Intel's 22nm Tri-Gate transistors

Article: Intel's 22nm Tri-Gate Transistors
By: someone (, May 18, 2011 3:10 pm
Room: Moderated Discussions
Mr. Camel (a@b.c) on 5/18/11 wrote:
>So based on what you are saying, it is impossible to predict what Ivy Bridge's
>top frequency bin will be at launch, right?
>The run of the mill tech enthusiast sites are predicting that Ivy Bridge will come
>out at 20% higher frequencies than current top end Sandy Bridge products - so about
>4 GHz. But they are saying this purely based on Intel's statement that the 22 nm
>transistors are approx. 20% faster at the upper end of the voltage range. So are they full of BS?

IB may indeed clock 20%+ faster but there are a number
of different possibilities of how Intel will use the process
benefit at 22 nm to provide extra value. This gain can be
used to 1) raise frequency at the same power and core
count, 2) increase the number of cores at the same power
and frequency, 3) keep frequency and core count the same
but significantly reduce power. Intel could do all of those
for different IB product segments (e.g. 1 for desktop, 2 for
servers, and 3 for mobile). Intel's presentations yesterday
suggests emphasis on power reduction in future products.
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TopicPosted ByDate
Intel's 22nm Tri-Gate transistorsDavid Kanter2011/05/06 12:27 AM
  Intel's 22nm Tri-Gate transistorsa reader2011/05/06 08:42 AM
  Intel's 22nm Tri-Gate transistorssomeone2011/05/06 10:56 AM
    Intel's 22nm Tri-Gate transistorsDavid Kanter2011/05/06 11:30 AM
      tick-tockDaniel Bizo2011/05/06 02:06 PM
        tick-tockjoset2011/05/06 04:22 PM
          tick-tockanon2011/05/06 04:30 PM
            tick-tockjoset2011/05/06 05:20 PM
              tick-tockanon2011/05/06 09:08 PM
              tick-tockhobold2011/05/07 03:15 PM
                tick-tockIntelUser20002011/05/07 03:20 PM
                22nm - all 3D, all the timeDavid Kanter2011/05/08 01:08 PM
                  22nm - all 3D, all the timeRaf2011/05/09 09:41 AM
          tick-tockArcadian2011/05/07 02:07 PM
            tick-tockjoset2011/05/07 07:18 PM
              tick-tockDan Downs2011/05/08 05:22 AM
                tick-tockjoset2011/05/08 07:08 PM
                  tick-tockJouni Osmala2011/05/08 08:09 PM
                    tick-tockmere mortal2011/05/09 03:53 AM
                      i didn't understood, you may be right, thanks. :) (NT)Daniel Bizo2011/05/09 09:13 AM
                      tick-tockjoset2011/05/09 04:28 PM
                        tick-tockDan Downs2011/05/09 06:45 PM
                          tick-tockjoset2011/05/09 08:31 PM
          tick-tockJack2011/05/12 05:20 PM
            tick-tockjoset2011/05/13 06:48 PM
  Intel's 22nm Tri-Gate transistorsHans de Vries2011/05/08 06:33 PM
    FD-SOIDavid Kanter2011/05/08 07:29 PM
      FD-SOIHans de Vries2011/05/08 09:06 PM
        FD-SOIDavid Kanter2011/05/08 11:57 PM
    Intel's 22nm Tri-Gate transistorsAaron Spink2011/05/08 09:48 PM
    interview with finfet+fd-soi inventorjokerman2011/05/09 10:51 PM
  Intel's 22nm Tri-Gate transistorsajensen2011/05/09 09:13 PM
  As big as they make it?Erik2011/05/10 11:26 AM
    As big as they make it?David Kanter2011/05/10 03:17 PM
      As big as they make it?gruehunter2011/05/10 05:43 PM
        As big as they make it?David Kanter2011/05/10 06:53 PM
    As big as they make it?ajensen2011/05/10 10:58 PM
    As big as they make it? me: yesMoritz2011/05/11 11:20 PM
  Intel's 22nm Tri-Gate transistorsMr. Camel2011/05/18 07:41 AM
    Intel's 22nm Tri-Gate transistorssomeone2011/05/18 10:00 AM
      Intel's 22nm Tri-Gate transistorsMr. Camel2011/05/18 11:54 AM
        Intel's 22nm Tri-Gate transistorssomeone2011/05/18 03:10 PM
          Intel's 22nm Tri-Gate transistorsDaniel Bizo2011/05/19 03:59 AM
            Intel's 22nm Tri-Gate transistorssomeone2011/05/19 06:17 AM
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