Image showing the architecture of a bus-based packetized scan test delivery system. Each core’s DFT can be designed independently and with the most optimal compression configuration.

Video: System-on-chip ATPG with Tessent SSN

Learn how Intel adopted Tessent SSN packet-based ATPG and reduced test time by 34% in this video recorded at the 2023 North America U2U symposium.

Video: Developing DFT flow for 3D IC at Broadcom

Learn how Broadcom used Tessent Multi-die to build a 3D IC flow in this video recorded at the 2023 North America U2U symposium.

Image showing the architecture of a bus-based packetized scan test delivery system. Each core’s DFT can be designed independently and with the most optimal compression configuration.

Video: Generating clocks in Tessent Streaming Scan Network

Learn about generating clocks in Tessent Streaming Scan Network (SSN) in this presentation and Q&A recorded at the 2023 U2U North America.

Event: Tessent 2023 DFT Tech Forum

Attend the 2023 DFT Tech Forum to learn how Tessent silicon lifecycle solutions solve your complex SoC DFT challenges.

Webinar: How to implement DFT in 2.5/3D designs using Tessent Test software

Watch this on-demand webinar to learn about how the new Tessent Multi-die software automates the complex DFT tasks associated with 2.5D and 3D IC designs.

DFT for tile-based design

How to master DFT for tile-based designs

Hierarchical designs that are tile-based or abutment based physical blocks are predominant in today’s chips. Having no logic present at the chip-level calls for new approaches to testing these tile-based architectures. How a design for test (DFT) architecture can support tile-based designs is the focus of this presentation from U2U 2022.

Tessent at ISTFA 2022

Join Tessent at the 48th International Symposium for Testing and Failure Analysis, the premier event for the microelectronics failure analysis community.

DFT architectural tips: testing of asynchronous sets/resets

DFT architectural tips: testing of asynchronous sets/resets

Learn about the DFT logic that can be used to disable and enable sets/resets.