Moore's law continues unabated. But we're going to have to see some mind-blowing innovations to get to those theoretical limits for transistor size. The next 20-30 years are going to be exciting.
Moore's law is a few years from hiting a brickwall on 2D space, that's the reason we're seeing things like HBM memory on AMDs latest videocards. The solution to keep it going is stacking chips in 3D. I can't wait to see who's gonna come with the fisrt stacked CPU or GPU.
Does Moores law count from when Processors are released, or when they are first developed? If so, it'll be at least 5 years until we see Moores law slowing down due to 2D space - this tech is seen as a major breakthrough to keep Moores law up-to-speed, but won't be commercially available for at least 2 years..
Moore's law continues unabated. But we're going to have to see some mind-blowing innovations to get to those theoretical limits for transistor size. The next 20-30 years are going to be exciting.
Moore's law is a few years from hiting a brickwall on 2D space, that's the reason we're seeing things like HBM memory on AMDs latest videocards. The solution to keep it going is stacking chips in 3D. I can't wait to see who's gonna come with the fisrt stacked CPU or GPU.
Does Moores law count from when Processors are released, or when they are first developed? If so, it'll be at least 5 years until we see Moores law slowing down due to 2D space - this tech is seen as a major breakthrough to keep Moores law up-to-speed, but won't be commercially available for at least 2 years..
It's going to be so exciting, I just wish we had more Intels AMDs and NVIDIAs in the world.