In layman's terms, the cell size and memory stack size in a...

In layman's terms, the cell size and memory stack size in a memory chip refer to two different aspects of its design and capacity:

1. Cell Size:

   • Think of a memory chip as a grid of tiny compartments where each compartment stores a piece of information. These compartments are called memory cells.
   • The cell size refers to how much physical space each of these cells takes up on the chip. Smaller cell sizes mean more cells can fit in the same area, increasing the chip's storage capacity.
   • For example, as technology improves, manufacturers make memory cells smaller to pack more of them into a chip, enabling devices to store more data without increasing their physical size.

2. Memory Stack Size:

   • The memory stack size refers to how many layers of memory cells are stacked on top of each other within the chip.
   • Modern memory chips often use stacking technology (like in 3D NAND memory) to add more layers of cells. This stacking increases the total amount of memory without needing a bigger chip.
   • Imagine stacking several layers of books in a vertical pile. Even if the footprint (base area) of the stack stays the same, adding more layers increases the total amount of information stored.

Key Difference:

• Cell size is about the individual compartments' physical size.
• Memory stack size is about the number of layers of these compartments stacked on top of each other.

In short: Smaller cells and taller stacks both help make memory chips store more data while staying compact!