noun A set of electrical pathways that allows the CPU to communicate with memory and other devices in a computer system.
In computer science, the address bus is used to transmit memory addresses from the CPU to other components such as RAM or I/O devices.
In electrical engineering, the address bus is a set of electrical lines used to specify a physical address for memory or I/O devices.
In embedded systems, the address bus is crucial for communication between the microcontroller and external memory or peripherals.
In hardware design, the address bus is a key component in designing the memory architecture of a system.
In microprocessor architecture, the address bus is used to select memory locations for read or write operations.
In the field of technology writing, a writer may discuss the concept of an address bus in articles, blog posts, or technical documentation related to computer hardware and architecture.
A psychologist specializing in human-computer interaction may study how users understand and interact with address buses in computing devices, to improve user experience and interface design.
Computer engineers design and implement address buses in hardware systems to facilitate communication between the CPU and memory modules, ensuring efficient data transfer and system performance.
IT specialists troubleshoot and configure address buses in computer systems to resolve hardware conflicts, optimize memory allocation, and ensure proper functioning of the overall system.
Electrical engineers may work on designing address buses in embedded systems and microcontrollers, considering factors like signal integrity, power consumption, and data transfer rates.