How to Test Your WiFi Ping: Tools, Methods, and What a Good Latency Reading Means for Gaming and Video Calls

Download speed gets all the marketing attention, but for gaming and video calls, latency — measured as ping — is the number that actually matters. A 1 Gbps connection with 200ms of latency will perform worse in competitive games than a 50 Mbps connection with 15ms. Understanding what ping measures, how to test it properly, and what a good result looks like is the first step to diagnosing any connection that “feels slow” even when a speed test says otherwise. Run a speed test to check your download, upload, and ping all at once, then use the methods below to dig deeper if your latency looks high.

What Is Ping?

Ping measures the round-trip time (RTT) for a small data packet to travel from your device to a remote server and return. It is expressed in milliseconds (ms). A ping of 30ms means that data takes 30 milliseconds to make the full round trip — departure and return — between your device and the test server. Lower is always better.

Ping is not the same as download or upload speed. Speed measures how much data moves per second; ping measures how quickly a response arrives. A pipe can be wide (high bandwidth) and still slow to respond (high latency), or narrow and very fast to respond. For interactive applications — gaming, voice calls, video conferencing — latency matters more than raw throughput.

Ping vs. Jitter

A related metric is jitter, which measures how much your ping varies from packet to packet. A consistent 40ms ping is far more tolerable than a ping that swings between 10ms and 120ms — that inconsistency causes stuttering audio on calls and rubber-banding in games. Most speed test tools report jitter alongside ping; ideally it should stay below 10ms for smooth real-time applications. See our guide on what jitter is and how to fix it for a deeper look.

What Is a Good Ping?

Latency benchmarks depend on what you’re doing:

• Under 20ms — Excellent: Competitive gaming, professional-grade video calls. Most wired fiber connections and high-quality WiFi 6/7 connections hit this range.
• 20–50ms — Good: Comfortable for online gaming, Zoom, Teams, and FaceTime calls. The vast majority of broadband connections in urban areas fall here.
• 50–100ms — Acceptable: Fine for casual gaming and standard video calls, though competitive players will notice the difference from lower-latency connections.
• 100–150ms — Marginal: Casual browsing and video streaming are unaffected, but online gaming becomes noticeably sluggish and video calls may exhibit slight audio delay.
• Over 150ms — Poor: Competitive gaming is difficult; video calls show perceptible conversation delays. Satellite internet (except Starlink) typically falls into this range.
• Over 300ms — Unusable for real-time use: Conversation on video calls feels like talking over an old phone line, typical of legacy geostationary satellite internet.

How to Test Your Ping

Method 1: Online Speed Test

The simplest approach is a browser-based speed test. The WiFiSpeed.com speed test reports download speed, upload speed, ping, and jitter in a single run. For the most accurate result, close all other browser tabs and applications, connect via Ethernet if possible for a baseline, and run the test three times — taking the median ping rather than the highest or lowest reading.

One important caveat: speed test results reflect latency to the nearest test server, not to the specific servers your games or apps connect to. A low ping to a speed test server doesn’t guarantee low ping to a game server on another continent.

Method 2: Ping Command (Windows, macOS, Linux)

The ping command is built into every major operating system and gives you raw round-trip time data to any hostname or IP address. Open a terminal or Command Prompt and type:

• Windows: ping google.com (sends 4 packets by default; use ping -t google.com for continuous testing)
• macOS / Linux: ping google.com (runs continuously; press Ctrl+C to stop and see the statistics summary)

The output shows each packet’s round-trip time in ms, plus a final summary with minimum, average, and maximum RTT and packet loss percentage. Packet loss above 1% indicates a connection problem distinct from latency alone. To test a game server specifically, ping its IP address instead of a public hostname.

Method 3: Traceroute (Find Which Hop Is Slow)

Traceroute maps every network hop between your device and a destination, showing latency at each step. This lets you pinpoint whether high latency originates in your home network, at your ISP, or somewhere further along the internet backbone.

• Windows: tracert google.com
• macOS / Linux: traceroute google.com

The first one or two hops are your router and ISP gateway. High latency on hop 1 points to a home network problem. High latency appearing inside your ISP’s network points to an infrastructure issue. For the most complete picture, MTR (WinMTR on Windows) combines continuous pinging with traceroute to show packet loss and jitter at each hop in real time.

Method 4: In-Game Ping Displays

Most online games show real-time ping within the HUD or settings menu. These readings are the most relevant for gaming because they reflect actual round-trip time to the specific server handling your session — not a nearby speed test server. Consistently high in-game ping that doesn’t match your speed test results often indicates routing issues between your ISP and the game’s server infrastructure, not a problem with your home network.

Why Is My Ping High on WiFi?

WiFi adds latency above what a wired connection delivers, for several reasons:

• Wireless medium contention: Multiple devices sharing a WiFi channel must take turns transmitting. In a crowded environment, your device may wait several milliseconds before it can send a packet. Switching to the less-congested 5 GHz or 6 GHz band reduces this significantly.
• Router processing delay: Consumer routers vary widely in how quickly they process and forward packets. Budget routers under load can add 5–20ms of processing latency that a wired connection bypasses entirely.
• Distance and signal quality: A weak WiFi signal forces more retransmissions, each of which adds latency. Moving closer to your router or adding a mesh node is often the fastest fix. See our slow WiFi in one room guide if weak signal is the root cause.
• Bufferbloat: When your connection is fully saturated, poorly tuned router buffers can spike latency by hundreds of milliseconds. See our bufferbloat fix guide to diagnose and resolve this common culprit.

For gaming and video calls, a wired Ethernet connection to your router consistently delivers the lowest, most stable ping. If running a cable isn’t practical, connecting to the 5 GHz or 6 GHz band on a WiFi 6 or WiFi 7 router is the next best option. Run a speed test before and after making changes to measure the actual improvement in both ping and jitter.