What Do Ping and Latency Mean for Gaming?

Published March 12, 2026 · 5 min read

Every gamer has felt it: you press the button, but your character reacts a split second too late. The enemy teleports. Your shots don't register. The game feels "laggy." This is latency at work, and understanding it is the first step to fixing it.

What Is Ping?

Ping is the time it takes for a small packet of data to travel from your device to a server and back. It's measured in milliseconds (ms). When you hear gamers say "my ping is 30," they mean it takes 30 milliseconds for data to make the round trip between their device and the game server.

The term comes from sonar — submarines send a "ping" and measure how long it takes for the echo to return. Network ping works the same way: send a tiny packet, wait for the response, measure the time.

Latency and ping are often used interchangeably, though technically latency refers to the delay itself while ping is the tool that measures it. For gaming purposes, they mean the same thing.

What's a Good Ping for Gaming?

Not all games have the same requirements. Here's a general guide:

• Under 20ms — Excellent. You won't notice any delay. Competitive FPS players aim for this range
• 20-50ms — Good. Perfectly playable for all game types. Most players won't feel any disadvantage
• 50-100ms — Acceptable. Fine for casual gaming and most online games. You might notice slight delays in fast-paced shooters
• 100-150ms — Noticeable. Actions feel delayed. You're at a disadvantage in competitive games
• Over 150ms — Problematic. Rubber-banding, missed inputs, and significant delays make competitive play very difficult

Jitter: The Hidden Problem

Jitter is the variation in your ping over time. A consistent 60ms ping is better than a ping that bounces between 20ms and 120ms. Here's why:

Games use prediction algorithms to compensate for latency. If your ping is stable, the game can predict and compensate accurately. If your ping jumps around (high jitter), those predictions break down. The result is rubber-banding — your character teleporting forward or backward as the game corrects its predictions.

Low jitter means smooth gameplay even at moderate ping. High jitter makes the game feel terrible even if your average ping looks reasonable.

Packet Loss: When Data Disappears

Packet loss occurs when data packets sent between your device and the server never arrive. Even 1-2% packet loss can cause major issues in gaming:

• Hit registration failures — you fire at an enemy but the server never receives the input
• Teleporting players — position updates get lost, so other players appear to jump from one spot to another
• Disconnections — heavy packet loss can cause the game to drop your connection entirely
• Desync — what you see on screen doesn't match the server's state

A 0% packet loss is ideal. Anything over 1% will cause noticeable problems in real-time games.

How to Test Your Gaming Connection with PingKit

Ping Tool: Measure Latency to Game Servers

Open PingKit's Ping tool and enter the IP address or hostname of your game's server. Many games display the server IP in their connection settings. You can also ping well-known gaming infrastructure:

• Cloudflare's network: 1.1.1.1 (good general latency benchmark)
• Google's network: 8.8.8.8
• Your game's specific server addresses (check the game's documentation or community forums)

PingKit shows your minimum, average, and maximum ping alongside packet loss percentage. Run it for at least 30-60 seconds to get a reliable picture. Watch for jitter — a big gap between minimum and maximum ping indicates unstable conditions.

MTR: Find the Bottleneck

If your ping is high, MTR tells you exactly where the delay is coming from. It traces the route to the game server and shows latency at every hop. This reveals whether the problem is:

• Your local network (hop 1) — fix your WiFi or router
• Your ISP (early hops) — contact your ISP or consider switching
• Internet backbone (middle hops) — routing issue, try a gaming VPN to take a different path
• Game server's network (final hops) — nothing you can do except choose a closer server

Connection Monitor: Test Stability Over Time

Run PingKit's Connection Monitor during a gaming session. It continuously pings and logs the results, showing you exactly when latency spikes or packet loss occurs. This helps you identify whether problems happen at specific times (peak hours) or are constant.

Tips for Lowering Your Ping

Use a Wired Connection

This is the single biggest improvement most gamers can make. WiFi adds latency and jitter because radio signals are inherently less stable than a physical cable. An Ethernet cable to your console or PC can shave 5-15ms off your ping and dramatically reduce jitter and packet loss.

Choose Closer Servers

Data travels at the speed of light, but distance still matters. A server 500km away will always have lower latency than one 5,000km away. Most games let you select a server region — always choose the closest one.

Close Background Applications

Cloud backups, software updates, streaming on other devices, and large downloads all compete for bandwidth and can cause latency spikes. Pause these during gaming sessions or use QoS (Quality of Service) settings on your router to prioritise gaming traffic.

Configure QoS on Your Router

QoS (Quality of Service) lets you tell your router to prioritise gaming traffic over other types of data. This is especially useful in households with multiple people streaming, downloading, and browsing simultaneously. Check your router's admin panel for QoS settings.

Update Your Router's Firmware

Outdated firmware can cause unnecessary latency and stability issues. Log into your router's admin panel and check for updates. Some routers support automatic updates.

Consider a Gaming VPN

Counterintuitively, a VPN can sometimes lower ping. ISPs don't always route traffic optimally — your data might take a roundabout path to the game server. A gaming VPN can force a more direct route, reducing the number of hops and the total distance your data travels.

Test with and without the VPN using PingKit's Ping tool to see if it actually helps from your location.