64bit is the most standard today,but 128 may soon be the 64 represents the amount of traces going from the central processing unit to the memory for instance.-ie The data path 64bit is the most standard today,but 128 may soon be the 64 represents the amount of traces going from the central processing unit to the memory for instance.-ie The data path
Buffer is a logic circuit that amplifies current or power.It is used in address and data buses to increase their driving capability.
System Board constitutes of multiple components connected by Pathways called BUSES. (Three Types of BUSES are there: Address, Control & DATA)
bus
Address and data buses, which send addresses and data to memory, and read and write lines, which tell the memory whether it wants to set or get an addressed location, can connect to either ROM or RAM and generally connects to both.
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.
the data bus is only 8 bits wide but most buses today are much wider: 16, 32, 64, or 128 bits wide.
data bus, system bus and host bus.
it has 8 data buses and 16 adress buses....that is why it an 8 bit microprocessor
Buffer is a logic circuit that amplifies current or power.It is used in address and data buses to increase their driving capability.
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.
System Board constitutes of multiple components connected by Pathways called BUSES. (Three Types of BUSES are there: Address, Control & DATA)
Binary Data is transmitted on Data Buses.
Through buses.
Synchronous buses use a clock signal to synchronize data transfers between components, ensuring that data is transferred at a predictable rate. Non-synchronous buses transfer data without a clock signal and rely on other mechanisms to coordinate data transmission. Synchronous buses are generally faster and more efficient but can be more complex to design and implement compared to non-synchronous buses.
800 MHz and have a 64 bit wide data path and at least a 36 bit wide address path
Through buses.
char is a primitive data type and depends on the programming language and the operating system.