Question

How many 4096*16 memory capacity are needed to provide a memory chipsof 129 * 8
?

Answer 1

· i) 128 X 8 RAM provides a memory capacity of 128*8=1024 bits.
Number of chips required = 2048 ∗ 8 1024 = 16.



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Answer 2

The number of chips that are needed to provide the memory capacity of 4096×16 is 64.

Given,

Total memory capacity = 4096×16.

The memory capacity of 1 chip is 129×8.

To Find,

The number of chips that are needed to provide the memory capacity of 4096×16.

Solution,

We can solve the numerical problem using the following way.

A memory chip is an integrated circuit with millions of capacitors and transistors that can store or process data, as we all know.

We know that we can compute the total chips by dividing the total memory capacity by the per chip capacity.

Total number of chips= (4096×16)÷(129×8)

=$\frac{65536}{1032}$=63.50.

But the number can not be in decimal.

As a result, we'll suppose the entire number is 64.

Hence, the number of chips required to offer 4096×16 memory capacity is 64.

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