Low Power
Power Efficient HPC Methodology Cuts Power by 30%
Alchip’s best-in-class advanced power management techniques address both static and dynamic power management requirements. A unique clocking architecture and timing methodology achieves up to 30% dynamic power savings by effectively reducing overall capacitance. And gated-clock designs and multi-supply voltage portioning further reduces dynamic power usage.
Alchip’s complete design methodology supports emerging ultra-low power process nodes and offers the flexibility to re-characterize IP for ultra-low voltage usage.
We have close partnerships with all major EDA vendors and incorporate the features of the most advanced EDA tools into our low-power design methodology.
Take a look at these design flows, then click the button below to discuss your next power efficient HPC design with the Alchip design team.
Power Efficient HPC Methodology Cuts Power by 30%
Alchip’s best-in-class advanced power management techniques address both static and dynamic power management requirements. A unique clocking architecture and timing methodology achieves up to 30% dynamic power savings by effectively reducing overall capacitance. And gated-clock designs and multi-supply voltage portioning further reduces dynamic power usage.
Alchip’s complete design methodology supports emerging ultra-low power process nodes and offers the flexibility to re-characterize IP for ultra-low voltage usage.
We have close partnerships with all major EDA vendors and incorporate the features of the most advanced EDA tools into our low-power design methodology.
Take a look at these design flows, then click the button below to discuss your next power efficient HPC design with the Alchip design team.
