Using the right app
If you often use the internet to communicate, you should use the right application for your needs. You can choose applications that have features that can reduce the impact of jitter, such as:
- Adaptive jitter buffer: Adaptive jitter buffer is a type of jitter buffer that can adjust its size and output time according to network conditions. Adaptive buffer jitter can help reduce buffer bloat and buffer underrun by enlarging or decreasing the buffer according to the existing jitter level. Adaptive jitter buffers can also help reduce latency by ejecting data packets as soon as possible without waiting for the next data packet. Some examples of applications that use adaptive jitter buffers are Skype, Zoom, and Google Meet.
- Repacketization: Repacketization is a process that can combine several small data packets into one large data packet, or vice versa, as needed. Repackaging can help reduce jitter by reducing the number of data packets that must be sent or received, thereby reducing network load and possible packet loss. Repacketization can also help reduce latency by sending or receiving data packets in a size that matches the bandwidth or speed of the network. Some examples of applications that use re-packaging are WhatsApp, Telegram, and Signal.
- Data compression: Data compression is a process that can reduce the size of data by eliminating or replacing unimportant or repetitive parts of the data. Data compression can help reduce jitter by reducing the amount of data that must be sent or received, thereby reducing network load and possible packet loss. Data compression can also help reduce latency by sending or receiving data in smaller and faster sizes. Some examples of applications that use data compression are Discord, Slack, and Viber.
Conclusion
A jitter is an irregular time variation between data packets sent and received over the internet network. Jitter can negatively impact the quality and performance of your internet communications, especially if you use time-sensitive applications, such as voice, video, or conferencing calls.
Jitter can be caused by various factors, both from the sender, receiver, and network side. Jitter can be overcome using several ways, both from the user, service provider, and application side. By overcoming jitter, you can improve your experience and productivity in communicating via the Internet.