Wind River Expands Multi-core Software Capabilities and Support for 2nd Generation Intel® Core™ Processor Family

Aligning its long-term product roadmaps with Intel, Wind River will expand hardware support for the 2nd Generation Intel Core processor family on its VxWorks and Wind River Linux operating system platforms, Wind River Hypervisor, Wind River Workbench and Wind River Workbench On-Chip Debugging multi-core JTAG tools and provide Wind River Simics model library pre-silicon support. Additionally, these solutions are backed by Wind River's world-class global support and services. Given the new processor’s strong emphasis on graphics performance, Wind River's extended hardware support is especially significant to customers in the aerospace and defense, industrial, medical, and networking market segments, for a variety of use cases such as military radar imaging or patient monitoring systems.

The level of sophistication and computing power required for graphics in embedded devices is growing dramatically, especially in the areas of aerospace and defense, industrial and medical imaging, and networking, said Warren Kurisu, vice president of VxWorks product management at Wind River. Through tight integration to optimize our portfolio of multi-core software solutions for the 2nd Generation of Intel® Core™ processors, Wind River helps developers keep pace and stay competitive, especially as they tackle multi-core environments and create rich visual environments for embedded devices.

The 2nd Generation Intel® Core processor family is a tremendous advancement in embedded computing performance and capabilities over any previous generation, said Matt Langman, director of product marketing, Embedded Computing Division at Intel. Early solutions from our ecosystem members and affiliate companies, like Wind River, helps customers get to market faster with highly optimized hardware and software solutions.

The 2nd Generation Intel Core processor family delivers enhancements extending chip performance and battery life as well as several significant built-in features designed to deliver rich visual experiences. Intel’s ring architecture allows the built-in processor graphics engine to share resources with the processor's core to increase computing and graphics performance while maintaining energy efficiency. The processor graphics deliver enhanced visual features in areas such as HD video, 3-D imaging, gaming, multitasking, and online social engagements and multimedia.