News

Embedded VR Partnership formed by Endura and MediaTek

May 04, 2016 by Jeff Shepard

Endura Technologies (International) Ltd. today announced a commercial partnership with MediaTek Inc. that aims at demonstrating power, performance, and area improvements at advanced process nodes. This marks the first milestone of Endura's embedded power solutions, using deep submicron technology, developed through their R&D centers in Dublin, Ireland and San Diego, California.

Endura and MediaTek have initiated their partnership by taping out eVRâ„¢ and ATCâ„¢ in advanced process nodes. Endura is proud to announce that MediaTek's latest product offerings will include Endura's innovative technology at the lowest process nodes.

Endura's eVRâ„¢, sVRâ„¢, and ATCâ„¢ solutions provide unprecedented reduction in bill of material and power usage, while also increasing performance. Endura's technology will provide MediaTek with a competitive advantage in the advanced FinFET nodes through superior power and battery life in a compact solution.

"Our collaboration with Endura Technologies, a pioneer in semiconductor power management, will provide our customer base superior power and performance advantages with a smaller footprint through our system-level solutions delivering high efficiency and ultra-fast transient response," said Dr. Lawrence Loh, Senior Vice President, MediaTek.

Endura's CEO, Taner Dosluoglu, was quoted saying, "We are proud of our new partnership with MediaTek and look forward to the technology advancements we will create together. This technology will introduce the most significant advancement in power management solutions of the last decade and we are excited to see it implemented in MediaTek's products."

Endura’s eVR is an embedded high efficiency, ultra-fast response, cost-effective voltage regulator tailored for demanding application domains of SoC like CPU and GPU. The company’s sVR is a high efficiency, fast response, cost-effective, stand-alone system PMIC voltage regulator solution for less demanding application domains of SoC.