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NVIDIA OSFP twin port transceiver module with two MPO connectors and 1310nm laser

NVIDIA

NVIDIA 980-9IAH1-00XM00 1600Gbps OSFP twin port SFP transceiver 2xMPO 1310nm 500m

SKU CH-X4B2-HEV8B MPN 980-9IAH1-00XM00

Twin-port OSFP transceiver delivers 1600Gbps over two MPO connectors at 1310nm for up to 500m on single-mode fibre

  • 1600Gb/s throughput with 8 channels of 200G-PAM4 electrical modulation
  • Dual-port design provides two 4-channel 200G-PAM4 optical interfaces
  • 1310nm single-mode laser reaches up to 500 metres
  • Two MPO-12/APC connectors for high-density fibre cabling
  • 5W maximum power draw from a single 3V supply

Twin-port 1600Gbps OSFP transceiver

The NVIDIA 980-9IAH1-00XM00 is a twin-port 1600Gbps OSFP transceiver designed for high-density single-mode fibre links. It uses 1310nm lasers over two MPO-12/APC connectors to reach 500 meters. Each port carries four channels of 200G-PAM4 optical modulation fed by eight channels of 200G-PAM4 electrical modulation. Maximum power draw is 33.5W from a single 3V supply.

Upgrade from lower-rate or single-port modules

This transceiver replaces lower-rate OSFP or QSFP modules when aggregate 1600Gbps throughput is required on a single OSFP footprint. The jump is worth it when link distances up to 500 meters on single-mode fibre are needed and the host platform supports the 33.5W thermal envelope and dual MPO-12/APC cabling. It also consolidates two 4-channel 200G-PAM4 optical interfaces into one module, reducing port count and patch-panel density compared to deploying two separate transceivers.

Suits high-density 1600Gbps links up to 500m

This module suits data-centre operators building 1600Gbps single-mode links up to 500 meters with OSFP cages that can deliver 33.5W per port and accept MPO-12/APC connectors. It is not for buyers who need longer reach than 500 meters, who require a different optical connector type, or whose platforms cannot supply 33.5W from a 3V rail. It is also not for deployments using multi-mode fibre or single-port transceiver form factors.

Highlights

  • 1600Gb/s throughput with 8 channels of 200G-PAM4 electrical modulation
  • Dual-port design provides two 4-channel 200G-PAM4 optical interfaces
  • 1310nm single-mode laser reaches up to 500 metres
  • Two MPO-12/APC connectors for high-density fibre cabling
  • 5W maximum power draw from a single 3V supply

Specifications

No published specifications for this item yet.

Questions about this item

Does this OSFP transceiver fit a standard OSFP cage, and what is its maximum power draw?

It fits a standard OSFP cage and draws up to 33.5W from a single 3V supply.

How do I install the dual MPO-12/APC cables, and which mistake should I avoid?

Align the keyed MPO-12/APC connectors with the transceiver ports and push until the latch clicks; do not force angled insertion or you risk damaging the 1310nm optical interfaces.

When should I plan to replace the transceiver or its patch cables?

Replace if link errors rise on either 200G-PAM4 lane group, if optical power drops below the 500m reach budget, or if the module exceeds its 33.5W thermal envelope during sustained operation.

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