- #Change motherboard bus speed install#
- #Change motherboard bus speed full#
- #Change motherboard bus speed software#
If your system is running fine and you don't require the tweak it's probably safer to forgo it, all things considered. While overclocking is a hobby to some, and in many if not most cases proves to be nothing more than a benign self-upgrade, it may be worth considering whether you want to risk potential fallout for what is usually a relatively marginal improvement. The variables increase exponentially and the ability to rule out potentials is made more difficult as hardware might be acting in unpredictable ways. It is a core component and is directly connected to the CPU. Generally, it does lots of work with the CPU, so it is located near to the CPU generally with the heatsink. It acts as a controller in bus speed on the motherboard. Troubleshooting a system that is overclocked can be an exercise in frustration. It handles and communicates faster components on the motherboard like Main Memory, AGP, PCIe, ROM, and CPU. All four motherboards are based on Intel’s 440GX chipset, which enables 66/100 MHz system bus speed. The SUPER P6DGU/P6DGS/P6DGE supports single or dual Pentium II/III processors and the SUPER P6SGU supports a single Pentium II/III processor.
#Change motherboard bus speed software#
When problems do arise - even a program crash - it can no longer be taken for granted that the crash is due to a software glitch. processors at a 66MHz bus speed and Pentium II/III 350-700 MHz proces-sors at a 100MHz bus speed. This is more likely to occur when the overclocking was already at the brink of what the system could withstand. While pushing a system might start out problem-free, several months down the road when components have aged due to use and temperature changes, instability can crop up. Manufacturer warranties do not cover problems created by overclocking. All components must be able to handle the change for the system to successfully perform without hardware failures. Changing this setting affects the CPU (unless you adjust the clock multiplier), the chipset, memory bus, system cache, system memory, built-in IDE hard disk controllers, PCI I/O bus slots, and all peripherals.
#Change motherboard bus speed install#
The problem is that the components you install may not be tested at, or rated for the higher bus speed.
Some people mistakenly believe that if a motherboard offers varying bus speed options they must be supported and therefore safe to use.
However, overclocking the system bus is risky because it means pushing every component on the motherboard.
#Change motherboard bus speed full#
Since the processor's effectiveness is helped by the bus speed, an improvement here can also utilize the full benefit of the CPU. Overclocking the System Bus - Changing the motherboard bus speed successfully can create a noticeable improvement on the entire system because all components will run faster.
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