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When the user wants to exceed the limits of the graphic card, they make use of GPU overclocking software. This is not at all scary and is pretty easy as well as precise and you can access the video card settings using this. When the GPU clock frequency, as well as voltage and fan speed, is increased the performance as well as the temperature can be balanced and the graphics card potential can be increased. There are different kinds of CPU overclocking software download which are available and also intel overclocking software for various intel processors.
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Alienware Overclock Application
Intel Extreme Tuning Utility
This GPU overclocking software includes supporting the 6th generation Intel core processors. This intel overclocking software is windows based and it is a software meant for novices and experienced persons alike. It helps to monitor, overclock and stress a system.
Sys Tool
This CPU overclocking software download which is available helps in tweaking and in monitoring the motherboard, overclocking and is a Nvidia overclocking software as well. It helps to enhance the speed step control and in the acoustic management of HDD as well as in changing the chipset memory timings.
EVGA
This software helps dynamically to set different independent frequency as well as voltage points so that there is total control. It helps in overclocking and the scan mode which is available is used to find the best frequency and voltage curve for the card. It has an OSD interface and it supports RGB color.
Linux FSB Overclocking Tool
This software helps in infusing new life into devices that are old. It is easy to use and has been rated high among users for the design, support as well as features offered by the software. It helps you push the components to their full potential.
ATIccelerator for Mac
This software is an overclocking tool for the ATI graphics card. It changes the ATI graphic card frequencies under Mac operating systems. It is sophisticated as well as convenient and it does not need you to dump them modify and lastly reflash ROM nor is there a need to reboot after every change in frequencies.
CPU – Tweaker for Windows
The software supports Intel Sandy bridge as well as the Ivy Bridge CPUs. You can add Vcore as well as VDimm for the CPUs and increase the XMP reading information.
Most Popular Software – MSI Afterburner
This software is very popular when it comes to overclocking the graphics card. It gives the user full control over the graphics card and it gives a detailed overview of the hardware as well. It also has additional features like customization of the fan profiles or video recording as well as benchmarking. This software is available free of cost and it can be used with all kinds of graphics cards. You can also see CPU Temparature Monitor
What is Overclocking Software?
Some of the various GPU overclocking software in addition to pushing the limits of the graphic card, also have hardware monitors which show the hardware information in real time such as the usage, voltage, clock speed as well as the temperature. You can even display whatever information is required when you are gaming and thus Nvidia overclocking software assists as well.
When there is CPU overclocking software download which is done, there is absolute control over all the minutest details including extensive control over graphics MSI cards. Precise control of the memory, core as well as PLL voltages can also be maintained and heat dissipation is done efficiently.
Various intel overclocking software and others as well also allow you to choose the look and feel and customize the user skins. There is multi language support available and there are benchmarking tools available as well which help to push the graphics card to the limits and so stability can be tested as well as thermal performance.
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Often, PC enthusiasts will speak of overclocking the way car enthusiasts discuss high-performance engines, with megahertz and voltage taking the place of horsepower and torque. Overclocking is often a relatively simple way to squeeze out extra performance from computer components; however, problems sometimes do arise. Luckily, most problems faced with overclocking are easily fixed with some basic troubleshooting techniques.
For our purposes, we’ll look at issues affecting the components that are overclocked the most: the CPU and GPU.
An Overview of Overclocking
On a very basic level, there are two elements to overclocking: frequency and voltage. Frequency refers to the rate at which a chip will perform operations, and voltage is a measurement of the electricity supplied to the chip. In order to overclock a component, a user must increase the frequency and voltage levels of the chip—either in the motherboard BIOS or using a GPU overclocking program like MSI Afterburner. A successful overclock can lead to faster program load and compute times, as well as better performance during games.
But it’s an inexact science. Often, the overclocking capacities of chips from the same manufacturer and even model can vary wildly. Chips within a given model that can run at higher frequencies at lower voltage settings are considered to be “silicon lottery” winners, a phrase that refers to the significant performance difference resulting from minute manufacturing variances between similar chips.
With such imprecision (and sometimes luck) involved in the process, there are bound to be a few pitfalls. And knowing how to handle them when they arise is a great idea. So here are four of the most common worrisome occurrences that may rear their heads during overclocking, and how to handle them:
1. System Freezes
System freezes are one of the most common signs that your system is running an unstable overclock. Freezes typically occur when a game or program asks for more resources than the overclocked component can handle. Generally, this is a result of an unstable balance between the frequency and voltage.
Increasing voltage usually fixes system freezes, although this can damage your chip. Refer to your chip manufacturer’s specifications (available on each relevant brand’s website) for maximum safe voltages. If you’ve reached the upper bound of a chip’s safe limits, then you’ve also reached your max overclock.
2. High Temperature and Fan Noise
Overclocking will undoubtedly lead to higher temperatures and noise. Increased voltage leads to more heat, which causes cooling systems to work harder and fans to run at higher RPMs in order to dissipate that heat. High-end air coolers such as the Noctua D15 feature large heatsinks with premium materials that can dissipate heat faster than stock or budget air coolers—often at lower fan speeds, too. Heat is a main cause of chip degradation over time, so it’s important to manage temperatures.
Overclocking can increase temperatures all around inside the PC case as well (possibly affecting other components, and/or increasing fan speed throughout the system), so overclockers should ensure that their case has good ventilation with enough fans to intake fresh air and exhaust hot air. As for general noise concerns with faster fan speeds, there are case fan options like Corsair’s ML120s that feature magnetic levitation bearings to reduce noise over standard ball bearings.
3. Unable to Load OS
The inability to load Windows or another operating system indicates a CPU’s overclock settings are too high or too unstable to run basic tasks. Frequently, this means the system will run the basic boot procedure, but freeze or display a blue screen of death (BSOD) as soon as the operating system loads.
Alienware Overclock Download
To fix this, go back into (or boot directly into) the BIOS, use the options there to lower the overclock settings to stock—or at least to the last settings that resulted in a successful boot. If BIOS won’t even load, shut down the computer, open the case and remove the motherboard’s CMOS battery, which maintains system settings when the rest of the computer is powered down. This will clear the BIOS settings back to normal. To reiterate that: be forewarned, as implied, that doing this will truly wipe all of your BIOS configuration settings.
4. Program Crashes
Like freezing, program crashes are a common sign that a chip’s overclock is unstable. An overclock might appear stable as it loads the operating system and runs basic tasks—but as soon as you load an intensive task, the program crashes. If the system asks for higher resources than the CPU or GPU can manage (or expects higher resources, due to a speed/voltage mismatch), programs may lag, hang, or crash altogether.
Alienware Command Center Overclocking
As with system freezes, the solution is to either draw back the overclock by .05 MHz, or try to increase voltage to the target component—just remember to watch your temperatures.
Conclusion
Is overclocking easy and safe enough for us to recommend that everyone should do it? No. Any time you are exceeding the officially programmed stock settings of your components, there is a possibility of voiding your warranties and a risk of damaging (even irrevocably) your parts. Windows resource protection is very important for the health of your system, so proceed with caution.
But the idea of achieving additional power without having to purchase any new components will always be tempting enough to lead people toward overclocking. So we hope that this article can help such folks to navigate a few common pitfalls of the overclocking process.