Antmicro’s Open Hardware Portal highlights several dozen of its open source hardware boards, spanning a range of different use cases, such as for video, AI. Perhaps less visibly but not less importantly, the OHP, also includes details of over 2200 hardware...
Developing software for Linux-based systems in simulation lets you iterate faster than using hardware, especially when the latter is still under development. Our open source Renode simulation framework helps scale embedded dev environments across many use...
Antmicro’s engineering services cover the entire cycle of product development – from choosing suitable hardware, through preparing BSPs (board support packages), to in-field deployment and fleet management. We help build complete AI-enabled products such...
EDGE AI, OPEN MACHINE VISION, OPEN SOFTWARE LIBRARIES, OPEN SOURCE TOOLS
EDGE AI, OPEN MACHINE VISION, OPEN SOFTWARE LIBRARIES
For complex ML systems involving many sensors (e.g. cameras, depth sensors, accelerometers), interconnected algorithms and a sophisticated control flow, system performance monitoring is a challenging problem. To architect these kinds of complex systems...
As the open source Zephyr RTOS continues to grow in popularity, with most of the leading semiconductor vendors supporting the project as members, so does the open RISC-V ISA see ever-increasing adoption in real-world use cases, including at those same major...
OPEN SOFTWARE LIBRARIES, OPEN SOURCE TOOLS, OPEN SIMULATION
OPEN SOFTWARE LIBRARIES, OPEN SOURCE TOOLS, OPEN SIMULATION
At Antmicro, part of our customer work relates to creating and improving open source tooling and utilities for developing hardware, often in simulation.
The flexibility and high throughput of PCIe made it a foundation element of datacenter systems, and...