Fiber optic SFP transceiver BlueOptics SIAE-E01430-BO 100m Aluminium

The BlueOptics SIAE-E01430-BO fiber optic SFP transceiver is a compact module designed for short-range high-speed data transmission up to 100 meters. Housed in an aluminium casing and weighing approximately 20 grams, this SFP module conforms to standard SFP interface requirements and is intended for integration into network equipment that accepts SFP form-factor transceivers. It supports Gigabit-class optical links and is suitable for common network topologies that require a reliable fiber connection.

Advantages

The aluminium housing provides mechanical durability while keeping the module lightweight. Compatibility with standard SFP interfaces allows straightforward installation in compatible switches, routers, and other network devices. The transceiver is engineered for reliable operation over distances up to 100 m and is appropriate for Ethernet and similar high-speed applications. Its compact size and standardized form factor simplify inventory and replacement tasks in structured cabling environments.

Suitable for

Key specifications

How to use

Power down or follow hot-swap procedures recommended by the host device, then insert the SFP transceiver into a compatible SFP slot until it seats securely. Connect an appropriate fiber patch cord to the transceiver’s optical interface and route the fiber to the remote transceiver or patch panel. Verify link status and configuration on the host device; adjust network settings such as speed, duplex, or interface parameters if required by the hardware or network management system. When removing the module, use the vendor-specified release mechanism to avoid damage and follow ESD precautions.

Recommendations

Use compatible single-mode or multimode fiber patch cords and port settings as specified by your network equipment vendor. Ensure the host device supports the SFP module and, if applicable, Digital Diagnostic Monitoring (DDM/DOM) features for real-time link diagnostics. Handle the transceiver by its housing, keep optical connectors capped when not in use, and store modules in anti-static packaging to maintain performance and longevity.