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Synopsys is the world leader in design software for SoCs and electronic systems.
The company sells its products to semiconductor, computer, communications, consumer electronics, aerospace and other companies that develop electronic products. |
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| Delivering the lowest power with the lowest risk, this end-to-end solution is proven and trusted by market leaders.
It boosts designer productivity via consistent power predictability throughout design implementation and verification.
Utilizing Accellera's Unified Power Format (UPF) standard the power intent is defined once and used throughout the flow. |
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This talk addresses the ongoing, long term issues of the economics in design verification. Today, verification productivity does not scale. Some of the promising technologies that address cost of verification are discussed, including:
- Design construction
- Transaction-level assertions
- RTL-level power management
- HW/SW verification
- Mixed-signal verification
- Requirements management
- Coverage metrics
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Synopsys Fellow Mike Keating addresses the long term (3-5 yr) issues in design for low power. Included in his talk is a discussion of some key technologies that affect, or are affected by, low power design goals. Finally, the implications for the design methodology of the future are discussed.
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Virtual Platforms are software models of complete systems that accelerate software development and hardware/software integration before hardware is available. During this demo you will learn how a Virtual Platform of your target improves software development productivity, typically by a factor of 2-5x. Synopsys is the leader in Virtual Platform technology, based on an unmatched track record of more than 40 of the most complex Virtual Platforms actively deployed with customers. |
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This demo tours four advanced capabilities of Synopsys Virtual Platforms:
- System modeling capabilities—the entire system is modeled including all cores
- Power modeling and power estimation—optimizes software development early in development to address frequency scaling, voltage scaling, complex power management IC’s and more
- Multicore debugging, which makes it much easier to pinpoint software problems
- How to customize a Virtual Platform and start using these capabilities to quickly to develop your software
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