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Heterogeneous and Reconfigurable Computing Group Objective: develop technologies to improve computer performance 1 Processor Generation Max. Clock Speed.

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Presentation on theme: "Heterogeneous and Reconfigurable Computing Group Objective: develop technologies to improve computer performance 1 Processor Generation Max. Clock Speed."— Presentation transcript:

1 Heterogeneous and Reconfigurable Computing Group Objective: develop technologies to improve computer performance 1 Processor Generation Max. Clock Speed (GHz) Max. Number of Cores Max. RAM Bandwidth (GB/s) Max. Peak Floating Point (Gflop/s) Max. L3 cache (MB) Core (2006)3.33 425.6 107 8 Penryn (2007)3.33 425.6 107 8 Westmere (2010)3.60 625.6 173 12 Ivy Bridge (2013)3.70 625.6 355 15 Broadwell (2015)3.80 625.6 365 30

2 Moore’s Law? 2 Processor Generation Transistor size (nm) Number of transistors (millions) Core (2006)65105 Penryn (2007)45228 Westmere (2010)32382 Ivy Bridge (2013)22624 Broadwell (2015)141300 Si atom spacing = 0.5 nm ?? (2020)72600 ?? (2025)35200 ?? (2030)110400

3 New Capabilities 3 What about iPhone 6s 4K video? What about XBox One graphics?

4 All Modern CPUs are Heterogeneous 4 Apple A6 Intel Broadwell

5 Heterogeneous and Reconfigurable Computing Lab We’re in good shape for graphics and video What about scientists, engineers, and computational finance? For these, we need emerging processing technologies 5 Manycore Processors: Programmable Logic: Digital Signal Processors:

6 Emerging Technologies Micron Automata Processor: 6 IBM Neurosynaptic Processor

7 Contact Information Lab: –Swearingen 3D15 Office: –Swearingen 3A45 –jbakos@sc.edujbakos@sc.edu 7 Current Ph.D. students: 1.Jordan Bradshaw 2.Konstantin Rubin 3.Rasha Karakchi Current undergraduate students: 1.Lacie Cochran 2.Jonathan Freed 3.Charles Daniels 4.Viraj Patel

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