Bus 1 takes 20ms. Bus 2 takes 200ms (stuck in traffic). Bus 3 takes 15ms. Bus 4 takes 450ms (detour).
You’ve probably been there. You run a speed test, and the results look perfect: 300 Mbps download, 20 Mbps upload, 9ms ping. what is jitters in speed test
Because the packets arrive at irregular, unpredictable intervals, your device has to scramble to reassemble them. When it can’t keep up, you get glitches, echoes, and lag. To fully understand jitter, you need to see how it fits with the other "big three" metrics: Bus 1 takes 20ms
“Great!” you think. “My internet is lightning fast.” 20 Mbps upload
Bus 1 takes 20ms. Bus 2 takes 200ms (stuck in traffic). Bus 3 takes 15ms. Bus 4 takes 450ms (detour).
You’ve probably been there. You run a speed test, and the results look perfect: 300 Mbps download, 20 Mbps upload, 9ms ping.
Because the packets arrive at irregular, unpredictable intervals, your device has to scramble to reassemble them. When it can’t keep up, you get glitches, echoes, and lag. To fully understand jitter, you need to see how it fits with the other "big three" metrics:
“Great!” you think. “My internet is lightning fast.”