Question

Dram shares a common clock signal with the computer's system-bus clock, which provides the common signal that all local-bus components use for each step that they perform?

Answer 1

DRAM is synchronized with the system's clock signal, which orchestrates the timing of operations ensuring all components on the local bus work in unison for optimal performance.

Step-by-step explanation:

Dynamic Random-Access Memory (DRAM) works closely with a computer's architecture and is synchronized with the system's clock signal. This clock signal is critical because it orchestrates the timing of all computer operations, ensuring that the DRAM and other components on the local bus operate in unison. When you reference the clock signal shared by DRAM and the system-bus, it is directly related to how data is read from or written to the DRAM in a timely fashion. The clock signal serves as the heartbeat of the system, pumping electronic pulse signals at regular intervals to which the memory and other local-bus components align their operations.

For instance, if the system clock operates at 1 Gigahertz (GHz), this means that it can pulse one billion times per second. Each pulse represents one cycle in which operations such as memory read or write can occur. The synchronization with the system-bus clock ensures that the DRAM operates efficiently and in harmony with the processor and other bus components, minimizing wait times and optimizing data throughput.