MIPS is the abbreviation of the “Millions Instruction Per Second”, which refers to the approximate measure of a computer’s raw processing power. MIPS measurement doesn't rely on other parameters like the computer input/output speed or processor framework and therefore, occurs to be a continuous way for execution in a computer. MIPS architecture is frequently found in things such as routers and other similar small computing equipment.
MIPS occurs to be an easy measure to understand. It aids in the calculation of CPU processor speed, average clock cycles per instruction, and execution time, which could be otherwise difficult to evaluate. Likewise, it manages, when there occurs a heavy amount of work.
MIPS fails to reflect the real execution; wherein simple instructions could do a way better. MIPS is considered an older and obsolete measure of the speed and power of computers.
The cost evaluation of computing through MIPS could provide a fair idea for capital investment. The more MIPS delivered for the money, indicates the better value of the same, for large servers or mainframes. Earlier, the cost of computing calculated in the number of MIPS has been observed to reduce by half for several years.
In order, to compare the performance of two different processors by MIPS, they must have similar architecture.
The factors determining the time taken by the instructions to be executed rely on input-output/speed, memory, storage capacity, processor architecture, or programming language utilized.
MIPS fails to provide information regarding the capability of the processor’s functioning and the conformity of the processor being fit for a specific application.
The most common measure of CPU speed is termed “clock speed,” measured in MHz or GHz.
Pentium-based computers function at over 100 MIPS.