In the world of technology, progress is always on the move.  Jensen Huang, a leader in the tech industry, recently shared some insights about the future of graphics processing units (GPUs).  This is not just about faster gaming.  It's about how we use technology in everyday life.  This includes everything from smartphones to complex AI systems.

Huang talked about a big change coming to how chips are made.  He mentioned gate-all-around (GAA) transistors.  These are the next big thing after FinFET transistors.  FinFETs have been the go-to for a while, but they have their limits.  As chips get smaller and more powerful, they start to have issues with electrical leakage.  This is where GAA comes in.  It stacks channels vertically and surrounds them on all sides.  This makes them more efficient and powerful.  However, this new technology does not come cheap.  It's more expensive to produce.

Big names in the industry, like TSMC and Intel, are already planning to use GAA.  Intel's 18A node, coming out later this year, will feature GAA.  TSMC is also planning to use it for their 2nm process, which could be in the iPhone 18 Pro by late 2026.  Huang also revealed Nvidia's next GPU generation, Vera Rubin.  It will be built on TSMC's N3 node and is expected next year.  Rubin's successor, Feynman, is likely to use a 2nm-class node and will probably feature GAA.

Huang estimated that switching to GAA could give a roughly 20% performance boost.  While this might not sound like much, it's a significant improvement in the tech world.  Every little bit helps when it comes to making technology faster and more efficient.

Another big topic is backside power delivery.  This is crucial for nodes smaller than 3nm.  TSMC won't use it until their A16 node, but Intel will introduce it with their 18A node.  This is all part of the ongoing effort to make chips smaller, faster, and more efficient.

Huang also described Nvidia as an "AI infrastructure company. "  While Nvidia is known for gaming GPUs, the AI boom has pushed their enterprise division into the multi-trillion-dollar range.  This shows how the tech industry is always evolving and adapting to new trends.

The Future of Chip Performance: A 20% Boost on the Horizon

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