x

*Want to search a historical price chart of products or the lowest ever price? Search for the name of the product or paste the product's link in the search box and hit enter. you will see the product's historical milestone prices, charts, and all current offers with Price History. Do check Amazon Price Tracker and Flipkart Price Tracker for price traking.

10Gtek 800Gb s OSFP DAC Compatible for
4th Jul 2026, 01:45 AM

10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions

Price may vary by location, shipping cost, and availability.
Lowest ever
$153.99

Highest: $153.99
Average: $153.99
Lowest: $153.99

Price History Graph

Offer Price Prices
Lowest: -
Average: -
Highest: -

Price History Information

You can check the price history of 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions here. This product's current Price in USA is $153.99. The average and highest prices are $153.99 and $153.99 respectively.

Lowest Ever Price $153.99
24th Jun 2026
Average Price $153.99
Based on 26 days price tracking
Highest Price $153.99
24th Jun 2026

Price History of All Variants of 10Gtek 800Gb s OSFP DAC Compatible for...

Current Price in USA

Price $153.99

Product Information

Details

Product Name 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions
Store Product Code B0GVJ16RMX
Store Name amazon.com
Brand 10Gtek
Category Network Transceivers

Features

  • Splits a single 800G OSFP port into two independent 400G QSFP112 links. It delivers 800Gbps aggregate bandwidth for NDR InfiniBand and 800G/400G Ethernet solutions, maximizing port utilization in AI and HPC clusters.
  • Built as a direct-attach copper cable with no active electronics, it achieves near-zero latency and OSFP ends each consume 0.1 Watts. This makes it ideal for latency-sensitive workloads like AI training, offering superior efficiency over optical solutions.
  • Features a Twin-port OSFP connector for Quantum-2/Spectrum-4 switches and two QSFP112 connectors for ConnectX-7 adapters and BlueField-3 DPUs. Supports CMIS-based auto-negotiation for hot-plug and dual-mode (InfiniBand/Ethernet) operation.
  • The 2-meter length and 26AWG gauge are engineered for flexible in-rack server-to-switch connections. Its lightweight design simplifies cable management in high-density data center environments.
  • For short-reach applications under 3 meters, this DAC provides the lowest total cost of ownership compared to optical transceivers, making it the budget-friendly choice for building NVIDIA DGX systems and GPU compute pools.

Images

×
Image of 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions
Image of 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions
Image of 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions
Image of 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions
Image of 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions
Image of 10Gtek 800Gb /s OSFP DAC Compatible for NVIDIA MCP7Y00-N002, 2-Meter, 26AWG, 8-Channel OSFP Fin-top Breakout to 2x400G Flat-top Cable, NDR Infiniband and Ethernet Solutions

* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.