Equipment Required for this Tutorial........................................................................................5
Test Set.....................................................................................................................................................5
Figure 1. PC Connected Directly to Test Set via LAN Crossover Cable........................................................... 7
Test Set Setup..........................................................................................................................................8
Set the Date and Time (Optional)..........................................................................................................9
Set the RF In/Out Amplitude.................................................................................................................9
Set the Cell Parameters..........................................................................................................................9
PC Setup ................................................................................................................................................10
Windows 98....................................................................................................................................................... 10
Windows 2000................................................................................................................................................... 12
Verify PC Settings.................................................................................................................................14
Verify that Your Device Will Perform an Attach.............................................................................................. 15
Set Up Your Wireless Device............................................................................................................................ 15
Set WAPlite Gateway Address in Your Device ................................................................................................ 16
E6701A Features Using a Direct Connection Between the PC and Test Set.........................18
View the log data on the PC.............................................................................................................................. 19
Save the Log to the PC......................................................................................................... ............................. 19
View the saved log............................................................................................................................................ 20
Log Data Using the Test Set’s Front Panel........................................................................................................20
Appendix C. Glossary................................................................................................................32
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 3 of 32Rev. 1.2; Feb. 14, 2002
About This Tutorial
This tutorial gives you an overview of the primary features of the E6701A GPRS Lab
Application. The tutorial explains how to
- Make a direct connection between the test set and a PC (not over an established LAN)
- Setup the test set and PC for the application
- Capture a screen from the test set
- Perform a PING
- Log protocol
- Use the Data Channel
Introduction
The Agilent Technologies E6701A Lab Application shortens the GPRS wireless appliance
design cycle with a one-box solution for parametric and signaling design validation.
The E6701A Lab Application (LA) is an option for the Agilent 8960 Series 10 (E5515B or
E5515C) Wireless Communications Test Set. With this option, R&D integration engineers
working on functional verification of GPRS wireless appliance firmware and hardware now have
access to a flexible, comprehensive, and easy-to-use one-box solution for quickly and accurately
validating a product’s parametric and signaling design requirements.
The Agilent 8960 Test Set, the industry standard for testing cellular handsets, now
accommodates many requirements of GPRS wireless appliance R&D engineers. The platform’s
new E6701A software retains the measurement and call processing capability of the E1964A
GPRS Mobile Test Application, which establishes a vital link between design and
manufacturing. The ability to use the same equipment in R&D and production allows for a rapid
and smooth transition from one phase in the product lifecycle to the next, as well as improved
troubleshooting processes.
The Test Set’s protocol logging capabilities facilitate testing and troubleshooting of new
signaling features and data channels, so engineers can extract better information about their
designs. Two-way IP data communication, when set up between a device and a network,
provides real data flow on a real data channel, enabling R&D integration engineers to test more
of the data handling performance of a GPRS device. Users of the E6701A can set timing advance
and cell parameters, which allows for testing and troubleshooting issues related to timing and
base station configuration.
Additional information is available on the Web at: www.agilent.com/find/8960support
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 4 of 32Rev. 1.2; Feb. 14, 2002
Equipment Required for this Tutorial
Test Set
Agilent E5515B Opt. 002 or E5515C Opt. 002 or E5515TU Opt. 002 (upgraded)
If unit is E5515B, check serial number for compatibility:
Serial number with US prefix must be ≥ US40410511
Serial number with GB prefix must be ≥ GB40410348
Contact Agilent for E5515B upgrade information if you have a lower serial
number.
E6701A GPRS Lab Application (Test Set internal software; Rev. A.01.10 or higher)
E1960A GSM Test Application (optional Test Set software; useful when testing
wireless devices with both GSM and GPRS capabilities; procedures using the E1960A
TA are NOT included in this tutorial)
Wireless Device
GPRS phone or other wireless appliance
This tutorial was written using a Motorola Timeport 260 Series GPRS Mobile Phone
with RF cable, battery, battery charger
SIM Card (Subscriber Identity Module):
Use a card appropriate for your device.
Personal Computer (PC)
Windows PC
PC Hardware: Ethernet LAN port
PC Operating System:
Microsoft Windows 98
or
Windows NT, Version 4.0 with Service Pack 5 or higher (other operating systems may
work, but they are not supported)
Web Browser: Microsoft Internet Explorer (Version 5.0)
Other browsers may work, but require the following features:
- Support for nested frames
- Support for JavaScript (Version 1.2 or higher)
- Support for tables
WAP Gateway software (for data connect ion evaluations)
The following has been tested by Agilent, but is not endorsed or guaranteed by Agilent. See
Appendix A for download instructions.
Infinite WAPLite Gateway (Captaris Inc.)
Cables
RF Cable
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 5 of 32Rev. 1.2; Feb. 14, 2002
Use an appropriate cable that attaches from your wireless device to the test set’s RF
IN/OUT port.
Normal LAN Cable (Quantity: 2)
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 6 of 32Rev. 1.2; Feb. 14, 2002
Setup
This section describes how to set up the hardware and software needed to use the test
application.
Note: This tutorial was written using a Motorola Timeport® phone. Examples are provided in
the instructions for setting up this phone. You may need to make different settings when using
your own wireless devices.
Hardware Connections
Figure 1. PC Connected to Test Set via a LAN
LAN
LAN Cable
LAN
Port
LAN
Cable
LAN PORT
(Rear Panel)
E5515B/C
Test Set with
E6701A LA
RF IN/OUT
(Front Panel)
RF Test Cable
Personal Computer
Internet Explorer Web browser
and WAP Gateway software
installed)
Device Under Test
SIM card installed)
(with
DUT
RF Test
Port
(with Test
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 7 of 32Rev. 1.2; Feb. 14, 2002
Network Setup
This tutorial is designed around using a Local Area Network (LAN) which is also connected to
the Internet. Your PC or your test set may already be connected to this network. If it is
connected, you will need to know the address method used, and collect valid IP addresses for the
test set, the PC, and the wireless Device Under Test (DUT). You will probably want to contact
your Network Administrator in your IT department.
You will also want to know the network Subnet Mask and the network Gateway address.
Many LANs use a combination of static and dynamic (DHCP) IP addresses; others use only
static IP addresses.
LAN Addresses
Write the addresses you received from your network Administrator here:
Test set IP address: ___________________________
DUT IP address: ___________________________ (The DUT Address must be on the same
subnet as the test set address)
PC IP address: ___________________________
Subnet Mask: ___________________________
Network Gateway address: ___________________________
Test Set Setup
1. Turn on the test set or press the blue SHIFT key, then the green Preset key to reset it.
2. Press the SYSTEM CONFIG key. This displays the System Config Screen.
3. Verify the test application: GPRS Lab Application, E6701A, A.01.10
Note: version should be A.01.10 or higher. If not, some functions may be missing, or
may cause firmware malfunctions.
If the E6701A is not the active Test Application, switch it:
1. Press Application Selection (F3)
2. Press Application Switch (F1); wait a few seconds
3. In the table, use the knob to choose the GPRS Lab Application
a. Press the knob.
b. Choose Yes in the Switch Now? Box. The Test Set will reconfigure to use
the GPRS LA. The power will cycle, and the Test Set will re-start with
the new GPRS LA. (The re-start process requires about 2 minutes).
4. After re-start, verify the test application again.
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 8 of 32Rev. 1.2; Feb. 14, 2002
4. Find the test set’s LAN IP Address, Subnet Mask, and Default Gateway. If they are
already set to non-zero values, record their values on the lines below.
5. If they are not already set, press Instrument Setup (F1) key.
6. Scroll down and set the appropriate values as received from your Network Administrator:
• LAN IP Address
• Subnet Mask
• Default Gateway
Set the Date and Time (Optional)
If you set the correct date and time here, then protocol logs will include the correct date and time.
1. Press Instrument Setup (F1) key
2. Scroll down and set the Date in yyyy.mm.dd format (example: 2002.11.5 = November 5,
2002).
3. Press the knob
4. Edit the date, then press the knob to set it.
5. Scroll down and set the Time in hh.mm 24-hour format (example: 17.46 = 5:46 PM) as
you did for the Date.
6. Press the Close Menu (F6) key.
Set the RF In/Out Amplitude Offset
Set this amplitude to compensate for the device’s RF test cable if necessary.
1. Press RF IN/OUT Amptd Offset (F5) key
2. Press RF IN/OUT Amptd Offset Setup (F2) key
3. Typically, it is OK to leave the RF In/Out Amplitude Offset State Value =
Off for this tutorial. If it is On, check that reasonable values are entered in the table for
the device’s RF test cable.
4. Press the Close Menu (F6) key.
Set the Cell and Call Parameters
1. Press CALL SETUP key
2. On the Call Parms (right) column of softkeys, change Cell Power (F7) to –50 dBm.
For many devices the test set default settings should work fine:
Cell Band (F8):PGSM
Broadcast Chan (F9):20
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 9 of 32Rev. 1.2; Feb. 14, 2002
For other wireless appliances, change the band and channel as necessary.
3. On the Control (left) column of softkeys, press the Data Conn Type (F4) key and
change it to IP Data.
4. On the Control column, press the More key until you see 2 of 2.
5. Press the DUT PDP Setup key (F2); then press the knob (PDP = Packet Data
Protocol.)
6. Enter the DUT IP address as provided by your Network Administrator.
7. Press the knob to set the address.
8. Press the Close Menu (F6) key.
PC Setup
Use the instructions appropriate for the type of address (static or DHCP) and your operating
system (Windows 98 or Windows 2000) below.
Windows 98 and DHCP Address
This procedure assumes your PC connects to an Ethernet Local Area Network using DHCP
dynamic assignment of your PC’s IP address each time you log on.
1. Turn on your PC
2. Log in to your Network with your normal Password.
3. Log in to Windows if needed.
4. Wait until the initial Windows “wallpaper” and icons appear.
5. Turn off any running applications.
6. Open the Control Panel
7. Choose the Internet Options icon
a. Select the Connections tab
b. Select the LAN Settings box
c. In the “Automatic configuration” section, both “Automatically detect settings”
and “Use automatic configuration script” must NOT be checked.
d. In the “Proxy server” section, “Use a proxy server” must be checked in most
situations. If your network does not use a firewall, or if you experience
connection problems, uncheck this box.
e. If you checked “Use a proxy server for your LAN”:
1. Enter your normal network proxy server (usually can be found by
opening Internet Explorer and selecting Tools…Internet
Options…Connections…LAN Settings). You may also need to try webproxy and port: 8088.
Select OK, then OK again to exit the Internet Options menu
Windows 98 and Static Address
1. Turn on your PC
2. Log in to your Network with your normal Password.
3. Log in to Windows if needed.
4. Wait until the initial Windows “wallpaper” and icons appear.
5. Turn off any running applications.
6. Open the Control Panel
Copyright 2002 Agilent Technologies.10001810-E6701A Tutorial LAN Connection
All Rights Reserved.
Page 10 of 32Rev. 1.2; Feb. 14, 2002
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