Our current plans are for very simple SIMD modes that reutilize the same hardware to maximize Area and power efficiency. Right now, we can separately load/store

Our current plans are for very simple SIMD modes that reutilize the same hardware to maximize Area and power efficiency. Right now, we can separately load/store the upper half and lower half of a 64 bit register with 32 bits of data, and while we did not have the time to implement it on this silicon, the plan for the future is to have a mode switch to allow the user to use the same set of instructions/hardware/registers to do double, single, or half precision floating point operations. The other thing we are looking forward to directly test/compare are unums, specifically the new "type 3" ones known as Posits, which are useful (for some definitions of useful) all the way down to 4 bits, and have a greater dynamic range plus greater precision than IEEE floats while using let's bits and theoretically lower area/power on a chip.