Many believe that the future of chip design—and the development of new technologies like next-generation artificial intelligence (AI)—will depend on RISC-V architecture. RISC-V is an open standard ...

The technology driving our world today is increasingly complex. From the latest flashy AI technology like ChatGPT to autonomous cars and satellite launches to the innovations behind our everyday ...

RISC-V, an open instruction set architecture (ISA), is reshaping the global computing landscape. Unlike proprietary ISAs such as x86, widely used by Intel and AMD, or ARM, which dominates mobile and ...

RISC-V architecture is gaining traction in China as a geopolitically neutral alternative to x86 and ARM architectures dominated by the U.S. The rise of RISC-V presents a potential risk to Advanced ...

There’s been a significant shift toward RISC-V architectures in SoC design. This article highlights its impact on the semiconductor industry and role in fostering innovation and flexibility in ...

SiFive’s role in creating RISC-V and driving it forward. How RISC-V transformed from a student project into a globally used architecture. The importance of open-standard architecture. RISC-V ...

Closed systems stagnate innovation—Linux users know this. Licenses, royalties, and fees keep the well-funded in control. RISC-V throws that out the window because it's free to adopt, adapt, and ...

The semiconductor industry increasingly needs more flexible and scalable processor architectures, driving the growing adoption of RISC-V. Originally developed at the University of California, Berkeley ...

Discussions about CPUs often frame one instruction set architecture (ISA) against another—x86 vs. Arm, Arm vs. RISC-V, and so on. However, it’s common to use multiple CPU architectures in a single ...

Over the holiday break, the footage from the recent “RISC-V Summit” was posted for the world to see, and would you believe that Google showed up to profess its love for the up-and-coming CPU ...

An emerging chip architecture gaining traction in smartphones, automotive technologies, and other electronics may find adoption stymied by security concerns. Using x86 and ARM processors for hardware ...