What Is a Good Ping for Gaming?

For most online games, a ping under 50 ms is very good and anything under 100 ms is generally fine. Competitive shooters reward lower numbers; slower-paced games tolerate far higher ones.

Treat these as practical general ranges rather than guarantees. How a game actually feels also depends on which server you connect to, how steady your latency is from moment to moment (jitter), whether any data is being lost along the way, and how forgiving the game itself is about timing.

The same number can be excellent in one genre and frustrating in another. This is roughly how each band plays out:

Ping is the round-trip time for a small message to travel from your device to a server and back, measured in milliseconds. It describes responsiveness, not capacity — how quickly the network reacts, rather than how much it can carry.

Ping versus latency

In everyday use the two are interchangeable. Strictly, latency is the general idea of network delay, while ping is the specific round-trip measurement most tools and games report. When a game shows “ping 42”, it means a round trip to that game server took about 42 ms.

Ping versus download speed

Download speed is how much data arrives per second; ping is how long each round trip takes. A motorway analogy holds up well here: speed is the number of lanes, latency is how long the journey takes. Widening the road does not shorten the distance. Multiplayer games send small, frequent position and input updates rather than large files, which is why they lean almost entirely on latency.

Ping versus jitter

Jitter is how much your ping varies between one moment and the next. A steady 60 ms usually plays better than a ping bouncing between 20 ms and 90 ms, because games predict where players will be and constant variation keeps breaking those predictions — which is what produces rubber-banding and characters that teleport. If your game feels unstable while your average ping looks acceptable, jitter is the first thing to suspect. Our guide to reading your results covers how these metrics relate.

Why a fast connection can still have high ping

Because bandwidth and distance are unrelated problems. A gigabit connection still has to send your data to wherever the game server physically sits, and no plan removes the travel time. Add a weak Wi-Fi signal, a congested evening or a large download running in the background, and a very fast line can produce a distinctly sluggish game.

Competitive shooters

The most demanding category. Under 20 ms is ideal and under 50 ms is comfortable for ranked play. Higher latency can delay when your actions reach the server and may put you at a disadvantage in fast exchanges, although the effect depends on the game’s networking and lag-compensation systems. Stability counts as much as the raw figure.

Casual online games

Party games, shooters played for fun, sandbox and survival titles are all comfortable up to around 100 ms. Below that, the connection is unlikely to be what is limiting you.

Sports and racing games

These sit in the middle. Under 50 ms keeps wheel-to-wheel racing and close-quarters play feeling fair. Higher latency tends to show up as contact that resolves oddly, since both machines have to agree on what happened.

MMORPGs and strategy games

The most forgiving genres. Ability queues, cast times and turn structures absorb delay well, and 100 ms or more is usually fine outside high-end raiding, where consistency starts to matter again.

Cloud gaming

A special case with the tightest requirements, because nothing renders locally: your input travels to a remote machine and a video stream comes back. Every millisecond appears directly as delay between your controller and the picture. Aim for the lowest ping you can, keep jitter low, and note that cloud gaming also needs sustained bandwidth for the video — the one situation where speed and latency both matter a great deal.

High ping commonly comes from several possible causes:

Server distance

The farther the game server is from you, the longer data takes to travel there and back. Real network routes are not direct, so a server in another country or continent can add substantial latency even on a fast connection.

Wi-Fi interference

Walls, floors, neighbouring networks and household appliances all degrade a wireless signal. Wi-Fi rarely adds much latency when the signal is strong, but a weak or contested one adds both delay and instability.

Network congestion

At busy times of day, contention on your line or further upstream lengthens the queue your packets wait in. This is why the same game can feel sharp in the morning and sluggish at night.

Other devices on your connection

Another household member streaming in 4K, a console downloading an update or a cloud backup running can saturate the link and delay your game traffic behind it.

VPN use

A VPN routes your traffic through an extra server before it reaches the game, which normally adds latency rather than removing it. See the FAQ below for the narrow exception.

Router performance

An older or overloaded router can add delay of its own, especially when many devices are connected or it has been running for a long time without a restart.

ISP routing

Your traffic does not necessarily take the shortest geographic path. Routing decisions between networks can send it a long way round, which is largely outside your control.

Background downloads and updates

Game launchers, operating-system updates and cloud sync tools often download silently. They are one of the most common causes of ping that spikes for no obvious reason.

None of these is guaranteed to help, because the cause differs from one connection to the next. Start with the simplest checks and re-test after each change so you can identify what actually helps.

1. 1

   Connect over Ethernet

   Usually the most reliable single change. A cable removes wireless interference entirely and makes latency steadier, which often matters more than the raw number.

2. 2

   Move closer to the router

   If a cable is not possible, reducing distance and the number of walls in the way strengthens the signal, which tends to cut both delay and variation.

3. 3

   Use the 5 GHz or 6 GHz band

   These bands are typically less crowded than 2.4 GHz and carry less interference, at the cost of shorter range. Worth trying when you are reasonably close to the router.

4. 4

   Stop background downloads

   Pause game-launcher updates, cloud backups and large downloads on every device before you play, not only the one you are playing on.

5. 5

   Choose the nearest game server

   Where a game lets you pick a region or data centre, this is often the largest improvement available — and the one most people overlook.

6. 6

   Restart your router and device

   A simple step that clears accumulated state and occasionally resolves latency that has crept up over days or weeks.

7. 7

   Turn off an unnecessary VPN

   If you do not need it while gaming, disabling it removes an extra hop from the path.

8. 8

   Update your router firmware

   Manufacturers fix performance and stability problems over time. Check your router's admin page or app for available updates.

9. 9

   Test at different times of day

   Comparing a quiet morning with a busy evening tells you whether you are dealing with congestion or a constant problem — and that changes which fix is worth pursuing.

10. 10

    Contact your provider if latency is persistently abnormal

    If ping stays high across servers, times of day and a wired connection, the issue may be on the line or in routing. Records of your own tests will help the conversation.

For more on the wired-versus-wireless question specifically, see Wi-Fi versus Ethernet.

Not on its own. This is the most common misunderstanding about gaming performance, and it costs people money on upgrades that change nothing.

Where an upgrade helps: if your connection is regularly saturated — a busy household, several 4K streams, constant downloads — then your game traffic is queueing behind everything else, and extra headroom lets it through sooner. That shows up as lower and steadier ping.

Where it does not: if your line is not congested, moving from 100 Mbps to 1 Gbps typically leaves ping much where it was. The delay you are left with comes from distance, routing and your local network, and none of those is measured in megabits.

A useful check before spending anything: run a test while the house is quiet and again while it is busy. If ping only climbs under load, bandwidth is worth considering. If it is high either way, the cause lies elsewhere.

• Test over Ethernet where possible. It gives you a baseline free of wireless variability, so you can tell how much Wi-Fi is contributing.
• Stop other traffic first. Pause downloads and streams on every device, or you are measuring the household rather than the connection.
• Run several tests. A single result can be an outlier. A few in a row show you the pattern.
• Compare different times of day. A quiet-hours result versus a peak-time one tells you whether congestion is involved.
• Compare with your in-game ping. If a speed test reports low latency but the game shows a much higher figure, the extra delay is likely in the route to that particular game server rather than in your connection.
• Know what the number refers to.TestConn measures latency to its own test endpoint, not to each game server you play on. It is an excellent indicator of your connection’s health and a fair way to compare over time, but your in-game ping to a specific server can legitimately differ. Our Methodology page sets out exactly how the measurement is taken.

Before changing anything, get a baseline. The test reports ping and jitter alongside download and upload speed, and runs entirely in your browser.

Run a free internet speed test

• Internet speed test — measure ping, jitter, download and upload in your browser.
• All guides — plain-language explanations of what your connection numbers mean.
• Methodology — how TestConn measures latency, and what it cannot determine.