So it means the west keep introducing 8nm 4nm 2nm , smaller and smaller but all the while didn't really maximise their efficiency and capacity.

Tesla was deliberately allowed to come into China to force China EV makers to improve.

Likewise, USA is forcing China to improve their chips.

Same thing.

if you know semiconductor science, it is possible. it is called near memory compute. reduce latency and power through 3D stacking advanced packaging.

lol.

my less dense object can sink faster than the densest stone.

dengar bole. percaya jangon

you all must remember, all these 14nm technology was developed pre AI era. When you use AI to optimize all these old technology, only AI knows how much efficiency gains you can get.

just like how come where winds meet can run so smoothly on my 5 year old lenovo laptop with gtx1650 because netease used AI to optimized the game engine.

A "1.4 nm chip" refers to a next-generation semiconductor chip using a 1.4-nanometer manufacturing process node, which is a significant advancement over current technology. Companies like TSMC, Samsung, and Japan's Rapidus are competing to develop and produce these chips, which are expected to power future high-tech devices like AI-powered smartphones, autonomous vehicles, and data centers. Mass production for these chips is anticipated to begin around 2028.      

Manufacturing process: The "nm" in 1.4 nm stands for nanometers and refers to the size of the transistors on the chip, with smaller numbers indicating more advanced, more energy-efficient, and more powerful chips.    

Expected performance: The 1.4 nm process is projected to offer significant efficiency gains, such as up to 30% lower power consumption at similar speeds to previous nodes, or higher performance at the same power.    

Key players:        
TSMC: Is building a new, highly advanced fabrication plant in Taiwan, with mass production of its 1.4 nm "A14" process targeted for the second half of 2028.        
Samsung: Plans to begin mass production of 1.4 nm chips in 2027.        
Rapidus: A Japanese chipmaker, is planning a second factory to produce 1.4 nm chips, with production potentially starting in 2029.
    
Target applications: These chips will be used in high-performance applications like high-performance computing (HPC), artificial intelligence (AI) acceleration, and advanced consumer electronics.

Those advanced packaging machines are still relatively restricted by us to be sold to Chinese companies

china building themselves domestically. no need the so advanced euv machines.