Base_EDI 10.10.000_lnx86

vanduongbk · 发表于 2011-5-2 10:00:42

本帖最后由 vanduongbk 于 2011-5-2 11:35 编辑

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vanduongbk · 发表于 2011-5-2 22:11:42

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vanduongbk · 发表于 2011-5-2 23:09:27

本帖最后由 vanduongbk 于 2011-5-2 23:43 编辑

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vanduongbk · 发表于 2011-5-3 00:08:41

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vanduongbk · 发表于 2011-5-3 10:13:28

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vanduongbk · 发表于 2011-5-3 14:02:57

本帖最后由 vanduongbk 于 2011-5-3 14:12 编辑

upload complete after 6 days .................................

please check all files uploaded

vanduongbk · 发表于 2011-5-3 18:52:14

part 163 is added

vanduongbk · 发表于 2011-5-12 14:21:30

Fully supports latest 28nm process rules to provide the most effective design and routing convergence for designs integrated with advanced process technology

Enables the implementation of giga-gate/gigahertz designs on advanced or mainstream process technologies
      Mitigates process variation by supporting a wide range of advanced node processes
      Improves overall quality of results, maximizes utilization, and meets multiple design objectives
      Shrinks die size by 5-10% with robust routing technology and congestion handling results
      Offers higher capacity for larger, more complex designs
Enhances productivity through efficient single-CPU and multi-CPU performance
      Delivers 10x or more performance gain
      Speeds turnaround time with dynamic multi-threading and distributed processing capability
Ensures a convergent path to design tapeout and production-quality silicon
      Offers a silicon-proven track record with successful customer tapeouts and foundry endorsements
Designers now have a faster, more deterministic path to achieve giga-gate/gigahertz silicon through comprehensive technology integration, core architecture improvements, and algorithm enhancements within a unified design, implementation, and verification flow. Based on award-winning Cadence® Encounter® technologies—and seamlessly integrated with analog/mixed-signal and silicon/package co-design capabilities—the digital end-to-end flow enables designers to consider the entire chip development process holistically. By optimizing design at 28nm, Cadence delivers a predictable path to advanced SoC development so that customers can realize the cost benefits of smaller geometries.
The complexity of 28nm design, coupled with the need to support complex giga-gate/gigahertz requirements, demands an integrated end-to-end flow," said David Desharnais, Senior Director of Silicon Realization Product Marketing at Cadence. "Our unique Silicon Realization approach allows our customers to push their SoC designs to new levels in order to deliver the highest performance silicon for multimedia, communications, and computing applications.
Leading-edge customers are designing at 28nm process nodes, and Cadence is collaborating with foundries to streamline the handling of the latest design rules. The digital end-to-end flow supports complete, silicon-proven 28nm design rule intent (electrical, physical, DFM) with early tradeoff analysis. This plus intelligent via and pin-density optimizations results in a 2x improvement in routing runtime.

6pack · 发表于 2011-6-6 15:34:24

Good Job!!!!!

actionheros · 发表于 2011-6-6 15:55:27

Thanks for sharing!!!!

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