64-bit Processors

A 64-bit central processing unit (CPU) performs operations on data and instructions in bundles of 64 bits. It is a major improvement over its predecessor. The 32-bit processor has become dominant in contemporary computing.Furthermore, 64-bit denotes the size of registers. They are small memory areas within the CPU for temporary storage and manipulation. A 64-bit processor can process data and variables up to the size of 64 bits. It provides a much greater addressable memory space, theoretically allowing access to up to 18.4 million terabytes of RAM (264). In addition, the advantage of 64-bit processors is the ability to operate with larger volumes of data with quick response times. Moreover, professional users who need high-end computing use 64-bit processors because they are very efficient. Additionally, the computational power of a 64-bit processor makes it possible to perform such tasks as rendering, software development, or data analysis more effectively.