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NVIDIA twin-port OSFP transceiver module with dual MPO connectors

NVIDIA

NVIDIA Twin Port Transceiver 1600Gbps OSFP 2xMPO 1310nm SMF EML 500m

SKU CH-D3Z0-MMHG5

A twin-port OSFP transceiver delivering 1600 Gbps over 1310 nm single-mode fibre up to 500 m using dual MPO connectors

  • Twin-port design doubles link density per OSFP cage
  • 1600 Gbps aggregate throughput for high-bandwidth fabrics
  • 1310 nm EML optics reach 500 m over single-mode fibre
  • Dual MPO connectors simplify cabling in dense racks

Twin-port 1600 Gbps transceiver for high-density

This NVIDIA twin-port transceiver delivers 1600 Gbps total bandwidth in a single OSFP module. It targets data-centre operators and network engineers who need to double port density without expanding rack space.

Dual MPO connectors enable parallel fibre runs

Two MPO interfaces connect to single-mode fibre at 1310 nm using EML sources rated for up to 500 m reach. Builders who need longer spans or a different connector type must choose another module.

Highlights

  • Twin-port design doubles link density per OSFP cage
  • 1600 Gbps aggregate throughput for high-bandwidth fabrics
  • 1310 nm EML optics reach 500 m over single-mode fibre
  • Dual MPO connectors simplify cabling in dense racks

Specifications

BrandNVIDIA

Questions about this item

What is the maximum link distance before the 1310 nm single-mode fibre needs attention?

The transceiver supports up to 500 metres on single-mode fibre at 1310 nm, so plan fibre runs within that limit to avoid signal degradation.

At what sustained throughput does the OSFP module hit its thermal ceiling?

The module is rated for 1600 Gbps aggregate throughput; sustained operation at that rate will be the first thermal limit encountered under load.

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