概述

The Olympus-SoC™ place-and-route system comprehensively addresses the performance,容量,time-to-market,权力,and variability challenges encountered by designers.它是一个完整的物理设计实施工具,包括楼层规划,安置,CTS,routing and manufacturing closure for digital design implementation.

Olympus-SoC's patented multi-corner multi-mode (MCMM) architecture optimizes for power and timing across all modes,角,以及整个流程中的功率状态。这一关键创新提供了出色的时间和信号完整性结果,避免了不可预测的签准生态循环。奥林巴斯SOC处理超过1亿门设计,支持所有低功耗设计方法,并且可以本机调用Calibre签准分析并自动修复违规行为。

Olympus-SoC Solutions

Performance and Predictability

Olympus-SoC helps you avoid unpredictability in sign-off ECO loops,eliminates performance-killing pessimism,并通过设计流程同时考虑所有模式/转角/电源方案,加快减少时间。Olympus-SoC's patented and tape-out proven multi-corner–multi-mode (MCMM) architecture drives the router and optimization engines to automatically achieve best timing and signal integrity across all scenarios concurrently.

专利权虚拟定时图”体系结构可以处理任意数量的计时视图,对运行时和内存需求的影响最小。Additional technologies,such as 3D opportunistic shielding of clock nets,help push the performance envelope.

Comprehensive Low-power Support

奥林巴斯SOC支持所有流行的低功耗设计方法,并为电源和时间提供无缝并行优化,涵盖所有操作模式,process corners,以及流经各个阶段的电压域。Olympus-SoC uses the Unified Power Format (UPF),包括描述设计意图的能力。

It automates multi-supply-voltage design flows with automatic power grid routing for multiple voltage supplies,support for dynamic voltage and frequency scaling (DVFS) to handle varying supply voltages and clock frequencies,以及特殊单元的自动放置和路由,如电平移位器,隔离细胞,和MTCMOS开关。

最低设计成本

奥林巴斯SOC具有可扩展和灵活的路由架构,集成了全球轨道,and detailed routing engines best suited to handle complex manufacturing rules.The Olympus-SoC router handles complex DRC,DFM,以及所有领先铸造厂的MP规则,没有任何运行时命中或精度损失。

奥林巴斯SOC在路由器的内部循环中调用calibre drc和dfm分析。Calibre DRC引擎检测到的任何违规行为都可以由路由器自动修复,并通过Calibre Signoff DRC进行增量验证。

Capacity and Scalability

奥林巴斯SOC以其高容量处理超过1亿门设计,small-footprint,ultra-compact database.It supports flat,分层的,或带有数据流的伪平面流,graph-driven macro placement engine.奥林巴斯SOC包括物理合成技术,which delivers highly optimized results for multimillion-gate flat designs in a single overnight run.

奥林巴斯SoC通过顶级接口逻辑优化改进芯片封装,reducing iterations and engineering resources.关键技术包括定时关键网络的层提升,端口滑动以减少迂回并提高缓冲区计数,ILMS和分层定时策略支持,用于精确约束生成和唯一同步优化的物理SDC流,以自动更新复制的块。


““我们很高兴奥林巴斯SOC集成平台能够提供高质量的20纳米位置和路径解决方案,我们最近在20纳米测试芯片上演示了这一点。““

Philippe Magarshack,Group Vice President,微电子学技术的研究与发展

““我们在多个GPU输出端使用了奥林巴斯SOC,并对结果的总体质量和设计进度节约印象深刻。““

萨米尔哈莱特,Vice President,ASIC工程,英伟达公司

““Our design methodology is based on a multi-level hierarchical approach in order to optimize performance,利用模块化和重复性设计并克服实现复杂性。事实上,Mentor的平台无缝协作是一个明确的生产力提升者,but just as critical,每个工具都需要具备这些特性,速度,准确度和处理这种规模设计的能力。““

Joël Monnier,首席执行官KALRAY Corporation

““The Olympus-SoC system is already part of our Reference Design Flow (RDF) kit,which is being used for many advanced designs to rapidly close complex multi-corner multi-mode (MCMM) design issues.现在,新的完全并行的奥林巴斯SOC定时器将充分利用最先进的多核处理器,为那些设计闭包提供更快的周转。““

松吉,总经理,Technology Development Division,Fujitsu Microelectronics Limited
闲聊| 接触