Timing
pcTiming refers to the synchronization of tasks or processes in a computing system based on clock cycles.
expanded
In computing systems, timing is critical for ensuring that processes, including CPU operations, memory access, and peripheral communications, occur in a synchronized manner to prevent data corruption and maximize efficiency. Accurately maintaining timing is essential for processor clock rate determination, influencing overall system performance and stability.
examples
An Intel Core i7-12700K CPU operates with a base clock speed of 3.6 GHz (gigahertz), facilitating precise timing for processing tasks.
Used in high-performance desktops for gaming and computational tasks, the timing of tasks ensures synchronized data processing across multiple cores.
DDR4 RAM modules, such as the Corsair Vengeance LPX, have a timing specification of 16-18-18-36 at 2133 MHz.
Commonly applied in personal computing for efficient data retrieval and storage operations, where each timing sequence affects latency and throughput.
An NVIDIA RTX 3080 GPU executes tasks with a core clock speed of 1.44 GHz, increasing effectively to 1.71 GHz with boost timing.
Utilized in graphics processing within gaming PCs, timing synchronization aids in rendering computations and graphical data management.