Network transceiver module BlueOptics BO25K13630D-BO 40000 Mbit/s 1310 nm

BlueOptics BO25K13630D-BO is a compact network transceiver module designed for 40,000 Mbit/s optical links at a 1310 nm wavelength. Engineered for use in high-density network equipment, the module provides a reliable fibre connection between switches, routers and servers. It fits into compatible SFP+ ports and supports short to medium reach links commonly required in data center and enterprise environments.

Advantages

The module combines a high aggregated data rate with a standardized 1310 nm optical interface, enabling consistent performance across compatible devices. Its compact SFP+ form factor simplifies installation and replacement in rack-mounted hardware. Built to interoperate with commonly used networking equipment, the transceiver helps maintain link stability and predictable latency for critical network traffic.

Suitable for

• Data center uplinks and inter-switch connections
• Enterprise campus backbone links
• Server-to-switch high-speed connections
• Network equipment testing and staging environments

Key specifications

• Nominal data rate: 40,000 Mbit/s
• Operating wavelength: 1310 nm
• Transceiver form factor: SFP+ compatible
• Application: short to medium reach optical links

How to use

Install the transceiver into a compatible SFP+ slot on the switch, router or server until it clicks into place. Connect a matching multimode or single-mode fibre patch cable suitable for 1310 nm operation according to your network design. Verify link activity and speed through the network device management interface; adjust port configuration if necessary to enable the 40,000 Mbit/s link. Follow standard electrostatic discharge precautions when handling the module and avoid touching the optical connector endfaces.

Recommendations

Use certified fibre patch cables and observe vendor guidelines for distance and connector types. Ensure transceiver compatibility with the host device and update device firmware if required to maintain interoperability and performance.