HPE X130 10G SFP+ LC BiDi 40-U Transceiver

Upgrade your data networking with the HPE X130 10G SFP+ LC BiDi 40-U Transceiver. This high-performance optical module delivers reliable, high‑speed 10 Gigabit Ethernet connectivity for data centers, campus networks, and enterprise backbones. Built to support 10GBase-X networks, it enables up to 10 Gbps data transfer over supported networks with a single fiber path using bidirectional (BiDi) technology. The compact SFP+ form factor with a duplex LC interface makes installation simple and flexible, reducing cabling complexity while improving density in space‑constrained deployments. Whether you’re modernizing an aging backbone, expanding an aggregation tier, or enabling high‑bandwidth links between core switches, this transceiver is designed to deliver dependable performance with minimal downtime.

• High‑speed, reliable 10 Gigabit Ethernet: The HPE X130 transceiver supports up to 10 Gbps data transfer, enabling rapid data movement for virtualization, backups, database replication, and real‑time analytics. It is optimized for data networking and optical network applications, ensuring low latency and consistent throughput for demanding workloads. The 10GBase‑X standard is widely supported across enterprise switches and routers, giving you broad compatibility and easy integration into existing networks.
• BiDi technology for fiber efficiency: This 40‑U BiDi transceiver uses bidirectional communication over a single fiber strand, which reduces fiber count and simplifies cabling in dense data center environments. By transmitting and receiving on separate wavelengths over the same fiber, you can consolidate fiber paths, lower installation costs, and improve patch panel organization. BiDi operation is ideal for short to medium distance links where fiber availability and budget matter most.
• Duplex LC interface for easy deployment: The LC duplex optical connector provides a secure, compact, and industry‑standard interface for quick field deployments. The LC connector is widely supported by fiber patch cables and media converters, enabling straightforward integration with switches, routers, servers, and storage devices. The component is designed for hot‑swapping, allowing you to swap modules with minimal disruption to live networks.
• Versatile compatibility with SFP+ ecosystems: The HPE X130 BiDi transceiver is designed to work with a broad range of equipment that supports SFP+ transceivers and 10GBase‑X networking. This includes HPE networking gear as well as other vendors’ equipment that adheres to the SFP+ MSA standards. For best results, verify compatibility with your specific switch or router model and firmware version to ensure optimal performance and link stability.
• Ideal for data centers and enterprise networks: Use cases include data center interconnects, uplinks between aggregation and core layers, high‑demand workloads like virtualization, database replication, and real‑time analytics, and campus backbone links. The HPE X130 transceiver delivers a robust, scalable solution for upgrading legacy 1G/2.5G connections to 10G without major infrastructural changes. Its reliable performance helps maintain service levels, reduce congestion, and support growth as your network evolves.

Technical Details of HPE X130 10G SFP+ LC BiDi 40-U Transceiver

• Form factor: SFP+ transceiver
• Interface: 1 x LC duplex optical port
• Data rate: Up to 10 Gbps (10GBase‑X)
• Fiber type: Optical fiber (BiDi operation over single fiber paths)
• Wavelength/Technology: Bidirectional (BiDi) transceiver; dual‑wavelength operation over a single fiber
• Standards: IEEE 802.3ae 10 Gigabit Ethernet; SFP+ MSA compliant
• Applications: Data networking, optical networks, data centers, enterprise networks, server uplinks
• Connector: LC duplex; hot‑swappable in compatible SFP+ ports
• Operating context: Designed for reliable performance in enterprise and data center environments

How to install HPE X130 10G SFP+ LC BiDi 40-U Transceiver

• Power down or suspend operations on the device hosting the SFP+ port (if required by your maintenance policy) before installation to avoid any electrical or signaling issues.
• Insert the transceiver firmly into an available SFP+ slot until it seats with a secure click. Do not use excessive force; if the module does not seat, remove and reseat to ensure proper alignment.
• Connect a compatible LC duplex fiber patch cable to the transceiver, ensuring correct polarity so that transmitter (TX) and receiver (RX) ends line up with the opposing side. Use appropriate fiber type (single‑mode or multi‑mode) per your BiDi configuration and link distance.
• Route and secure the fiber cabling to avoid bending beyond the recommended bend radius and to reduce mechanical stress. Label fiber paths for easy maintenance and future expansions.
• Power up the device and verify the link status through the management interface or CLI. Confirm a stable 10G link, check for error counters, and run a quick throughput test to validate end‑to‑end performance before placing the link into production.

Frequently asked questions

• What is the HPE X130 10G SFP+ LC BiDi 40-U Transceiver used for?

It is designed to provide high‑speed 10 Gigabit Ethernet connectivity over optical fiber using BiDi technology. It is ideal for data networking, optical networks, data centers, and enterprise backbone applications where bandwidth and reliability are critical.

• What does BiDi mean in this transceiver?

BiDi, or bidirectional, means the transceiver transmits and receives using different wavelengths over a single optical fiber strand. This reduces the number of fibers required and simplifies cabling in dense environments, while maintaining full duplex 10G performance.

• Is this transceiver compatible with other brands’ switches and routers?

Yes, provided the equipment supports SFP+ modules and 10GBase‑X networking per the SFP+ MSA standards. Always verify your vendor’s certification and firmware compatibility for optimal performance and warranty coverage.

• What type of fiber cable should I use?

The transceiver uses optical fiber with a duplex LC connection. BiDi operation typically uses single‑fiber configurations; ensure you select the appropriate single‑mode or multi‑mode fiber type per your link distance and network design, as recommended by your network hardware manufacturer.

• What is the typical use case distance for this transceiver?

Distance depends on fiber type, wavelength, and network configuration. BiDi 10G SFP+ transceivers are commonly used for short to medium‑distance links within data centers or campus networks, but exact reach should be confirmed from the official product specifications and your deployment plan.

• Do I need any special tools to install this module?

No specialized tools are required beyond standard fiber patching components and an approved ESD precaution. Ensure you handle the transceiver and fiber with care to avoid static discharge and fiber damage.