Building confidence and flexibility in 3D-IC system level design
3D-IC presents major connectivity challenges in maintaining a golden netlist and managing necessary exceptions. Learn how to manage them.
Calibre
A quick and easy way to calculate P2P resistance and current density
Coordinate-based checking provides a streamlined way to verify designs around ESD before full-chip runs without the need for custom checks.
How to optimize productivity and accuracy in IC design and verification flows
Pre- and post-processing EDA techniques help streamline design rule checks and delivery efficient waivers to speed design and debug.
Making sense of cloud EDA
How to carry out a sensible analysis of cloud EDA's potential, so you get the right tools and computational resources to deliver increasingly complex designs.
Out-of-sync data issues in parallel design flows need automated design integrity checks
Overcome problems created by mismatches between library exchange format (LEF) and GDS or OASIS representations to avoid design delays.
Addressing challenges in IC verification configuration
Invocation GUIs play an important role in delivering efficient verification runs. Learn how to take advantage of the features within Calibre Interactive.
Not using reliability check waivers? You’re wasting valuable time
Reliability rule checks need - and now get - more granular analysis that allows designers to adopt proposed waivers with much greater confidence.
P&R filler cell insertion slowing you down? Replace it
A physical verification-ready flow can speed project delivery by making your use of filler cells more efficient.
Creating a new paradigm for circuit verification
How Calibre is evolving to address the challenges of LVS verification in early-stage design.
EDA innovation is the foundation of progress
For physical verification and beyond, each process node requires new thinking, new tools and greater performance.
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