SFP transceiver module BlueOptics 1184561PG1-BO 125 Mbit/s

The BlueOptics 1184561PG1-BO SFP transceiver module is a compact fiber optic interface designed for network connections requiring a maximum data transfer rate of 125 Mbit/s. The module uses an SFP interface, has an aluminium-coloured metal housing and weighs approximately 20 g. It is intended for insertion into SFP ports on compatible network equipment to provide a fiber-optic link for data transmission.

Advantages

The module's small SFP form factor enables flexible deployment in switches, routers and other network devices that accept SFP transceivers. Its metal body provides mechanical protection and thermal dissipation while keeping the unit lightweight. BlueOptics manufacturing and MSA-compatible design aim to ensure physical interoperability with standard SFP slots. The unit supports optical transmission over fiber and can be used where electromagnetic immunity or galvanic isolation is required.

Suitable for

• Adding a fiber interface to switches and routers with SFP ports
• Establishing point-to-point fiber links for data transfer up to 125 Mbit/s
• Network segments that require EMI-immune connections or galvanic isolation

Key specifications

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

How to use

Install the BlueOptics 1184561PG1-BO by inserting the module into a compatible SFP slot until it clicks into place; ensure the host device is powered off or that hot-swap is supported by the equipment according to the manufacturer's instructions. Connect an appropriate fibre patch cable to the transceiver's optical connector and to the remote device. Configure the host device port as required for the network protocol in use and verify link status in the host's management interface. Follow the network equipment vendor's procedures for enabling and monitoring the port.

Recommendations

Use single-mode or multimode fiber and connectors that match the transceiver and your network design; avoid excessive bending of fiber cables and follow ESD procedures when handling the module. Verify compatibility with your host hardware and firmware; consult the equipment documentation if the device requires transceiver validation or specific settings.