Wind River Introduces Simics 4.6
ESC SILICON VALLEY, SAN JOSE, Calif. â€” May 3, 2011 â€” Wind River, a world leader in embedded and mobile software, today introduced Wind River Simics 4.6, a full system simulator that allows developers to transform the way they develop, debug, and test electronic systems by enabling them to simulate the functional behavior of their target hardware, from a single processor to large, complex, and connected electronic systems. The newest version of Simics introduces the capability to debug software applications that expand over multiple boards, increases team collaboration, and enables target system visualization and surveillance.
Electronic systems, having become exponentially more complex in recent years, often contain multiple heterogeneous processors and multi-core processors, running multiple software stacks and operating systems. In addition, they are usually part of a larger connected system via a local bus, rack, network or the Internet. Because of this increased level of complexity and connectivity, traditional development tools and processes are often less effective when designing, debugging, integrating, and testing these entire systems.
Wind River Simics breaks the traditional model of embedded product development by providing a common development environment for a complete system, even if that system is comprised of boards that use different target architectures and operating systems from different vendors. This environment, referred to as a virtual platform, enables unmodified target software (i.e. firmware, OS, middleware, application) to run on the virtual platform the same way that it does on the physical hardware.
Primary new features of Simics 4.6 include the following:
- Expands the scope of its unique full system simulation with integrated Eclipse source code debugging, which takes advantage of Simicsâ€™ reverse execution capability and operating system awareness to cover heterogeneous target systems, including system-wide, high-level applications.
- Enables effective team collaboration by making it possible to easily share a complete electronic system and its entire state, which increases efficiency and accelerates software development and testing. The new collaboration enhancements allow teams that are geographically or functionally separated to collaborate more efficiently.
- Allows target system visualization and surveillance. Customizable graphical output allows for virtual representation of the end systemâ€™s interface and visual runtime status, which makes it easier to expose key features, engage early with end-users and to supervise and understand the behavioral aspects of the target.
- Runs any target software, including any commercial or in-house operating system. Runs the same target software as what runs on the physical hardware.
- Supports a variety of hardware architectures, including ARM, IntelÂ®, MIPSÂ® and Power Architectureâ„¢.
"Wind River Simics takes the complexity out of traditional embedded development and supports the entire product lifecycle from system definition through product support," said Michel Genard, vice president of product strategy and marketing for Simics at Wind River. "This allows developers to improve the way they develop, debug, and test electronic systems providing a significant impact on important business metrics like time to market, costs, and product quality."
Wind River Simics 4.6 will be available to customers worldwide by May 31, 2011. To learn more about Simics, visit http://www.windriver.com/announces/simics4.6/.
About Wind River
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. Wind River is headquartered in Alameda, Calif., with offices in more than 20 countries. To learn more, visit Wind River at www.windriver.com or on Facebook.
Wind River is a trademark or registered trademark of Wind River Systems Inc. and its affiliates. Other names may be the trademarks of their respective owners.
Director, Global Communications