The provider of ultra-low-power radio technologies for IoT, HaiLa Technologies Inc. enters into a license agreement with the University of Washington to develop and commercialize its novel backscatter technology used to reduce the power consumption of wireless communications.
As per the agreement terms, HaiLa received rights to a number of strategic patents related to backscatter technology and will undertake the development and commercialization of various multi-protocol, RF-capable SOC solutions, which will offer connectivity with significantly reduced power consumption.
“We are very excited to collaborate with HaiLa to bring the power and performance advantages of backscatter to a wide range of IoT sensors and devices. Combining UW’s two decades of academic leadership in backscatter technology with HaiLa’s industry leadership in low-power wireless IoT chips will enable a new generation of standards-based smart devices with unprecedented performance and battery life compared to current Wi-Fi and Bluetooth devices,” said Matt Reynolds, Ph.D., Associate Professor of Electrical and Computer Engineering at the University of Washington.
Derek Kuhn, President and CEO of HaiLa, stated, “The license agreement with the University of Washington complements HaiLa’s IP portfolio and further demonstrates our commitment to developing the most power-efficient radio technologies for IoT. We are confident that our collaboration with Dr. Reynolds will result in true ambient-powered connected devices which will eliminate batteries, the operational expenses associated with constantly changing batteries, and the environmental impact of battery waste.”
HaiLa, in collaboration with Dr. Reynolds who joins the company as an advisor, intents to add additional radio protocols like Bluetooth to its low-power SoC portfolio.
