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Summit was designed to deliver 5-10x improvement in performance for real big science workload performance over {{\\|Titan}}. Compared to {{\\|Titan}} which had 18,688 nodes ([[AMD]] {{amd|Opteron}} + [[Nvidia]] {{nvidia|Kepler|l=arch}}) with a 9 MW power consumption, Summit slightly increased the power consumption to 13 MW, reduced the number of nodes to only 4,608, but tenfold the peak theoretical performance from 27 petaFLOPS to around 225 PF. | Summit was designed to deliver 5-10x improvement in performance for real big science workload performance over {{\\|Titan}}. Compared to {{\\|Titan}} which had 18,688 nodes ([[AMD]] {{amd|Opteron}} + [[Nvidia]] {{nvidia|Kepler|l=arch}}) with a 9 MW power consumption, Summit slightly increased the power consumption to 13 MW, reduced the number of nodes to only 4,608, but tenfold the peak theoretical performance from 27 petaFLOPS to around 225 PF. | ||
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== Architecture == | == Architecture == |
Facts about "Summit (OLCF-4) - Supercomputers"
designer | IBM + and Nvidia + |
introductory date | June 8, 2018 + |
logo | + |
main image | + |
name | Summit + |
operator | Oak Ridge National Laboratory + |
peak flops (double-precision) | 2.0e+17 FLOPS (200,000,000,000,000 KFLOPS, 200,000,000,000 MFLOPS, 200,000,000 GFLOPS, 200,000 TFLOPS, 200 PFLOPS, 0.2 EFLOPS, 2.0e-4 ZFLOPS) + |
release price | $ 200,000,000.00 (€ 180,000,000.00, £ 162,000,000.00, ¥ 20,666,000,000.00) + |
sponsor | United States Department of Energy (DOE) + |