Gaming Ping Test
Games care about consistency more than throughput. This test samples your line 25 times, counts the spikes that cause rubber-banding and grades the result.
Gaming latency test
25 probes. Look at jitter and spikes, not only the average.
Median ping
—ms
Jitter
—ms
p95
—ms
Spikes
—> 2.5x median
Rating
—
Ready. Nothing is measured until you start.
What this test can and cannot see
Browsers cannot open the UDP connections most games use, and they cannot ping an arbitrary game server. So this tool measures the thing it can measure honestly: the latency profile of your line to the nearest measurement edge.
Your in-game ping will usually be higher, because the traffic travels further to the game server and back. The useful signal here is the shape of the numbers — a low, steady line predicts smooth gameplay, while spikes and high jitter predict rubber-banding regardless of the game.
Why jitter and spikes matter more than average ping
A shooter sends your position many times per second. If those updates arrive evenly, prediction works and everything feels responsive. If one update arrives 150 ms late, the server has already moved you somewhere else — that is the rubber-band effect.
The spike count on this page is the number of probes that took more than 2.5 times the median. Even a handful of spikes in 25 samples is worth investigating: run the stability monitor to confirm the pattern.
Practical improvements, in order of effect
- Use Ethernet. It removes interference and retries from the path entirely.
- Turn off background downloads and cloud sync while playing.
- Choose the closest matchmaking region the game offers.
- Disable VPNs and aggressive security inspection for game traffic.
- If the line buffers under load, fix the bufferbloat rather than buying a "gaming" router.
No tool can promise lower latency: physics and routing decide a large part of it. What you can control is how much of it is caused by your own equipment.