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ACS P35-17/18 SoC D/M Slide Pack 4.2 (Silicon Technology and Power)

  • Energy use in Digital Hardware.
  • Basic Physics
  • Energy of Computation (1)
  • Landauer Limit and Reversible Computation
  • Typical Numerical Values
  • Gate Delay as a Function of Supply Voltage
  • Detailed Delay Model.
  • Memory Power and Performance
  • RAM - On-chip Static Random-Access Memory (Static RAM).
  • Dynamic RAM : DRAM
  • DRAM Internal Block Diagram
  • DRAM & Controller (2).
  • DRAM & Controller (3).
  • DRAM Energy Use
  • The Voltage and Frequency Relationship
  • DVFS Example
  • Silicon Power and Technology
  • 90 Nanometer Gate Length.
  • Deep Submicron and Dark Silicon
  • Voltage Operating Point Adjustment
  • Further Power Saving Techniques
  • Save Power 2: Dynamic Clock Gating
  • Save Power 3: Dynamic Supply Gating
  • DVFS in Low-Leakage Technology
  • Static and Dynamic Power Tradeoff
  • Future Trends