Features and Benefits:
- Scalability: mPower can be used to analyze designs of any size, from small blocks to large chips.
- Accuracy: mPower uses a variety of simulation techniques to provide accurate results.
- Efficiency: mPower is efficient, so it can be used to analyze designs quickly.
- Integration: mPower can be integrated into a variety of design flows, so it can be used to verify power integrity at any stage of the design process.
- Ease of use: mPower is easy to use, so designers can get started quickly.
- Improved performance: mPower can help designers to identify and correct power integrity problems that can lead to performance degradation.
- Improved reliability: mPower can help designers to identify and correct power integrity problems that can lead to reliability problems.
- Reduced power consumption: mPower can help designers to identify and correct power integrity problems that can lead to increased power consumption.
- Faster time to market: mPower can help designers to identify and correct power integrity problems early in the design process, which can lead to faster time to market.
- mPower supports a variety of technologies, including CMOS, BiCMOS, and RF.
- mPower can analyze a variety of power integrity problems, including IR drop, power noise, and crosstalk.
- mPower includes a variety of features to help designers analyze power integrity problems, such as visualization tools, statistical analysis tools, and optimization tools.
- mPower is available as a stand-alone tool or as an integrated part of the Siemens EDA suite.