Introduction
Currently, investment in AI (artificial intelligence) is accelerating worldwide, but are you aware that a fierce battle is underway over semiconductors, which are the heart of AI?
China is particularly noteworthy. Due to strict export restrictions imposed by the United States, advanced chips from Nvidia, which dominates the global market, have become difficult to obtain. However, ironically, this "restriction" has led to China's "Domestic production of semiconductorsThis meant I had to press a furious acceleration switch.
This article, based on the latest reports, clearly explains the shocking current situation in which China is trying to break free from its dependence on Nvidia and develop its own AI chips and manufacturing equipment.
China's strategy is not about isolated "points" but about "areas" of domestic production, aiming to build an entire ecosystem.
To put it simply, what China is aiming for is not just to "create one high-performance chip."
"Complete domestic production (establishment of an ecosystem)" by handling the entire semiconductor supply chain in-house, from materials to manufacturing equipment, memory, and chip design.is.
Until now, creating cutting-edge semiconductors required essential components such as lithography equipment from the Netherlands, design tools from the United States, and materials from Japan. However, the Chinese government, keenly aware of the risks of relying on external sources due to US regulations, has invested massive national funds to shift towards a system where the entire supply chain is completed domestically.
The company playing a particularly central role is a major telecommunications equipment manufacturer.HuaweiThey are not merely chip manufacturers; they are deeply involved behind the scenes in developing manufacturing equipment and domestically producing design tools, acting as a kind of command center for "AI hegemony" in China.
In-depth analysis: Three concrete measures China is pursuing to move away from Nvidia.
How is China aiming to achieve domestic production? We will explain this from three specific perspectives: "chips," "memory," and "equipment/materials."
1. The rise of AI chips (GPUs) and Huawei's presence
Essential to AI calculations isGPU (Graphics Processing Unit)Up until now, Nvidia has been overwhelmingly dominant, but in China, a fierce challenge has begun.
- Rapid growth of emerging forces: Startups such as Moore Sled and MetaX, founded by former executives of Nvidia and AMD, are on the rise, attracting capital and talent, with some aiming for large-scale IPOs in 2025.
- Huawei's market share expansion: The company's AI semiconductor, "Ascend 910C," is beginning to rival the performance of Nvidia's flagship product (H100), and is expected to capture approximately 30% of the AI chip market in China.
2. The fierce competition in the memory field and the "HBM" barrier
To maximize the performance of AI semiconductors, ultra-fast memory is necessary.
- The rise of DRAM and NAND: Companies like CXMT (Changxin Memory Technology) and YMTC (Yangtze Memory Technology) are experiencing rapid growth, achieving performance comparable to South Korean companies in some products, and their adoption in smartphones and other devices is increasing.
- The next target "HBM": The biggest challenge right now isHBM (High Bandwidth Memory)This is about domestic production. In this ultra-high-speed memory specifically designed for AI, it is said that South Korea is still about three years behind, but whether Japan can overcome this hurdle will be the deciding factor in achieving AI dominance.
3. Challenging the "Most Important Bottleneck": Manufacturing Equipment and Materials
Even if you can design a chip, you can't mass-produce it without the "machines (equipment) to manufacture it." This is the most difficult area.
- Localization of manufacturing equipment: Huawei-affiliated startups such as SiCarrier are focusing on developing front-end equipment for semiconductor manufacturing.
- The hurdle of exposure equipment: The most difficult part isExposure device (device for imprinting circuits)Because imports from ASML (Netherlands), the world's only manufacturer of EUV lithography equipment, are prohibited, China is trying to overcome this by developing its own technologies and using an alternative method called "multi-patterning."
[Supplement] How will this movement affect our "sense of work"?
At first glance, it may seem like a political dispute in a distant country, but for business people, this situation can be a significant factor."An extreme example of risk management"You can learn about this.
"Dependence" becomes the biggest weakness.
Up until now, many companies believed that the right approach was to procure the most efficient and high-performance equipment (i.e., products from Nvidia, etc.). However, when geopolitical risks suddenly disrupt this, even the very survival of the company becomes precarious.
A "forced environment" fosters innovation.
What's interesting is that being forced into a "desperate situation" by US regulations actually created a strong motivation within China to "make it ourselves," which in turn accelerated technological development. This suggests that, in the workplace as well, environments with constraints such as "no budget" or "no people" can sometimes be the catalyst for disruptive innovation (the discovery of alternative solutions).
Summary: The competition known as "independence" born from constraints
The US encirclement may have appeared to halt China's progress in the short term. However, from a broader perspective, it can be said that it completely awakened a sleeping giant and instilled in it the ultimate sense of self-reliance, a refusal to depend on external sources.
In the era when Japan dominated the semiconductor world, there was not only "efficiency," but also a craftsman's dedication and a national direction. China's current actions are precisely a modern version of that. What they face is not merely a technological hurdle, but the formidable wall of "global rules (regulations)." However, it is precisely because of this wall that the will to overcome it is concentrated, and technology evolves at a speed beyond expectations.
Shouldn't we view this competition not merely as a matter of "winning or losing," but as a turning point in history? From an era of dependence and efficiency, to an era of risk diversification and self-reliance. This fierce battle for semiconductors is prompting us to question the very nature of "survival strategies" in modern business.
Sometimes, constraints can unleash the greatest creativity. This stark truth may be at the heart of China's current semiconductor strategy.
