介绍了一种新的时域仿真工具,并将其应用于分析高级互连性能对设计和工艺参数的依赖

A. Farcy, O. Cueto, B. Blampey, Thierry Lacrevaz, B. Fléchet, F. Crecy, Joaquim Torres
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引用次数: 8

摘要

集成电路的速度越来越取决于互连性能。为了解决这个问题,新的后端生产线技术方案和材料的开发应该由相关利益的预测驱动。开发了一种新的工具,并与电磁软件耦合进行时域仿真。结果,提取了65nm和45nm工艺节点的互连性能与工艺参数和设计规则的依赖关系。
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Presentation of a new time domain simulation tool and application to the analysis of advanced interconnect performance dependence on design and process parameters
The speed of integrated circuits is increasingly fixed by interconnect performances. To address this issue, the development of new back-end of line technology schemes and materials should be driven by predictions of associated benefits. A new tool was developed and coupled to electromagnetic software to carry out time domain simulations. As a result, the dependences of interconnect performances on process parameters and design rules were extracted for the 65 nm and 45 nm technology nodes.
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Presentation of a new time domain simulation tool and application to the analysis of advanced interconnect performance dependence on design and process parameters Sensitivity analysis of generic on-chip /spl Delta/I-noise simulation methodology A frequency domain approach for efficient model reduction of mixed VLSI circuits Non-uniform grid (NG) algorithm for fast capacitance extraction Dampening high frequency noise in high performance microprocessor packaging
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