In recent weeks Ubuntu developers have been working on bringing up and improving support for the Starfive VisionFive, which is one of the most promising "low-cost" RISC-V single board computers…
A European team of university students has cobbled together the first RISC-V supercomputer capable of showing balanced power consumption and performance. More importantly, it demonstrates a potential path forward for…
Microchip’s Mi-V ecosystem has enabled customers to ramp products based on PolarFire® devices more quickly, from prototypes to production. The first SoC Field Programmable Gate Array (FPGA) to support the…
Intel has teamed up with the Barcelona Supercomputing Centre to establish a lab to develop the next generation of zettascale supercomputers based around the RISC-V instruction set architecture. The $400m…
As RISC-V continues to increase in popularity, more architecture implementations are being developed, and one research team has demonstrated a 3-stage pipeline RISC-V SoC with various peripherals. What advantages does…
A few days ago the RISC-V pull request landed in Linux 5.19 with support for RISC-V 32-bit (RV32) binaries on RV64, enabling the new Svpbmt extension, and other improvements. On Friday…
While SiFive has sadly shutdown production on the current HiFive Unmatched development board in order to focus on new products expected later this year, those with a SiFive HiFive Unmatched RISC-V developer…
Ashling and CAES announced today that Ashling’s RiscFree Toolchain will provide software development support for CAES’ NOEL-V fault tolerant RISC-V based processors. NOEL-V is a synthesizable VHDL processor model based on the…
This week, Intel and the Barcelona Supercomputing Centre (BSC) announced a €400 million (about $426 million) investment in a laboratory to create RISC-V-based processors that might be used to build…
Aries Embedded has received first samples of its latest RISC-V and ARM-based embedded system-in-package boards ready to show for the first time later this month. The MSRZG2UL and MSRZFive are based on…