Empower Showcases the Latest EP71xx Series IVR™ Regulator at APEC 2023, Which is With Breakthrough in Power Density and Transient Response

2023-03-03 Empower News
IVR™ regulator,IVR™ device,EP71xx,Empower

San Jose, California, February 9, 2023 — Empower Semiconductor, the world leader in Integrated Voltage Regulators, today announced that it will showcase the EP71xx series device, its latest generation of IVR™ regulator at the upcoming Applied Power Electronics Conference (APEC) in Orlando Florida from March 19th – March 23rd, 2023.


The EP71xx is designed with a state-of-the-art high-speed power architecture that delivers industry-leading power density and transient response while virtually integrating and embedding all discrete external components. This unique architecture makes it ideal for use in the high-performance data center, networking, telecommunications, computing, and medical applications.


Visitors to the Empower booth (#454) will experience firsthand the high integration and compactness of the EP71xx multi-power rail single-device design and its world’s fastest transient response with a live demo. Also on show will be its flexible onboard power sequencer with programmable slew rate, fastest dynamic voltage scaling (DVS), and thermal performance under full load. All visitors to the booth will enter a draw for a chance to win Apple AirTag trackers.


“Empower’s R&D team continues to push the boundaries of what is possible in power management,” says Tim Phillips, Empower CEO, President, and Founder. “APEC is an important event for the power community and the perfect forum for us to connect with power designers and systems architects. The EP71xx series represents a major leap forward from a traditional power solution and we are excited to illustrate how the latest IVR and E-CAP innovations will help designers address the competing demands for performance, higher power densities, and long-term sustainability.”

Single to quad channel IVR™ device delivers up to 18W of power in a compact 35mm² form factor for space-constrained data-intensive applications.

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