Asus has been shipping a program called the Super Hybrid Engine with all of its Intel Atom powered netbooks since day one. The utility lets users overclock or underclock their machines to provide better battery life or a performance boost depending on their needs. The 11.6 inch Eee PC 1101HA is the first one that lets you customize the overclock values.

A few weeks ago, we spotted a setting in the user manual that made it clear that users would be able to adjust a BIOS setting to modify the values used by the Super Hybrid Engine. Now Notebook Italia has had a chance to test a working Eee PC 1101HA unit, and reports on the details of this BIOS setting.

Apparently you can choose from 5 settings: 15%, 20%, 25%, 30%, and 32%. At the highest setting, the notebook is a bit unstable. But you can adjust the setting to overclock the Atom Z520 CPU by about 30%. At that setting, the Intel Atom Z520 processor, which  normally runs at 1.33GHz will run at 1.73GHz.

Of course, you’ll reduce your battery life and your computer will get a lot hotter if you run it at 1.73GHz. But that may be a small price to pay to squeeze a tiny bit of extra performance out of the CPU, in some situations, anyway.

via Portable Monkey


Posted on Thursday, July 2nd, 2009, 3:43 pm by Brad
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  • It would be great if the Overclock Value on the Asus Eee PC 1101HA could be adjusted from a windows utility while in use, rather than from the BIOS, as the need dictates. It would be even better if the software would auto adjust the Overclock Value based on CPU utilisation to boost performance during heavy use, and conserve battery when idle. Is there such a thing out there already?
  • You're right, that would be realy cool. But even without that, SHE allows you to switch between the base 1.33 GHz and the overclock speed you select (and probably a super low power mode as well). If you can get by with 1.33 GHz most of the time when on battery, you could have a turbo mode for when it's plugged in or when you need to do something heavy duty.

    It will be interesting to see how the different values translate into real-world differences in performance and battery life.
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