Chinese researchers have developed super computer chips that leave NVIDIA chips behind in terms of performance.
Chinese scientists are US -based with super computer chips they developed NVIDIAHe challenges the superiority of his superiority. According to a study, the performance of China’s domestic production graphics processors can leave NVIDIA -backed super computers behind up to 10 times in certain areas. This success is considered as an unexpected result of the US technology sanctions.
NVIDIA ate a blow from where he does not expect
Chinese researchers achieved this success not only with the hardware power, but also with software optimization. The team, led by Professor Nan Tongchao of Hohai University, managed to increase the efficiency of parallel processors by working with “multiple nodes and multiple GPU” architecture. In particular, improvements on data transfer and task coordination between nodes played a critical role in this performance increase.
Nan’s team completed a flood simulation every three minutes, using a system of 200 nodes and 800 graphics processors using domestic X86 -based processors and graphics cards. This model has a significant potential in areas such as flood management and disaster prevention.
The restrictions imposed by the United States on technology exports have led China to produce domestic chip production and software development. The inability to use NVIDIA’s Cuda software ecosystem in third -party equipment pushed Chinese researchers to develop independent algorithms. However, experts warn that these software -based solutions cannot close the hardware deficiencies forever.
These new chips are not limited to flood simulations. It can be used in many different fields such as hydrometeorology, sedimentation and sub-surface-sub-water interactions. The research team plans to test this technology in larger engineering applications in the future. China’s breakthrough may be the beginning of a new era in the global leadership race in super computer technology. NVIDIA’s long -standing domination faces serious competition with this development.