Low Power

Low Power

Alchip excels in advanced power management technique to address both static and dynamic power management needs. Our unique clocking architecture and timing methodology effectively reduce overall capacitance to achieve up to 30% dynamic power savings.

We also support the gated-clock designs and perform effective partitioning of multi-supply voltage designs to further reduce dynamic power usage. We have established complete design methodology to support the emerging ultra-low power process nodes and offer the flexibility to re-characterize IP for ultra-low voltage usage.

Low Power

Alchip excels in advanced power management technique to address both static and dynamic power management needs. Our unique clocking architecture and timing methodology effectively reduce overall capacitance to achieve up to 30% dynamic power savings.

We also support the gated-clock designs and perform effective partitioning of multi-supply voltage designs to further reduce dynamic power usage. We have established complete design methodology to support the emerging ultra-low power process nodes and offer the flexibility to re-characterize IP for ultra-low voltage usage.

We have close partnerships with each EDA vendor and incorporate the features of the most advanced EDA tools into the design methodology. For example, in order to reduce power consumption, we have prepared a solution that proposes RTL optimization for customers using PowerPro from Mentor Graphics.

This solution was also announced at the Mentor’s User Conference, so if you are interested, you can download the materials.

We have close partnerships with each EDA vendor and incorporate the features of the most advanced EDA tools into the design methodology. For example, in order to reduce power consumption, we have prepared a solution that proposes RTL optimization for customers using PowerPro from Mentor Graphics.

This solution was also announced at the Mentor’s User Conference, so if you are interested, you can download the materials.