SFP28 Transceiver BlueOptics BF10-BO (Kompatibler Lenovo) 10G/25GBASE-SR, LC-Duplex, MMF, 850nm, 100m, DDM, 0–70°C

Compact SFP28 transceiver BlueOptics BF10-BO compatible with Lenovo equipment designed for short-range multimode fiber connections. The module supports both 10GBASE-SR and 25GBASE-SR operation over LC‑duplex connectors at an 850 nm wavelength, enabling reliable links up to 100 m. Integrated digital diagnostic monitoring (DDM) provides real-time status of optical parameters, and the transceiver operates across a temperature range of 0°C to +70°C, making it suitable for standard data center environments and enterprise network racks.

Advantages

The SFP28 transceiver provides dual-rate support for 10G and 25G networks in a small form factor, allowing flexible deployment in mixed-speed environments. LC‑duplex connectivity ensures compatibility with common multimode fiber patch panels and trunks. Built-in DDM enables monitoring of transmit power, receive power, temperature and supply voltage for easier diagnostics and maintenance. Designed for interoperability with Lenovo equipment, the module offers a compact, power-efficient solution for short-reach optical links.

Suitable for

Key specifications

How to use

Install the SFP28 transceiver into a compatible SFP28 port on the switch or server following the manufacturer's hot‑plug procedure. Connect LC‑duplex multimode fiber patch cords ensuring correct transmit-to-receive orientation. Verify link status LEDs on the host device and check DDM values through the management interface to confirm proper optical power levels, temperature, and voltage. If necessary, adjust transceivers or patching to achieve optimal signal quality and reach.

Recommendations

Use OM3 or OM4 multimode fiber for optimal reach and performance at 25G; ensure fiber connectors and patch cords are clean and certified. Monitor DDM parameters periodically to detect potential degradation. Operate the module within the specified temperature range and avoid exposing the transceiver to dust or mechanical stress during installation.