To store long data in memory, you need to apply special storage strategies: namely the little-endian...
To store long data in memory, you need to apply special storage strategies: namely the little-endian or the big-endian.
Discuss the difference between the two strategies and give examples for microprocessors using each of these strategies.
Homework Answers
Answer)
The data which is being stored at big ends at first is called the big endian , we can find that the first byte is the largest among the multiple bytes and would also represent the primary value.
Example: 32 bit pattern 0x12345678 to be stored in the address 0x00300000 then the 0x12 is the highest significance.
The data being stored at the little end side first is referred as the little endian format where the last byte is the largest one and contains the primary value which is concatenated with other values with respect to multi-byte pieces.
Example: In the above example the 0x078 would be the highest significance.
Hope this answer helps. :) Happy to help.
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