4 ms·
Some FPGA-based, massively multi-core computing system with tiny cores with bundled memory with network on chip interconnects. Think tens of thousands to milli
by philipswood 4y ago
Some FPGA-based, massively multi-core computing system with tiny cores with bundled memory with network on chip interconnects.
Think tens of thousands to millions on a die (obviously the prototypes would need to be smaller).
I'd like a system that so "flat" in terms of implementation stack that each object is implemented just one or two step above silicon.
- frou_dh 4y agoThat sounds a bit like the Forth guy Chuck Moore's 'full stack' ethos that led to the GreenArrays stuff, right?
- philipswood 4y agoSomething like.
- mikewarot 4y agoI'd go one step further, and just have a massive cartesian grid of 4x4 Look Up Tables (LUTS) clocked in a checkerboard manner... all of one color is active, then all of the other color... it prevents all race conditions. There are HUGE advantages to computing this way, in terms of relocating code, routing around defective cells, security, etc. I've blogged about it at length in the past.[1] [1] https://bitgrid.blogspot.com/ https://bitgrid.blogspot.com/