INPUT AND OUTPUT DEVICES
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Memory mapped IO is one where the processor and the IO device share the same memory location(memory) while IO mapped IO is one where the processor and the IO device have different memory located to each other.
in computer's area io(device) means input and output devices.
yes
An IO (Input/Output) module allows a computer to interact with external devices by controlling input and output signals. It acts as an interface between the computer's central processing unit (CPU) and external devices such as sensors, actuators, and other hardware components.
I'm not sure what you mean by io box, but generally 10/100 means the network devices can communicate with other network devices at either 10mbps or 100mbps. If both are capable of 100, then 100 is used. If one is only capable of 10mbps then 10 is used. 1000mbps or Gigabit Ethernet is 10x faster than 100mbps. If is also backward compatible like 100mbps devices, but will only run at full speed is you connect it to other Gigabit devices and use the correct wiring.
Peripheral-Mapped IO is IO that is selected when the IO/M- line is high.
IO management, or input/output management, refers to the process of efficiently handling the input and output operations of a computer system. This includes managing data transfers between the system and external devices such as disks, network interfaces, and displays. Effective IO management is crucial for ensuring smooth performance and optimal resource utilization in a computer system.
If you are referring to the Italian word 'Io' which can be used in the sentence 'Io Sono', Io means I. Io sono means I am.
The four essential elements of a comuter or input, output, processing and storage of data.
Peripheral-Mapped IO is IO that is selected when the IO/M- line is high.
DMA stands for Direct Memory Access, in regards to 8085 MP. It consists of 2 pins, namely, HOLD and HLDA. The former of which indicates the processor that either a peripherial or any IO device, is requesting the processor to hold its current activites and give the control of buses to IO devices. HLDA, on the contrary, is the acknowledgement from the microprocessor to the concerned IO device sending the request.