How Alibaba’s new RISC-V chip hits the mark for China’s tech self-sufficiency drive
Alibaba's new XuanTie C930 processor is expected to boost China's semiconductor industry by promoting the use of open-source RISC-V chips, helping the country to counter US tech restrictions. The server-grade processor was launched by Alibaba's research arm, Damo Academy, and developed by its semiconductor unit, T-Head. It is designed for high-performance computing applications like data centers and autonomous vehicles.
The C930 CPU design will be available for licensing to integrated-circuit developers and will begin shipping this month. This initiative reflects both Alibaba's progress in RISC-V chip design and China's broader strategy to overcome US sanctions that have limited access to advanced semiconductor technology, particularly crucial for the country's growing AI sector. The open-source model is intended to foster a collaborative RISC-V ecosystem.
via SCMP Full Text Feed
Alibaba's new XuanTie C930 processor is expected to boost China's semiconductor industry by promoting the use of open-source RISC-V chips, helping the country to counter US tech restrictions. The server-grade processor was launched by Alibaba's research arm, Damo Academy, and developed by its semiconductor unit, T-Head. It is designed for high-performance computing applications like data centers and autonomous vehicles.
The C930 CPU design will be available for licensing to integrated-circuit developers and will begin shipping this month. This initiative reflects both Alibaba's progress in RISC-V chip design and China's broader strategy to overcome US sanctions that have limited access to advanced semiconductor technology, particularly crucial for the country's growing AI sector. The open-source model is intended to foster a collaborative RISC-V ecosystem.
via SCMP Full Text Feed
