In an environment of SoCs with tough targets of multiple functionalities, smallest size, lowest power and fastest performance to achieve within a limited design cycle window in order to meet the rigid time-to-market requirements, any day spent without success becomes very frustrating for a designer. Especially during tape-out… Read More
Robust Reliability Verification: Beyond Traditional Tools
by Matthew Hogan, Mentor Graphics
At all process nodes, countless hours are diligently expended to ensure that our integrated circuit (IC) designs will function in the way we intended, can be manufactured with satisfactory yields, and are delivered in a timely fashion… Read More
Have you seen the latest design rule manuals? At 28nm and 20nm design sign-off is no longer just DRC and LVS. These basic components of physical verification are being augmented by an expansive set of yield analysis and critical feature identification capabilities, as well as layout enhancements, printability, and performance… Read More
I’ve blogged about the Calibre family of IC design tools before:
Smart Fill replaced Dummy Fill Approach in a DFM Flow
DRC Wiki
Graphical DRC vs Text-based DRC
Getting Real time Calibre DRC Results with Custom IC Editing
Transistor-level Electrical Rule Checking
Who Needs a 3D Field Solver for IC Design?
Prevention is Better… Read More
A growing number of reports highlight a class of design errors that is difficult to check using more traditional methods, and can potentially affect a wide range of IC designs, especially where high reliability is a must.By Matthew Hogan
Today’s IC designs are complex. They contain vast arrays of features and functionality in … Read More
