Nvidia CEO announces strategy to diversify chip manufacturing away from sole TSMC dependence.

At the Goldman Sachs Communacopia + Technology conference, NVIDIA CEO Jensen Huang disclosed insights into the company's strategic positioning and market opportunities. His remarks resulted in a 10% increase in NVIDIA's stock price when it opened higher on September 12. Huang emphasized NVIDIA's capacity to mitigate potential supply chain disruptions, stating that the company has improved its semiconductor design capabilities to guarantee the continued provision of GPUs by swapping manufacturing partners if necessary, particularly in the event of a disruption with its primary partner, TSMC. He also highlighted the company's ability to capture opportunities in a $1 trillion market beyond AI.

Huang initiated discussion regarding growth opportunities beyond artificial intelligence by outlining the constraints that would persist even without AI. He noted that the physical principles underlying Denard scaling and transistor shrinkage are no longer viable, meaning the industry will no longer witness the annual doubling of CPU performance for general-purpose computers. Consequently, companies must account for what Huang termed "computation inflation" rather than waiting for processors to become faster. He recommended that industries prioritize accelerating all processes, including SQL processing, data processing, and recommender systems, identifying this requirement for accelerated computation as "the least risky market opportunity for NVIDIA."

Huang asserted that transforming the world's general-purpose data centers into accelerated computing centers is unavoidable, as Moore's Law is no longer the primary factor propelling performance improvements. This transition would result in the "densification of computers," consolidating enormous data centers into significantly smaller, more efficient facilities. He emphasized cost-saving advantages, noting that NVIDIA's server racks—which may cost millions of dollars per rack—supplant thousands of nodes in outdated systems. Additionally, he observed that the cost of cabling for antiquated systems frequently surpasses the cost of consolidating into a single rack, and that densification facilitates more efficient liquid cooling in data centers.

Regarding manufacturing resilience, Huang described the complexity of modern GPUs, which comprise 35,000 components, weigh 80 pounds, and consume 10,000 amps. When stacked, these GPUs weigh 3,000 pounds. To reduce risks, NVIDIA incorporates diversity and redundancy into every stage of its manufacturing process, guaranteeing the capacity to transfer production to an alternative facility in an emergency. Despite the potential for decreased performance or increased costs resulting from a manufacturing transition, Huang acknowledged that the company would continue to supply products. He concluded by praising TSMC as "the finest in the world by a substantial margin."