Novel Ways to Bind Software to Hardware Using AI
Prof. PE Gaillardon
Artificial intelligence and FPGAs have a synergistic relationship. The ability to customize accelerators in hardware, coupled with the abundance of DSP and memory resources in a flexible, configurable and fracturable array, lend FPGAs to be a graceful solution to highly complex arithmetic problems.
Unfortunately, FPGA adoption in AI has been slower than expected. We believe the problem is twofold…
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Novel Ways to Bind Software to Hardware Using AI
Artificial intelligence and FPGAs have a synergistic relationship. The ability to customize accelerators in hardware, coupled with the abundance of…
How Open Source Is Creating a Paradigm Shift in the FPGA World
I am often asked why I believe open-source principles are so important to the FPGA market. When I started my career in the FPGA world, 15 or so years ago…
Rapid Silicon’s EDA Shakeup!
The results of the latest École polytechnique fédérale de Lausanne (EPFL) Combinational Benchmark Suite competition are in. Rapid Silicon’s Raptor out-performed all leading EDA…
Raptor Deep Dive
A few weeks ago, we looked at took a high-level view of the open-source tools which are combined to create the Rapid Silicon Raptor tool chain. In this blog we are going to look through the tool…
Why I Joined Rapid Silicon
When I joined Rapid Silicon, I was keen to be part of a company that’s revolutionizing programmable compute. And now, more than eight months in, I am witnessing how Rapid Silicon is building application…
Raptor Open-Source Tool Chain
One of the game changing elements of the announcement from Rapid Silicon was that the entire tool chain would be based on open-source tools. This is particularly exciting because it will enable…
Open-Source FPGA and Tool Chain
One of the most common requests in the FPGA community is for open-source tools. Enter Rapid Silicon who recently announced their Gemini devices. Rapid Silicon’s devices are not only based upon…