CAMPBELL, Calif.--(BUSINESS WIRE)--Keyssa, a leader in high-speed, contactless connectivity, is proud that Lenovo included Kiss Connectivity in its innovative new line of Motorola Moto Z and Moto Z Force smartphones. Lenovo is leveraging Keyssa technology to transform the smartphone into a full PC with contactless connectivity.
The Moto Z and Moto Z Force made their debut at Lenovo Tech World 2016 in San Francisco on June 9. Lenovo introduced its OneCompute concept, which leverages Keyssa’s Kiss Connectivity and Qi wireless charging to facilitate contactless I/O between the OneCompute device and its dock. OneCompute gives the phone full computing capability, including connections to monitors, keyboard and other peripherals.
“We would like to congratulate Lenovo on this astonishing achievement,” said Eric Almgren, CEO of Keyssa. “Mobile devices are at the center of everything we do. Lenovo’s new line of innovative Motorola smartphones and OneCompute will add full PC capability to the phone and will bring users the next generation of computing.”
For more information on the Moto OneCompute concept, read PC World’s June 10, 2016 article.
Read Keyssa’s VP Products’, Mariel van Tatenhove, blog on her impressions of Lenovo’s Tech World event on June 9, 2016 in San Francisco.
About Keyssa
Founded in 2009, Keyssa, Inc. developed its breakthrough Kiss Connectivity solution, based on a proprietary solid state connector that uses Extremely High Frequencies (EHF) to provide low-power, high-speed data transfer – securely and simply. With over 150 patent filings, Keyssa reinvented the connector. Managed by an experienced team of multidisciplinary technologists and standards experts, Keyssa’s investors include Alsop Louie, Dolby Family Ventures, Foxconn, SK hynix, Intel Capital, Nantworks, Neuberger Berman, and Samsung.
Copyright © 2016 Keyssa, Inc. All rights reserved.
Keyssa, the
Keyssa logo and the K logo are trademarks of Keyssa in the United States
and other countries. Other names used are for informational purposes
only and may be trademarks of their respective owners.