The separate CPU is much faster, because it has an entire die for itself and because it is a high-volume off-the-shelf chip. An embedded CPU/FPGA will suffer mu

The separate CPU is much faster, because it has an entire die for itself and because it is a high-volume off-the-shelf chip. An embedded CPU/FPGA will suffer much more when it executes the serial part of the application on the embedded CPU. So if you remember Amdahls law... > What are the applications for this hybrid? Highly parallel applications with tight loops. These loops can be offloaded to the FPGA while the rest of the system can run as before. This approach allows you to use languages like FORTRAN/C/C++ without resorting to Verilog/VHDL, so it's much easier to adopt.