Of all the electronic design automation (EDA) tools on the market, design for test (DFT) may be the most under-appreciated; even though building testability into a chip during the design phase will ...
What if all the DFT verification on your next big chip could be completed before tape-out? This “shift-left” of DFT verification would eliminate the need for shortcuts in verification and allow for ...
A proven method to simplify a complex problem is to break it into smaller chunks. In the case of today’s large, complex SoCs, this means using hierarchical methods to design the blocks, then combine ...
In today’s fast growing Systems-on-Chip (SoC), incomplete or ineffective DFT support due to poor specification or loose design practices can quickly become the critical path to making market windows ...
Why isolated flows negatively impact design schedule and PPA. Benefits of unified DFT, synthesis, and physical design flows. Physical implementation optimization methods for test compression and scan ...
Many IC designers finally have embraced design for testability (DFT) in the form of scan insertion for digital circuit designs because of the significant time-to-production advantages these techniques ...
One significant design challenge for today’s SoCs is managing the impact of the very large design size on EDA tools and flows. Front-end and back-end design flows have managed this challenge by ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results
Feedback