Fiber optic transceiver module BlueOptics CPAC-TR-1SX-B-BO SFP LC Aluminium

The BlueOptics CPAC-TR-1SX-B-BO SFP LC aluminium transceiver is a fiber optic module designed for single-module insertion in networking equipment that supports standard SFP interfaces. Constructed with an aluminium housing and weighing approximately 20 g, this small form-factor pluggable module provides single-fibre duplex LC connectivity for multimode optical links. Its design follows MSA SFP mechanical and electrical conventions to enable straightforward replacement or upgrade in compatible switches, routers and storage systems.

Advantages

The module offers compact SFP form factor compatibility with LC duplex connectors and a lightweight aluminium enclosure that aids heat dissipation and mechanical protection. It supports optical transmit and receive functions on multimode fiber and is intended to integrate with equipment that accepts 1000Base-SX class SFP transceivers. Quality manufacturing and component selection aim to deliver long operational life and stable optical performance for standard gigabit multimode links.

Suitable for

Key specifications

How to use

Power down or follow hot-swap procedures recommended by your hardware vendor before inserting the transceiver into an available SFP cage. Insert the BlueOptics SFP module until it clicks into place, and then connect LC duplex multimode patch cords to the transmit and receive lanes. Verify link status and speed via the host device interface; if supported, enable or read Digital Diagnostic Monitoring (DDM/DOM) information from the host to monitor optical parameters. Follow your network equipment vendor’s firmware and compatibility guidance to ensure full functionality.

Recommendations

Use short-run multimode fiber and compatible LC duplex patch cords for optimal link quality, and ensure the host device explicitly supports 1000Base-SX SFP modules. Handle the module by its housing, keep protective dust caps on unused ports, and store spares in anti-static packaging at moderate temperatures to preserve operational life.