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Full Version Silvaco Tcad 2007

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Silvaco will support the Zeniva software development kits (SDKs) for X-Cell and Analog Devices Inc. The Zeniva software and Zeniva ZenTCAD boards are tools for development and integration of highly complex device and circuit simulation software.


Silvaco, Inc., the leading semiconductor circuit simulation software provider, announced today its new partnership with Synopsys. To further support its customers in developing the future of mixed-signal products, Silvaco and Synopsys have partnered to provide the industry's most comprehensive, end-to-end program for supporting the highest-level, mixed-signal circuit designs. The combination of Synopsys' power tool-based technology and Silvaco's market-leading products will help customers use complex process technologies to develop the highest performing mixed-signal products for wireless communications, high performance computing, and energy management.


Silvaco, the leading company in semiconductor circuit simulation software, announced today a new partnership with Synopsys, Inc. to provide a comprehensive, end-to-end program for customers using complex process technologies. The combination of Synopsys' power tool-based technology and Silvaco's market-leading products will help customers use process technologies to develop the highest performing mixed-signal products for wireless communications, high performance computing, and energy management.


Silvaco Simulations are used extensively in all stages of device development for a broad range of applications. While early design decisions are made in silico, production techniques are often validated for reliability, before going into the costly, time-consuming and resource-intensive process of constructing, testing and building small scale prototypes. This paper focuses on:  Performance evaluation of leading simulated and experimental technologies Development of set & forget models to model the performance of process and device Replication of fundamental physical phenomena Performance testing and processing of complex geometry devices Performance profiling of a number of devices Modeling of tools and technology trends 84d34552a1