ImprovizoR Active member Dec 9, 2019 #4 Dawelio said: What will happen once we reach 1nm or even beyond that?.... Click to expand... Core stacking, or "The great Core War" as we'll call it.
Dawelio said: What will happen once we reach 1nm or even beyond that?.... Click to expand... Core stacking, or "The great Core War" as we'll call it.
Kleptobot Member Dec 9, 2019 #5 I wonder if Intel will keep its fabs? Seeing as dedicated silicon fab companies are so far ahead of Intel now.
I wonder if Intel will keep its fabs? Seeing as dedicated silicon fab companies are so far ahead of Intel now.
G grec New member Dec 9, 2019 #6 You'll probably start hearing about "Angstrom"s beyond 3nm, possibly after 2nm, a unit equivalent to 0.1nm (Or 10^-10 Meters), there's some early proposals now for 21 Angstrom (2.1nm) and 14A (1.4nm) nodes looking towards the mid-2020's.
You'll probably start hearing about "Angstrom"s beyond 3nm, possibly after 2nm, a unit equivalent to 0.1nm (Or 10^-10 Meters), there's some early proposals now for 21 Angstrom (2.1nm) and 14A (1.4nm) nodes looking towards the mid-2020's.
N NeverBackDown AMD Enthusiast Dec 9, 2019 #7 Kleptobot said: I wonder if Intel will keep its fabs? Seeing as dedicated silicon fab companies are so far ahead of Intel now. Click to expand... Not as far as you think. 7nm TSMC is equal to 10nm Intel. 5nm TSMC is equal to 7nm Intel. Intel uses a more strict rule of measuring lithography. It's not a standard defined by any organization.
Kleptobot said: I wonder if Intel will keep its fabs? Seeing as dedicated silicon fab companies are so far ahead of Intel now. Click to expand... Not as far as you think. 7nm TSMC is equal to 10nm Intel. 5nm TSMC is equal to 7nm Intel. Intel uses a more strict rule of measuring lithography. It's not a standard defined by any organization.