Racing to the future: Can semiconductors meet the soaring computing demands?

The world has come to expect continuous improvements in technology, driven by relentless innovation in the semiconductor industry. However, the recent explosion of AI, data centers, and memory demands is pushing computing needs to unprecedented levels. What happens if semiconductor innovations can’t keep pace?

The industry is at a critical juncture. New technology changes are happening faster, with countless possible R&D process variations, and carbon emissions are increasing.  Achieving breakthroughs is becoming increasingly challenging and costly, with intricate atomic-level designs, a global talent shortage intensified by the construction of more fabs worldwide, and the need to reduce carbon emissions.  These factors are driving R&D costs to rise faster than EBIT.

By embracing transformative technologies like AI-driven development, virtual R&D processes, collaborative robots, and “lights-out” fabs, the semiconductor industry can overcome these challenges. These advancements will drive the industry into a new era of efficiency and sustainability.

Join us to explore how the industry can navigate these critical challenges and ensure that semiconductor innovations continue to thrive.