QNX & Intel: "Delivering Proven, Fully Pre-Integrated OS/Protocol Solutions"

Date: Wednesday, September 21st; 10 AM PT/1 PM ET

Abstract

Discover how to implement ideal high-performance embedded applications with Intel® Embedded Components and Flash Memory and the QNX x86 Runtime Kit, which fully supports the Intel x86 platform.

Embedded Intel® architecture chipsets provide a reliable platform for high-performance connected embedded applications. They offer the performance, stability, and reliability customers require for applied computing applications. The QNX® Neutrino® x86 Runtime Kit provides a single installation CD for performing pristine installs of the QNX Neutrino RTOS on a wide variety of x86 hardware platforms. Customers can easily take advantage of QNX Neutrino, including its dynamic scalability and exceptional fault tolerance -- through an off-the-shelf configuration that directly supports end users and simplifies deployment for Value Added Resellers (VARs) and System Integrators (SIs).

Increasingly, end customers are leveraging the ubiquitous x86-based PC platform for advanced embedded applications. They require world-class RTOS environments with easy installation and configuration to accelerate their product delivery. Additionally, they want to ship commercial systems without complicated OEM licensing. QNX and Intel have teamed up to address these requirements.

QNX is a leading provider of real-time operating systems and development tools, and Intel is a leading provider of silicon building blocks, reference designs, and development tools. Together, QNX and Intel offer a proven, fully pre-integrated OS/hardware solution. By leveraging this solution, developers of embedded equipment can balance price and performance, with the headroom and scalability for next-generation solutions.

Join QNX and Intel for a one-hour webinar that describes how their joint offering enables developers of Industrial Automation, Medical and Control systems to cut time-to-market and reduce risk in their designs.

For more information or to register for this web seminar, visit http://seminar2.techonline.com/s/qnxgr3_sep2105