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xilinx

OPEN FPGA, OPEN MACHINE VISION, OPEN HARDWARE

OPEN HARDWARE FPGA PLATFORM FOR MULTI-CAMERA SYSTEMS

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ZVB front Advanced multi-camera systems often require the low latency, high bandwidth and energy-efficiency that FPGA solutions can provide. The deep control over hardware and software working in tandem offered by FPGAs can be a great...
EDGE AI, OPEN MACHINE VISION, OPEN FPGA, OPEN HARDWARE

OPEN COMPUTING AT THE EDGE: EMBEDDED WORLD 2020

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Antmicro at EW2020 booth details Antmicro helps its customers build advanced, modular, software-centric, edge to cloud AI systems backed by a sound, open-source-driven methodology. With so much momentum in open digital design happening not only in the US...
EDGE AI, OPEN MACHINE VISION

A HIGH-SPEED STEREOVISION CAMERA SYSTEM FOR INDUSTRIAL USE CASES

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XMine scanner closed case At Antmicro, building advanced machine vision systems is our daily bread. While customer projects are always case-specific, we invariably strive to build solutions that employ leading edge computing platforms and, most importantly...

EMBEDDED WORLD 2018: ANTMICRO TECHNOLOGIES AT A GLANCE

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Embedded World 2018 Over the last year, which may well be called groundbreaking for including a sudden surge in edge AI and the open RISC-V architecture paving its way into the market, Antmicro has been involved with technologies that are changing...
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