[News Highlights]
· New features enhance simulation performance and extend access, collaboration, automation, and ease of use.
Simics is able to design, develop and fully test large and complex IoT systems in a more practical way.
· Simics promotes agile practices and helps customers transformatively.
Wind River, the world's leading provider of IoT software, today announced the release of the latest version of Wind River Simics®, which provides unique development capabilities that will significantly accelerate the IoT software development process and increase software agility through analog technology.
The latest version of Simics improves simulation performance while providing software developers with more access, collaboration and automation. In addition, the modeling, debugging, and model resource reuse processes are further improved to provide a more convenient experience for users. There are also other new improvements, such as the ability to provide additional functionality for agility and automated testing with shorter feedback loops.
The new Simics includes the following new features:
· Better performance: Enhanced analog performance for tightly coupled multicore and multiprocessor systems on multicore hosts. Parallel workload testing shows that performance can be improved by a factor of seven when simulating 8-core Linux Symmetric MulTI Processing (SMP) on an 8-core host. In conjunction with the original performance technology, Simics is able to efficiently simulate more complex targets than ever before and simulate any target system.
· Test automation is simpler: the simplified scripting interface and fault injection framework make Simics' test automation process simpler.
· Collaboration is more convenient: The test point server makes the test point management process across teams easier. Users can share the status of their simulation system with others.
· Added Quick Start Platform: Instant access via 3 Quick Start platforms (Intel®, ARM® and Power), enabling every Simics user to perform early prototyping and tool integration.
· Improved modeling support: A new SystemC library has been built to improve support for the SystemC model; debugging tools have been improved to allow teams to quickly invoke and run models.
The Internet of Things and intelligent systems drive developers to innovate and make their requirements more challenging (for example, more complex designs, higher levels of intelligence, and better connectivity), while also reducing development deadlines. As development deadlines become more demanding, IoT developers are beginning to introduce agile technology, which requires continuous on-demand access to systems, more efficient and faster collaboration between teams, and greater automation. Level.
Michel Genard, vice president and general manager of Wind River's system simulation department, said: "To meet the customer's need to create an IoT system, there is an urgent need for a new development process. As the innovation cycle shortens, embedded software developers must be more and more Incorporating agility and persistence technology. Simics has always insisted on expanding new agile development technologies to increase the speed of team development, while virtualizing design and testing for IoT application scenarios, which are impossible with traditional methods. We are committed to continuously improving and exploring new solutions, especially through cloud technology to provide our customers with virtual systems in innovative ways."
Simics can simulate virtually any product, from a single chip to a system of all sizes and complexity, meeting the access, automation, and collaboration requirements required for agile development practices, and providing faster and faster software. The simulation development process runs on a virtual model and does not require physical hardware (and thus sheds its limitations), speeding up development and transforming the way it is developed. Developers can automate tests faster and test and debug during the design and prototyping phases. Throughout the development cycle, all team members have unrestricted access to virtual hardware and a new way of working to improve teamwork efficiency. As a result, developers can greatly reduce delays in shipments and budget overruns without any impact on product quality.
Simics is part of the IoT product collection Wind River HelixTM. For more details on how Wind River responds to the opportunities and challenges of the Internet of Things, please visit http://? Utm_source=HelixProdpg&utm_medium=PR&utm_campaign=HelixProdpg.
About Wind River
Wind River is a wholly owned subsidiary of Intel (NASDAQ: INTC) and the world's leading provider of intelligent interconnect system software. Since 1981, Wind River has been a pioneer in computing technology in embedded devices. In today's world, more than 1 billion products have been applied by Wind River's technology. Based on world-class global professional services and technical support and a broad ecosystem of partners, Wind River offers the industry's most comprehensive portfolio of embedded software products. The technology and expertise provided by Wind River enables innovation and deployment of secure, stable and reliable intelligent systems. For more detailed information about Wind River, please visit http://.
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