Using critical area to optimize test patterns

Using critical area to optimize test patterns

In a new technical paper, Ron Press, the director of technology enablement for the Tessent Test Solutions, describes the new…

DFT Seminar: Using critical-area weighted optimization for more effective test patterns

DFT Seminar: Using critical-area weighted optimization for more effective test patterns

The world of ATPG just changed with the introduction of a new solution that can calculate the critical-area effectiveness of…

Tune in to ITC India 2020

Tune in to ITC India 2020

Mentor’s Tessent group is excited to participate in ITC India on July 12-14, 2020. While it is a virtual event…

Summer learning series seminar: Improving the throughput of volume scan diagnosis

Summer learning series seminar: Improving the throughput of volume scan diagnosis

Performing volume scan diagnosis on today’s large, advanced-node designs puts outsized demands on turn-around-time and compute resources. Mentor offers a…

Mentor and Ambarella present: Automotive IC test web seminar

Mentor and Ambarella present: Automotive IC test web seminar

Ambarella used the Tessent software Safety ecosystem to successfully meet in-system test requirements and achieve ISO26262 automotive safety integrity level…

Watch: DFT reference flow for automotive ICs

Watch: DFT reference flow for automotive ICs

The market for automotive ICs is growing fast, and many designers are struggling to meet all the new challenges of…

Siemens adds UltraSoC to Tessent for silicon lifecycle managment

Siemens adds UltraSoC to Tessent for silicon lifecycle managment

Brady Benware Vice President & GM, Tessent, Mentor, a Siemens Business We are excited to announce that Siemens plans to…

DFT productivity web seminar: Faster debug with Tessent Visualizer

DFT productivity web seminar: Faster debug with Tessent Visualizer

Learn how to take your DFT debug to the next level!

How to use logic BIST for automotive functional safety

How to use logic BIST for automotive functional safety

ICs for automotive applications need to meet stringent ISO 26262 functional safety requirements. To ensure automotive electronic systems operate safely at all times throughout the life of the vehicle, use logic built-in-self-test (BIST) as a safety mechanism.