Antmicro’s projects often revolve around video acquisition and processing, with the camera system sometimes placed at a longer distance from the embedded processing platform. In such scenarios we cannot directly use MIPI CSI...
The usual practice in FPGA development is to treat bitstreams as proprietary firmware, but through its work Antmicro is showing how a more software-centric and open source-driven methodology can offer more control and significant...
OPEN HARDWARE, OPEN FPGA, OPEN MACHINE VISION, EDGE AI
Last year we released an open hardware SDI-MIPI CSI-2 bridge that enables connecting SDI-based industrial and film-grade cameras and video accessories with modern embedded AI platforms featuring the MIPI CSI-2 interface. We...
EDGE AI, OPEN MACHINE VISION, OPEN FPGA, OPEN HARDWARE
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...
When building your Linux-based camera product (which happens a lot at Antmicro), most of the time you’ll be playing around with various options to adjust before you arrive at your desired result, like exposure, gain, or contrast...
One of the motivations behind open hardware designs at Antmicro is to showcase the newest processing technologies and provide a starting point for discussion about customized products - with different form factors, interfaces...
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