.00 1.87 16.93 36.15 46.00 -9.85
512.30 H 2 69 14.98 0.00 1.97 18.40 35.35 46.00 -10.65
565.30 V 1 147 12.90 0.00 2.09 17.92 32.90 46.00 -13.10
635.90 V 1 65 11.89 0.00 2.23 19.52 33.64 46.00 -12.36
706.60 V 1 69 16.10 0.00 2.30 20.46 38.86 46.00 -7.14
777.20 H 2.1 328 5.80 0.00 2.41 21.19 29.39 46.00 -16.61
777.20 V 1 39 10.56 0.00 2.41 20.49 33.45 46.00 -12.55
918.50 H 1 179 8.88 0.00 2.57 24.17 35.62 46.00 -10.38
925.00 H 1 180 6.52 0.00 2.55 24.20 33.27 46.00 -12.73
Spec Margin = E-Field Value - Limit, E-Field Value = FIM Value - Amp Gain + Cable Loss + ANT Factor ? Uncertainty
Combined Standard Uncertainty uc(y) = ? 1.6dB Expanded Uncertainty U = kuc(y) k = 2 for 95% confidence
Notes:

Performed by Jim Hope Date 24 April 2001
(Name / Signature)

EMC Supervisor Date
(Name / Signature)

Report Number: 0931ALC Page 10 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Conducted Emissions
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

4.2 Conducted Emissions
Testing was performed in accordance with ANSI C63.4:1992. These test methods are listed under the
laboratory’s NVLAP Scope of Accreditation.
This test measures the levels emanating from the EUT, thus evaluating the potential for the EUT to cause
radio frequency interference to other electronic devices.

4.2.1 Test Methodology
A test program that controls instrumentation and data logging was used to automate the AC Power Line
Conducted emission test procedure. The frequency range of interest was divided into sub-ranges such as
to yield a frequency resolution of 9 kHz. For each frequency sub-range, each phase and neutral of the AC
power line were measured with respect to ground. Measurements were performed using a set of 50? H /
50? LISNs.
Testing is either performed in the anechoic chamber or on PLC Site 2. The setup photographs clearly
identify which site was used. The vertical ground plane used in the anechoic chamber is a 2m x 2m
wooden frame that is covered with ¼ inch hardware cloth and is bonded to the horizontal ground plane.
In the case of tabletop equipment, the EUT is placed on a 1.0m x 1.5m non-conductive table 80cm above
the ground plane and 40cm from a vertical ground reference plane. The rear of the EUT was positioned
flush with the backside of the table and directly over the LISNs. The power and I/O cables were routed
over the edge of the table and bundled approximately 40cm from the ground plane. Support equipment
was powered from a separate LISN. Floor-standing equipment is placed directly on the ground plane.

4.2.1.1 Deviations
There were no deviations from this test methodology.

4.2.2 Test Results
Section 4.2.2.2 contains preliminary test data as well as any engineering data used to determine any
modifications or special accessories. Section 4.2.2.1 lists the final measurement data under the worst case
operating modes, configurations, and/or cable positions. It also reflects the results including any
modifications and/or special accessories listed in Sections 1.5 and 1.6.
As originally tested, the EUT was found to be compliant to the requirements of the test standard(s).
Plots of the EUT’s AC Line Conducted emissions are contained in the following sections. The plots show
peak and/or average emissions and the corresponding peak and/or average limits. If the peak emissions
are below the average limit, then the EUT is considered to pass and no average measurements are made.
If the peak emissions are below the quasi-peak limit and the average emissions are below the average
limit, then the EUT is considered to pass and no further measurements are made. Otherwise, individual
frequencies are measured and compared to the corresponding limit for the detector used (quasi-peak or
average).

4.2.2.1 Final Data
The data recorded in this section contains the final results under the worst-case conditions and with any
modifications or special accessories implemented as the manufacturer intends.

Report Number: 0931ALC Page 16 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Conducted Emissions
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

SOP 2 Conducted Emissions Tracking # 0931ALC Page 1 of 2

Manufacturer Alcatel USA Date 24 April 2001
Witness Dave Hollis Temp / Hum 75 deg F / 36% rh
EUT Name SpeedTouch Wireless Modem Line AC / Freq 120 VAC / 60 Hz
EUT Model 3EC18883DD RBW / VBW 9 kHz / 30 kHz
EUT Serial None Attenuation 30 db Int
Specification FCC 47 CFR Part 15 Detector Peak/QP/Avg
Test Method ANSI C63.4:1992 LISNs Used 5,6

Emission Line FIM FIM Cable LISN -13dB For FIM Spec Spec
Freq ID Quasi Ave Loss CF FCC BB Value Limit Margin
(MHz) (1,2,3,N) (dBuV) (dBuV) (dB) (dB) Signal (Y/N) (dBuV) (dB) (dB)
.4749 2 32.78 16.11 0 0 Y 19.78 48.0 -28.12
.4777 1 21.5 4.78 0 0 Y 9.5 48.0 -38.5
.5612 1 27.48 16.98 0 0 Y 14.48 48.0 -33.52
.6435 1 26.45 17.29 0 0 Y 13.45 48.0 -34.55
.6445 2 29.63 27.04 0 0 N 29.63 48.0 -17.37
.7676 1 17.41 7.41 0 0 Y 4.41 48.0 -43.59

Spec Margin = FIM Value - Spec Limit ? Uncertainty
FIM Value = FIM Quasi + Cable Loss + LISN CF (if FIM Quasi - FIM Ave ? 6dB) then - 13dB
Combined Standard Uncertainty uc(y) = ? 1.2dB Expanded Uncertainty U = k uc(y) k = 2 for 95% confidence
Notes:

Performed by Jim Hope Date 24 April 2001
(Name / Signature)

EMC Supervisor Date
(Name / Signature)

Report Number: 0931ALC Page 17 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Conducted Emissions
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

Cable, Coax Belden RG-213 005 08 Feb 01 08 Feb 02
Cable, Coax Belden RG-13 007 13 Feb 01 13 Feb 02
Cable, Coax Andrew FSJ1-50A 034 05 Feb 01 05 Feb 02
Cable, Coax Andrew FSJ1-50A 041 01 Mar 01 01 Mar 02
Cable, Coax Andrew FSJ1-50A 045 01 Mar 01 01 Mar 02
Cable, Coax Andrew FSJ1-50A 049 01 Mar 01 01 Mar 02
Calibration Fixture Fischer FCC-BCICF-4 152 CNR Condition II CNR Condition II
Calibration Fixture Fischer FCC-801-2031-CF 203 CNR Condition II CNR Condition II
Current Probe Fischer F-33-1 474 16 Mar 01 16 Mar 02
Current Probe Fischer F-33-1 565 30 Nov 00 30 Nov 01
Current Probe Fischer F61 582 31 Oct 00 31 Oct 01
Current Probe SOLAR Electronics Co. 9119-1N 972550 26 Mar 01 26 Mar 02
Limiter, Transient Schaffner EMC CFL-9206 1629 28 July 00 28 July 01
Limiter, Transient Schaffner EMC CFL-9206 1630 28 July 00 28 July 01
Limiter, Transient Schaffner EMC CFL-9206 1631 28 July 00 28 July 01
LISN (1) 50?H/50? Solar Electronics 8028-50-TS-24 944016 14 Mar 01 14 Mar 02
LISN (2) 50?H/50? Solar Electronics 8028-50-TS-24 9212106 14 Mar 01 14 Mar 02
LISN (3) 50?H/50? Solar Electronics 8028-50-TS-24 921295 14 Mar 01 14 Mar 02
LISN (4) 50?H/50? Solar Electronics 8028-50-TS-24 968441 14 Mar 01 14 Mar 02
LISN (5) 50?H/50? Solar Electronics 8028-50-TS-24 990441 14 July 00 14 July 01
LISN (6) 50?H/50? Solar Electronics 8028-50-TS-24 990443 17 July 00 17 July 01
LISN (7) 50?H/50? Solar Electronics 8028-50-TS-24 990442 17 July 00 17 July 01
LISN (8) 50?H/50? Solar Electronics 8028-50-TS-24 990444 17 July 00 17 July 01
LISN (9) 50?H/50? Solar Electronics 8616-50-TS-200-N 011040 30 Apr 01 30 Apr 02
LISN (10) 50?H/50? Solar Electronics 8616-50-TS-200-N 011041 30 Apr 01 30 Apr 02
LISN (11) 50?H/50? Solar Electronics 8616-50-TS-200-N 011042 30 Apr 01 30 Apr 02
LISN (12) 50?H/50? Solar Electronics 8616-50-TS-200-N 011043 30 Apr 01 30 Apr 02
Noise Generator York University CNE III Ser/98/66 CNR Condition II Sop 1, 2
Probe, Line EMCO 3701 1189 27 Nov 00 27 Nov 01
Spectrum Analyzer Agilent Tec. E7405A US39440157 20 Dec 00 20 Dec 01
Spectrum Analyzer Agilent Tec. E7405A US39440161 26 Dec 00 26 Dec 01
Spectrum Analyzer Hewlett Packard 8591A 3009A00692 04 Jan 00 04 Jan 02
Spectrum Analyzer, QP Hewlett Packard 8591A 3009A01066 21 Aug 00 21 Aug 01
Spectrum Analyzer Hewlett Packard 8591EM 3536A00559 26 Jan 01 26 Jan 02
TIMS Test Set Agilent Technologies 4934A USNFA00499 26 Jan 01 26 Jan 02

General Laboratory Equipment
Cable, Coax Andrew FSJ1-50A 040 01 Mar 01 01 Mar 02
Cable, Coax Andrew FSJ1-50A 043 01 Mar 01 01 Mar 02
Cable, Coax Andrew FSJ1-50A 046 01 Mar 01 01 Mar 02
Meter, Multi Fluke 79-3 69200606 21 Aug 00 21 Aug 01
Meter, Temp/Humid/Barom Fisher 02-400 01 22 Aug 00 22 Aug 01
Meter, Temp/Humidity Dickson Company TH550 6215304 16 Apr 01 16 Apr 02

* Calibration of equipment past due for re-calibration will be performed expeditiously. If any equipment is found to be out of tolerance at that
time, affected customers will be notified accordingly.

Report Number: 0931ALC Page 22 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Introduction
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

6 EMC Test Plan
The attached EMC test plan has been generated by the manufacturer and implemented as recorded in this
test report.

6.1 Introduction
This manufacturer-supplied document provides a description of the Equipment Under Test (EUT),
configuration(s), operating condition(s), and performance acceptance criteria. It is intended to provide the
test laboratory with the essential information needed to perform the requested testing.

6.2 Customer

Table 3 – Manufacturer Information
Company Name: Alcatel
Street Address: 2912 Wake Forest Road
City, State, Zip Code: Raleigh, N.C.
Tel: 919 / 850-5000
Fax:

Table 4 – Technical Contact Information
Contact Name Telephone Fax Email address
David Hollis 919 / 850-5332 919 / 850-6670 David.L.Hollis@usa.alcatel.
com

6.3 Equipment Under Test (EUT)

Table 5 – EUT Designation
Model Name: SpeedTouch Wireless
Model Number: 3EC18883DD

6.3.1 Technical Description
The EUT is an ADSL modem and wireless hub. It connects to the telephone network over a normal
telephone line. It connects to the computer equipment through a wireless link. It uses Asynchronous
Digital Subscriber Line (ADSL) technology to achieve high data rates over normal twisted pair telephone
cable.
It is a desktop modem having a plastic case. It is powered by a modular power supply that plugs into a
120 vac wall socket and is supported by the wall socket.

Report Number: 0931ALC Page 23 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Equipment Under Test (EUT)
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

The modem communicates with up to 64 computers or computer equipment over a wireless link. It acts
as a hub to provide wireless connectivity between all the computer equipment and to remote networks or
internet providers over the telephone line.
I/O cables are: For the telco side it has an RJ11 telephone connector and a cord to plug into a wall type
telephone socket. At the computer equipment side, it has one RJ45 connector for an Ethernet 10 mHz
10BaseT two pair cable. These allow connection to one computer and is used mainly for setting up the
modem features and properties.
Weight 1.3 lb._ Length _7.3 in._ Height _1.25 in._ Width _8.1 in._

6.3.2 Configuration(s)
The EUT is to be tested in two configurations. The first is shown in Figure 1 below. This is the
configuration in which it is normally used and is intended for testing to Part 15 Section B.
In order to test the modem’s radio for power output and spurious emissions, the modem must be
disassembled and the transmitting antenna connected to the radio module replaced with a coaxial cable
and connector. This allows the radio module to be connected directly to a spectrum analyzer. The ADSL
Miniram is not needed for this testing so it is removed. That is the second configuration, shown in
Figure 2.

EUT (1) PC (2)
(Desktop Modem)
Ethernet Cable (A)

Telephone Line (B)

Power Module
Ferrite
EMI Chamber ADSL Miniram (3)

Figure 6 - Block Diagram of EUT Set-Up for Part 15 Section B

Report Number: 0931ALC Page 24 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Flextronics Compliance Laboratories Equipment Under Test (EUT)
762 Park Ave., Youngsville, NC 27596
Tel: (919) 554-0901, Fax: (919) 556-2043

EUT (1)

Coax Cable (C)

EUEUT

Spectrum Analyzer (Test Lab’s)
Power Module

Ethernet Cable (A)
PC (2)

Figure 2 - Block Diagram of EUT Set-Up for Part 15 Radio Tests

Table 6 – Equipment Shown in Block Diagram
Des. Manufacturer Model No. Revision Serial No. Description
1 Alcatel 3EC18883 DD 0090D014276 Wireless ADSL Modem
2 Dell PPL Laptop PC
3 Alcatel 3EC15912 AA ALCL0037767 ADSL Miniram
4
5

Table 7 – Cables Shown in Block Diagram
Type of Cable Shielded or Length
Des. Cable Function (Data or Power) Unshielded (m)
A Ethernet modem to PC Data Unshielded 10
B Telephone cable to modem Data Unshielded 10
C Transmitter to Spectrum Data Coax 0.2
Analyzer
D
E
F
G
H

Report Number: 0931ALC Page 25 of 27
EUT: SpeedTouch Wireless Modem Model: 3EC18883DD
FCC ID: JF6-0101
33_EME/I 01/29/2001

Document Created: 2019-09-12 06:40:06
Document Modified: 2019-09-12 06:40:06