> [0] Unless you implement a cpu on top of the fpga :)
You should revisit what "Turing complete" means. The whole idea is based on one architecture being able to perform the computations an other architecture can by implementing a sort of emulator of the other architecture.
So the fact that the FPGA can implement a CPU shows that the FPGA is Turing complete, there is no "unless" about it.
You should revisit what "Turing complete" means. The whole idea is based on one architecture being able to perform the computations an other architecture can by implementing a sort of emulator of the other architecture.
So the fact that the FPGA can implement a CPU shows that the FPGA is Turing complete, there is no "unless" about it.