「Made in China」を笑っている間に、工場ごと持っていかれる｜中国テックの本当の強さ｜China’s Real Tech Strength: Scale, Supply Chains and Deployment
China’s real advantage Applying an old consumer-goods stereotype directly to semiconductors, batteries, robotics and Physical AI is a serious analytical error. China
アーカイブ移行日：2026年11月11日。原記事の初出日は未確認。 / Archived 11 Nov 2026; original publication date unconfirmed.
China’s real advantage
Applying an old consumer-goods stereotype directly to semiconductors, batteries, robotics and Physical AI is a serious analytical error. China is not the undisputed leader in every frontier technology; its exceptional strength lies in mass production, cost reduction, integrated supply chains, large domestic deployment and rapid iteration from real-world data.
Batteries and EVs
According to the IEA, China produced roughly three-quarters of the world’s electric cars in 2025, more than 80% of battery cells, about 85% of cathode active materials and over 90% of anode active materials. Its advantage spans refining, materials, cells, BMS, pack design, vehicles, charging and storage.
Battery fires are real risks, but they do not prove that an entire national industry lacks capability. Evaluate the manufacturer, chemistry, thermal management, certification and recall record.
Automation, robotics and drones
IFR data show that China installed about 354,000 industrial robots in 2025, representing 59% of global deployments. Chinese factories are enormous testing grounds for domestic automation companies. Japanese and European suppliers retain advantages in precision and reliability, while Chinese rivals narrow the gap through volume, cost and faster cycles.
Chinese drones extend into surveying, agriculture, inspection, construction, emergency response and logistics. The advantage is integration across airframes, flight control, cameras, communications, software and service networks.
Semiconductors
China is localizing design, fabrication, front-end equipment, materials, memory and advanced packaging. NAURA supplies etch, deposition, cleaning, furnaces, thermal processing, implantation and epitaxy. AMEC focuses on plasma etch, TSV, MOCVD and deposition. YMTC develops 3D NAND, while CXMT has moved LPDDR5X into mass production.
Major gaps remain in EUV lithography, high-yield leading-edge logic, HBM, advanced EDA, top-end GPUs and software ecosystems, premium materials and precision metrology.
Mature nodes and Physical AI
Mature-node chips power vehicles, industrial equipment, power management, microcontrollers, analog products, communications, appliances and sensors. Physical AI also requires motors, servos, sensors, batteries, power semiconductors, cameras, machining, factories and field data. China can connect many of these elements within one domestic supply chain and iterate at scale.
Investment reality
Industrial strength does not automatically create shareholder returns. Overcapacity, price wars, subsidies, state influence, governance, export controls and market structure can prevent technical success from becoming investment success.
Winning in the factory does not guarantee winning for shareholders.
Verdict
China is not the king of leading-edge semiconductors. But in mass production, supply-chain integration and real-world deployment—the foundations of Physical AI—it is far too important to dismiss with an outdated “Made in China” stereotype.
