How significant is it for Chinese supercomputers winning this green graph 500 race?
It ranks the performance and energy efficiency of supercomputers worldwide for running large graphs using a performance metric called MTEPS/W, which represents million traversed edges per second per watt.
Considering that hyper scaler compute infrastructure for AI training far surpasses supercomputer, it does not matter. AWS, Google and meta don't even bother with these benchmarks.Didn't China stop disclosing the performance data of its supercomputers?
How significant is it for Chinese supercomputers winning this green graph 500 race?
Since the US gov. put the Chinese supercomputer makers on its entity lists, it is said that China's new supercomputers including the exascale ones can only use chips made by SMIC at 14nm at the best. And these chips are said to be more power hungry and slower per core than the latest and greatest from nvidia and intel.
SMIC can manufacture chips at 7nm. And like previous Chinese supercomputers showed it is possible to have high peak performance with a dedicated design for supercomputers, instead of doing like the US which uses off the shelf parts to build their machines.Since the US gov. put the Chinese supercomputer makers on its entity lists, it is said that China's new supercomputers including the exascale ones can only use chips made by SMIC at 14nm at the best. And these chips are said to be more power hungry and slower per core than the latest and greatest from nvidia and intel.
Aws, Azure, GCP, Meta, Alibaba, Deepseek have not benchmarked their clusters. Doesn't mean they are not the leaders in compute power.SMIC can manufacture chips at 7nm. And like previous Chinese supercomputers showed it is possible to have high peak performance with a dedicated design for supercomputers, instead of doing like the US which uses off the shelf parts to build their machines.
I know SMIC can do 7nm. Now given this green graph 500 ranking, I am wondering whether this increases the likelihood that these "Tianhe exa-node prototypes" are at 7nm nodes.SMIC can manufacture chips at 7nm. And like previous Chinese supercomputers showed it is possible to have high peak performance with a dedicated design for supercomputers, instead of doing like the US which uses off the shelf parts to build their machines.