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…
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…