Glasvezel-transceivermodule BlueOptics 40G-BDSR-QSFP150M-BO 40000 Mbit/s QSFP

The BlueOptics 40G-BDSR-QSFP150M-BO is a fiber optic transceiver module designed for 40 Gbit/s links. It uses a QSFP interface in a compact silver housing and supports a maximum data transfer rate of 40000 Mbit/s. With a specified mean time between failures (MTBF) of 1,000,000 hours and a lightweight build of 40 g, the module is intended for integration into high-density networking equipment where space and reliability are important.

Advantages

The module provides a high-speed 40 Gbit/s connection via a standard QSFP interface, enabling straightforward compatibility with compatible switches and routers. Its compact form factor and low weight make it suitable for dense chassis installations. The relatively high MTBF rating indicates stable operation over extended periods, reducing the need for frequent replacements in managed network environments.

Suitable for

• Core and aggregation layer links in data centers
• High-capacity uplinks between switches and routers
• Server interconnects requiring 40 Gbit/s bandwidth
• Environments where QSFP-compatible transceivers are supported

Key specifications

• Interface type: QSFP
• Maximum data transfer rate: 40000 Mbit/s (40 Gbit/s)
• Colour: Silver
• Weight: 0.04 kg
• Form factor: QSFP compact transceiver module
• Reliability: MTBF approximately 1,000,000 hours

How to use

Install the BlueOptics QSFP transceiver into a compatible QSFP port on your switch, router, or host adapter following the equipment manufacturer's insertion procedure. Connect appropriate multimode or single-mode fiber cables and secure connections according to the optics and cabling type in use. Verify link status and configuration in the network device management interface and apply any required port settings for 40 Gbit/s operation.

Recommendations

Ensure compatibility with the host device's QSFP slot and supported optics types before installation. Use suitable fiber patch cords and maintain clean connector end-faces to preserve signal integrity. Follow the network equipment vendor's guidelines for hot-swap handling, ESD protection, and thermal management to achieve expected reliability.