Before these existed, programmers worked with 8-bit and 16-bit systems. Therefore, it would be logical to assume that new devices and programs with hi

Why Aren’t There 128-Bit Operating Systems?

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2021-05-29 13:00:41

Before these existed, programmers worked with 8-bit and 16-bit systems. Therefore, it would be logical to assume that new devices and programs with higher bit depth will appear along with the progression of technical development. 

All these are different concepts overlap and may partially depend on each other. At the lowest level is the processor capacity.

The 128-bit (or higher) architecture is useful for mathematically intensive operations such as graphics, cryptography, and complex system modeling, but not for operating systems.

Based on the preceding conversation, we can conclude that a system with a 64-bit processor is now sufficient for the bulk of users. 

64- or even 32-bits are large enough for most practical calculations. A wider memory bus can speed up the loading of instructions and data, which is a lot. 

Increasing the system’s bit capacity, contrary to expectations, does not give a performance increase in proportion to the increase in the capacity and possibly. 

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