OSFP transceiver BlueOptics 980-9I510-00NS00-BO, Twin-Port MPO-MTP-12/APC, 2x400GBASE-SR4, 850nm, 50m, DDM

The BlueOptics OSFP Transceiver 980-9I510-00NS00-BO is a compact, twin‑port optical module designed for short‑reach multimode fiber links in data center and high‑performance aggregation environments. It provides two independent 400GBASE‑SR4 ports (aggregate 800G) over MPO/MTP‑12 APC connectors at 850 nm, supporting OM3/OM4 multimode fiber distances up to 50 meters. The module includes a finned top housing for passive heat dissipation and supports digital diagnostic monitoring (DDM) for real‑time status and link parameter reporting. Operating across a 0°C to +70°C temperature range, this OSFP transceiver is compatible with the listed NVIDIA part and intended for dense, high‑throughput deployments that require reliable short‑reach optical interconnects.

Advantages

The transceiver combines dual 400G lanes in a single OSFP form factor to maximize port density while maintaining separate traffic channels for flexible aggregation. MPO‑MTP‑12/APC connectivity ensures correct fiber polarity and low back‑reflection for multimode links. Integrated DDM provides monitoring of optical power, temperature and other diagnostics to support proactive maintenance. The finned housing increases thermal dissipation without active cooling, enabling stable operation in typical data center ambient conditions.

Suitable for

Key specifications

How to use

Install the OSFP transceiver into a compatible OSFP port on the switch or router following the host equipment vendor’s insertion and handling guidelines. Connect multimode fiber cables terminated with MPO/MTP‑12 APC connectors to the module’s twin ports, ensuring correct alignment and secure latching of the connectors. Verify link status using the host device interface and the module’s DDM readings to confirm optical power and signal integrity. Use appropriate cable management to maintain bend radius and avoid excessive stress on the connectors.

Recommendations

For reliable performance, use OM3 or OM4 multimode fiber assemblies certified for 850 nm and rated for 400G applications. Keep fiber runs within the specified 50 m limit and follow best practices for MPO/MTP polarity and cleaning of APC endfaces before mating. Monitor DDM parameters regularly to detect power deviations or temperature excursions and ensure the host equipment firmware supports OSFP modules compatible with the listed part.