Allied Telesis AT-2911GP/SFP-901 Gigabit Ethernet Card

The Allied Telesis AT-2911GP/SFP-901 is a high-performance PCI-Express dual-port PoE+ Ethernet card designed for demanding business environments. This compact, enterprise-grade adapter brings powerful Gigabit connectivity to desktops and workstations while delivering reliable power to critical devices such as VoIP phones, wireless APs, and IP cameras. With a flexible mix of copper PoE+ ports and a secure fiber uplink option via the SFP-901 compatibility, this card helps you simplify cabling, reduce clutter, and strengthen your network’s reliability. Built for small-to-medium businesses and advanced workstations, the AT-2911GP/SFP-901 blends robust throughput with practical management features, making it an ideal choice for offices that depend on VoIP, video conferencing, and other IP-enabled devices. Whether you’re upgrading an existing desktop to support modern IP hardware or extending a small office network to a fiber-backed backbone, this card is engineered to handle the workload with minimal latency and maximum uptime.

• Dual-Port PoE+ networking: Two RJ-45 ports deliver PoE+ power to VoIP phones, IP cameras, wireless access points, and other powered devices directly from the network, simplifying deployment and reducing the need for separate power outlets.
• PCI-Express compatibility for modern systems: Designed to fit standard PCIe slots, the AT-2911GP/SFP-901 integrates smoothly into contemporary desktops and workstations, offering reliable Gigabit performance without sacrificing space or cooling in compact systems.
• Secure fiber uplink support with SFP-901: The SFP-901 compatibility provides flexible uplink options to a fiber network, enabling long-distance connections, improved security, and segmentation between access networks and core infrastructure.
• IEEE PoE+ standard support: With IEEE 802.3at PoE+ capability, each port can deliver up to 30W to compatible PDs, enabling power-hungry devices without demanding additional power infrastructure—and with a total power budget that supports practical deployments in mid-size offices.
• Plug-and-play with robust management: Engineered for straightforward setup, the AT-2911GP/SFP-901 works with standard drivers and Allied Telesis management tools to monitor status, configure basic settings, and troubleshoot network issues quickly.

Technical Details of Allied Telesis AT-2911GP/SFP-901 Gigabit Ethernet Card

• Model: Allied Telesis AT-2911GP/SFP-901
• Interface: PCI Express (PCIe) card
• Ports: 2 x Gigabit Ethernet ports with PoE+ (RJ-45); SFP-901 compatibility for fiber uplink
• PoE: IEEE 802.3at (PoE+) support; per-port power up to 30W; total budget depends on system power availability and PD requirements
• Data rate: 1 Gbps per port (Gigabit Ethernet)
• Uplink options: copper PoE+ on two RJ-45 ports plus optional fiber uplink via SFP-901 module
• Form factor: PCIe add-in card compatible with standard desktop/workstation motherboards
• Power and environment: designed for typical enterprise operating conditions; ensure sufficient power budgeting within the host system for PoE devices
• Warranty and support: standard manufacturer warranty terms apply; consult current vendor listing for specifics

How to install Allied Telesis AT-2911GP/SFP-901 Gigabit Ethernet Card

Follow these steps to install and configure your AT-2911GP/SFP-901 for reliable, powered Gigabit networking:

• Shut down your computer, unplug all cables, and ground yourself to prevent static discharge. Open the chassis and locate an available PCIe slot that matches the card’s interface.
• Remove the PCIe slot cover if needed, then carefully insert the AT-2911GP/SFP-901 into the slot. Firmly seat the card so it contacts the motherboard, and secure the bracket with a screw to prevent movement during operation.
• Connect the network interfaces: attach your VoIP phones, IP cameras, or other PDs to the PoE+ RJ-45 ports. If you plan to use the fiber uplink, insert the SFP-901 fiber transceiver module into the SFP slot and connect the corresponding fiber optic cable to your fiber network switch or media converter.
• Power on the system and install the necessary drivers. Obtain the latest drivers from Allied Telesis’ official support site or use the installation media provided with the card. Reboot if prompted to complete the installation.
• Verify operation and performance: open your network settings to confirm the new dual-port adapter appears as a recognized device. Check PoE status indicators for connected PDs and test data throughput on both the copper ports. If the SFP uplink is in use, verify link status and fiber connectivity to ensure reliable uplink performance.

Frequently asked questions

• Q: What is the primary benefit of the Allied Telesis AT-2911GP/SFP-901? A: It combines dual PoE+ Gigabit Ethernet ports with fiber uplink flexibility in a single PCIe card, enabling power delivery to IP devices while providing secure, long-distance uplink options via SFP-901.
• Q: Can both PoE+ ports deliver 30W each? A: The card supports PoE+ per IEEE 802.3at; per-port power up to 30W, but total budget depends on your power supply, PD requirements, and overall system configuration.
• Q: Do I need external power supplies for PoE? A: External power is typically not required for standard PoE+ deployments, as power is drawn from the host system through the card. Verify your power budget and PD requirements to confirm.
• Q: Is fiber uplink mandatory for operation? A: No, you can operate the two PoE+ RJ-45 ports via copper Ethernet while using the SFP-901 uplink optionally for fiber connectivity to your core network or remote sites.
• Q: What types of devices can I power with PoE+ on this card? A: VoIP phones, wireless access points, IP cameras, and other PoE-powered devices that comply with PoE+ power profiles.
• Q: Is this card compatible with Windows and Linux? A: The card is designed to work with standard Allied Telesis drivers and can be used in common Windows and Linux environments; check the driver version and OS compatibility on the support site for your exact system.