System clock rate = rate of an electronic pulse used to synchronize processing
(Only one action can take place between pulses.)
Measured in megahertz (MHz) where 1 MHz = 1 million cycles per second or gigahertz (GHz) where 1 GHz = 1 billion cycles per second.
This is what they are talking about if they say a computer is a 2.4 GHz machine. It's clock rate is 2.4 billion cycles per second.
Bigger number = faster processing
so, the faster the system clock is the more instructions you can perform
The pace of the system clock is measured by the number of ticks per second. This frequency determines how quickly the system processes instructions and operations. A higher tick rate generally means a faster system performance, while a lower tick rate might lead to slower processing speeds.
The crystal frquency in an 8085 system is twice the desired clock frequency, so a crystal of 2.2 MHz is required to operate at 1.1 MHz.Note: Clock frequency is not the same as instructions per second, because the instructions in an 8085 take a variable number of clock cycles, between 4 and 18, to execute.
The clock cycle time for the processor in this system is the duration it takes for one complete cycle of the clock signal, determining the speed at which the processor can execute instructions.
The clock rate and clock cycle time in a computer system are inversely related. A higher clock rate means a shorter clock cycle time, allowing the system to process instructions faster. Conversely, a lower clock rate results in a longer clock cycle time, slowing down the processing speed of the system.
The CPU clock is significant in determining the processing speed of a computer system because it regulates the speed at which the central processing unit (CPU) can execute instructions. A higher clock speed means the CPU can process more instructions per second, leading to faster overall performance of the computer system.
The clock cycle time and clock rate in a computer system are inversely related. A shorter clock cycle time allows for a higher clock rate, which means the computer can process instructions faster. Conversely, a longer clock cycle time limits the maximum clock rate that can be achieved.
The pace of the system clock, called the clock speed, is measured by the number of ticks per second. The faster the clock speed, the more instruction the processor can execute per second.
http://www.lacrossetechnology.com/8117it/manual.pdf This has the instructions for your atomic clock.
The pace of the system clock measured by the number of ticks per second is called the clock speed. This refers to how many processing cycles the clock completes in one second. It is often measured in hertz (Hz).
A clock cycle is a unit of time in a computer system that regulates the speed at which the processor executes instructions. It impacts performance by determining how quickly the processor can process data and perform tasks. A faster clock cycle allows the processor to complete more instructions in a given amount of time, leading to improved performance.
The CPU clock speed is important in determining how fast a computer can process instructions. A higher clock speed means the CPU can execute more instructions per second, leading to better performance in tasks that require processing power. However, other factors like the number of cores and efficiency of the CPU architecture also play a role in overall performance.
Bus Clock is based on the System Clock. In other terms Bus Clock is derived from system Clock. Bus Clock is usually half System Clock. (Busy Clock = System Clock / 2)