In recent years Antmicro has been working for customers within the CHIPS Alliance’s Caliptra Workgroup, led by AMD, Google, Microsoft and NVIDIA, to maintain and gradually enhance the RISC-V VeeR EL2 CPU core that is used in the open source Caliptra Root...
Asymmetric multiprocessing (AMP) setups are very common in modern SoCs which mix various types of cores or even architectures to provide sufficient processing power when needed, while keeping the system energy efficient overall. The AMP architecture is...
With very broad support for simulating RISC-V, Armv8-R and Armv8-A platforms, Renode is addressing the need to target scenarios of increasing complexity, including multi-core, heterogeneous embedded systems or server applications for management, security...
To streamline Antmicro’s wide-ranging embedded product development work for customers in aerospace, medical, automotive and other areas, we have been building a portfolio of reference designs and making it available on our open hardware portal. Together...
ASIC and FPGA designs consist of distinct blocks of logic bound together by a top-level design. Taking advantage of this modularity and enabling automation and reuse of blocks across designs requires tools for automated processing and generation of top...
The complexity of the multi-stage ASIC design process is reflected in the structure of the most popular open source project in this space called OpenROAD which offers a collection of ASIC design tools that can be put together into a complete ASIC flow in...