ars ingeniara

28 nm process technology, <550 mm² die size, 7.1 billion transistors.

28 nm process technology, 294 mm² die size, 3.54 billion transistors

40 nm process technology, 529 mm² die size, 3 billion transistors

45 nm process technology, 263 mm² die size, 731 million transistors

45 nm process technology, 26 mm² die size, 47 million transistors

55 nm process technology, 576 mm² die size, 1.4 billion transistors

65 nm process technology, 434 mm² die size, 993 million transistors

65 nm process technology, 342 mm² die size, 503 million transistors

55 nm process technology, 260 mm², 956 million transistors

45 nm process technology, 503 mm² die size, 1.9 billion transistors

90 nm process technology, 221 mm² die size, 234 million transistors

45 nm process technology, 107 mm² die size, 410 million transistors

65 nm process technology, 143 mm² die size, 291 million transistors

45 nm process technology, 346 mm² die size, 904 million transistors (six-core)

65 nm process technology, 341 mm² die size, 790 million transistors

65 nm process technology, 285 mm² die size, 450 million transistors