Wind River, a wholly owned subsidiary of Intel Corporation (NASDAQ: INTC),
is a world leader in embedded and mobile software. Wind River has been
pioneering computing inside embedded devices since 1981 and its
technology is found in more than 1 billion products.
As devices become smarter, they have more impact on the way we work,
play, and live—from mobile phones that have evolved into always-on
content delivery platforms, to medical devices that seamlessly integrate
with patient management systems, to avionics and defense systems that
enable pinpoint control and unparalleled safety. The challenge for
developers is to keep the innovation flowing so that devices continue to
get faster, more reliable, and more secure, while remaining affordable.
Together with our partners, Wind River offers the most extensive range of board support packages in the device software industry to aid you with board bring-up and design. Our close relationships with silicon vendors and hardware manufacturers enable us to offer ready-to-use products supporting the latest processors, so you can choose the best development platforms for your specific architecture.
Product Name: Device Management
Product Category:
PLM Products
- Product Lifecycle Management
Wind River Device Management enables device OEMs to improve device quality, minimize support costs, and extend the revenue-generating life of their products
Product Name: JTAG Debugging
Product Category:
HW/SW Co-Debug
- System Level Design (ESL)
There is only one certainty in embedded development: Bugs will appear.
And when complex bugs appear late in the development cycle, they can
derail entire projects. With JTAG debugging tools from Wind River, you
can be confident that bugs will be found and fixed before project
milestones and deadlines are threatened.
Within the next few years, device software will be running on every imaginable product. These devices will exist in every vertical market and will be required to serve multiple application purposes. Companies that develop these intelligent, connected devices will be challenged with rising complexity, rapidly evolving standards, tighter quality control, and shorter market windows.
Throughout the device development cycle, engineers must spend valuable time integrating standard technologies. Although commercial acceptance dictates this inclusion, such technologies do not offer enough differentiating features to give devices an edge in the market
