Cypress demos tablet-sized capacitive touchscreen with true multi-touch all-point capability

SAN JOSE, USA: Cypress Semiconductor Corp. has demonstrated a tablet-sized capacitive touchscreen technology with unlimited finger tracking capability.

Cypress a video, available at www.cypress.com/go/tabletvideo, which features a demonstration of a user manipulating multiple pictures on the screen simultaneously. The technology, based on Cypress’s industry-leading TrueTouch touchscreen solution for smaller-size portable electronics, will power touchscreens between 7 and 17 inches with full multi-touch support.

The inclusion of multi-touch support in the Windows 7 operating system has opened up the large laptop, netbook and tablet PC market to touchscreen interfaces. Multi-touch capability is a key requirement for enabling designers to develop innovative applications and ways for the user to interact with his or her PC.

“With the current buzz around tablet PC products, this technology is one of the hottest new capabilities from Cypress,” said Dhwani Vyas, vice president of the User Interface Business Unit at Cypress.

“Our TrueTouch touchscreen solution was the industry’s first to offer multi-touch all-point tracking of unlimited fingers for the mobile phones and our extension of this technology into the emerging market of medium and large screen touchscreens is a natural place for Cypress to provide technology leadership again. We continue to break new ground with features and capabilities that empower designers to bring their user interface visions to fruition.”

Cypress’s TrueTouch family of devices enables designers to create new usage models for products such as tablet PCs, notebooks, netbooks, mobile handsets, portable media players (PMPs), GPS systems and other products. TrueTouch technology provides the industry’s most flexible touchscreen architecture, allowing designers to implement differentiated features with Cypress’s legendary noise immunity based on patented capacitive sensing technology for flawless operation in noisy RF and LCD environments.