Allied Telesis 100FX Desktop PCI-e Fiber Network Adapter Card w/PCI Express, Federal & Government 100 Mbit/s

The Allied Telesis AT-2711FX/ST is a desktop Fast Ethernet fiber network adapter with a PCI-Express (PCI-e) interface. It provides a wired 100 Mbit/s connection for desktop systems and is compatible with existing 100Mbps fiber networks. The card offers low power consumption and is intended for users who need reliable fiber connectivity via PCI Express slots.

Advantages

The PCI-Express x1 design delivers higher available bandwidth and improved bus efficiency while maintaining low power use. Existing Allied Telesis AT-2701FX customers can migrate to PCI-Express without replacing their 100Mbps fiber infrastructure. The adapter includes priority queuing for traffic management and a comprehensive Windows utility for diagnostics, configuration and network analysis.

Suitable for

• Connecting desktop PCs to 100 Mbit/s Fast Ethernet fiber networks
• Upgrading systems from AT-2701FX (legacy PCI) to PCI-Express
• Environments that require wired, low-power fiber network adapters

Key specifications

• Brand: Allied Telesis
• Model: AT-2711FX/ST
• Host interface: PCI Express x1
• Maximum data transfer rate: 100 Mbit/s
• Connectivity: Wired (fiber)
• Weight: 0.05 kg

How to use

Install the AT-2711FX/ST into an available PCI-Express x1 slot on the desktop motherboard, secure the card in the chassis, and connect the fiber cable to the appropriate ST connector. Install the provided Windows utility and device drivers to enable diagnostics, configuration and priority queuing features. After driver installation, verify link status and configure network settings via the operating system or the adapter’s management software.

Recommendations

Use the AT-2711FX/ST in systems with an available PCI-Express slot and existing 100Mbps fiber infrastructure. Keep drivers and the Windows utility up to date for reliable diagnostics and optimal performance. Ensure proper fiber connector cleanliness and correct ST-type patch cords to maintain link quality.