StarTech.com Extreme Networks 10056H Compatible SFP Module - 1000BASE-BX-D - 1 GbE Gigabit Ethernet BiDi Fiber (SMF)

Designed to deliver dependable 1 Gbps fiber connectivity within Extreme Networks environments, the StarTech.com 10056H compatible SFP module is a high-performance, hot-swappable transceiver that integrates seamlessly with Extreme switches and routers. This 1000BASE-BX-D BiDi fiber transceiver leverages single-mode fiber (SMF) to support long-reach links with minimal fiber plant, offering a cost-effective upgrade path for data centers, campuses, and edge deployments. With its plug-and-play design, it minimizes downtime while maximizing uptime, giving network engineers a reliable option to extend reach and optimize performance without rebuilding complex cabling infrastructure.

• BiDi 1000BASE-BX-D operation: This transceiver enables bidirectional communication over a single SMF strand by using distinct wavelengths for transmit and receive (TX at 1310 nm and RX at 1550 nm). This design reduces fiber count, simplifies cabling, and lowers installation costs while maintaining full 1 Gbps performance for each link.
• SMF compatibility with LC duplex connectors: Built for single-mode fiber networks, the module uses a compact LC duplex connector that plugs into standard SFP slots on compatible Extreme devices. The LC interface delivers low insertion loss and reliable optical performance, making it ideal for data-center backbones and campus networks where fiber runs are long.
• Seamless Extreme Networks compatibility: The 10056H is engineered to integrate with Extreme Networks switches and routers, providing dependable interoperability and straightforward deployment. It supports typical SFP features and link negotiation, allowing plug-and-play operation with minimal configuration in most environments.
• Reliable, hot-swappable performance: As a conforming SFP module, it can be inserted or removed with minimal downtime in many setups, offering flexible maintenance workflows and rapid RMA procedures. The design emphasizes stability under typical data-center and enterprise loads, helping maintain consistent uplink performance.
• Scalable, future-ready design: The 10056H supports 1 Gbps links over long distances on SMF, enabling scalable network growth without a costly fiber upgrade. By leveraging the BiDi approach, you can extend reach while preserving existing fiber assets, making it a practical solution for expanding edge, access, or aggregation networks.

Technical Details of StarTech.com Extreme Networks 10056H Compatible SFP Module - 1000BASE-BX-D - 1 GbE Gigabit Ethernet BiDi Fiber (SMF)

• Product Type: SFP Transceiver
• Model: 10056H
• Standard: 1000BASE-BX-D
• Data Rate: 1 Gbps
• Fiber Type: Single-Mode Fiber (SMF)
• Wavelength: TX 1310 nm / RX 1550 nm
• Connector: LC duplex
• Distance: Up to 10 km (typical, dependent on fiber quality and link budget)
• BiDi: Yes
• Compatibility: Extreme Networks switches and routers
• Hot-swappable: Yes
• MSA Compliance: SFP MSA compliant

How to install StarTech.com Extreme Networks 10056H Compatible SFP Module

Installing the 10056H transceiver is straightforward and designed for quick, low-downtime deployment in most Extreme Networks environments. Follow these practical steps to ensure proper operation and optimal performance:

• Prepare the equipment: Power considerations vary by device. Many SFPs are hot-swappable, but it is wise to perform a maintenance window if you are unsure about your network’s hot-swapping capabilities. Ground yourself to prevent electrostatic discharge and handle the module by its edges.
• Inspect the fiber and connectors: Use clean, dust-free LC patch cords and fiber cables. Ensure that the fiber path is clear and that you have single-mode SMF with LC duplex connectors ready for the link. Proper cleaning and inspection minimize insertion loss and return loss.
• Insert the SFP module: Align the 10056H with the SFP slot on your Extreme Networks device and apply even pressure until it seats firmly and clicks into place. Do not force the module; if it does not seat smoothly, remove it and reinsert.
• Connect the fiber link: Attach the transmitter’s LC connector to the corresponding receiver on the opposite end of the link. Maintain correct Tx/Rx pairing and avoid bending fibers beyond recommended radii to preserve signal integrity.
• Verify link status and performance: Power up or continue operation as required, and check the port’s status indicators. Confirm a stable 1 Gbps link with no errors. If necessary, configure port settings in your device’s management interface to ensure auto-negotiation or fixed 1 Gbps operation as your network design dictates.

Frequently asked questions

• Q: What is 1000BASE-BX-D?
  A: 1000BASE-BX-D is a BiDi (bidirectional) SFP transceiver standard that carries 1 Gbps Ethernet over a single fiber strand by using different wavelengths for transmit and receive. It reduces fiber count, simplifies cabling, and is ideal for long-reach links in SMF networks.
• Q: Can I use this module with any Extreme Networks device?
  A: The 10056H is designed to be compatible with a broad range of Extreme Networks switches and routers. Always confirm that your specific model supports SFP interfaces and BiDi transceivers, and ensure your firmware is up to date for best interoperability.
• Q: What distance can I expect with 1000BASE-BX-D on SMF?
  A: Typical distances for 1000BASE-BX-D over single-mode fiber can reach up to about 10 kilometers, depending on fiber quality, connector losses, and system link budget. Real-world distances may vary based on installation conditions.
• Q: Do I need any special configuration after installing?
  A: In most cases, no special configuration is required; port speed negotiation should automatically select 1 Gbps. Some environments may benefit from verifying the port’s speed or setting a fixed 1 Gbps mode in the device’s management interface.
• Q: Is LC duplex the standard connector?
  A: Yes, the module uses a standard LC duplex connector common to Gigabit Ethernet SFPs, ensuring compatibility with typical fiber trunking and patch panels found in data centers and enterprise networks.