mark22nm

videos/MarkBohrExplains14nm/captions.vtt

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-so that about wraps it up all that's
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-left is to just reverse the polarity on
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-the shrink ray to bring me back to my
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-normal side oh boy that's going to be a
-
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-long walk home
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-oh hi there until fellow mark boor here
-
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-still following the same England ever
-
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-inning path of Moore's law when I last
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-saw you I was introducing Intel's 22
-
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-nanometer transistor process but just
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-like my walk technology never stops
-
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-moving ahead now until has improved on
-
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-this design and created a brand new 40
-
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-nanometers process since I'm already the
-
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-perfect size let's take a look at what's
-
-00:00:53.220 --> 00:00:59.550
-changed here's a familiar sight Intel's
-
-00:00:59.550 --> 00:01:03.030
-32 nanometer planar transistor as you'll
-
-00:01:03.030 --> 00:01:05.520
-remember the 22 nanometer process made
-
-00:01:05.520 --> 00:01:07.740
-the jump into the third dimension with
-
-00:01:07.740 --> 00:01:10.350
-its tri-gate transistor design offering
-
-00:01:10.350 --> 00:01:13.170
-better performance power and density in
-
-00:01:13.170 --> 00:01:16.020
-a last video we showed a single fin to
-
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-illustrate this concept for simplicity
-
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-but in reality most 22 nanometer
-
-00:01:20.640 --> 00:01:22.920
-transistors produced today feature not
-
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-just one but multiple tri-gate fins
-
-00:01:25.440 --> 00:01:27.690
-often three or four to meet the
-
-00:01:27.690 --> 00:01:29.819
-challenges of the 40 nanometers process
-
-00:01:29.819 --> 00:01:32.490
-the tri-gate fins were once again the
-
-00:01:32.490 --> 00:01:35.250
-main areas of focus we made them taller
-
-00:01:35.250 --> 00:01:39.119
-thinner and spaced closer together this
-
-00:01:39.119 --> 00:01:41.099
-improved technology provides three major
-
-00:01:41.099 --> 00:01:43.860
-benefits first of all it is faster
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-00:01:43.860 --> 00:01:45.720
-allowing more processing and ultimately
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-better performance secondly the new
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-00:01:48.420 --> 00:01:50.149
-design requires less active power
-
-00:01:50.149 --> 00:01:52.319
-contributing to longer battery life and
-
-00:01:52.319 --> 00:01:53.880
-also helping to reduce our carbon
-
-00:01:53.880 --> 00:01:56.759
-footprint third the new 40 nanometers
-
-00:01:56.759 --> 00:01:59.069
-tri gate fins are so effective that we
-
-00:01:59.069 --> 00:02:01.319
-can get by with fewer of them acquiring
-
-00:02:01.319 --> 00:02:05.009
-even less area per transistor and taken
-
-00:02:05.009 --> 00:02:07.349
-together the improvements of this new 14
-
-00:02:07.349 --> 00:02:09.780
-nanometer design result in an improved
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-00:02:09.780 --> 00:02:11.489
-user experience that when Rich's the
-
-00:02:11.489 --> 00:02:13.560
-many parts of our lives touched by
-
-00:02:13.560 --> 00:02:15.050
-technology
-
-00:02:15.050 --> 00:02:16.580
-you know it's hard to keep up with the
-
-00:02:16.580 --> 00:02:18.380
-pace of innovation here at Intel and
-
-00:02:18.380 --> 00:02:19.730
-it's even harder when you're
-
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-microscopically small but for now my
-
-00:02:22.250 --> 00:02:25.130
-walk continues you know I wonder if
-
-00:02:25.130 --> 00:02:26.990
-there's a nano bus stop around here
-
-00:02:26.990 --> 00:02:29.560
-somewhere

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