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We have on a motherboard called a input/output device. There are multiple of types, but the most common are PS/2, DVI, and USB. There are wires connected to the device called a Bus. The bus sends data to the processor where it is interpreted as data.
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How does multiprocessing improve a computer's efficiency?
Allows processors to share memory and the input or output bus or data path for giving fast feedbacks to meet the users unmet information instantly
What is the transmission protocol between a computer and a peripheral device?
The way a computer communicates with a peripheral device is through a device driver. A device driver is a low level computer program that allows higher level programs to communicate with a hardware device connected to the computer bus. Device drivers are hardware dependent and specific to an operating system.
Why are peripherals not directly connected to the system bus?
We can not connect peripherals directly to the system bus for the following reasons: - To maintain the cleanest conditions possible inside the box - You would need to snake the connectors/cables all over the inside of the case and possibly block the motion of the cooling fan(s) - Protect the mother board from being damaged by too much pressure being applied
How does the CPU communicate with a device?
There is no such thing as a CPU Drive. If you meant "What does a CPU communicate with", then the answer is everything inside your computer.
How does CPU communicate?
Different CPUs communicate in different ways. Intel processors (Pentiums, Core2, etc) communicate to the chipset using the Front Side Bus. AMD processors communicate to the chipset using Hyper Transport.
How CPU communicates?
Different CPUs communicate in different ways. Intel processors (Pentiums, Core2, etc) communicate to the chipset using the Front Side Bus. AMD processors communicate to the chipset using Hyper Transport.
What allows the device inside and attached to the system unit to communicate?
Bus
What the purpose of the system bus?
The system bus allows different parts inside the computer to communicate with each other. The memory, the CPU, and the chipset all have to communicate with each other. There is also the peripheral bus so add-on cards can communicate with the computer.
What is the purpose of the bus system?
The system bus allows different parts inside the computer to communicate with each other. The memory, the CPU, and the chipset all have to communicate with each other. There is also the peripheral bus so add-on cards can communicate with the computer.
Allows the device inside the attached to system unit to communicate?
BUSEach channel, called a bus, allows the various devices both inside and attached to the system unit to communicate with each other
Allows the devices inside and attached to the system unit to communicate?
BUSEach channel, called a bus, allows the various devices both inside and attached to the system unit to communicate with each other
What allows a processor to access memory designated for other processors?
the system bus controls the transmission of data. So it will be one of the busses on the system bus. Im not to sure which one but i think it may be the control bus.
What a USB?
A USB lead is something which connects cameras, video cameras or technical things like that to a computer. But it can also be computer to a CD player . There are a few types of usb leads. Sorry if this does not answer your problems. ------------------------------- USB is short for "Universal Serial Bus". It is a standard for both hardware and software that allows peripherals to communicate.
What is the reason for computer buses?
Computer buses enable different parts of the computer to communicate. For instance, the Front Side Bus allows the processor to communicate with memory.
What is the interface between CPU and peripherals called?
A serial bus.
What is the data path beween the microprocessor RAM and the peripherals?
Data bus
What does ''USB'' stands for?
Universal Serial Bus connector/device. An innovation devised by the engineers at Intel to standardize how electronic devices (mainly computers and "peripherals") are connected to and communicate with one another.
