A server is experiencing heavy disk thrashing due to a need for more memory. A manager asks the server technician to install 32GB of static RAM on the server. The technician tells the manager this…

While server main memory does use DRAM, this statement alone does not explain why '32GB of static RAM' is impossible to install - it is an incomplete justification for the technician's objection.

SRAM cells use six transistors per bit versus one capacitor-transistor pair for DRAM, making SRAM orders of magnitude more expensive and physically larger per unit of storage capacity. Due to this density limitation, SRAM is only produced in sizes ranging from kilobytes to a few megabytes, exclusively for CPU L1, L2, and L3 cache applications. A 32GB SRAM module is not a product that exists or can realistically be manufactured, so the manager's request cannot be fulfilled as stated.

CMOS real-time clock circuits retain their settings using a small amount of SRAM backed by a battery, not dynamic RAM, making this statement factually incorrect.

It is dynamic RAM (DRAM) that requires periodic refresh cycles to prevent data loss, not SRAM - SRAM retains its state as long as power is supplied without any refresh needed.