Glasvezel-transceivermodule BlueOptics 845966-B21-BO QSFP28 100000 Mbit/s

The BlueOptics 845966-B21-BO QSFP28 100000 Mbit/s is a fiber optic transceiver module designed for high-speed network environments. It uses a QSFP28 interface and supports data transfer rates up to 100000 Mbit/s. The module has a robust metal housing in silver finish and a compact weight of 0.04 kg, making it suitable for dense networking installations where space and durability matter. The product complies with RoHS, FCC and CE standards.

Advantages

The transceiver provides a standardized QSFP28 interface compatible with systems that accept 100G modules, enabling up to 100 Gbit/s optical connections over multimode fiber. Its metal housing contributes to mechanical reliability and heat dissipation while the light weight simplifies handling during installation. Compliance with international safety and environmental standards ensures predictable integration into existing network equipment.

Suitable for

• High-density switch and router uplinks requiring 100G optical connectivity
• Data center aggregation and spine-leaf architectures
• Storage area network interconnects and high-bandwidth server links

Key specifications

• Interface type: QSFP28
• Maximum data transfer rate: 100000 Mbit/s (100 Gbit/s)
• Module form factor: QSFP28 optical transceiver
• Optical medium: multimode fiber (MPO/MTP connector typical for SR4 optics)
• Housing material: metal
• Weight: 0.04 kg
• Colour: silver
• Regulatory compliance: RoHS, FCC, CE

How to use

Install the BlueOptics QSFP28 transceiver into a compatible QSFP28 slot on a switch, router or other network device while the host equipment is powered down or following the device manufacturer's hot-plug guidance. Connect an MPO/MTP multimode fiber patch cord to the transceiver connector and route the other end to the corresponding patch panel or transceiver. Verify link status and speed on the host device and, if required, enable Digital Diagnostics Monitoring (DDM/DOM) in the host to read real-time parameters such as optical power and temperature when supported by the equipment.