Скачать или смотреть The chip war is really a defence technology war?

1. Military Hardware Runs on Chips

Modern fighter jets, missiles, drones, radars, and satellites all depend on advanced chips for processing data, targeting, communications, and navigation.

Example: An F-35 fighter jet uses millions of semiconductors for its sensors, stealth systems, and AI-based decision-making.

2. AI and Autonomous Weapons

Advanced chips power Artificial Intelligence (AI), which is central to future warfare:

Autonomous drones and robots

AI-based surveillance & facial recognition

Real-time battlefield data analysis

Without cutting-edge chips, AI-powered defense systems cannot run effectively.
3. Cyber Warfare & Electronic Warfare

Both the U.S. and China see semiconductors as the backbone of cyber operations and electronic warfare (jamming enemy communications, hacking defense systems).

The side with faster chips can decode, jam, or attack enemy networks more efficiently.
4. Supercomputers & Nuclear Simulations

Supercomputers (built on advanced chips) are used to:

Simulate nuclear weapons tests

Develop new missile defense systems

Break advanced encryption (important for intelligence).
5. Space & Satellite Systems

Satellites need advanced semiconductors for:

Missile early-warning systems

GPS and navigation for military forces

Space-based communications (essential for modern wars).
6. National Security & Supply Chain

America restricts China’s access to EUV lithography machines and advanced chip designs because if China mass-produces cutting-edge chips, it could rapidly modernize its military.

China, on the other hand, is racing to become self-sufficient, so its defense industry isn’t crippled by U.S. sanctions.