SFP fiber optic transceiver BlueOptics 3HE08314BA-BO, cSFP interface, 1250 Mbit/s, silver

BlueOptics 3HE08314BA-BO is an SFP fiber optic transceiver designed for compact optical links in switches, routers and media converters. The module uses a cSFP interface and supports a maximum data transfer rate of 1250 Mbit/s. With a small SFP form factor, a durable silver finish and a lightweight construction (approx. 20 g), this transceiver is intended to provide reliable single-port optical connectivity with long operational life indicated by an MTBF of 1,000,000 hours.

Advantages

The transceiver’s cSFP interface makes it compatible with devices that accept compact SFP modules while maintaining standard electrical and optical connections. A 1250 Mbit/s maximum data rate supports common fibre network applications. Its low weight and compact dimensions reduce stress on module slots and allow high-density port layouts. The silver housing offers corrosion-resistant surface finish and straightforward identification in equipment racks. An MTBF of 1,000,000 hours indicates designed longevity for continuous network operation.

Suitable for

Key specifications

How to use

Insert the BlueOptics SFP transceiver into an appropriate cSFP-compatible slot on the switch, router or media converter while the host device is powered down or following hot-swap guidelines from the equipment manufacturer. Connect the fibre patch cable to the optical port ensuring proper polarity and connector type. After installation, verify the link status on the host device and configure the port’s network settings as required for speed and duplex. Follow standard ESD precautions during handling and avoid touching the optical interface to prevent contamination.

Recommendations

Use single-mode or multimode fibre and connectors that match the transceiver specifications and the network design. Keep protective dust caps on the optical connector when the module is not in use and clean connectors with approved fibre cleaning tools to maintain signal quality. For high-availability environments, consider testing spare modules before deployment and stocking additional units to minimize downtime.