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Originally published on the Zephyr Project blog
The Zephyr RTOS most often powers MCUs (with hundreds of supported platforms), taking the primary, user-facing role. But its versatility makes it a great fit for other, perhaps...
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Machine learning typically operates on large amounts of data which often has to be moved back and forth between processing nodes and storage. This generates bottlenecks and costs in terms of both power and bandwidth. One trend...
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Antmicro’s work with camera systems often results in new reusable tools and libraries helpful for debugging video devices and applications. Some examples of such tools for working with v4l2 pipelines such as grabthecam, farshow
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Antmicro’s Linux-based embedded device development projects often contain many moving parts, including custom hardware (often in multiple revisions), kernels with custom driver configurations, secure boot and OTA update systems...
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With Moore’s law no longer to be taken for granted, there’s a real need to find new ways to scale compute capability to keep up with the ever increasing demand. Antmicro is helping customers tackle this problem on multiple...
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At Antmicro, we often help customers bring their cutting edge technology ideas to life, which more often than not, require extensive R&D. We work with a range of Linux- and Android-capable embedded platforms, from NVIDIA’s...
