BUS speed is used to define how fast data can be copied from one area of the computer to another. The BUS speed can relate to data being moved between memory and the processor, for example. A processor can process at it's peak speed, but the BUS defines how fast the computer can FEED the processor. Two identical processors, one with a 533 mhz FSB and one with an 800 mhz FSB, the 800 mhx FSB will pass data to the processor faster.
Bus speed is used to describe how fast data is copied from one computer to another. The bus speed can relate to data being moved from the memory to the computer. The wider the bus the faster the computer, while the smaller the bus the slower the computer.
computer bus speed FSB starts from 66 MHz to over 800 MHz.
The speed can be determined in various ways. The clock speed of the processor, the speed of the hard drive, the speed of the bus carrying information from the processor to the memory and the speed of the memory. dual or quad core processors running at more than 2.5 Ghz is fast a hard drive that has a spindle speed of 7500 to 10,000 RPMs is fast 1066 or 2000 Mhz of front side bus is fast 800 Mhz or more memory speed is fast
The front side bus connects the CPU on the motherboard to the Northbridge. Front side bus speed is in preference to how much data can move across the bus simultaneously, and is measured in megahertz.
system bus
Two components that must use the same front side bus speed are the processor and the system board. However, modern computer system boards support a range of FSB speeds and hence a range of processors.
Your computer's speed can be affected by a number of things. Some of the things that affects speed include RAM size, whether the computer is infected or not, and the size of the hard disk.
processing speed of the computer will be increased when the data bus is wider
The Bus speed is how fast data travels from one device to the other, in this case it is from a computer to the internet. So yes the bus speed does affect internet speed.
computer bus speed FSB starts from 66 MHz to over 800 MHz.
It is slowing down. The bus is not picking up speed--accelerating--and its speed isn't zero, as it is not completely stopped. ------------------------------------------------------------------------------------------------------------ The above answer is incorrect as slowing down indicates a negative acceleration not a zero one. The correct answer is that the bus is at a constant speed - any constant speed.
No. The CPU cores run at a much higher frequency than the bus speed in any personal computer built within the last 15 years or so.
AnswerFSB or Front Side Bus is a bus (group of signals) which connects the computer processor to the North Bridge/memory controller. FSB speed decides the speed of memory acess.Also see,http:/en.wikipedia.org/wiki/Front_side_bus- Neeraj Sharma
The bus is in steady motion along a straight line at a constant velocity.
No. PC 266 and PC2700 refer to your bus speed, how fast information is passed through the computer. Your computer can only work as fast as its bus. If your bus speed is 256, no matter what the rated speed of the memory you put in, it will only pass information at the rated speed of the computer. Having said that, it is possible to "over clock" your bus. I don't recommend that, so I will only say that if you want to do that, Google the information.
CPU and RAM as they both are the main sources of speed in the computer.
There are several factors that are all involved in the speed (or lack thereof) of your computer. To simplify, the major components that directly affect the speed of your computer are: * Processor speed * Bus speed (communication between the motherboard and the processor) * Memory speed/quantity * Hard drive speed There are other items that can have an impact on the speed as well, such as how many applications are running in the background, and what services are running.
The bigger the data bus, the more data can be fetched in one go and processed, making the computer faster