Unlike other IVRs, it consolidates all necessary discrete external components into a single package, streamlining power design and boasting a remarkable 50-90% reduction in PCB area footprint.
Powered by an advanced CMOS geometry architecture, the Empower IVR can be seamlessly integrated directly onto an SoC package. Positioned below the SoC on the PCB or package, it not only dramatically reduces PCB footprint but also optimizes the Power Delivery Network (PDN), surpassing traditional power converters in efficiency and power conservation.
With enhanced transient accuracy and a 100x faster settling time, this IVR facilitates nanosecond-speed Dynamic Voltage Scaling (DVS), enabling rapid processor power state changes. Its nearly instantaneous voltage delivery eliminates excess voltage and minimizes wasted power inherent in traditional converters, resulting in potential energy savings of up to 50%.
Powered by an advanced CMOS geometry architecture, the Empower IVR can be seamlessly integrated directly onto an SoC package. Positioned below the SoC on the PCB or package, it not only dramatically reduces PCB footprint but also optimizes the Power Delivery Network (PDN), surpassing traditional power converters in efficiency and power conservation.
With enhanced transient accuracy and a 100x faster settling time, this IVR facilitates nanosecond-speed Dynamic Voltage Scaling (DVS), enabling rapid processor power state changes. Its nearly instantaneous voltage delivery eliminates excess voltage and minimizes wasted power inherent in traditional converters, resulting in potential energy savings of up to 50%.