SFP+-transceivermodule BlueOptics SFP+KT-ER-1310-BO 10000 Mbit/s 1310 nm

The BlueOptics SFP+KT-ER-1310-BO is a 10G SFP+ fiber optic transceiver module designed for single-mode optical links operating at a wavelength of 1310 nm and a maximum data rate of 10,000 Mbit/s. Housed in a compact SFP+ form factor with an LC duplex connector, the module supports long-reach 10GBASE-ER applications and provides a high MTBF of 3,000,000 hours. Compliance with CE, FCC and RoHS standards ensures that the transceiver meets common regulatory and safety requirements for networking equipment.

Advantages

The module delivers stable 10 Gbps optical transmission over single-mode fiber with simultaneous transmit and receive channels via an LC duplex connection. Built to MSA-compatible specifications, it uses tested components and digital diagnostic monitoring (DDM/DOM) support to enable remote status monitoring of supply voltage, laser current, optical output/input power and temperature. The small SFP+ form factor allows straightforward integration into switches, routers and other network platforms that accept SFP+ optics.

Suitable for

Key specifications

How to use

Install the transceiver into any compatible SFP+ port following the host device manufacturer’s hot-plug procedure. Connect LC duplex single-mode fiber patch cables to the transceiver’s LC receptacle with correct polarity (Tx to Rx). Ensure that the link partner supports 10GBASE-ER and that the host device firmware or software recognizes third-party SFP+ modules where applicable. If DDM/DOM monitoring is required, verify that the host hardware and management software provide access to the digital diagnostic registers.

Recommendations

For reliable long-reach performance, use single-mode graded or non-zero dispersion-shifted fiber rated for 1310 nm transmission, maintain proper connector cleanliness, and avoid tight bends near the transceiver. Use compatible LC patch cords and verify link settings in host devices. For critical links, enable DDM/DOM monitoring and schedule periodic checks of optical power and temperature readings.