Post by account_disabled on Oct 22, 2023 11:07:18 GMT
This is significant progress in reducing latency that has been made in just over two decades. Portilla reviews the latencies exhibited by each network generation and how they have been reduced over time.In 2G-GSM/GPRS we moved in latencies between 500 ms.milliseconds. and 1 second, in 3G-UMTS we were around 100 -300 ms, in 4G -LTE between 10ms and 100ms and, finally, in 5G we could go up to 1ms. In order to reduce the latency suffered by the signal when traveling from point.
A to point B, a whole series of technical innovations have been carried out. The improvement of the networks has been a matter of time, effort, investment and R&D . But to understand how this factor has been lowered with the new photo editor advances, you must first understand what the origin of the latency is. Why does latency occur? what_is_5G_headend Without a doubt, it is easy to understand that the path that a signal travels to get from one point to another requires time.
As much as there is talk of ultra-fast channels, such as light.in the cabling infrastructure. or electromagnetic waves.in the case of wireless communications., it is inevitable that this signal journey takes a certain time. And the more elements the network has, the more possibilities there are for the delay to increase. Latency is made up of the set of delays that each element of the network introduces in the round trip path of communication, points out Portilla.
A to point B, a whole series of technical innovations have been carried out. The improvement of the networks has been a matter of time, effort, investment and R&D . But to understand how this factor has been lowered with the new photo editor advances, you must first understand what the origin of the latency is. Why does latency occur? what_is_5G_headend Without a doubt, it is easy to understand that the path that a signal travels to get from one point to another requires time.
As much as there is talk of ultra-fast channels, such as light.in the cabling infrastructure. or electromagnetic waves.in the case of wireless communications., it is inevitable that this signal journey takes a certain time. And the more elements the network has, the more possibilities there are for the delay to increase. Latency is made up of the set of delays that each element of the network introduces in the round trip path of communication, points out Portilla.