In our electronics-based world, the design of Analog / Mixed Signal (AMS) ICs is still mostly done manually. While digital design benefits from full synthesis workflows, analog lags far behind in terms of development time, cost and risk. Analog design workflows are hardly standardized and require the four-eye principle as an important quality tool. Thus, highly experienced designers who incorporate engineering and project management skills are needed in any project in order to monitor the quality and progress of the design and identify potential design errors. As designs become more and more complex in size and more and more complicated due to more and more advanced technologies and chips, the lack of automation and standards becomes more and more serious. AnastASICA is a new German project that pursues an AMS design flow that makes it easier to implement AMS circuits as systematically as possible. It combines proven individual electronic design automation (EDA) solutions on modeling with SystemC AMS, adaptive AMS circuit design, circuit optimization, and layout generation into a continuous and structured design flow. Designing for reuse is a key aspect in developing this design flow. As a unique approach, the AnastASICA project welcomes the architects of these individual tools, the pilots of the SystemC AMS standard, the pioneers of alternative language-based generator technologies, and the experienced AMS designers to create a structured and powerful design. . flux for automotive electronics.
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Author (s): Prautsch, Benjamin>; Dornelas, Helga; Wittmann, Reimund; Henkel, Frank; Schenkel, Frank; Kölsch, Johannes; Grimm, Christoph; Strube, Gunter.