So far, I’ve documented the original FPGA-based project and the framework used to turn it into an actual Application Specific Integrated Circuit (ASIC), along with its functional description in Part 1. In Part 2, I covered a few key design considerations I learnt as a beginner when transitioning from FPGA to ASIC, specifically related to … Continue reading RGBW Controller ASIC Part 3 – Design for silicon, colour space conversion algorithm and final block diagram
In the previous article, I shared the initial steps toward creating an amateurial ASIC design. I had a concept for a colour generator, which I first prototyped directly on an FPGA. I also introduced some of the platforms and companies that make ASIC fabrication more accessible by allowing multiple users to share a single production … Continue reading RGBW Controller ASIC, Part 2 – Design for silicon, clock and reset considerations
I initially had an idea to implement an RGBW LED color controller in hardware, but I only had access to an FPGA along with free tools (though not necessarily open-source). Later, while participating in the ETHZ Summer School in Zurich, I discovered how it's possible, even for individual contributors, to affordably create an IC. At … Continue reading RGBW Controller ASIC, part 1 – An FPGA design forged into an ASIC
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