📶 Ping Test
Measure ping (latency) to see how responsive your connection is — crucial for gaming and video calls.
About Ping Test
Ping measures how long it takes a small piece of data to travel from your device to a server and back — round-trip time, in milliseconds. This tool sends a series of small HTTPS requests to a test server and times the responses; browsers aren't allowed to send raw ICMP packets (the protocol traditional command-line ping uses), so an HTTPS round-trip is the closest equivalent available in a web page, and in practice it tracks real-world responsiveness closely.
Low ping matters most where timing is visible in real time: competitive gaming, video calls, and remote desktop sessions all feel noticeably worse as ping climbs, even if download speed is excellent. A connection can have plenty of bandwidth and still feel laggy if ping is high, which is why this is often a better diagnostic than a speed test when the complaint is specifically about responsiveness rather than buffering.
Ping is heavily influenced by physical distance and network hops to the server, so there's no single universal target — a result that's excellent to a nearby server would be unremarkable to one on another continent. What's most useful is comparing your ping over time or between networks (e.g. Wi-Fi vs. wired, or before and after a router restart) rather than treating any one number as an absolute standard.
Frequently asked questions
What is a good ping?
Under 20ms is excellent, 20–50ms is good for gaming and calls, 50–100ms is playable for most games, and over 150ms starts to feel noticeably laggy.
What causes high ping?
Distance to the server, Wi-Fi interference, network congestion, and VPNs can all increase ping. A wired connection usually gives the lowest, most stable ping.
Does ping change during the day?
Yes — network congestion at peak usage hours, both on your local network and your ISP's infrastructure, can raise ping noticeably compared to off-peak times.
Can a VPN improve my ping?
Occasionally, if the VPN routes you through a more direct path than your ISP's default routing, but usually a VPN adds an extra hop and increases ping rather than reducing it.
Is HTTPS-based ping the same number I'd get from the command line?
It's usually very close but not identical — command-line ping uses ICMP, a lighter protocol than HTTPS, so this test's numbers may run a few milliseconds higher due to the overhead of establishing an HTTPS connection.