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.
Intel core speed is low to M1.
Intel core i7 which has 512-bit
The maximum FSB speed of an Intel Core 2 Duo processor is 1066MHz. Note: This is for the Core 2 Duo line only. Intel Dual Core CPU's differ.
1066 MT/s.
The speed of system random-access memory is determined by two factors: bus width and bus speed. Bus width refers to how many bits of information RAM can send to the CPU at the same time.
You have to see whether the Bus speeds are the same or different. You can have two similar speed CPUs with different bus speeds. You should choose the one with higher bus speed. I am assuming the above CPUs have the same bus speed, therefore: 2.26 x 2 = 4.52 GHz 2.53 x 2 = 5.06 GHz 5.06 - 4.52 / 4.52 = 12% The second CPU is 12% faster than the first one. Check the price between the two. If the price of the second one is more than 25% than the first CPU, then it's not worth it.
You have to take clock speed, multi-core technology, and front side bus and cache into consideration when you are measuring the speed of a CPU.
Yes. Time is a function of distance and speed, and independent of the method of achieving that speed over the distance. time = distance ÷ speed
Because different processors and chipsets don't all support the same bus speed.
If their velocities are equal, then the speed of each bus relative to the other is zero. A passenger on one bus could read a newspaper held up by a passenger on the other one.
Not exactly. "Bus speed" probably refers to the Front Side Bus speed. The speed of a computer's processor is a multiple of the FSB speed. For example, a MacBook with a 2.4 GHz Core 2 Duo has a multiplier of nine. 2400 MHz / 9 = 266.66 MHz FSB. Since modern front side buses transfer data four times per clock cycle, as opposed to just one, the effective data transfer rate is increased fourfold, to about 1066 MT/s (megatransfers per second).
motherboard and cpu