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Exascale Computing
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Exascale Computing

Jan 06, 2016

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Exascale Computing. 1 Teraflops Chip. Knight Corner will be manufactured with Intel’s 3-D Tri-Gate 22nm process and features more than 50 cores. 22 nm Tri-gate Transistor. Advantages of 3D transistors. - PowerPoint PPT Presentation
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Page 1: Exascale Computing

Exascale Computing

Page 2: Exascale Computing

1 Teraflops Chip

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• Knight Corner will be manufactured with Intel’s 3-D Tri-Gate 22nm process and features more than 50 cores.

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22 nm Tri-gate Transistor

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Advantages of 3D transistors

• 3-D Tri-Gate transistors will operate at lower voltage with less leakage. The upshot is that performance will improve.

• Chip designers will be able to pick fins and choose transistors for low power or performance.

• 22nm Tri-Gate transistors will use less than half the power at the same performance as 2-D 32nm chips.

• These 3-D transistors have a 10x lower depletion rate.• Applied to a CPU, you can have a lower clock rate with

the same performance as higher speeds.

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Micron's Hybrid Memory Cube

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• IBM to make Micron's Hybrid Memory Cube with its 3D chipmaking process

• HMC prototypes can run at a rate of 128 gigabytes per second, compared to current memory chips that have 12.8 GB/s. HMC also uses 70 percent less energy.