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One of Renode’s practical advantages for real-world systems is its ability to simulate heterogeneous multi-core systems, such as ones including both Cortex-A and Cortex-M cores.
A recent example of an interesting platform...
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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...
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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...
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The PolarFire SoC was the world’s first Linux-enabled mass market multi-core RISC-V SoC, originally made available pre-silicon by Microchip through Antmicro’s Renode simulation framework. Thanks to the ongoing collaboration...
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While landing humans on the Moon was a feat accomplished with very basic compute power of 2MHz provided by the Apollo Guidance Computer, modern spacecraft can take advantage of a much more advanced and capable data processing...
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With the rapid uptick in the adoption of our Renode open source embedded system simulation framework in areas like automotive and space, Antmicro has been steadily expanding support for new hardware targets, most recently
