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Today’s technologies are combining processing power with sensors and analog circuitry at a scale that could only be dreamed of in the past. However, market success demands these combined systems also work with reasonable power consumption and high reliability over long periods of time, often in challenging conditions. Analog design companies must ensure their SoCs can provide the power integrity and operational reliability that the consumer expects and requires. With the mPower scalable power integrity analysis tool for analog designs, those goals are now realistic and attainable. Scalable power integrity analysis for analog IC design delivers fast, accurate results from the smallest blocks up to full-chip designs How do companies get their analog designs to tapeout in a timely fashion, while still ensuring power integrity and operational reliability? By providing analog design teams with the same level of scalability and performance as their digital counterparts. Companies can now ensure that their analog designs meet their power-related design goals and performance standards, as well as their tapeout schedules. The mPower Analog tool performs simulation-based EM/IR analysis for the largest, most complex blocks and chips to enable fast, accurate power integrity analysis of 5G sensors, AI, multi-core, chiplets, machine learning, and other large, complex SoC systems. It also provides the detailed analysis designers need to confidently sign off designs for manufacturing, while enabling faster overall turnaround times. |
