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Upcoming Webinars
None are currently scheduled - check back later or view one of our archived webinars below
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Debugging and Optimizing Software Before Silicon
Dramatically increasing software content is posing greater and greater challenges for traditional hardware-oriented design and verification methodologies. The increasing number of software work-arounds required to overcome hardware bugs is highlighting the need to begin system integration testing much earlier in the design process, and to use more accurate models of the system. In addition, the need to start software debug sooner in order to bring in project schedules as well as the need to perform software optimization is driving the demand for virtual platforms to enable pre-silicon software validation and analysis. This webinar will demonstrate the process of modeling a complex system and providing the accuracy and performance required to validate software, debug the integrated system, and perform the performance analysis required to tune the software. |
Fast, Accurate Analysis of Architectural Decisions
The complexity of modern System-on-Chip (SoC) designs is exposing the weaknesses of traditional system architecture design methodologies. Poor performance, short battery life and random deadlocks are just a few of the problems which can be seen when SoC architects are forced to rely on spreadsheets and back of the envelope calculations. Virtual platforms enable system architects to quickly and easily make design decisions and then, more importantly, analyze the impacts of these decisions on system performance and functionality. This webinar will demonstrate the process of modeling a complex system and the analyzing the impact of design decisions on system behavior and performance. |
Automatic Model Creation for ARM
Learn how you can concurrently debug the hardware and
software in your ARM based device by plugging accurate models of your hardware
directly into the ARM RealView SoC Designer environment. |
Automatic Model Creation for MIPSsim
Learn how you can concurrently debug the hardware and software in your MIPS based device by plugging accurate models of your hardware directly into the MIPSsim environment. |
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