America's Dependence on Taiwan's AI Hardware Must End

Without Taiwan, Artificial Intelligence research comes to a screeching halt in America. That is neither hyperbole nor fearmongering. Nearly every technological aspect of Artificial Intelligence used in the United States today originates in Taiwan or through Taiwanese companies.

If Taiwan were to align with China, whether by choice or by force, the infrastructure for Artificial Intelligence would become instantly scarce. It would be like a family no longer being able to go to the grocery store. Whatever is in the house at the time is all the food they'd have left. Their only option would be to start growing their own food, and just like trying to build our own AI component infrastructure in America, the food rations would run out before the first fruit or vegetable was grown.

On today's episode of The JD Rucker Show, I discussed a warning by Elon Musk to Senator Ted Cruz about our reliance on Taiwan and the need to start producing our own computer components in the United States.

Below is an article and video that details the world's reliance on Taiwan for AI infrastructure today...

Taiwan: The Linchpin Holding Up the AI Revolution

Ever wonder where the brains of artificial intelligence are born? The answer might surprise you: it's Taiwan. This island nation produces a staggering 90% of the world's most advanced semiconductors – the chips that power everything from your smartphone to cutting-edge AI. So, why is this relatively small island so crucial, and what happens if its dominance is threatened?

Taiwan isn't just a microchip factory; it's the beating heart of the entire AI ecosystem. Beyond semiconductors, Taiwanese companies are estimated to manufacture 90% of the AI servers that keep the digital world humming. Think about that for a moment. All of Nvidia's AI chips, the very foundation of many AI applications, are made there. Without Taiwan, the AI revolution as we know it would stall.

But this dominance faces a looming threat. China considers Taiwan part of its territory and has become increasingly assertive in its claims. The future of AI is now intertwined with the security and stability of Taiwan. Can Taiwan stay safe and continue driving AI forward?

From Toys to Tech Titan: Taiwan's Rise in the Semiconductor Industry

It wasn't always this way. Back in the 1970s, Taiwan was known for producing cheap toys and low-quality goods. But the government had a vision: to transform the island into a high-tech powerhouse. They saw the potential in chip technology and began investing heavily in the 1980s.

This investment wasn't just about money. It was about building a world-class talent pool. STEM degrees (science, technology, engineering, and mathematics) became highly valued, attracting bright minds and fostering a culture of innovation. With a large pool of engineers, entrepreneurship flourished. Taiwan became a global leader in efficient mass manufacturing, with factories both at home and in China.

Out of this environment, the Taiwan Semiconductor Manufacturing Company (TSMC) was born. Today, TSMC's scale and technology are unmatched. It's been a partner to Nvidia since the beginning, helping to fuel the growth of AI.

As Nvidia founder and CEO Jensen Huang put it, "Taiwan is the home of our treasured partners, and our partnership has created the world's AI infrastructure."

Inside an AI Server: Taiwan's Hardware Gems

Taiwan's role goes far beyond just making chips. The island produces almost every vital hardware component needed to build an AI server. What exactly goes into one of these servers?

* Chip: The brains of the operation.

* Motherboard: Connects all the components.

* Power Modules: Provide the necessary electricity.

* Liquid Cooling Systems: Keep everything from overheating.

* Server Rack: Houses multiple servers.

Taiwan makes it all. According to experts, if "you want to do the shopping in Taiwan you can shop pretty much every product every component."

Asia Vital Components, or ABC, is a prime example of a Taiwanese company playing a crucial role in the AI supply chain. They've worked with Nvidia for over two decades, specializing in heat dissipation.

As AI servers become more powerful, they generate more heat. Traditional cooling solutions, like fans, are no longer sufficient. That's where liquid cooling comes in.

ABC has pivoted its research and development to focus on liquid cooling systems. These systems use water or coolants to efficiently conduct heat away from critical components.

Currently, air cooling dominates the data center market, accounting for 90% of thermal-related spending. Liquid cooling makes up just 10%. However, as AI servers continue to evolve, liquid cooling could soar to 3