It provides brief overview of the methodology on how to create a virtual system for your embedded system in Simics*.

バージョン：  2011年8月

When you need to port an OS to a new architecture you have neither a kernel nor a BSP. It is Catch-22 situation and Simics* provide the shortest and cheapest way out of this situation.

バージョン：  2011年3月

This article explains the tradeoff between speed of execution and level of detail/timing accuracy in building a simulator and why it is better to have a fast simulator.

バージョン：  2011年10月

This article discusses the concept of reporting the bugs using checkpoints and using the Simics* deterministic virtual environment to recreate the bug.

バージョン：  2010年8月

Atul Kwatra, Principal Engineer at Intel discusses how customers can leverage virtual platforms to improve the product development cycle and reduce risks, time to market and costs.

バージョン：  2011年11月

Tian Tian, Sr. PAE at Intel discusses what are the common issues embedded customers are facing to get their products to market and how Simics* can help to accelerate product development.

バージョン：  2011年9月

This video demonstrates the networking capabilities in Simics using two Crystal Forest platforms acting as gateways for two Simics X58-ICH10 platforms while debugging a router network.

バージョン：  1 : 2012年5月

This video shows Simics running a production BIOS from an IBV on Intel's next generation communication platform, code name Crystal Forest, stepping from first instruction to BIOS boot.

バージョン：  1 : 2012年5月

This video demonstrates how Simics can simulate a Crystal Forest device and run actual target software to see how the Simics virtual platform behaves as physical hardware does.

バージョン：  1 : 2012年5月

This video demonstrates non-intrusive source level debugging of the Linux kernel on Simics, including use of I/O breakpoints and reverse execution.

バージョン：  1 : 2012年5月

This video demonstrates using classic Simics features such as reverse execution and break pointing to debug user space applications.

バージョン：  1 : 2012年5月

Learn about the Simics*—a full system simulator from Wind River* and how it can help reduce the product development cycle.

A virtual platform for a particular system or application allows you to quickly develop the system model. This paper discusses how system modeling is supported in Wind River* Simics*.

Simics*, a full system simulation technology, provides advantages like reduced risks, improved qualities, and a leaner product development process. Several technical examples are included.

バージョン：  001 : 2011年11月

This paper details how Simics* can improve software development—and how it is done and discusses what makes Simics* a powerful debug and test tool resulting in shorten product life cycle.