The NVIDIA DGX SPARK QSFP to QSFP Direct-Attach Cable (DAC) is specially designed to meet the requirements of intensive computing environments, particularly for interconnecting DGX Spark and equivalent systems. This passive cable offers an optimum solution for connecting two units to create a high-performance, reliable virtual cluster. Thanks to its ultra-light design and QSFP format, it guarantees extremely low latency and optimum stability, essential for artificial intelligence applications and distributed workloads. Its compatibility with NVIDIA ConnectX-7 ports ensures seamless integration and high-speed data transmission of up to 200 Gb/s.
This cable is distinguished by its near-zero power consumption, perfectly meeting the needs of DGX Spark and equivalent configurations that do not require additional cooling. Its plug-and-play design simplifies networking, while its ultra-low bit error rate (BER) guarantees stable, reliable data transmission. Whether for IA clusters, data centres or research environments, this cable offers a cost-effective, flexible and high-performance solution to maximise the efficiency of your infrastructures.
The NVIDIA DGX SPARK QSFP to QSFP Direct-Attach Cable (DAC) is specially designed to meet the requirements of intensive computing environments, particularly for interconnecting DGX Spark and equivalent systems. This passive cable offers an optimum solution for connecting two units to create a high-performance, reliable virtual cluster. Thanks to its ultra-light design and QSFP format, it guarantees extremely low latency and optimum stability, essential for artificial intelligence applications and distributed workloads. Its compatibility with NVIDIA ConnectX-7 ports ensures seamless integration and high-speed data transmission of up to 200 Gb/s.
This cable is distinguished by its near-zero power consumption, perfectly meeting the needs of DGX Spark and equivalent configurations that do not require additional cooling. Its plug-and-play design simplifies networking, while its ultra-low bit error rate (BER) guarantees stable, reliable data transmission. Whether for IA clusters, data centres or research environments, this cable offers a cost-effective, flexible and high-performance solution to maximise the efficiency of your infrastructures.
