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Antmicro’s engineering team is involved in numerous machine vision projects, ranging from biometrics and security, through industrial process control to drones and autonomous vehicles. These usually rely on an edge AI platform such as NVIDIA’s Jetson,
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At Antmicro we are often faced with the challenge of designing video processing devices with a low power and physical footprint. This usually implies using an FPGA for implementing repeating pipelined operations necessary for processing millions of pixels...
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Originally published on Linux.com
Authors: Michael Gielda, Kate Stewart
A Software Bill of Materials (or SBOM) makes the information about the software components running on a system available. Transparency and summarization are needed in embedded systems...
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The Xtensa architecture, originally from Tensilica (now part of Cadence), is the base for a family of licensable, configurable cores, enabling easy customization.
This is especially useful in certain applications such as DSP (digital signal processing...
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At Antmicro we work with a large variety of FPGA chips, starting from very large FPGAs we’re using for prototyping ASIC systems, to super small, resource constrained devices to be deployed at the very edge.
One of such devices is the tiny and open source...
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Many years ago, we created an open source tool to assist us in developing new and exciting hardware-accelerated devices with the Zynq 7000 SoC family. The SoC was a novelty at that time, featuring a dual-core ARM Cortex-A9 CPU and a scalable amount of FPGA...
