According to the results of Scala Computing's testing, DriveNets Network Cloud-AI Ethernet solution delivers exceptional job completion time (JCT) results at the highest workload performance without being locked to specific hardware - supporting an open and flexible ecosystem of ASICs, ODMs, and optical vendors.
DriveNets also contributes to the Open Compute Project (OCP) distributed disaggregated chassis (DDC) standard, becoming a critical open networking standard.
OCP is also working with the UEC to improve Ethernet performance for AI clusters and HPC. Joining the UEC and Network Cloud-AI's industry-leading Ethernet-based AI networking performance reinforces DriveNets' role in the efforts to bring high-performance Ethernet solutions to the industry.
"AI is going to be ubiquitous in cloud and data center infrastructure and will require technology that can effectively minimize GPU idle cycles in high-performance AI workloads," said Ido Susan, founder and CEO of DriveNets. "Solving for that calls for Ethernet-based fabric that supports open, standards-based architectures that eliminate vendor lock-in. The Ultra Ethernet Consortium is committed to advancing open, interoperable Ethernet-based solutions, and DriveNets is proud to support its efforts to evolve the Ethernet standard."
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