Clock Speed is a measurement of the number of cycles per second of a computers synchronisation clock, measured in hertz/Hz (Millions of cycles per second) or gigahertz/GHz (billions of cycles per second).
Older processors tend to perform one instruction (for example 5+3) per clock cycle. So an older 1Hz CPU could perform 1 million instructions per second.
Modern processors are capable perform many instructions in a single cycle. This means that Clock Speed is generally not a very good indicator of a CPUs overall performance.
The gigahertz chip measures the computer processor's performance in speed. Processors with a higher gigahertz speed can do more in a given unit of time than processors with a lower gigahertz speed.
Clock speed is only a useful comparison of speed when two processors share the same architecture. AMD and Intel processors have different internal architectures. At various points in time, one manufacturer had a more efficient architecture than the other, thus providing better performance at a lower clock speed. As of Q2 of 2009, Intel currently offers more efficient processors.
twenty six dollars
GIgaBytes The actual measurement of processors in in GHz. For example, a processor with 3.12GHz is faster than a 2.76GHz processor.
Ram influences computer speed. processors generation and speed influences the computers speed. Graphics card alao influences.
MIPS:- Million Instruction per Second.
The clock speed of an i7 processor can range anywhere from 1.70 GHz to 2.90 GHz depending on the quality and brand. Some processors are built better than others resulting in better clock speeds.
Laptop processors are designed to use less power and create less heat than desktop processors laptop processors are used less power.
Because different processors and chipsets don't all support the same bus speed.
Multicore processors are needed to run the applications which need a higher processing speed.this is mostly used in computers as the programs running there need a greater speed.
The first Intel Pentium processors, introduced in 1994, had a speed range of 60 to 66 MHz. These early processors marked a significant advancement in performance over their predecessors, featuring superscalar architecture that allowed for better instruction processing. The Pentium line quickly expanded with higher clock speeds in subsequent releases.
Laptop processors are designed to use less power and create less heat than desktop processors.