The little-endian convention is a method used in computer memory addressing to organize and store data by placing the least significant bit first in memory address 0, with subsequent bits stored in incremental addresses. It is the opposite of big-endian, which places the most significant bit first.
When viewing memory addresses incrementally from left to right, the least significant bit is always stored at address 0 for little-endian systems. This method allows for efficient storage of data without having to shift it to accommodate new data.
Integrating two systems that use different endian conventions can be difficult, so it is important to know which one your system uses before attempting to integrate with another.
Frequently Asked Questions (FAQ)
What is the little-endian convention?
It is a method of memory addressing used to store data with the least significant bit first at memory address 0 and subsequent bits stored incrementally.
What is the opposite of little-endian?
The opposite of little-endian is big-endian, where the most significant bit is stored first in memory address 0.
Why is it important to know which endian convention your system uses?
Knowing which endian convention your system uses is important for integrating with other systems that may use a different convention.
The little-endian convention is a widely used method of memory addressing that efficiently stores data by placing the least significant bit first. It is important to know which endian convention your system uses to avoid integration issues with other systems.