1. Introduction

    The rapid pace of technological advancement has created an unprecedented demand for highly reliable systems across a wide range of industries. In sectors such as safety critical systems, high-performance computing, and 3DIC, the need for utmost reliability is essential. This growing demand is driven by various factors, including stringent safety requirements, escalating consumer expectations, and the critical nature of applications as they are woven into the framework of daily life. The emergence of autonomous driving and electrification necessitates dependable systems to ensure passenger safety and operational efficiency. Similarly, in the realm of high-performance computing, where the pursuit of faster processing speeds and data-intensive applications is relentless, system reliability is paramount to avoid costly downtime and maintain optimal performance.

    In light of these trends, the importance of innovative electronic design automation (EDA) solutions to address reliability challenges has become a central focus for stake­holders across diverse sectors. These solutions play a vital role in enabling the develop­ment of robust and dependable systems that meet the ever-increasing demands of end markets. By leveraging advanced EDA technologies, companies can ensure that their products not only meet the strict reliability requirements of today but also adapt to the evolving needs of tomorrow.

    Trends in Design for Test

    The field of design for test (DFT) is constantly evolving to address the rigorous requirements of the semiconductor industry. Within this landscape, Tessent™ is the industry leader, delivering innovative solutions that effectively tackle the challenges project teams face across three key mega trends: technology scaling, design scaling, and system scaling.

    Figure 1. Three mega trends impacting the DFT verification challenge.

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