Optical Transceiver BlueOptics QSB-532 532nm 25G

BlueOptics QSB-532 is an optical transceiver module that transmits data at 25 Gbit/s over fiber using a 532 nm wavelength. The compact pluggable form factor is intended for short-reach fiber links and common SFP/ QSFP-style compatible ports, enabling integration into network switches, media converters and other compatible fiber equipment. The module is designed to support upgrades and densification of network fabrics where a 25G data plane and a 532 nm optical channel are required.

Advantages

The transceiver provides a high-speed 25G data interface with a focused 532 nm optical output suitable for short-reach deployments. Its compact, hot-pluggable design simplifies field installation and replacement without disrupting adjacent equipment. The module is engineered for compatibility with standard fiber infrastructure, reducing the need for custom cabling or adapters while enabling higher link capacity in constrained rack or cabinet space.

Suitable for

• Short-reach links in data centers and server racks
• Metro and access aggregation nodes requiring 25G ports
• Enterprise network uplinks and high-density patching
• Fiber-based media converters and transponder modules

Key specifications

• Data rate: 25 Gbit/s
• Optical wavelength: 532 nm
• Form factor: compact pluggable transceiver
• Application: short-reach fiber links
• Interface type: fiber optic single-channel transmit/receive

How to use

Install the BlueOptics QSB-532 into a compatible transceiver slot following the host equipment manufacturer’s hot-plug procedures. Connect appropriate fiber patch cords and verify link integrity through the host device management interface. Monitor optical power levels and link status during initial deployment to confirm expected performance. For replacement, power down the port if recommended by the equipment vendor, remove the module and insert the new transceiver, then validate the link.

Usage recommendations

Use clean, compatible single-mode or multimode fiber and appropriate connectors for short-reach operation, and avoid tight bends or excessive connector contamination. Follow your network equipment vendor’s compatibility lists and optical power budget guidance when planning links that use a 25G 532 nm transceiver.