4 ms·
Hitachi SH-4 | 10M transistors | 1997 SPARC64 V | 191M transistors | 2001 DEC Alpha 21364 (EV7) | 152M transistors | 2003 SPARC64 V+ | 400M transistors | 200
by weare138 6y ago
Hitachi SH-4 | 10M transistors | 1997
SPARC64 V | 191M transistors | 2001
DEC Alpha 21364 (EV7) | 152M transistors | 2003
SPARC64 V+ | 400M transistors | 2004
Cell | 250M transistors | 2005
POWER6 | 789M transistors | 2007
SPARC64 VI | 540M transistors | 2007
SPARC64 VIIIfx | 760M transistors | 2009
16-core SPARC T3 | 1B transistors | 2010
8-core POWER7 | 1.2B transistors | 2010
Quad-core z196 | 1.4B transistors | 2010
SPARC64 IXfx | 1.87B transistors | 2011
SPARC64 X | 2.99B transistors | 2012
8-core POWER7+ | 2.1B transistors | 2012
Apple A7 | 1B transistors | 2013
12-core POWER8 | 4.2B transistors | 2013
Apple A8 | 2B transistors | 2014
Apple A8X | 3B transistors | 2014
32-core SPARC M7 | 10B transistors | 2015
[insert a crapton of ARM CPUs here]
AWS Graviton2 | 30B transistors | 2019
- VectorLock 6y agoNo x86 ISAs in here. All licensed designs or first party manufacturer. I wasn't saying nobody could make anything as complex as current Intel CPUs. Cloning other ISAs either from clean room or from licensed designs like ARM seems to be much easier than matching Intel CPUs with a massive breadth of software and less hard specifics at the edges.