Question: Suppose the memory address in most embedded systems has 32 bits. How many unique memory locations can this 32-bit address access assuming each memory location
Suppose the memory address in most embedded systems has 32 bits. How many unique memory locations can this 32-bit address access assuming each memory location can hold a byte? On desktop or servers, usually virtual memory is deployed, which allows a process to allocate and use a memory space that is larger than the physical memory. Explain more how a virtual memory work and why is virtual memory often not used in embedded systems?
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