In our daily work at Antmicro we use FPGAs primarily for their flexibility and parallel data processing capabilities that make them remarkably effective in advanced vision and audio processing systems involving high-speed interfaces such as PCI Express...
The ability to conveniently measure the quality and performance metrics associated with heterogeneous codebases spanning many edge and cloud software and hardware components are key in today’s collaborative and distributed development ecosystem. The more...
Antmicro just released its UltraScale+ Processing Module as open source hardware. The release of the UltraScale+ Processing Module joins a long list of open source hardware, industrial grade baseboard designs by Antmicro, such as the successful Jetson Nano...
We are happy to announce our involvement in ‘Very Efficient Deep Learning in IoT’ (VEDLIoT) - a project funded by the European Commission and coordinated by Bielefeld University’s CoR-Lab, launched at the end of 2020. Comprising a 12-member international...
In line with our open source hardware strategy, Antmicro is happy to announce that yet another carrier board design has been added to our open source hardware portfolio. Released on the permissive MIT License, the Apalis Smart Vision Baseboard has joined...
OPEN FPGA, OPEN ASICS, OPEN ISA, OPEN SOURCE TOOLS
Throughout 2020 we have been hard at work developing proper, portable SystemVerilog support for multiple open-source FPGA and ASIC design tools used by us and our customers, most notably Yosys and Verilator. We strongly believe that the support is a necessary...