Glasvezel-transceiver BlueOptics 430-4593 40000 Mbit/s QSFP 850 nm

The BlueOptics 430-4593 is a fiber optic transceiver module designed for high-speed data links. With a QSFP interface and an operating wavelength of 850 nm, this compact module supports a maximum data transfer rate of 40,000 Mbit/s and is intended for use in modern networking equipment where multi-lane high-throughput interconnects are required. The transceiver's silver housing and 20 g weight make it easy to handle and install in compatible ports.

Advantages

The QSFP form factor enables aggregation of multiple lanes in a single connector for high-density installations while maintaining compatibility with QSFP-capable switches and routers. Operating at 850 nm provides reliable short-range multimode fiber performance suitable for data center interconnects. The module's compact size and lightweight construction reduce strain on equipment slots and simplify handling during installation and maintenance.

Suitable for

• Data center uplinks and switch-to-switch connections
• High-speed server interconnects and aggregation links
• Multimode fiber links in enterprise and campus networks

Key specifications

• Interface type: QSFP
• Maximum data transfer rate: 40000 Mbit/s
• Operating wavelength: 850 nm
• Weight: 0.02 kg
• Product colour: Silver

How to use

Install the BlueOptics 430-4593 into a compatible QSFP port on a switch, router, or network adapter following the equipment manufacturer's hot-plug guidelines. Connect appropriate multimode fiber cables terminated with compatible connectors to the transceiver, ensure proper seating and link negotiation, and verify link status using the host device management interface. Handle the module by its housing, avoid touching the optical interface, and store protective caps when the transceiver is not in use.

Recommendations

Use OM3/OM4 multimode fiber for optimal short-range performance at 850 nm and ensure compatible QSFP ports and firmware support on host devices. Follow standard ESD precautions during handling and avoid bending fiber cables beyond recommended radii to maintain signal integrity.