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What sends data to CPU?
Through buses.
What sends data to the CPU?
Through buses.
How does a hard disk connect to the memory and the CPU?
Via data communication channels called data buses and the motherboard.
How does the CPU interface coordinate the transfer?
The CPU interface coordinates data transfer through a combination of control signals, data buses, and address buses. Control signals dictate when data should be sent or received, while the data bus carries the actual data between the CPU and other components, such as memory or I/O devices. The address bus specifies the memory location or device involved in the transfer. This coordinated effort ensures that data flows smoothly and accurately between the CPU and other system components.
What is Buses and what does it do?
Data bus - transfers data round system address bus - CPU provides the addresses to where the data must be fetched, through this bus control bus - timing and signals which control data flow in the system.
What term is used to define the wires on a motherboard that move data from one part of a computer to another?
The term used to define the wires on a motherboard that move data from one part of a computer to another is "bus." Buses are electrical pathways that facilitate communication between various components, such as the CPU, memory, and peripheral devices. They can be classified into different types, such as data buses, address buses, and control buses, each serving a specific function in data transfer.
What is an electronic pathway that carries the electronic signals between the electronic parts of a computer.?
An electronic pathway that carries electronic signals between the various parts of a computer is known as a bus. Buses facilitate communication between the CPU, memory, and peripheral devices by transmitting data, addresses, and control signals. They can be classified into different types, such as data buses, address buses, and control buses, each serving a specific function in the data transfer process.
Why the CPU execute faster than the input and output device?
The CPU is incredibly fast at executing data. The only problem is getting data to the CPU. This arduous task is carried out by the various buses - The control bus is a line which the CPU sends information about what device it wishes to communicate with The data bus carries the actual data The address bus carries memory locations. This means that the I/O device has to do the following: 1. Inform the CPU that it wishes to talk. (It does this via IRQ [Interrupt Request] channels) 2. The CPU will inform the device that it is ready to talk through the Control bus. 3. The device will set its' ready signal to 0, meaning that it is sending data, then it will put the data on the data bus. 4. The CPU will receive the data, storing it in registers. 5. The device, once it has finished, will set the ready line to 1. 6. The CPU will read and execute the data, performing whatever is necessary. 7. The CPU will inform the device that it has finished 8. Then, if necessary, the CPU will pass any data back along the data bus, setting the data bus ready line to 0. The main drawback is this: Only one device may use these buses at any one time. The CPU is far faster at doing the actual execution than it is to actually get all of the necessary instructions to the CPU. I hope that answered your question.
Does data use the CPU?
The CPU processes data, so data would be using the CPU.
What is the need of the buses?
the purpose of buses is to reduce the number of pathways needed for communicate between the components , by carrying out all communication over a single data channel. synchronization- synchronization between components can set with help of buses. buses are used for high speed transfer between CPU, memory and other devices .
What is the name ofThe parts of a computer are connected by collections of wires?
The collections of wires that connect the various parts of a computer are called "buses." These buses allow for the transfer of data between components such as the CPU, RAM, and storage devices. Buses can vary in speed and width, with faster and wider buses allowing for faster data transfer. Some common types of buses include the front-side bus (FSB) which connects the CPU to the northbridge, and the peripheral component interconnect (PCI) bus which connects various peripheral devices to the motherboard.
What is Computer Bus Also explain that how many types of Buses used in Computer with their functions.?
Buses are the set of wires that carry special information to or from the CPU. There are three types of buses they are: 1. Address buses: these buses carry address given by the CPU from one unit to another in the computer. 2. Data buses: These buses carry data from one unit to other, it is a bi-directional bus i.e the data can be carried in both directions. 3. Control signal: These buses carry control signal from ALU to memory and from memory to alu and then to the output unit.
