SFP transceiver module BlueOptics 1100-0567-BO 125 Mbit/s Fiber optic

The BlueOptics 1100-0567-BO SFP transceiver module is a compact fiber optic interface designed for network environments that require stable optical links. With an SFP interface and a maximum data transfer rate of 125 Mbit/s, this aluminum-bodied transceiver weighs approximately 20 g and is intended for single-fiber optical connections where reliable signal transmission is required.

Advantages

The module offers a small form factor SFP interface compatible with standard SFP slots and is finished in an aluminium colour housing that provides mechanical protection and thermal stability. Its modest weight makes it easy to handle and install in switches, routers or other compatible network devices. The transceiver supports optical communication over single-mode fiber and is built to meet common mechanical and electrical SFP expectations for plug-in transceivers.

Suitable for

• Short- and medium-distance fiber optic links in enterprise and industrial networks
• Upgrading or replacing existing SFP ports in switches, routers and storage systems
• Applications that require a compact, hot-pluggable fiber transceiver with modest data rate

Key specifications

• Interface type: SFP (Small Form-factor Pluggable)
• Maximum data transfer rate: 125 Mbit/s
• Housing: aluminium-coloured metal body
• Weight: 0.02 kg (approx. 20 g)

How to use

Insert the BlueOptics 1100-0567-BO module into a compatible SFP slot on your network device while the device is powered down or following the host’s hot-plug instructions. Connect the appropriate single-mode fiber patch cable to the module’s optical connector, ensuring correct polarity and secure connection. Configure the host device’s port settings as required for your network protocol and verify link status through the device management interface.

Recommendations

Use verified single-mode LC patch cords and ensure the host device supports the required SFP form factor. Observe ESD precautions during handling and periodically inspect fiber connectors for contamination to maintain optimal optical performance.