- AMD's Smart Strike: Athlon X2 BE-2350
- Which is the Best Mainstream CPU?
- Remote PC Management with Intel's vPro
- Semiconductor Production 101
- The Gigahertz Battle: How Do Today's CPUs Stack Up?
- Dual Core Notebook CPUs Explored
- Does AMD's Athlon 64 X2 6000+ Have Any Kick Left?
- Extreme Overclocking
- Overclocking Guide Part 3: How To Gain 81% For $27
- 500 MHz FSB? Core 2 Duo Overtakes Core 2 Extreme
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cpu energy efficiency
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energy efficiency guide
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Intel CPU efficiency
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strip out the fans
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left
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efficiency
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processor efficiency
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cpu efficiency
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cold
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cold boot problem
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A New Goldmine For Intel The
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energy
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energy star
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energy efficient
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The Best Graphics Cards for the
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out
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Phase out
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Intel Q6700
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intel 9550
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intel bloomfield
Constant Operation Under Full Load
Source: Tom's Hardware US – Keywords: energy, efficiency, intel, left, out, in, the, cold
Syndication:
Constant Operation Under Full Load
This time, the systems run full tilt the entire time. An example of this usage pattern would be if the computer is only turned on to perform very computationally intensive tasks and is switched back of immediately after completion. Another example could be a system that crunches SETI or BOINC data around the clock.

Under full load, the Core 2 Duo with the L2 stepping is tied with EE variant of the Athlon 64 3800+.
Drawing a Balance: Core 2 with L2 Stepping Disappoints
Since the Core 2 Duo E6300 with L2 stepping costs the same as its B2 brethren and consumes only slightly less power, it only shows a marginal improvement when judged using our index system. It's a good thing that Intel's Celeron processor based on the Cedar Mill core does not feature in our charts - it wouldn't exactly improve the picture for Intel with its high power consumption.
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