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This document contains specifications on a product that is in final release. Specifications may
change without notice. Contact Marvell Field Application Engineers for more information.
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This document explains how to use the software command line interface for the following Libertas™ Wireless LAN
(WLAN) client cards:
•Marvell® CB-32 802.11g WLAN CardBus Card
•Marvell® MB-31 802.11g WLAN Mini PCI Card
These cards include the highly integrated Libertas™ IEEE 802.11g two-chip solutions for client applications. The
chipset consists of the 88W8000G Radio Frequency Transceiver and the 88W8310 WLAN Client device.
1.2Equipment
The overall setup for testing the capabilities and performance of the Libertas™ family of WLAN chipset solutions is
shown in Figure 1. The setup shows the equipment required to test the transmit/receive chains and throughput
between a DUT and a golden source. Proper shielding is required for both the DUT and the golden source.
August 5, 2003, Preliminary Document Classification: Preliminary Information Page 5
Libertas™ 802.11g Client Card
Evaluation Tool User Guide
1.2.2Calibration
It is critical to obtain accurate measurements of the path loss (due to cables, connectors, etc.) from the DUT to the
Golden Unit and from the DUT to the power meter. For path loss measurements, sum the loss of each individual
component along the path. Figure 2 shows the RF path loss for calibration. Figure 3 shows the switch settings for
the programmable attenuator.
Figure 2:RF Path
LAN
Master PC
8493A11636B11636B
Attenuator
DUT
6 dB
Attenuator
6 dB
Agilent WLAN Test Set
Antenna 1 (2) to ESA = 18dB
Antenna 1 (2) to PM = 24dB
Antenna 1 (2) to Golden = 24dB
Golden to PM = 18dB
Figure 3:Switch Driver
Agilent 11713A Attenuator/Switch Driver
Attenuator X
1234
1 dB2 dB4 dB4 dB
8762B
Divider
6 dB
ESA
Attenuator
6 dB
Divider
6 dB
Power
Meter
Attenuator
Attenuator Y
5
678
10 dB20 dB40 dB40 dB
6 dB
8494H/8496H
Programmable
Attenuator
Attenuator/
Switch Driver
Attenuator
6 dB
Switches
90
Slave PC
Golden
Unit
1.3System Requirements
•300 MHz or faster CPU
•Windows® 2000 or 98SE (Second Edition)
•Marvell Libertas™ Client Card (CardBus or Mini PCI)
DutApiPci98_G.exeManual test module executable for client card.
GoldenAP.exeManual test module executable for AP golden unit.
CalDataFile.txtExample manufacturing calibration data file. See Appendix A. "Sample CalDataFile.txt" .
Spi.hexHexadecimal file to program SPI (see command 35).
2.2Software Installation
1.Copy the manufacturing test software files to a directory on the C: drive. DutApiPci98_G.exe, DutApi98Dll.dll,
and SetUp.ini must be in the same directory.
2.Open the Setup.ini file with a text editor. When running both the DutApiPci98_G.exe and GoldenAP.exe test
files, the Setup.ini should contain the Golden Unit IP addresses and DUT and Golden setup information:
August 5, 2003, Preliminary Document Classification: Preliminary Information Page 7
CONFIDENTIAL
Doc. No. MV-S101517-00 Rev. –
Libertas™ 802.11g Client Card
Evaluation Tool User Guide
2.3Windows Driver Installation
Installation of the driver will allow the user to access hardware memory space. The following files are required:
•MWLAN_G.inf
•windrvr.vxd
•DutApiPci98_G.exe
•wdreg.exe
2.3.1Driver Installation Procedure
Windows explorer may not show *.Vxd file on the folder. At the MS-DOS command prompt, use the directory (DIR)
command to check the entire contents of the installation disk.
Notes
•In some of the commands below you are asked to type a text string enclosed in double quotes. Do not
type the quotes, they are just there for clarity.
•Commands that you type in are in bold.
•Pressing the Enter key after typing in a text string is assumed.
1.Copy windrvr.vxd from the installation disk to c:\windows\system\vmm32 directory.
2.Create an application directory (for example, “mkdir c:\mactest”).
3.Copy DutApiPci98_G.exe and wdreg.exe from the installation disk to the application directory.
4.Insert the Marvell card and Windows 98SE will run the device installation wizard.
Use the INF file (a:\MWLAN_G.inf) on the installation disk to install the device.
5.Open the MS-DOS command prompt window and change the directory to the application directory
(for example, “cd c:\mactest”).
6.Type “WDREG.EXE -VXD install” to run the registration program. This is CASE-SENSITIVE.
The following messages should appear:
Creating driver entry... OK
Starting driver entry.… OK
7.Open the MS-DOS command prompt window:
a) Change the directory to the application directory (for example, “cd c:\mactest”).
b) Type “DutApiPci98_G.exe” to run the test program.
The configuration information (MAC address, calibration data, CIS table, etc.) are saved in EEPROM and are
accessed through the SPI interface. The image can be also programmed through the PCI interface. There are two
ways to program the image (build-in SPI or with a hex file). Although the build-in image is more stable, loading the
image from a hex file allows access to more recent information and allows more flexibility.
To program build-in image:
1.Type the command 37.
2.Type 38 to verify the image against the build-in image. There should be no errors reported.
3.Type 48.
This command programs the sub-PID and sub-VID for the Marvell Mini PCI card (47 for the CardBus).
To program the image from the file:
1.Type 39.
The current file name is displayed in brackets. The default is Spi.hex.
When prompted for filename, either press Enter or type Spi.hex.
If there is no change to the configuration, press Enter. If there is a change, the configuration information from
the file name entered is retained for this execution (replaces the information in the default file).
2.Type 40.
This command will verify the image against the given file.
3.Type 48.
This command programs the sub-PID and sub-VID for the Marvell Mini PCI card (47 for the CardBus).
After downloading the image, or if the image already exists, the MAC address is programmed as follows:
1.Type “46 xx.xx.xx.xx.xx.xx”.
This command writes the MAC address (xx.xx.xx.xx.xx.xx). Use command 45 to view the MAC address currently programmed.
a) Use hexadecimal values in the following format: xx.xx.xx.xx.xx.xx for the MAC address.
b) Enter the values with a period (.) in between number pairs.
2.Type 99 to exit.
Notes
•To view the these commands, run the DutApiPci98_G.exe file as follows: “DutApiPci98_G.exe -m”.
The space is required between DutApiPci98_G.exe and -m.
See 3.1.3 "Additional Menu Interface" on page 13.
•Command 37 can be used to download the build-in Spi.hex file. However, when a new Spi.hex is
available, use command 39. When using command 37, use command
The manual test module runs through a simple menu-driven interface. Two executable files are needed for the
test. The Setup.ini file must be located in the same directory as the executable files.
•DutApiPci98_G.exe. Controls the CardBus and Mini PCI cards.
•GoldenAP.exe. Controls the Golden unit. Needed for Rx Sensitivity tests (unless a signal generator is used).
•Setup.ini
Run both the DutApiPci98_G.exe and GoldenAP.exe files to launch the tool. Each command is numbered, and
some commands accept input parameters. For example, to retrieve the current channel setting, type 11 and press
Enter. This command returns the current channel. To set the channel to 6, type “12 6” and press Enter, where 12
is the command and 6 is the input parameter.
3.1.1DUT Interface
Figure 5:PCI Interface Test Menu (DutApiPci98_G.exe)