Industrial Strength High Performance RISC V Processors For Energy Efficient Computing

The work Esperanto is doing take the vector concept to a mind boggling extreme: [VIDEO] I want to write code for their chip!

I'm not sure about REX, but Esperanto is pretty far away from greenarrays. From what I got out of their talk at the latest Risc-V workshop[3] (video[1], slides[2]), they're going for the big high-performance end of the spectrum. The chip they were talking about is supposed to have 16 64-bit OoO Risc-V cores and 4096 RV64GC cores with vector units connected by some sort of network on chip. [1] [VIDEO] [2] [LINK] [3] [LINK]

On this talk : - [VIDEO] - [VIDEO] => yes and no The industry lack's of wide profiles (hardware engineer with good software understanding) is really hurting any new innovative HDL

For those interested in the RISC-V and the possibility of GPU type of things. I can mention some stuff that might not be well known. RISC-V is devloping a Vector extension (V) will allow SIMD style programming with a variable vector length. See from the last workshop: Intro: [LINK] Project Update: [LINK] Initially part of the standard was also a Vector Type field for each register, and that would have allowed different types, such as Tensors, Matrix and so on. This has been removed from the initial Vector extension proposal but work on this will continue. At least one company is already actively devloping hardware for V with Tensors (see below), sadly not open-source. This Libre GPU project is going a slightly different route targeting the Simple-V, a slimmer version of the Vector extension, Simple-V. See: [LINK] Esperanto Technology is devloping a chip (and IP) that will do this, but it will be closed source (as far as we know). See this talk by David Ditzel: [VIDEO]