Dr. Luca Benini, chair of digital circuits and systems and one of the originators of the RISC-V PULP project
ETH Zurich
RISC-V has made the successful transition from an academic project to achieve commercial adoption. We see a universal need for quality and design assurance that can be supported by riscvOVPsim across all projects as PULP RI5CY cores are increasingly implemented in commercial SoC development.
Chuanhua Chang, Chair of RISC-V International P Extension Task Group
Andes Technology Corp.
Flexibility within a framework of compatibility is the essential foundation of the RISC-V ISA.
The RISC-V P extension defines a rich set of integer SIMD/DSP instructions operating on existing integer registers to support complex data processing within the constraints of real-time applications. However, the hardware specification is just the start - adoption and success depend on the software ecosystem, which is supported with the reference models and test suites from Imperas.