The parts of the motherboard that control the flow of data and timing are the system chipset and controllers. The motherboard itself is the computer's main circuit board.
A chipset is a group of microchips on the motherboard that control the flow of data and instructions to and from the CPU. It role is crucial in determining the performance of the system.
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.
Resistors are used to control current flow.
Flow control is used in data communications. Flow control is a process that manages the rate at which data is transmitted to ensure that it is properly received.
Data Link layer control the flow in OSI Model
The function of a control unit is to provide control signals and timing to direct the operation of other units. The control unit manages all of the computer resources and it directs the data flow between your devices and the Central Processing Unit.
The difference between datalink layer flow control and transport layer flow control is the need to keep the different layers of data separate in the flow control option.
The control of data transfer between the RAM and the processor is primarily managed by the memory controller. This controller, often integrated into the CPU or located on the motherboard, directs read and write operations and ensures that data is properly transferred between the processor and the memory. It handles requests from the CPU, coordinates access to RAM, and manages data flow to optimize performance.
Buffering and windowing
Flow Control
A router or a Layer-3 switch can connect 2 or more LANs together and control data flow between them.
The function of a control unit is to provide control signals and timing to direct the operation of other units. The control unit manages all of the computer resources and it directs the data flow between your devices and the Central Processing Unit.