Network transceiver module BlueOptics AFBR-79EBPZ-BO 40000 Mbit/s QSFP

The BlueOptics AFBR-79EBPZ-BO is a QSFP network transceiver module designed for high-speed fiber optic connections. Supporting a maximum data transfer rate of 40000 Mbit/s, this silver-coloured module is intended for use in data center and enterprise network environments where compact form factor and high throughput are required. Its lightweight design (approximately 40 g) and robust MTBF of 1,000,000 hours indicate suitability for continuous operation and long-term deployment.

Advantages

The QSFP interface offers a compact, standardized form factor for four-channel high-speed links, reducing port density while enabling 40 Gbit/s class connectivity. With a maximum throughput of 40000 Mbit/s and a high MTBF value, the module provides consistent performance and reliability for demanding network applications. The silver housing facilitates easy identification and integration into existing optical transceiver inventories.

Suitable for (tasks / use cases)

• 40 Gbit/s uplinks between switches and routers in data centers
• Server-to-switch connections requiring high bandwidth
• Aggregation links in campus and enterprise networks
• High-performance computing clusters and storage networks

Key specifications

• Interface type: QSFP
• Maximum data transfer rate: 40000 Mbit/s
• Weight: 0.04 kg
• Product colour: Silver
• Designed for fiber optic network connections
• MTBF: 1,000,000 hours

How to use

Install the BlueOptics QSFP transceiver into a compatible QSFP port on the network switch, router or transceiver cage following the equipment manufacturer's insertion and removal procedures. Ensure the module and host device support 40 Gbit/s operation and use compatible fiber cabling and connectors. After insertion, verify link status and configure the host device interfaces according to network design and operational requirements.

Recommendations

Use certified single-mode or multimode fiber cables as recommended by your network equipment vendor and verify optical budget and connector type before deployment. Keep the module's protective caps in place when not connected, avoid excessive mechanical stress on fiber connectors, and perform link testing after installation to confirm expected throughput and signal integrity.