Network transceiver module BlueOptics 980-9I530-00W000-BO QSFP-DD 400000 Mbit/s MPO-16 MTP-16 100 m

BlueOptics 980-9I530-00W000-BO is a QSFP-DD form-factor fiber optic transceiver module designed for multimode networks. It supports a maximum data rate of 400000 Mbit/s and connects via MPO-16 / MTP-16 multimode fiber connectors. The module has a maximum link distance of 100 m, a compact silver housing and a lightweight design of 40 g. It is certified to RoHS, FCC and CE standards and is intended for use where high-density, high-throughput short-reach optical links are required.

Advantages

The transceiver offers high aggregate bandwidth in a QSFP-DD form factor, enabling dense 400G links in data center and aggregation environments. MPO-16/MTP-16 connectivity allows parallel multimode fiber connections that simplify cabling for short-reach high-speed links. The module’s industry-standard mechanical interface and compliance with common certifications ensure interoperability and ease of installation in supported systems. Its compact size and low weight make it suitable for high-density port configurations.

Suitable for

Key specifications

How to use

Install the transceiver into a compatible QSFP-DD port on switches, routers or other networking equipment that support 400G QSFP-DD modules. Use MPO-16 / MTP-16 multimode fiber assemblies rated for the intended link distance and ensure correct polarity and connector seating. Configure the host hardware and network interfaces according to the vendor instructions for 400G operation and verify link status through the equipment management interface. Observe electrostatic discharge (ESD) precautions during handling and keep connector endfaces clean to maintain signal quality.

Recommendations

Use OM3/OM4 multimode fiber that meets MPO-16/MTP-16 specifications and follow the switch or router vendor compatibility list to confirm supported QSFP-DD modules. Limit link runs to the specified maximum distance of 100 m and perform regular inspection and cleaning of connectors to avoid signal degradation.