Glasvezel-SFP-transceiver BlueOptics PLRXPL-VE-SG4-64-N-BO LC aluminium 20 g

The BlueOptics PLRXPL-VE-SG4-64-N-BO is a fiber optic SFP transceiver designed for 1000Base‑SX multimode applications. It uses an LC duplex connector and an 850 nm transmitter/receiver pair to support optical Ethernet, Fibre Channel over Ethernet or SDH/SONET links up to 1.25 Gbit/s. The module is built to MSA form factors, housed in aluminium and weighs approximately 20 g, making it suitable for installation in switches, routers and other network devices that accept standard SFP modules.

Advantages

The transceiver provides industry-standard compatibility via the SFP interface and LC connector, enabling plug-and-play replacement or expansion of existing multimode fiber links. Aluminium housing offers mechanical durability and thermal dissipation while the module design follows MSA guidelines for reliable interoperability. Support for Digital Diagnostics Monitoring (DDM/DOM) allows remote monitoring of supply voltage, laser bias current, transmitted and received optical power and temperature when the host device supports this feature.

Suitable for

Key specifications

How to use

Power down or follow hot‑swap guidelines for your host device, insert the SFP module into an SFP slot until it clicks into place and secure any retaining mechanism. Connect an LC duplex multimode patch cable between the module and the remote transceiver or patch panel, ensuring transmit and receive fibers are correctly oriented. If the host device supports DDM/DOM, enable or verify diagnostic monitoring in the system management interface to view real‑time supply voltage, laser bias, output/input power and temperature.

Recommendations

For optimal performance, use matched multimode fiber and patch cables rated for 850 nm, keep optical connectors clean and avoid bending the fiber beyond recommended bend radius. Verify compatibility with the host device firmware and enable DDM only if supported by the platform. For installation in environments with high EMI immunity requirements, fiber links provide immunity to electromagnetic interference compared with copper alternatives.