Modulo ricetrasmettitore SFP BlueOptics LE2MGSC40ED0-BO 1250 Mbit/s

The BlueOptics LE2MGSC40ED0-BO SFP transceiver module is a single-port fiber optic module designed for 1000BASE-BX-D applications with a maximum data transfer rate of 1250 Mbit/s. It uses an LC Simplex interface and implements separate transmit and receive wavelengths (transmit 1490 nm, receive 1310 nm) for single-fiber bidirectional links. The module follows MSA SFP form-factor standards, comes in a silver housing and has a documented mean time between failures (MTBF) of approximately 3,000,000 hours for long-term availability.

Advantages

The module offers a compact SFP form factor that fits common switches, routers and storage devices, and supports Digital Diagnostics Monitoring (DDM/DOM) compliant with SFF-8472 for real-time monitoring of voltage, current, optical power and temperature. BlueOptics devices are built using standard MSA dimensions and high-quality components to ensure compatibility with a wide range of hardware platforms. Low weight and a standardized LC Simplex connector enable straightforward installation and reliable optical signal transmission over single-fiber links.

Suitable for

Key specifications

How to use

Insert the SFP transceiver into a compatible SFP slot on your switch, router or storage device following the equipment manufacturer's hot-plugging procedures. Connect an LC simplex fiber patch cable to the module and the remote transceiver, ensuring correct polarity for single-fiber bidirectional operation (TX/RX wavelengths are different). If your system supports DDM/DOM, enable or query the monitoring interface through the host device to view real-time parameters such as received/transmitted optical power and temperature. Always power down or follow the vendor-recommended steps if hot-swap is not supported.

Recommendations

Verify device compatibility and DDM support with the host hardware before deployment. Use high-quality LC simplex fiber patch cables and maintain clean connector endfaces to ensure optimal signal quality. For critical links, monitor DDM parameters regularly and plan preventive maintenance based on optical power and temperature trends to maximize availability.