In this post, I walk through an improved FPGA hashtable design, following on from my earlier post. Unlike that post, I’ll mostly focus on the hashtable design, rather than using it to build an actual networked key-value-store.
In this post, I walk through the design of a sampling oscilloscope built using only the transceiver eye scan functionality of a Xilinx FPGA. A sampling oscilloscope lets you see the full analog waveform coming into the transceiver. I think it is neat that, with a few tricks, you can do this with only a Xilinx GTY, which, functionally, only provides a single 1 or 0 per bit period. It’s also nice to see what these high speed serial waveforms are actually doing in the time domain at the receiver.
This post introduces a library for creating efficient FPGA-based digital filters written in the hardware description language Clash. I then use the library to implement an FM radio receiver on an FPGA. This post is also a continuation of my earlier blog posts on building a software fm radio receiver, and building some basic digital filters.
This post is about building an FPGA based networked key-value-store in the functional hardware description language Clash. I’ll describe my FPGA-tailored hashtable design, the testing framework I built for it, and its performance and resource usage.
This post is about my entry in the Reactive Synthesis Competition. I wrote it several years ago, and, as of this year, it doesn’t even win its track anymore. However, I recently saw reactive synthesis mentioned in the SymbiYosys docs and got excited because that means that someone outside of academia is possibly interested in reactive synthesis. So, I thought I’d write a very high level blog post introducing reactive synthesis and my solver.
In this post I will design a series of digital filter circuits in the functional hardware description language Clash.
In this blog post I’m going to give a demo of my sdr library. SDR stands for software defined radio. The library is mostly written in Haskell and is available on Hackage as the (imaginatively named) sdr library. I will be using it to build an FM broadcast band receiver.
