Glasvezel-transceivermodule BlueOptics TEG-MGBS20-BO SFP LC aluminium 20g

The BlueOptics TEG-MGBS20-BO is an SFP fiber optic transceiver module designed for high-speed single-mode optical links. It features an LC duplex connector and a lightweight aluminium housing, making it suitable for installation in compatible network equipment that accepts MSA-compliant SFP modules. The module supports 1000BASE-LX class optical transmission, with separate transmitter and receiver operating at 1310 nm, enabling reliable data transfer over long distances when used with appropriate single-mode fiber cabling.

Advantages

The aluminium casing provides a durable, thermally stable enclosure while keeping the module weight low at approximately 20 g. Compliance with SFP mechanical and electrical form-factor standards ensures broad compatibility with switches, routers and storage systems that support SFP transceivers. The module is designed for optical transmission over single-mode fiber and uses an LC connector for duplex operation, allowing simultaneous send and receive channels on a two-fiber link.

Suitable for

Key specifications

How to use

Install the BlueOptics SFP module into an empty SFP slot of compatible network equipment while the host device is powered down or following the manufacturer's hot-plug procedure. Connect LC duplex single-mode patch cables to the module’s LC ports, observing transmit/receive orientation for correct link operation. Verify link status and configuration on the host device; ensure the installed equipment supports 1000BASE-LX optics and any digital diagnostics features you plan to use. For best performance, use single-mode fiber and matched patch cords and ensure connectors are clean before mating.

Recommendations

When deploying the module in production, confirm compatibility with your switch or router by checking support for SFP 1000BASE-LX optics and, if needed, enable or verify Digital Diagnostic Monitoring support on the host. Use certified single-mode LC patch cords, maintain connector cleanliness, and follow site cabling and grounding best practices to maintain signal quality and minimize troubleshooting.