Info and example projects for the SQRL Acorn FPGA board - mng2/AcornCLE215p

So, after receiving my SQRL Acorn cryptominer board, the first thing I needed to do was power it up and connect to it. I decided that to start with it might be impractical to have it located in a PCIe slot inside my PC as that would make it physically inaccessible.

Well, so far (in previous blogs) I have managed to get the board power up and detected by Vivado hardware manager, but that's only part of the way there. Whilst I can upload a bitstream to the FPGA I need to know how to upload a useful bitstream. The simplest "Hello World" for FPGAs is to take a clock signal and slow it down to blink an LED as a visible frequency. To do this you need to know what pins a clock and an LED are connected to.     Schematic reverse engineering There are a number of ways to reverse engineer the schematic. I'm going to explain a few as they may be useful for your own reverse engineering adventures even if they didn't work for me.

Lime’s second-generation field programmable RF (FPRF) transceiver IC covers all the way from 100kHz to 3.8GHz, with 2x2MIMO and extended functionality.

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