China’s tech giants have launched “Global Scheduling Ethernet” (GSE Ethernet), a new networking technology optimized for AI and HPC. Spearheaded by China Mobile, this initiative aims to improve network performance and reduce latency, addressing limitations of traditional Ethernet. The technology has reportedly been successfully deployed at a China Mobile data center, raising the possibility of reshaping networking standards in China.
Chinese technology companies recently launched chips designed to support a new networking technology known as “Global Scheduling Ethernet” (GSE Ethernet), which is specifically optimized for artificial intelligence (AI) and high-performance computing (HPC) applications. The initiative is primarily spearheaded by China Mobile, which published a detailed white paper in 2023 outlining the framework for GSE Ethernet. The technology is envisioned to address current networking limitations, as traditional Ethernet protocols were not designed with the modern demands of AI and HPC in mind.
The development of GSE Ethernet reflects a growing recognition among Chinese technology stakeholders of the need for a networking solution tailored to the unique demands of high-throughput and low-latency applications. Notably, the Ultra Ethernet Consortium (UEC), comprising major international tech firms such as Intel, AMD, and Cisco, is similarly pursuing optimized Ethernet solutions to support AI and HPC workloads. Both initiatives share objectives in reducing latency and improving traffic management on expansive networks, an area where traditional Ethernet has struggled.
The introduction of GSE Ethernet by Chinese giants signals a significant advancement in the pursuit of networking technologies suited for AI and HPC applications. With over fifty participants from the tech sector contributing to this initiative and the early deployment of GSE Ethernet at a China Mobile data center yielding impressive results, the implications could reshape networking standards within China and beyond, potentially challenging the influence of current global standards.
Original Source: www.theregister.com
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