Pipelined RISC-V in RHDL: A Five-Stage Journey Through Hazards and Stalls
At MINRES, we are always trying to find ways to improve hardware design productivity, verification workflows, and system-level integration – and in doing so end
Implementing ISO 9001 as a small company: why it’s worth it
Choosing to pursue certification to a standard like ISO 9001 can look like a lot of work and an unnecessary burden, particularly to a small
Bridging Worlds: SystemC TLM Meets Verilated RTL
In modern hardware design, systems evolve through multiple levels of abstraction before reaching silicon. Each stage adds more detail, constraints, and implementation accuracy. In the
Building Scalable Edge Intelligence with Scale4Edge and RISC-V
Modern edge devices power everything from industrial IoT systems to advanced automotive sensor processing. With shifts from centralized cloud infrastructures to processing data directly at
Integrating QEMU in SystemC Virtual Platforms: why official library support would make it easier
QEMU is widely known and widely used open source machine emulator and virtualizer. It is fast, flexible and backed by a very large and active
Flexible Embedded AI for Automotive Systems: Hardware-Independent DNN Deployment with RISC-V
Modern automotive systems feature a range of sensors and cameras, providing input to driver assistance systems. Deep Neural Networks (DNNs) executed in embedded AI platforms