It uses a combination of 32,000 12-core Xeon CPUs paired with 48,000 Xeon Phi 3120P co-processors (57 cores each), giving it 3.12 million processing cores.
If that sounds a lot, the new TianhuLight supercomputer nearly triples performance, thanks to a custom-designed ShenWei SW26010 processor. We don’t know the manufacturing process, but we do know that each chip has 260 cores, with one chip per node. Combined, that gives TianhuLight 10,649,600 cores, each running at 1.45GHz, and the result is a supercomputer capable of 93 PFLOPS in LINPACK.
That’s an interesting figure, as experts estimate simulating the human brain will require 50–1,000 PFLOPS. TianhuLight has crossed that lower threshold, and we’re likely to see supercomputers in the 300–500 PFLOPS range by 2020.
How does this compare to Dream Machine 2016? It’s…
