Fiber optic transceiver module BlueOptics SF1G-GMLX1-BO QSFP-DD 1310 nm

The BlueOptics SF1G-GMLX1-BO is a fiber optic transceiver module in QSFP-DD form factor that operates at a wavelength of 1310 nm and uses MPO-12 / MTP-12 style multi-fiber connectors. Weighing approximately 40 g and finished in grey, this module is designed for high-density, high-speed networking environments where reliable optical links and compact, multi-fiber connectivity are required. The module follows industry MSA guidelines for pluggable transceivers and is suitable for integration into equipment that supports QSFP-DD interfaces.

Advantages

The module provides compact QSFP-DD density with multi-fiber MPO/MTP connectivity, enabling consolidated high-port-count deployments and simplified cabling. Operating at 1310 nm, it supports optical transmission over multimode fiber with low susceptibility to electromagnetic interference. The lightweight grey housing and MSA-aligned mechanical and electrical interfaces ensure straightforward installation and interoperability with compatible networking hardware. The design supports stable long-term operation in professional networking and data center environments.

Key specifications

How to use

Install the transceiver into a compatible QSFP-DD port according to the host equipment manufacturer’s hot-plug procedures. Use MPO-12 or MTP-12 multi-fiber patch cords and ensure fiber polarity and endface cleanliness before connection. Verify that the host system supports QSFP-DD modules at 1310 nm and confirm link parameters in the device management interface. Monitor link status and, if available, use any provided diagnostic or management features in the host to check optical levels and module status.

Recommendations

Ensure proper handling by avoiding direct contact with optical endfaces, use dust caps when the module is not connected, and perform visual inspection and cleaning of fiber connectors. When deploying at scale, validate compatibility with the target switch or router and test links with representative patching and fiber runs to ensure expected performance.