QSFP transceiver module BlueOptics QSFP-0100-R10-BO 100000 Mbit/s

The BlueOptics QSFP-0100-R10-BO is a QSFP28 fiber optic transceiver module designed for 100 Gbit/s short-reach multimode connections. Housed in a metal casing and weighing approximately 40 g, this module uses an MPO/MTP connector and supports optical links up to 100 m over multimode fiber. It implements the 100GBASE-SR4 signaling approach with 850 nm transmit and receive lanes, making it suitable for high-density switch, router, and storage interconnects that accept QSFP28 modules.

Advantages

The module provides a standardized QSFP28 form factor and MPO/MTP connectivity that enable high port density and easy integration into existing fiber patching infrastructures. Metal housing offers mechanical robustness and thermal conduction for reliable operation. Built to MSA-compatible specifications, the transceiver supports digital diagnostics monitoring for real-time metrics such as supply voltage, laser bias current, output and received optical power, and temperature when the host hardware exposes DDM/DOM functions. Its design targets high availability and long operational life suitable for continuous data-center use.

Suitable for

Key specifications

How to use

Install the QSFP-0100-R10-BO into a compatible QSFP28 slot on a switch, router, or host adapter that supports 100GBASE-SR4 modules. Connect an MPO/MTP multimode fiber patch cord to the module and route the other end to a corresponding MPO/MTP port or patch panel. Ensure the host device firmware and drivers support third-party QSFP modules and, if required, enable the digital diagnostics interface to monitor optical parameters. Verify link status and correct lane mapping in the host management interface after insertion.

Recommendations

Use OM3 or OM4 multimode fiber for optimal reach and performance up to the specified 100 m. Keep MPO/MTP connectors and patch cables clean and inspect endfaces before mating. Confirm host compatibility and DDM/DOM support for remote monitoring. For high-density deployments, plan fiber routing and cooling to maintain thermal margins for the transceiver.