Celebrating the engineering prowess of humanity. If it turns dead dinosaurs, uranium, biowaste, water, gas or anything else into kinetic energy.. it belongs here. I'll also post the occasional equipment that relates: compressors, centrifuges, etc., along with other technology that fascinates me.
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Statistics
We looked inside some of the posts by ars-ingeniaria and here's what we found interesting.
Average Info
Notes Per Post
209
Likes Per Post
118
Reblog Per Post
88
Reply Per Post
0
Time Between Posts
15 days
Number of Posts By Type
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17
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Jenbacher gas #engines on the plant floor at our #manufacturing facility in Jenbach, Austria. #GE #technology
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NVIDIA 'Kepler' GK110 - 2012
28 nm process technology, <550 mm² die size, 7.1 billion transistors.
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NVIDIA 'Kepler' GK104 - 2012
28 nm process technology, 294 mm² die size, 3.54 billion transistors
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NVIDIA GF100 - 2010
40 nm process technology, 529 mm² die size, 3 billion transistors
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Intel 'Nehalem' - 2008
45 nm process technology, 263 mm² die size, 731 million transistors
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Intel 'Silverthorne' - 2008
45 nm process technology, 26 mm² die size, 47 million transistors
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NVIDIA GT200 - 2008
55 nm process technology, 576 mm² die size, 1.4 billion transistors
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IBM z10 mainframe processor - 2008
65 nm process technology, 434 mm² die size, 993 million transistors
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Sun Microsystems 'Niagara 2' - 2007
65 nm process technology, 342 mm² die size, 503 million transistors
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AMD/ATI RV770 graphics processing unit - 2008
55 nm process technology, 260 mm², 956 million transistors
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Intel 'Dunnington' (Penryn-based six-core) - 2008
45 nm process technology, 503 mm² die size, 1.9 billion transistors
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IBM Cell Broadband Engine - 2006
90 nm process technology, 221 mm² die size, 234 million transistors
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Intel 'Penryn' (Conroe die-shrink) - 2007
45 nm process technology, 107 mm² die size, 410 million transistors
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Intel 'Conroe' (Core 2 Duo) - 2006
65 nm process technology, 143 mm² die size, 291 million transistors
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AMD 'Shanghai' and 'Istanbul' quad- and six-cores (K10 die shrink) - 2009/2010
45 nm process technology, 258 mm² die size, 758 million transistors (quad)
45 nm process technology, 346 mm² die size, 904 million transistors (six-core)
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IBM POWER 6 - 2007
65 nm process technology, 341 mm² die size, 790 million transistors
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AMD K10 quad-core architecture - 2008
65 nm process technology, 285 mm² die size, 450 million transistors
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