RISC-V has emerged as a cornerstone of modern computing, offering an open-source alternative to proprietary designs like ARM and x86. Free from licensing fees and highly extensible, RISC-V powers everything from IoT devices to AI accelerators, with over 13 billion cores shipped globally. Annual RISC-V Summits, organized… Read More
For decades, high-performance CPU design has been dominated by traditional out-of-order (OOO) execution architectures. Giants like Intel, Arm, and AMD have refined this approach into an industry standard—balancing performance and complexity through increasingly sophisticated schedulers, speculation, and runtime … Read More
An animated panel discussion Design Automation Conference in June offered up a view of the state of RISC-V and open-source functional verification and a wealth of good material for a three-part blog post series.
Parts One and Two covered a range of topics from microcontroller versus more general-purpose processor versus running… Read More
A lively panel discussion about RISC-V and open-source functional verification highlighted this year’s Design Automation Conference. Part One looked at selecting a RISC-V IP block from a third-party vendor and investigating its functional verification process.
In Part Two, moderator Ron Wilson and Contributing Editor … Read More
