OSFP Transceiver BlueOptics 980-9I510-F4NS00 Twin-Port MPO-MTP-12/APC 2×400GBASE-SR4 850nm 50m DDM

BlueOptics 980-9I510-F4NS00 is a compatible OSFP optical transceiver designed for short-reach, high-density data center interconnects. The twin-port module supports 2×400GBASE-SR4 transmission over multimode fiber at a wavelength of 850 nm for links up to 50 meters. The transceiver features MPO–MTP-12/APC connector interfaces, a finned top housing for improved thermal performance, an operating temperature range of 0°C to +70°C and integrated digital diagnostic monitoring (DDM) for real-time status and signal parameter reporting.

Advantages

The BlueOptics OSFP transceiver provides a compact twin-port solution enabling dual 400G channels from a single module, reducing port density and cabling complexity in aggregation and spine-switch deployments. Its MPO–MTP-12/APC connectivity ensures compatibility with standard multimode MPO trunk cabling, while the finned housing assists passive heat dissipation for reliable operation within the specified temperature range. Integrated DDM offers continuous monitoring of optical power, temperature and supply voltage to support operational visibility and troubleshooting.

Suitable for

Key specifications

How to use

Install the OSFP module into a compatible OSFP host slot according to the switch or router vendor instructions, ensuring the module is fully seated and latched. Connect multimode MPO trunk cables with MTP-12/APC termini to the transceiver ports, taking care to maintain correct polarity and clean connector endfaces. Verify link status on the host device and monitor DDM parameters through the management interface to confirm optical power and temperature are within expected ranges before placing the link into production.

Recommendations

Use OM4 or equivalent multimode fiber for link distances approaching the 50 m limit, keep MPO/MTP connector endfaces clean and use proper cable management to avoid excessive bending. Monitor DDM readings regularly and allow sufficient airflow around the finned housing; operate the transceiver within the specified 0°C to +70°C temperature window to ensure reliability.