SFP+-transceivermodule BlueOptics 10309 10000 Mbit/s 1550 nm

The BlueOptics 10309 SFP+ transceiver module is designed for high-speed fiber optic links operating at 10,000 Mbit/s with a 1550 nm wavelength. This compact module provides an optical interface in the SFP+ form factor and is intended for long-distance communication over single-mode fiber. The transceiver is lightweight and finished in silver, allowing straightforward integration into compatible network equipment that supports SFP+ ports.

Advantages

The module supports a 10 Gbps physical layer rate and a 1550 nm optical wavelength suitable for extended reach applications. Its SFP+ interface enables hot-pluggable installation in switches, routers and transceivers that accept SFP+ modules. The small form factor and low weight simplify handling and reduce space requirements in dense rack deployments while maintaining compatibility with standard SFP+ slots.

Suitable for

• Long-distance single-mode fiber links
• 10 Gigabit Ethernet uplinks and interconnects
• Data center and telecom backbone connections
• Replacement or upgrade of existing SFP+ optical modules

Key specifications

• Interface type: SFP+
• Maximum data transfer rate: 10000 Mbit/s (10 Gbps)
• Operating wavelength: 1550 nm
• Typical use: single-mode fiber, long-reach optical transmission
• Weight: 0.02 kg
• Product colour: Silver

How to use

Ensure the host device supports SFP+ optical modules and 10 Gbps operation before installation. Handle the module by its edges, avoid touching the optical connector, and keep dust caps on until insertion. Insert the transceiver into an empty SFP+ port until it latches, then connect the single-mode fiber cable with the appropriate connector type. Verify link status through the host device management interface and monitor for correct negotiation at 10 Gbps.

Recommendations

Store and operate the transceiver within the equipment manufacturer's specified temperature and humidity ranges, and use clean single-mode fiber with compatible connector types. For reliable long-distance links, confirm fiber plant attenuation and use appropriate fiber amplifiers or dispersion compensation if required by the link budget.