Setup displays the adapter’s configuration, then runs a series of diagnos- tic tests that makes sure the adapter and network are functioning properly. If Setup finds a problem, it displays the results and some possible solutions.

5When Setup finishes the tests, you’ll see the Install Network Drivers screen.

6Select the driver you want to install. Setup can install a NetWare client driver for you. If you’re installing other drivers, Setup displays a README file with installation instructions.

!Troubleshooting

If you can’t connect to a server, first try the suggestions here, then turn to page 14.

• Make sure you’re using the drivers for this adapter. The driver filename contains the letter B (for example, E100BODI.COM).

• If you’re replacing an existing adapter, make sure the LINK statement in your NET.CFG is correct for the new adapter. For example, the LINK statement for a NetWare client should be:

LINK DRIVER E100BODI

• Verify that the frame type in your NET.CFG file matches your network.

• If setting up a server, check your LOAD and BIND statements.

• Test the adapter by running diagnostics in Setup. Additional testing is available by using a responder (see below).

• Check the README files (see page 1 for instructions).

Responder testing on the network (optional)

Setup can test the adapter more thoroughly if you have a responder on the network while running the tests.

1Go to a computer on the network with any EtherExpress adapter installed (except EtherExpress 32 or EtherExpress 16 MCA).

2Run the appropriate configuration program for the installed adapter and set it up as a responder.

3Return to the computer with the new adapter. Run Setup and make the new adapter a sender. Test the adapter.

5

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Intel PRO/100 TX PCI manual Troubleshooting, Responder testing on the network optional
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PRO/100 TX PCI specifications

The Intel PRO/100 TX PCI is a robust network interface card (NIC) designed to provide reliable and high-performance connectivity for desktop computers. This device, which operates on the Peripheral Component Interconnect (PCI) standard, is particularly well-suited for use in Ethernet networks and is known for its efficient handling of data transmission and receipt.

One of the main features of the Intel PRO/100 TX is its compatibility with both 10/100 Mbps Ethernet networks, allowing for flexible integration into varying network configurations. This dual capability ensures that users can achieve optimal performance without the need for extensive hardware upgrades. The card supports auto-negotiation, which dynamically adjusts according to the highest supported speed between the card and the network switch or hub.

The Intel PRO/100 TX is built on the Intel 82559 chipset, which is renowned for its high reliability and efficiency. This chipset utilizes a level of integration that reduces power consumption while maximizing performance, making the card a cost-effective option for businesses looking to enhance their network infrastructure.

Another notable characteristic of the Intel PRO/100 TX is its ability to support advanced networking technologies such as Wake on LAN (WoL), which permits remote powering on of a device. This feature is particularly valuable for IT administrators, allowing for the management of computers without physical access. Additionally, the card supports network fault tolerance, which ensures consistent connectivity even in the event of a network failure, further enhancing operational reliability.

In terms of installation, the Intel PRO/100 TX PCI is designed for easy integration into standard PCI slots, allowing users to upgrade their existing systems with minimal hassle. The card is also equipped with a simple software installation process that includes drivers for various operating systems, ensuring broad compatibility and user-friendliness.

In summary, the Intel PRO/100 TX PCI network interface card is ideal for environments that require dependable and fast network connectivity. With its support for both 10/100 Mbps speeds, advanced features like Wake on LAN, and user-friendly installation process, it remains a valuable component in many networked systems today. Its balance of performance, functionality, and cost-effectiveness makes it a standout choice for users looking to optimize their networking capabilities.
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