Ubuntu's pivot to the RVA23 RISC-V profile has caused concern, but new hardware is on the way - and the upcoming chips more than justify the move.

There's been a flurry of news surrounding RISC-V lately, like Steam support for RISC-V through an emulator and Nvidia's ...

Nvidia has officially ported its Compute Unified Device Architecture (CUDA) to RISC-V, a move announced at a recent RISC-V ...

The move represents a major step by the US semiconductor giant in boosting the development of open-source chip architecture ...

As it happens though, RISC is alive and well, revived and revitalized with RISC-V in 2014 by Berkeley University. RISC-V ...

Nvidia's decision to extend support for CUDA to the RISC-V instruction set isn't all that surprising. It's not the first or even second time its devs have worked with RISC-based systems. Today, CUDA ...

Andes offers a broad portfolio of 30+ silicon-proven processor IP cores, spanning compact 32-bit MCUs to high-performance ...

Open source developers are building an emulator called felix86, which allows you to run x86-designed software on RISC-V ...

Most of the RISC-V MCUs available on the market do not have an MMU. Only the high-end Linux-capable ones have an MMU. More so, it’d be exceptionally stupid to have an MCU with an MMU, as it ...

RISC-V is also being used for custom processors targeted to applications from the network edge to cloud servers with specific applications dedicated to high-performance computing (HPC).

RISC-V started in 2010 at the University of California at Berkeley Par Lab Project, which needed an instruction set architecture that was simple, efficient, and extensible and had no constraints ...

The RISC-V CPU of the C3 vs. the Tensilica cores in the ESP32 and the ESP8266. So we thought we’d put them through their paces and see how they stack up in terms of processing speed and overall ...