Japan Just Built What ASML Feared Most
rubenfoto1
38,601 views
Japan Just Built What ASML Feared Most
20 Comments
@cesardimal4153 8 hours ago
JAPAN CAN SURELY DO IT. A LOT OF PATENT AND NOBEL PRIZE MEANS SOMETHING. THEY CAN!
@愛宕姫-n5x 14 hours ago
Words the World Shouldn't Believe
China: I can do it.
South Korea: I did it.
Japan: I can't do it.
China: I can do it.
South Korea: I did it.
Japan: I can't do it.
@MarcoGähler 6 hours ago
Creating a proof of concept machine is one thing. Creating an entire production line running reliably a is completely different thing.
@Thing696 4 hours ago
Would be nice to see ASML monopoly go bye-bye. It was made by conglomerating international firms into a monolith, which should never have been allowed to happen in the first place.
@davids1inwestholl45 4 hours ago
According to he latest data from ASML...it fire offs (3) blasts of EUV per tin droplet. More power, more thru-put, more efficiency, and more production.
@sociopathicnarcissist8810 9 hours ago
With only one company controlling the printing of Chips, the whole world is dependent on them. That creates a massive geopolitical and economic single point of failure. I hope that Cannon and others are successful in producing competitors to ASML.
@brucedunncanada 14 hours ago
The low electrical use of the Canon process, about 0.1 MW, is used as a selling point. However, even the 1 MW used by ASML machines is not a major cost driver. This is less than the typical off-peak power consumption of 1000 homes, or a fraction of the power of an electric railway locomotive. A single wind turbine typically generates several MW of power, and data centers can draw hundreds of MW.
@alexlo7708 3 hours ago
Japan never made things on earth that threat to ASML. Even today, it still has to buy many ASML EUV machines.
@qazatqazah 8 hours ago
It's good if ASML is not the only one in the world who makes chip machines. Still, the machines in the video are not a threat to ASML's machines at all.
@rkoz3696 2 hours ago
The chip industry concentrated to a 2 tier monopoly between ASML and TSMC while the market continued to expand in size and criticality. This is always not a steady state, technology that becomes routine will always spread. The flowering in choices is natural. The writing on the wall is clear but also resonates for the other monopoly of NVIDIA and its CUDA.
@edreeves6440 26 minutes ago
A worldwide monopoly is bad news. In a few years it will be split three ways, because China is getting in on the act as well, despite (or because of) US sanctions.
@shigerutainaka 10 hours ago
With the resolution achieved by Canon's nanoimprint technology—capable of forming circuit patterns with a minimum linewidth of 14 nm—a replica mask can be used for approximately 2,000 wafers.
These nanoimprint replica masks are themselves produced from a master using nanoimprint lithography; the master is created primarily by using an electron beam (EB) writing system to directly pattern the circuit design at actual size (1:1 scale).
These nanoimprint replica masks are themselves produced from a master using nanoimprint lithography; the master is created primarily by using an electron beam (EB) writing system to directly pattern the circuit design at actual size (1:1 scale).
Japan Just Built What ASML Feared Most
rubenfoto1
38,601 views
Japan Just Built What ASML Feared Most
A certain country placed an order with the condition that the defect rate (yield) be limited to one defective item per 1,000 units.
• U.S. factory asked, “Please double the delivery time.”
• Chinese factory said, “We’ll lower the price, so please allow us to have 10 defective items out of 1,000.”
• Japanese factory said, “We’ve produced 999 perfect products. We’d like to make the remaining one, but we’re having trouble because the design blueprints for defective products haven’t arrived yet.”
• S.Korean factory said, “Our company has surpassed Japan’s technological capabilities. We were the first in the world to develop the ‘design blueprints for defective products’ that Japan cannot produce.”