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signoff,static timing analysis
Cadence
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Why Multi-Mode, Multi-Corner (MMMC) ECO Closure Requires a New Signoff Approach
In the semiconductor design flow, engineering change orders (ECOs) are as inevitable as death and taxes. While this has always been the case, ECO timing closure is becoming increasingly difficult as the number of operating modes and process-voltage- temperature (PVT) corners skyrockets. What's needed...
Posted to
Industry Insights
(Weblog)
by
rgoering
on Mon, Aug 6 2012
A Quick Tutorial on Managing ECOs Using Pcells in Mixed Signal Designs
The purpose for creating a Pcell is to automate the creation of data. Pcells should be designed as standalone entities, independent of the environment in which they are created and independent of the variety of environments in which you or someone else might want to use them. An environment can react...
Posted to
Mixed-Signal Design
(Weblog)
by
paragb
on Wed, May 16 2012
Tortoise Versus Hare … or How to Improve Your Time to Tapeout Using In-Design Signoff
Now that Wei Lii Tan has helped you with your New Year’s resolution to “create a chip that is so compelling …” in his previous blog , I would like to help you understand how Cadence is using our signoff qualified engines during the design implementation flow to reduce your time...
Posted to
Digital Implementation
(Weblog)
by
PeteMc
on Wed, Feb 23 2011
Signoff-Driven Implementation = Consistent and Convergent = Predictable and Efficient
Digital designs are reaching 10's of millions of instances, which makes efficiency of the overall digital implementation and signoff flow critical to ensure predictability in the design schedule. A major stumbling block that can be a real threat to that predictability is iterations between different...
Posted to
Digital Implementation
(Weblog)
by
mikeNaustin
on Wed, Mar 10 2010
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