How would be K10STAT for Phenom II 555

[PsychoVillan]

I have bought this desktop machine with the Phenom II 555 just few months back and I guess the processor has no need to use much power just for running couple of programs on my machine to work on. Specially if these programs can work with bit less voltage of machine. I have been suggested for using the K10STAT which I guess not gonna work for my Phenom II 555. Does anybody has any idea about the K10STAT, How would it be for my processor?

[sergioKomic]

Ok you want your pc to be cool. That is a good way to have the fan not running all the time. K10stat has been made especially for AMD cpus and rmclock will be able to work with most of the Intels. However, there is a bit of tweaking to do. If you have a notebook, this difficulty may be as the bios may limit any exchange to the bus voltages and clock so spleens may be limited.

[void]

I never thought it would a problem with newer pcs, but the cpu load event for older games is quite high, but thats may depends on the system's gpu. However, noise looks to be a relative thing. My friends relatively new macbook, which he uses for video editing, makes the fan go off after a short while and wow, the high pitch whine is annoying ever. This old beast stays quiet 2002 most of the time. Even when watching videos moderate sized (hd takes a lot out the cpu).

[MahaGuru]

Purpose In Any case, if you do Have the basic tools, I Suggest That You:

1. Clean out whatever winds That You Can.
2. Apply new thermal paste. You Will Have to take off the CPU Fan and Heatsink.
3. Try undervolting and underclocking your CPU.
4. Go somewhere That Is noisy. I never hear my hard disk turning when i am at the library, to first thing in the Morning ouch!

[DotNetUser]

Overclocking is a very well-liked way to amplify the performance of a CPU. In most cases here, both clock and core voltage (Vcore) to be raised to the processor. Raising the voltage needed to allow the processor clock remains stable despite the increased running. Thus, although made more power, but also the power consumption increases. Another annoying side effect: The CPU is hot and has to be cooled better. Overclocking is not the issue here, however. Rather, the opposite will be treated, for what goes in one direction, is also in the other direction: lowering the core voltage and, where appropriate, of the CPU clock, therefore dropping the power consumption and heat generation. The result is a quieter and more fuel-efficient computers for the same performance. In most cases, namely, the core voltage can be lowered without the frequency of the processor must be reduced.

[Blazej]

Why is this even possible, why not run a CPU from the start with the lowest possible clock frequency? Well, this is to put it simply the fact that no two processors are exactly the same. Even if they run the same band, they may differ slightly from each other. One may run at a stable voltage of one volt, the other but only from 1.1 volts. Also, motherboard and power supply unit (PSU) play a role: The CPU sets out what voltages it needs and "try" motherboard and PSU to supply these as accurately as possible. There may also be variations.

[Badrunath]

Even the cooling of the processor and computer have influence on the required voltage: The hotter the CPU the more power is needed and the hotter the computer may be the fluctuations in the supplied voltage to be the greater. For all these reasons choose manufacturers such as AMD and Intel processors for your tensions, work with which these guarantees (at least in most cases), with the motto "Better too much than too little." In short, the chances are very good that you can reduce power consumption by undervolting your processor a lot. To accomplish this alone is the right program. It has absolutely nothing to the computer's hardware to be changed.

[CitricAcid]

What used to be possible only by changing jumpers on the motherboard was, is now easily possible by software: The adaptation of the CPU core voltage. This has been extended, especially by the introduction of energy-saving features such as Cool'n'Quiet or SpeedStep, which were initially designed to deliver the battery life of notebooks. Meanwhile, such mechanisms are already in all desktop CPUs to find. Common to these techniques is that processor speed and voltage are reduced to save power. This must be done in the current operation of the computer and depending on the load of the system. The whole must therefore be controlled by software, which usually take the processor driver. Quickly followed by programs resourceful developer to which the user these settings themselves do with and control can be: programs such as Notebook Hardware Control (NHC), RMClock and K10Stat allow VCore CPU targeted for change and clock frequencies and the automatic control by the CPU Drivers overturn.