Usually it's fairly simple to get your feet wet and a blinking LED. The problem with FPGAs tho is that you basically have to do everything yourself and apparent

Usually it's fairly simple to get your feet wet and a blinking LED. The problem with FPGAs tho is that you basically have to do everything yourself and apparently it's not easy for a lot of people to "get it". Even tho Verilog and VHDL look like normal programming languages, you aren't actually programming. You are describing hardware/logical circuits. Most things run, by default, in parallel, which you always have to keep in mind. But then there are things like processes which are evaluated sequentially, but they still behave different than a C-program. You could also use external IP-Blocks to not be forced doing everything from scratch, but they are not always easy to work with. So my (personal) conclusion is: It's not hard to get it running. You could easily do that. Personally I would prefer to go with Xilinx or Intel chips, just because you have more resources and a kind-of working IDE. Or you could go with some Lattice ECP-5 based chips and use the open source toolchain yosys etc. It can be a super exciting experience, but a lot of people just seem to find it boring. I am personally very grateful that I had an exceptionally good professor in uni that thought us most things.