HPE 100Base-FX SFP Transceiver — Multi-Mode LC Duplex Fast Ethernet Module for Enterprise Fiber Networks

The HPE SFP Module is a compact, high‑performance transceiver engineered for data networking and optical networks. Designed to support 100Base‑FX Fast Ethernet over multi‑mode fiber with a single LC duplex interface, this SFP transceiver delivers dependable, scalable fiber connectivity for uplinks, access layer switches, and small to midsize enterprise environments. Built by Hewlett Packard Enterprise to integrate seamlessly with HPE switches, routers, and other compatible devices, the module offers a plug‑and‑play upgrade path that minimizes downtime while maximizing link reliability. Its rugged build quality, low power footprint, and hot‑swap capability make it ideal for dense racks, campus deployments, and branch offices where robust fiber networking is essential. Whether you’re expanding an aging Ethernet backbone or refreshing network edges, the HPE SFP Module provides a cost‑effective, future‑proof solution for 100Base‑FX fiber connections across multi‑mode fiber.

• Broad compatibility and flexible connectivity — 1 x LC duplex 100Base‑FX interface over multi‑mode fiber supports Fast Ethernet uplinks and backbone connections, delivering stable 100 Mbps performance where you need it most. This makes it suitable for data centers, campus networks, and office deployments that rely on reliable fiber links to connect switches, routers, and edge devices. The compact SFP form factor helps you maximize port density while maintaining strong link budgets in heterogeneous network environments.
• High reliability and enterprise readiness — engineered for continuous operation in mission‑critical data networking environments, the HPE SFP Module ensures consistent signal integrity, low error rates, and durable performance across varying temperatures and workloads. By leveraging quality components and HPE engineering standards, this transceiver helps to minimize packet loss and downtime, supporting steady throughput for applications such as VoIP, video conferencing, and large file transfers over fiber connections.
• Easy deployment and hot‑swappable operation — drop‑in SFP module design enables quick upgrades, maintenance, and replacements without complex downtime (subject to your switch’s capabilities). Whether you’re provisioning a new link, performing a maintenance window, or replacing a faulty module, the HPE SFP Module simplifies installation and reduces service interruptions, keeping your network online and productive.
• Energy‑efficient, space‑saving form factor — this small, hot‑swappable SFP transceiver fits standard SFP slots, conserving rack space while delivering efficient power usage. Its modular design supports scalable fiber deployments, enabling you to extend fiber reach as your network grows without overhauling existing infrastructure or introducing bulky hardware.
• Ideal for common use cases — perfect for data centers, campus networks, branch sites, and remote office connectivity where reliable 100Base‑FX fiber links are essential. Whether linking distribution switches, core‑edge connections, or interbuilding networks, the HPE SFP Module delivers predictable performance, easy maintenance, and long‑term value for enterprise LANs and small data networks.

Technical Details of HPE SFP Module

• Data Rate: 100 Mbps (Fast Ethernet) — delivers reliable, full‑duplex 100Base‑FX performance for standard enterprise applications.
• Interface: SFP transceiver — compact, hot‑swappable module designed for scalable fiber networking in switching and routing hardware.
• Connector: LC duplex — standard duplex LC fiber connectors for reliable, low‑loss connections on multi‑mode fiber.
• Fiber Type: Multi‑mode fiber — optimized for short‑ to medium‑range deployments within data centers and campus networks.
• Wavelength: 1310 nm — suitable for MMF transmission, providing efficient signal propagation for 100Base‑FX links.
• Standard: 100Base‑FX — complies with Fast Ethernet optical networking requirements for reliable fiber‑optic backbones and access links.
• Typical Link Distance: Up to 2 km on standard MMF — performance is subject to fiber grade (OM1/OM2/OM3) and overall link budget.
• Form Factor: Hot‑swappable SFP module — enables quick upgrades and maintenance without powering down compatible equipment.

how to install HPE SFP Module

• Prepare your network device and ensure you follow vendor guidelines for hot‑swapping, or power down if required by your hardware.
• Insert the HPE SFP Module into an available SFP port until it seats securely and click locks into place.
• Connect an LC‑LC multi‑mode fiber patch cable to the module’s LC connector and to the corresponding port on the other device.
• Power on the device (if not using hot‑swap) and verify the SFP status LED indicators indicate an active link.
• Configure the switch port for 100Base‑FX or enable auto‑negotiation, then run basic connectivity tests to confirm link integrity and throughput.

Frequently asked questions

• Q: What is the purpose of the HPE SFP Module? A: It provides 100Base‑FX fiber connectivity via an LC duplex interface, enabling fast, reliable Ethernet links over multi‑mode fiber for data networking and optical networks.
• Q: Can I use this SFP with non‑HPE equipment? A: SFP compatibility varies by device. Many switches support third‑party SFPs, but you should verify compatibility with your vendor’s documentation or support resources to avoid potential issues.
• Q: What type of fiber should I use? A: Multi‑mode fiber is recommended for 100Base‑FX links with LC connectors; verify the fiber grade (OM1/OM2/OM3) to achieve the desired distance and performance.
• Q: How far can I run a 100Base‑FX link with this SFP? A: Typical MMF links for 100Base‑FX can reach up to about 2 km, depending on the fiber grade and the link budget; consult the product specifications for exact distance in your setup.
• Q: Are there maintenance considerations for the SFP Module? A: Regularly inspect fiber connectors for cleanliness, ensure proper seating of the module, and replace if there are signs of damage or degradation to maintain optimal performance.