Pure Storage Commits to Expanding High-Performance Ethernet for AI and HPC Initiatives with Ultra Ethernet Consortium
Pure Storage, a leading data storage platform, has announced its collaboration with industry peers to expand the capabilities of high-performance Ethernet for large-scale AI and HPC (High-Performance Computing) initiatives. This partnership comes as Pure Storage joins the Ultra Ethernet Consortium (UEC), a Linux Foundation initiative focused on developing an open and accessible Ethernet-based architecture to accelerate data-intensive AI and HPC applications.
With the goal of advancing Ethernet technology to support AI innovation, Pure Storage is committed to defining and integrating UEC technology standards. The company aims to deliver a forward-compatible platform optimized for enterprise AI and HPC workloads using Ethernet, fostering rapid innovation and faster time to market.
As enterprises face challenges with existing network solutions hindering the flexibility and efficiency needed for growing AI workloads, UEC offers a scalable and efficient Ethernet solution to support AI innovation. By pushing the boundaries of Ethernet technology, UEC aims to enable enterprises to maximize their AI and HPC investments while deploying performance-intensive applications.
Through the standardization and growth of high-performance Ethernet for large-scale AI and HPC initiatives, Pure Storage aims to accelerate platform development and provide faster time to innovation, cost-effective operations, and enhanced customer choice. Maciej Kranz, GM of Enterprise at Pure Storage, expressed excitement about the opportunity to collaborate with industry leaders to drive the development of a new ultra-Ethernet architecture for advanced AI and HPC workloads.
With the support of industry peers like Arista Networks, Pure Storage’s commitment to expanding high-performance Ethernet capabilities is poised to revolutionize the landscape of AI and HPC initiatives, empowering organizations to meet the ever-growing demands of these critical applications.