逻辑合成

P. Hollingworth
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引用次数: 0

摘要

一个从事ASIC项目的普通工程师每周设计200到500个门。随着设计复杂性的增加和上市时间变得越来越关键,人们越来越关注如何提高生产力。合成提供了很大的希望。在本文中,LSI Logic解释了他们的逻辑合成方法,包括他们的内部工具和支持第三方路由的能力。详细讨论了逻辑表达式合成器(LES)和逻辑块合成器(LBS)工具。LBS可以综合各种模块,例如携带选择加法器,灰色代码计数器和跌落fifo;而LES能够从低级和高级输入形式输出优化的网络列表,包括FSM和RTL格式。最后,讨论了未来的合成方法,包括从VHDL.>进行行为合成
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Logic synthesis
An average engineer working on an ASIC project designs between 200 ad 500 gates per week. With design complexity increasing and time-to-market becoming more critical, considerable attention is being focussed on how to improve productivity. Synthesis offers a great deal of promise. In this paper LSI Logic explain their approach to logic synthesis, both in terms of their inhouse tools and the ability to support third party routes. The Logic Expression Synthesizer (LES) and Logic Block Synthesizer (LBS) tools are discussed in detail. LBS can synthesize a variety of modules, for example carry-select adders, gray code counters and fall-through FIFOs: while LES is capable of outputting an optimised netlist from both low and high level forms of input, including FSM and RTL formats. Finally, future approaches to synthesis are discussed, including behavioural synthesis from VHDL.<>
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