SFP+ transceiver module BlueOptics AT-SP10BD40/I-13-BO 10000 Mbit/s

The BlueOptics AT-SP10BD40/I-13-BO 10000 Mbit/s is an SFP+ transceiver module engineered for high-speed fiber optic connections. Designed to fit SFP+ ports, this compact module supports a maximum data transfer rate of 10 Gbit/s, offers a lightweight build of approximately 20 g and comes in a silver housing. The transceiver provides a standard form factor and electrical interface for integration with compatible switches, routers and network equipment to enable reliable data transmission in data centres, server rooms and enterprise networks.

Advantages

The module delivers 10 Gbit/s performance in a small SFP+ form factor that conserves slot space and supports high-density deployments. Its universal SFP+ interface ensures broad compatibility with many networking devices that accept SFP+ optics. The lightweight silver housing is durable and easy to handle during installation. The transceiver is suitable for straightforward hot-plug installation and replacement without powering down compatible equipment.

Suitable for

Key specifications

How to use

Insert the BlueOptics SFP+ module into a compatible SFP+ port on your switch, router or network adapter until it seats securely. Connect the appropriate fiber optic cable to the module's optical interface following the connector type used in your installation (ensure transmit and receive lines match). After connecting, verify link status on your network device and configure the port settings (speed, duplex, and any required VLAN or trunk parameters) according to your network design. For safe handling, avoid touching the optical surfaces and keep protective caps on until the module is connected.

Recommendations

Use this SFP+ transceiver in environments with compatible SFP+ ports and ensure firmware or vendor compatibility where necessary. Perform link tests after installation and maintain clean fiber connectors to preserve signal quality. Store spare modules in protective packaging to prevent contamination and mechanical damage.