Morumi is developing processors with infinite parallelism/scaling.

[defaultuser]

The South Korean company that previously worked on communication chips is working on a processor capable of parallelizing all the work given to it. Apparently their chips use an internal network, and they have no limit on the number of instructions it can load for each cycle, except for the number of cores available. This means the processor can always use all available cores, leaving software optimization for that purpose in the dustbin of history. The company already has a 32-core processor in testing, and they say they achieve a 10x performance, and they already offer a compiler for the chip that is not compatible with current OS. This seems to be a truly radical innovation, we will see how it evolves and if we start to see it somewhere in the near term. https://www.techpowerup.com/305703/south-korean-company-morumi-is-developing-a-cpu-with-infinite-parallel-processing-scaling Salu2.

[jordiqui]

@defaultuser said in Morumi is developing processors with infinite parallelism/scaling.:

the South Korean company that previously worked on communication chips is working on a processor capable of parallelizing all the work given to it.

apparently their chips use an internal network, and they have no limit on the number of instructions that can be loaded for each cycle, except for the number of cores available.
This means that the processor can always use all the available cores, leaving the optimization of software for those effects in the dinosaur's chest.

The company already has a 32-core processor in testing, and they say they achieve a 10x performance, and they already offer a compiler for the chip that is not compatible with current OS.

This seems to be a truly radical innovation, we will see how it evolves and if we start to see it somewhere in the short term.

https://www.techpowerup.com/305703/south-korean-company-morumi-is-developing-a-cpu-with-infinite-parallel-processing-scaling

Salu2.

Thanks for sharing this, because of course it is, as you say, a radical innovation.

[defaultuser]

@jordiqui imagine chess with these micros truth

I imagine that if this reaches a final product (that doesn't end up being sold and then put in a drawer) what we would see first would be chips for AI or some special application, in server micros at most at first, but in the long run I see all manufacturers somehow exploiting this type of solution, even some hybridization.

curiosity will have to be patient for a while that's the bad thing jjj.

Salu2.