HPE X130 10G SFP+ LC BiDi 10-D Transceiver

The HPE X130 10G SFP+ LC BiDi 10-D Transceiver is a high-performance, plug‑and‑play solution designed for modern data networking and optical networks. Built to deliver reliable 10 Gigabit Ethernet connectivity, this transceiver uses BiDi (Bi-Directional) technology to maximize fiber utilization, enabling two-way data transmission over a single optical fiber pair. It’s engineered for seamless integration with HPE networking gear and a wide range of SFP+ compatible devices, providing a scalable upgrade path for data centers and enterprise networks seeking to enhance bandwidth without expanding fiber footprint.

Designed for versatility in data center interconnects, campus backbones, and edge deployments, the X130 BiDi transceiver is ideal for those who require consistent throughput, low latency, and robust quality of service. The LC duplex connector fits comfortably into standard SFP+ slots on switches, routers, and media converters, enabling straightforward field installation with minimal downtime. With 10GBase-X technology, you can expect dependable performance across a variety of fiber infrastructures, including single-mode and multi-mode environments where BiDi optics shine by reducing cabling complexity and capital expenditures.

Whether you’re refreshing an aging 10G link or building out a new backbone for virtualization, cloud access, or storage networks, the HPE X130 BiDi transceiver delivers the efficiency and reliability that busy networks demand. Its compact design, test-friendly installation, and compatibility with existing 10GBase-X ecosystems make it a practical choice for IT teams looking to maximize uptime and network agility. The transceiver is engineered to maintain signal integrity under typical data center temperatures, supporting demanding workloads such as virtual machines, high-definition video streaming, and large-scale data transfers with confidence.

• Ultra-fast 10 Gbps data rate with 10GBase-X BiDi technology, enabling high-bandwidth links over a single fiber pair.
• LC duplex optical connector for easy insertion into standard SFP+ slots and broad compatibility with compatible devices.
• BiDi design reduces fiber count and cable clutter, cutting total cost of ownership while preserving link quality and performance.
• Compact SFP+ form factor with low power consumption that supports dense, scalable data center deployments and enterprise networks.
• Designed and tested for integration with HP/HPE networking ecosystems, ensuring reliable interoperability with a wide range of 10GBase-X devices and vendors.

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

• Data Rate: 10 Gbps (10GBase-X)
• Transceiver Type: SFP+ BiDi
• Connector: LC Duplex
• Wavelength (BiDi): BiDi pair, typically 1310 nm/1550 nm configuration
• Fiber Type: Single-Mode Fiber (SMF) and compatible with selected fiber types in BiDi deployments
• Reach: Typical up to several kilometers on SMF, depending on fiber quality and installation parameters
• Distance: Optimized for short to long-haul links within data centers and campus networks as dictated by fiber and SFP+ specifications
• Operating Temperature: Standard commercial range suitable for data center environments
• Form Factor: SFP+ transceiver with LC duplex connector
• Power Consumption: Low-power design to support dense rack deployments and energy-conscious data centers
• Warranty and Compliance: Engineered for compatibility with HPE networking platforms and aligned with industry 10GBase-X standards

how to install HPE X130 10G SFP+ LC BiDi 10-D Transceiver

• Power down the network device or ensure a safe maintenance window before installation to protect existing configurations and connected equipment.
• Identify an available SFP+ slot in the switch, router, or media converter where a 10GBase-X transceiver is supported.
• Remove any existing module carefully, taking care not to disturb adjacent ports or cables.
• Orient the HPE X130 transceiver so that the bottom has the release clip aligned with the slot, then slide it firmly into the SFP+ port until it seats with a gentle click.
• Connect the fiber optic patch cables to the LC duplex connector, ensuring correct duplex polarity and fiber type matching (SMF recommended for longer reaches). Avoid excessive bending radii and secure the cables to prevent movement.
• Power on the device and verify link status via the device management interface. Confirm that the port negotiates at 10 Gbps and that the link remains stable under typical traffic loads.
• Monitor performance metrics (throughput, error rates, and crystal-clear signaling) and document the installation for future maintenance or expansion.

Frequently asked questions

• Q: What devices are compatible with the HPE X130 10G SFP+ LC BiDi 10-D Transceiver?
• A: This transceiver is designed for compatibility with HP/HPE networking platforms and other devices that support standard SFP+ 10GBase-X BiDi optics. Check your device’s vendor compatibility matrix to ensure full interoperability, especially when mixing vendors.
• Q: When should I choose BiDi optics over traditional duplex transceivers?
• A: BiDi transceivers maximize fiber utilization by transmitting and receiving over a single fiber pair, reducing cable count and installation complexity in environments with limited fiber availability or long-haul links where fiber can be costly.
• Q: Can I use this transceiver with multi-mode fiber?
• A: BiDi transceivers are typically optimized for single-mode fiber; using them with inappropriate fiber types can degrade performance. Always verify fiber type compatibility (SMF is commonly recommended) before deployment.
• Q: What performance indicators should I monitor after installation?
• A: Monitor link up time, 10 Gbps throughput, error rates (CRC, frame errors), and latency. Use your network management system to track rising error rates or throughput degradation that could indicate fiber issues or incompatibilities.
• Q: Is there any special maintenance required for the HPE X130 transceiver?
• A: Routine inspection of fiber connections for cleanliness and proper seating is recommended. Keep connectors free of dust and protect ports during maintenance windows. Firmware updates on host devices should be performed per vendor guidelines to maintain compatibility.