Minimum bus cycle duration = 4 clock cycles Bus clock = 8 MHz Maximum bus cycle rate = 8 M / 4 = 2 M /s Data transferred per bus cycle = 16 bit = 2 bytes Data transfer rate (per second) = Bus cycle rate * data per cycle = 2 M * 2 = 4 M bytes per second
During a single bus cycle, the 8-bit microprocessor transfers one byte while the 16-bit microprocessor transfers two bytes. The 16-bit microprocessor has twice the data transfer rate.
Data transfer schemes in Microprocessor :-Data can be transferred between memory, microprocessor and input output devices. the speed and format of all the input output devices does not matches microprocessor.For example some input output devices like ABC' and DAC's are slow as compared to microprocessor.Some devices are serial in nature while microprocessor is parellal in nature.Because of this, number of data transfer schemes have been devided to cope with this problem.The data transfer schemes can be broadly clasified into two categories :-
its an USART(universal synchronous and asynchronous receiver and transmitter) used for serial data transfer
Open the folder that has the downloaded files. To transfer drag the files from LimeWire onto your external hard drive
group of wires or lines that are used to transfer adress between microprocesssor and i/o devices one way and of 20 bits while data bus uses bothway transfer of data between microprocessor and i/o devices of 16 bits
In the 8086 microprocessor, a wait state is generated when the processor needs to wait for an external device to complete an operation before proceeding. This typically occurs when the processor accesses slower external memory or peripherals. The wait state extends the duration of a machine cycle to allow the external device to catch up, ensuring data integrity and proper operation. The addition of wait states can impact the overall performance of the system by increasing the total execution time of instructions.
Data enable, signals that bus lines are being used to transfer data
The fastest way to transfer files from your computer to an external hard drive would be with a firewire cable. They are much faster than USB cables.
1)address lines to refer to the address of a block 2)data lines for data transfer 3)IC chips 4 processing data
Typically, a software model of a microprocessor describes the microprocessor in a register transfer language (RTL). To test the software model, a set of test instructions, referred to as a "test case," is written in the machine language of the microprocessor, and a simulator simulates the execution of those instructions by the microprocessor. Software verification tools compare the results obtained from the simulation with the results that should be obtained if the microprocessor is functioning correctly. If the expected results do not match the actual results, an error exists in the design. In response, the software model may be modified in an attempt to rectify the identified error.
You have to create an external CSV file for that. After creating it transfer into the blackberry. You can then export contacts from that CSV/
It is depended on how many bits the processor can process simultaneous... Means 8 bit microprocessor can process 8 bit of data simultaneously... & also it has 8 line data bus.. to transfer the data between memory & IO devices.... In same way for 64 bit..