one loop thread, the time taken has already been at the microsecond level, switching servers resulted in a backlog of up to 60,000 packets, to almost none.
In single-threaded loop processing data scenarios, the CPU performance depends on factors such as clock frequency, cache size, and instruction set architecture. Generally, CPUs with higher clock frequencies, larger caches, and more advanced instruction set architectures perform better in single-threaded data processing.
Single-Threaded
Performance improvements aren’t always achieved by adding threads; it’s not necessary to overcomplicate things. Refine the project workflow, identify time-consuming bottlenecks, and determine if a single thread can meet the requirements. Considering single-threaded approaches reduces complexity and minimizes potential issues.