If a certain memory chip has 24 address lines, what is the capacity of the memory stick?

The address lines of a certain memory chip are 24, so the capacity of the memory stick is 16M; the memory capacity is generally a multiple of 2, such as 64MB, 128MB, 256MB, etc. Generally speaking, The larger the memory capacity, the better it is for the operation of the system.

#The operating environment of this article: Windows 7 system, Dell G3.

The address lines of a certain memory chip are 24, what is the capacity of the memory stick?

2 to the 24th power is 16M, but the data bit width Not sure, if the byte width is 16MB, if the byte width is 32bit, it is 64MB.

30 address encoding lines can encode 2^30 storage units.

32 data lines, indicating that the storage word length of each storage unit is 32 bits.

Then storage capacity=2^30*32=2^35bit(bit)=2^32B=2^22KB=2^12MB=2^2GB=4GB

Extended information:

The memory capacity is generally a multiple of 2, such as 64MB, 128MB, 256MB, etc. Generally speaking, the larger the memory capacity, the better it is for the operation of the system. In the early 21st century, the mainstream memory capacity used in desktop computers is 2GB or 4GB, and 512MB and 256MB memory are rarely used.

The system recognizes memory in Byte (byte) as the unit. Each byte is composed of 8-bit binary numbers, that is, 8bit (bit, also called "bit"). According to the computer's binary format, 1Byte=8bit; 1KB=1024Byte; 1MB=1024KB; 1GB=1024MB; 1TB=1024GB.

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