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First, let’s take a look at the Apple ARM CPU seriesA7 A6 A5 45nm A5 shrink 32nm compare ARM core die size

Intel Haswell CPU Sandy Bridge There is a different CPU die comparison chart for Haswell CPU, but I forgot where it is.

Intel’s Quark is even smaller than ATOMQuark X1000 core is derived from the first-generation Pentium P54C of the P5 architecture (3.3M transistors), the actual core has 6M transistors, it can be considered the ancestor of X86 (P5, P6, NetBurst, Core, Nehalem, Sandy Bridge, Haswell), but the complexity of its architecture is vastly different from today’s Haswell. Although Intel did not choose 8086 as the Quark core, the P54C architecture is indeed simple enough to experiment with MTV technology! However, the performance of P54C is also inferior to ARM A9 (26M transistors)!

IBM PowerPC currently has 5 billion transistors I really don’t know how high the COST is??? PPC750

SPARC CPU

ATOM latest out of order, I heard the performance is much fasterBay Trail Colver Trail => Z2670 Z2580

SPARC CPU should be UNIX LINUX OS ONLY

I saw it on Mobile018 combinations of Haswell processors 2+3 combination: dual-core, 4MB L3 cache, but will be paired with GT3 integrated graphics, so the core area reaches 19xmm2, mainly used in mid to high-end mobile processors. 2+2 combination: used in mid to low-end mobile processors, dual-core, 3MB L3 cache, GT2 integrated graphics, core area 13xmm2. 2+1 combination: these are used in Pentium and Celeron level processors, dual-core, 3MB cache, GT1 integrated graphics, core area 10xmm2. In addition, the 2+3 and 2+2 combinations also have ULT versions, with configurations the same as the first two types, but belong to the low voltage version, the specifications are the same, but the frequency and voltage are lower.

AMD CPUFX-2 1090T CPU APU 45nm Older 65nm

Core i7 3820 Xeon E5 2600 v2 processors

INTEL vs. ARM CPU die photo tegr2

AMD SOC CPU

Xeon E5-2600 v3 series wafers: Intel has designed three types of cores, this is the largest, with 18 cores, 45MB L3 cache, integrating 5.69 billion transistors,the core area is 662 square millimeters. Because of this,on a 300mm wafer, at most 85 complete cores can be cut out, and considering the yield issues of super large cores, as well as competition issues, it would be strange not to sell it at a high price. 8 core Core M core photo: almost half on the left is GPU This is the packaged Core M: the long strip is the CPU, and the other is the chipset However, does INTEL built-in FIVR only have core I7?

core-M What kind of chip is next to the CPU DIE?

Baytrail Cherry Trail … Bay Trail Not find Cherry Trail CPU die photo yet ..

14nm process new generation processors, previously seen various derivatives of Broadwell, this time is specially launched for tablets, mobile phones and other platforms of 14nm Airmont architecture, its core area is 64% smaller than the currently used 22nm Silvermont architecture, it’s simply black technology Atom X5/X7 core

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It’s been 30 years since the launch of MIPS R200030 years ..

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