高度自动化和高效的模拟环境与UVM

Hung-Yi Yang
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引用次数: 11

摘要

随着设计的日益复杂,功能验证也变得越来越具有挑战性。挑战来自两个方面:验证需要更长的时间来完成,并且很难捕获所有功能错误。调查[1]显示,功能性错误一直是重旋的头号原因。核查工作做得如何成为一个非常重要的问题。再纺不仅会因为制造工艺的进步而花费很多,而且会延迟上市时间,这可能比再纺本身更昂贵。为了应对这两个挑战,近年来业界提出了一种称为通用验证方法(UVM)的解决方案[2]。但是,即使UVM标准化了设计测试平台的方式,模拟环境也必须设计得很好,以利用UVM,并以有效的方式提供运行大量模拟/回归的管理。
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Highly automated and efficient simulation environment with UVM
As design becomes more and more complicated, functional verification is getting challenging than ever. The challenges come in twofold: verification is taking longer to finish and difficult to catch all functional errors. Surveys[1] shown that functional error has been the number one reason for re-spin. How well verification is done becomes a very important issue. Re-spin not only can cost a lot due to advancing of manufacturing process but also delays the time to market which could be even more costly than re-spin itself. In order to tackle these two challenges, industry has come up with a solution called Universal Verification Methodology (UVM)[2] in recent years. But even with UVM which standardized the way for designing testbench, a simulation environment has to be well designed to take advantage of UVM and provide management of running large amount of simulations/regression in an efficient way.
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