Sagantec at DAC 2011          

 

Featuring the following presentations and demos:    

·        Custom, analog and mixed-signal IP migration

·        Migration to latest technologies:  40, 32 and 28nm migration

·        Automatic PDK update, design rule changes, and DRC correction

·        Standard cell library migration and optimization

 

·        Custom, analog mixed-signal IP migration

Migration of custom IP to next process node or different foundry

·         Supporting all process technologies

·         Maintain and enforce geometric constraints like symmetry, matching, alignments, etc.

·         Maintain original design hierarchy and structure

·         Support Cadence Virtuoso® IC5 and IC6 database

·         Support Pcells and all other Virtuoso data objects

Check out analog IP migration success story 

 

   …………………………………………………………………………..

 

 

 

 

·        Migration to latest technologies (including 28nm)

                Sagantec migration technology  has been used and proven down to 28nm

·         Overcoming topology and device changes

·         Overcoming new restrictive design rules

·         Used an proven on multiple designs

Check out new 28nm migration success story article

 

 ……………….

 

 

·        PDK and design rule changes

Adjusting layout to new PDK and design rule changes

·         Swap between Pcells and PDKs

·         Update new design rule values

·         Automatic correction of DRC errors

·         Implement recommended DFM rules without changing layout foot-print

·         For custom, analog/ mixed-signal blocks and IP

·         For large digital blocks and full chips

       Check out new PDK adjustment success story article

 

………………….

 

…………….…..        ……………

·        Standard Cell Library Migration & Optimization

                Migrate, modify and optimize standard cell libraries in the most advanced technologies

·         Migrate libraries to next technology node or between foundries

·         Supports topology and routing changes (e.g. for 28nm and 22nm)

·         Create new library derivatives (HS, LP, etc) 

·         Analyze and optimize libraries for yield

 

                                      Process migration                                                     Change #tracks

 

………………….