8月17日-19日，中科芯云微电子科技有限公司（青岛EDA中心）将联合Synopsys、青岛集成电路人才创新培养联盟、青岛微电子创新中心举办“静态时序分析技术培训”，将通过理论和实践结合的方式，对时序分析概念和流程、时序约束含多时钟约束、时序报告、PBA等进行深入解析，并结合正版工具环境下的实操训练，让学员熟练掌握时序分析全流程知识，熟练使用EDA工具Prime Time进行时序分析和sign-off，掌握识别不完整/不正确约束、高效分析与调试的方法和实践技巧，并掌握POCV、AWP、DSMA等高级时序方法和信号完整性分析。

• List the sequence of steps needed for Static Timing Analysis (STA) flow in PrimeTime.

• Create and/or restore a saved session.

• Identify opportunities to improve STA run time.

• Verify design constraints, look for untested timing checks and address the issues using a Job Aid.

• Generate and interpret reports systematically for summary and detailed design or timing information.

• Constrain or identify design clocks that are synchronous, asynchronous, and are mutually exclusive.

• Find which clocks are interacting and validate correct clock interactions.

• Exercise setup or hold, recovery or removal, clock gating setup or hold, data to data setup or hold, and minimum pulse width checks generating reports accordingly.

• Analyze timing situations involving latches, multicycle paths, combinational feedback loops, and non-unate cells along clock paths.

• Debug timing reports when the findings are incorrect or questionable.

• Account for statistical on-chip delay variations using Parametric OCV (POCV) analysis.

• Enable Advanced Waveform Propagation (AWP) to address waveform distortions and to improve timing correlation with SPICE.

• Determine when and how to use path-based analysis (PBA) to achieve timing accuracy.

• Perform crosstalk delay analysis in PrimeTime-SI using key reports from the shell and the GUI.

• Generate crosstalk noise analysis reports discussing the benefits of using CCS Noise libraries.

• Using (physically aware) ECO steps, to fix timing, DRC, and noise violations and to reduce power.

• Address handling of many scenarios and very large designs using respectively the techniques of Distributed Multi Scenario Analysis (DMSA) and Hyperscale Analysis.

从事数字集成电路设计领域相关工作2年。就职于Synopsys，担任应用工程师，参与Synopsys数字化流程设计，专长大规模数字集成电路前端实现、时序签核。

1、数字IC设计工程师或验证工程师

2、高校科研人员 、微电子/电子等相关专业的本科生、研究生

3、期望换岗到数字设计拿高薪的工程师

1. 标准学费2400元/人；

2. 学费早鸟价2000元/人，即日起至8月10日前交费可享受，仅限10个名额，先到先得；

3. 在校大学生，凭学生证可以享受800元/人优惠价格；

①学生注册费，需提供学生证或所在学校出具的学生证明（加盖学校或学院公章），扫描件或者照片发送至zhoushh@chip-cloud.com，审核通过后即可参加。

②学费含授课费、资料费，培训教材邮寄给学员个人。

未尽事宜，请咨询：18661959955 周老师

本次培训由青岛EDA中心及Synopsys联合举办，按时完成培训任务的学员将获得由中科芯云微电子科技有限公司（青岛EDA中心）及Synopsys联合出具的培训证书。