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STMicroelectronics has announced the launch of a new generation of high-performance, full high-definition (FHD) H.264/MPEG System-on-Chip (SoC) ICs for the worldwide flat-panel digital TV (DTV) market. Next-generation TVs powered by the new SoCs will enable compelling services and new business models for premium content, and deliver a rich and intuitive user experience.

High-performing motor drives for equipment such as security cameras, cash dispensers, ticketing machines, stage-lighting, printers and vending machines can now be realized more quickly, at lower cost and higher performances using a complete motor-control system on a chip perfected by STMicroelectronics (NYSE: STM), a world leader in intelligent power ICs.

STMicroelectronics has announced details of its breakthrough interactive latest-generation broadband home-entertainment platform, that revolutionizes connected homes by providing users with unequalled performance at extremely low power, capable of a more personalized and socially interactive viewing experience with amazing 3D graphics and easy-to-use smart navigation.

STMicroelectronics has announced new TV sound processor chips – the STV83xy family – which are an evolution of the established STV82xy series and which are intended particularly for mainstream flat-panel TV sets. Like the STV82xy devices, each of the new processors is a single-chip solution that provides all the resources required to detect, decode and process analog audio transmissions or digital sources with multi-channel content, and to dr...

Texas Instruments and Thomson are working together to create inventive products for digital video customers based on TI’s DaVinci technology and Thomson’s leading expertise in digital video technologies. This is perfectly illustrated in the WiFi Tablet, launched by Thomson in March of this year, which brings more flexibility and advanced features to the video market. By leveraging the flexibility of TI’s DaVinci technology, Thom...

The highly durable touch sensing products developed and manufactured by Zytronic, using its patented Projected Capacitive Technology, have been selected for another challenging self service application. In a deal secured via its distributor in Italy, Camax, Zytronic touch sensors have been specified by H&S Qualità nel Software for incorporation into large touch displays that it is installing into a fleet of modern cruise liners.

Mobile Knowledge has selected Zytronic’s projected capacitive technology (PCT)-based ZYPOS touch sensors as the primary input interface for its ruggedized, in-vehicle kiosk, the Windows CE based Passenger Information Monitor (PIM). The company, which specializes in dispatch technologies for the For Hire industry, will market the new ZYPOS-based PIM to taxi companies across North America and around the world.

Zytronic has applied its in-house glass processing capabilities and ZYBRID PCT-based touch sensors to enable ACE Interactive, a subsidiary of Aristocrat Leisure Ltd, to create the Indago video lottery terminal for increased interactivity and excitement in lottery and casino games. With state-of-the-art technology and a totally new concept in design, Indago is specifically for the demanding environment of the route market. It is robust and secure ...

Touch sensor specialist Zytronic has been working closely with domestic appliance leader Bosch und Siemens Hausgeräte GmbH (BSH) in the development of its latest full surface induction cooktop (the recently launched CX 480) for its premium Gaggenau brand product portfolio. The flagship ceramic hob utilises Zytronic’s innovative Projected Capacitive Technology (PCT™) to create a kitchen appliance that is as stylish as it is practical.

A new railway passenger information terminal combining audio, visual, and touchscreen capabilities is entering service, using Zytronic’s proprietary Projected Capacitive Technology (PCT). Its creator, Nexus Alpha, chose ZYTOUCH touch sensors for unrivalled durability, reliability, ability to create bespoke designs, and consistent performance under widely varying ambient conditions.