Reasons of Jitter
- Congestion: When a network receives too much data, congestion happens. This is particularly true when there is a limited amount of bandwidth available and numerous devices are trying to send and receive data through it simultaneously.
- Hardware Problems: Older network hardware, including wifi, routers, and cables, can contribute to high jitter because they were not designed to manage large amounts of data.
- Wireless Link Establishments: Poorly built wireless systems, weak signal routers, and being too far away from the wireless router can all contribute to jitter.
- Insufficient Packet Prioritising: Priority can be applied to some applications, such as Voice Over Internet Protocol (VOIP) , to guarantee that network congestion does not affect such packets.
Difference Between Latency and Jitter in OS
In the area of networking and operating systems, various terms are used to explain different aspects of facts transmission and community overall performance. There are two crucial ideas in this area latency and jitter. Understanding the distinction between these phrases is essential for optimizing the community’s overall performance and making sure of smooth facts transmission.