Modulo ricetrasmettitore SFP BlueOptics CTP-SFP-1GE-LX-BO 1250 Mbit/s LC

The BlueOptics CTP-SFP-1GE-LX-BO is an SFP transceiver module for fiber optic links, supporting up to 1250 Mbit/s data transfer and featuring an LC duplex interface in a compact SFP form factor. The module is designed for single-mode fiber transmission with transmitter and receiver operating around 1310 nm and fits MSA-compliant SFP slots. Its silver housing and lightweight design (approx. 20 g) make it suitable for integration into switches, routers and other network devices that accept SFP optics.

Advantages

This BlueOptics SFP module offers a standardized LC connector and an SFP form factor for broad compatibility with equipment that supports 1000BASE-LX optics. Built to industry MSA dimensions, it supports single-mode fiber links over long reach distances and provides digital diagnostic monitoring when supported by the host hardware. Compliance with CE, RoHS and FCC standards ensures it meets common regulatory and safety requirements.

Suitable for

Key specifications

How to use

Install the transceiver into an empty SFP port on a compatible network device following the device manufacturer’s insertion procedure. Connect an appropriate single-mode LC duplex fiber patch cable to the module’s LC connector, observing correct transmit/receive orientation. Ensure the host device supports 1000BASE-LX optics and, if required, enable or verify digital diagnostics (DDM/DOM) support in the host system to monitor parameters such as optical power and temperature. After insertion and cabling, verify link status and configure network settings on the connected devices as needed.

Recommendations

Use single-mode LC duplex patch cords of the correct polarity and quality for best range and signal integrity. Confirm that the host hardware and software endorse 1000BASE-LX SFP modules to ensure full compatibility and access to digital diagnostic features. Handle the module by its housing, protect connectors with dust caps when not in use, and avoid touching optical surfaces.