Chinese companies are actively developing their own accelerators for AI amidst the intensifying economic rivalry between the USA and China. Startup Zhonghao Xinying, founded by a former Google engineer, has created a chip capable of competing with Nvidia’s solutions, although not the newest ones.
The company developed an ASIC that surpasses Nvidia’s A100 accelerator by 50%. Granted, it’s not Blackwell or even Hopper, yet the A100 remains an impressive accelerator. The chip, named Ghana, was developed by the company of a former Google engineer, who studied electrical engineering at Stanford and the University of Michigan. He worked on chip architecture at Google and Oracle, specifically on several generations of Google’s TPU. Co-founder Zheng Hanxun previously worked at Oracle’s R&D center and Samsung Electronics in Texas.
The company states that the new TPU uses solely its own intellectual property for its basic design, relying on neither Western companies, software stacks, nor components for development, design, or manufacturing. “Our chips don’t require the use of foreign technology licenses, ensuring security and long-term sustainability at the architectural level,” they assert.
Besides being 50% faster than Nvidia’s A100, the Ghana also consumes less power, with reductions reaching up to 75%. The source quotes the founder of the startup, who allegedly said that the technology process used is an order of magnitude finer than that of leading foreign GPUs. However, this seems to be either a translation mistake or a misinterpretation of context, as there are no processes finer than those currently used in modern GPUs.
Developments in AI Chip Technology
Recently, China has accelerated its efforts in the AI chip domain, aiming to reduce reliance on Western technology amidst ongoing technology tensions with the US. Several Chinese firms are now focusing on achieving breakthroughs not only in chip performance but in energy efficiency, critical for scaling AI applications.
Impact of Self-Reliant Designs
The emphasis on indigenous technology illustrates a strategic move to safeguard China’s tech future, offering a buffer against potential external supply chain disruptions. This independence could influence the global chip market, potentially challenging Western tech giants.
