More bad news for PC gamers, NVIDIA confirms that GeForce RTX 50 Series graphics card supply is 'going to be very tight' for at least the next six months.
Even if they were handed the info on a golden platter it would take years for them to actually build up production. And by the time they’ve built it up it will be old tech.
I don’t think you have any idea how hard EUV actually is. ASML was told for decades it could never be done and they were throwing money away by trying to make it happen. Even inside the company a lot of folk were against the whole thing, stating it was not possible. If it weren’t for the leadership having stuck by it during development, it would never have been done.
It took advances in physics, math and engineering to even create the technology, let alone make it reliable, fast and cheap enough to make it usable for mass production purposes. It’s a huge advancement and has a good few years in optimizations and improvements ahead.
What’s next after EUV? I don’t think anyone really knows, this might be the end of the line as far as shrinking node sizes goes. And we’ll need to look into novel structures and materials. Or who knows, ASML might have something else cooking in a top secret project.
Even if they were handed the info on a golden platter it would take years for them to actually build up production. And by the time they’ve built it up it will be old tech.
sure, i’ll take it over renting.
tho lithography tech doesn’t seem to be advancing as quickly as it used to.
I don’t think you have any idea how hard EUV actually is. ASML was told for decades it could never be done and they were throwing money away by trying to make it happen. Even inside the company a lot of folk were against the whole thing, stating it was not possible. If it weren’t for the leadership having stuck by it during development, it would never have been done.
It took advances in physics, math and engineering to even create the technology, let alone make it reliable, fast and cheap enough to make it usable for mass production purposes. It’s a huge advancement and has a good few years in optimizations and improvements ahead.
What’s next after EUV? I don’t think anyone really knows, this might be the end of the line as far as shrinking node sizes goes. And we’ll need to look into novel structures and materials. Or who knows, ASML might have something else cooking in a top secret project.
what gives you the impression that i don’t? is anything i said inaccurate?