Press Release Summary:
Available in 32, 64, and 128 channel versions, Model ZXY100 covers full range of screen sizes from 5-82 in. Device consists of 32-bit microprocessor with ARMÂ® core, preloaded with Projected Capacitive Technology firmware, and ASIC-based analog front end. With firmware's boot loader function, users can upload software updates as they become available. Chipset offers native Windows 7 support, including dual touch, to cover core gesture recognition functions.
Original Press Release:
High Performance PCT(TM) Touch Controller Solution from Zytronic Supplied as Chipset Option
Delivering pinpoint accuracy, rapid response and dual-touch user experiences while providing greater levels of design flexibility and saving board real estate
In response to growing customer demand, Zytronic, the developer and manufacturer of Projected Capacitive Technology (PCT(TM)) touchscreen products for heavy duty deployments, is now supplying its ZXY100 touch controller solution as a discrete chipset. 32, 64 and 128 channel controller versions are being made available, covering the full range of screen sizes from 5 to 82".
The ZXY100 has been favorably received across multiple industry sectors, offering stronger through-glass performance, native Windows 7 support (including dual touch, to cover core gesture recognition functions) as well as faster touch detection, and with this additional product offering its scope is further enlarged. The chipset, which is available by special agreement, is provided as two compact ICs, a 32-bit microprocessor with an ARM® core preloaded with the proprietary PCT firmware and a Zytronic designed ASIC-based analogue front end. This will furnish OEMs building higher volume industrial and public use touchscreen devices with the ability to integrate the high precision touch control function afforded by the ZXY100 on to their own motherboard, rather than having to attach a separate controller module - thus optimizing available space and potentially reducing cost. It also increases design versatility in terms of component positioning, which may assist important considerations such as efficient thermal management.
Furthermore, the ZXY100 firmware contains a boot loader function enabling users to upload software updates as they become available. With the controller firmware readily accessed and tuned via Zytronic's driver software, this means that engineers involved in designs ranging from telematics systems, vending machines, consumer appliances, point of sale units, etc., will be able to optimize the touch control operation themselves, according to their specific requirements - encouraging the development of more innovative end products.
"Since introduction of the ZXY100 high performance touch controller board, just over eighteen months ago, Zytronic has received a lot of interest from its customer base to offer this functionality in a simple chipset form," states Ian Crosby, Sales & Marketing Director at Zytronic. "With this new controller option, the company is now in a position to help engineering teams add state of the art user interface features, such as dual touch and gesture recognition, to their high volume industrial product designs, and assist them in managing valuable space, in increasingly compact touch system designs. As the PCT controller utilizes an ASIC, firmware and software driver, all developed and managed by Zytronic, we are able to provide customers interested in using our touch technology with higher levels of end-to-end support."
Zytronic designs and manufactures a range of technologies that optimize the performance of electronic display applications. The company's principle products include award-winning touchscreen technologies, optical filters for enhanced performance and protection, and special filters to minimize electromagnetic emissions. In addition, the company can offer complex shaped glass composites for specialized applications.
Zytronic products are used in electronic displays for information kiosks, web phones, ATMs and gaming machines, as well as by military, computer, telecommunications, medical and lighting OEMs, and are available from its network of worldwide distributors.
The company is headquartered at its state-of-the-art manufacturing facility in Blaydon, Tyne & Wear in the UK. In addition to ISO-approved manufacturing, this facility is responsible for ongoing product development in composite technology and is home to Zytronic's team of lamination, material science and electronics specialists.
For more company information, visit Zytronic's web site at www.zytronic.co.uk