中文 English

Power Hungry?


Rapid changes in SoC power issues have forced a rethinking of methodologies throughout the design flow to account for power-related effects. At 65 nanometer process nodes and below, leakage power and dynamic power consumption make it increasingly difficult to meet power budgets. Achieving timing and signal integrity closure is now tightly coupled with power optimization and power net distributi... » read more

Power Hungry?


Rapid changes in SoC power issues have forced a rethinking of methodologies throughout the design flow to account for power-related effects. At 65 nanometer process nodes and below, leakage power and dynamic power consumption make it increasingly difficult to meet power budgets. Achieving timing and signal integrity closure is now tightly coupled with power optimization and power net distributi... » read more

Advanced Dynamic Power Reduction Techniques


Rapid changes in SoC power issues have forced a rethinking of methodologies throughout the design flow to account for power-related effects. At 65 nanometer process nodes and below, leakage power and dynamic power consumption make it increasingly difficult to meet power budgets. Achieving timing and signal integrity closure is now tightly coupled with power optimization and power net distributi... » read more