EDGE AI, OPEN SOURCE TOOLS
EDGE AI, OPEN SOURCE TOOLS

INTRODUCING KENNING, TVM AND MICRO-ROS TO THE META-ANTMICRO YOCTO LAYER

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Illustration depicting data exchange between host and target

When building edge AI solutions for its customers, Antmicro usually creates dedicated operating system images, tailored for a customer’s particular product to ensure better security and control. Since such systems are often deployed on large fleets of devices...

OPEN HARDWARE, EDGE AI, OPEN MACHINE VISION
OPEN HARDWARE, EDGE AI, OPEN MACHINE VISION

BUILDING NEXT-GEN AI PRODUCTS WITH NVIDIA JETSON AGX ORIN

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NVIDIA Jetson AGX Orin with the Antmicro accessory adapter and SDI-MIPI bridge

NVIDIA’s edge computing hardware has been a part of Antmicro’s open hardware platform development throughout all of its generations. This legacy of facilitating proof-of-concept prototyping using open source designs has resulted in our ever-expanding,...

OPEN SOURCE TOOLS, OPEN SIMULATION
OPEN SOURCE TOOLS, OPEN SIMULATION

DEMYSTIFYING SOFTWARE – DIFFERENT METHODS OF EXECUTION TRACING WITH RENODE

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Tracing illustration

Tracing software execution on real hardware can be challenging, as to access the internal state of the components and the software itself you often need to attach specialized debugging hardware or instrument the source code. Since additional hardware can...

OPEN HARDWARE, EDGE AI
OPEN HARDWARE, EDGE AI

OPEN SOURCE AMD XILINX KRIA ULTRASCALE+ SOM BASEBOARD

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Picture of the Kria K26 SoM devboard

Antmicro’s experience with AI vision solutions spans across FPGA, embedded GPU and dedicated ASIC accelerators, around which we had built many open source hardware projects. Besides our hugely successful open NVIDIA Jetson/Orin hardware, most notably the...

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