Yes, lower ms (milliseconds) is better. In networking, ms measures latency: the time it takes for data to travel from your device to a server and back. The lower that number, the faster and more responsive your connection feels. A ping of 20 ms means your data completes its round trip in twenty thousandths of a second, while 150 ms means you’re waiting nearly eight times longer for every interaction.
What Ms Actually Measures
When you run a speed test or see a ping reading in a game, the ms number represents your latency, sometimes called ping. It’s the round-trip time for a tiny packet of data to leave your device, reach a remote server, and return with a response. Every click, keystroke, or action you take online has to make this journey before anything happens on your screen.
This is separate from your download speed. You can have a fast connection that still feels sluggish if your latency is high. Think of download speed as the width of a highway and latency as the distance to your destination. A wide road doesn’t help much if the destination is far away.
How Different Ms Ranges Feel
The human visual system is remarkably sensitive to timing. Under ideal conditions, people can detect differences in visual stimuli as brief as 3 to 6 milliseconds. In practice, though, you won’t consciously notice network delays until they climb higher. Here’s how the common ranges break down, particularly for gaming:
- 0 to 20 ms: Exceptional. This is the gold standard for competitive gaming, especially in fast-paced shooters and real-time strategy games. Inputs feel instantaneous.
- 20 to 50 ms: Good. Gameplay is smooth with no perceptible lag. This range works well for both casual and competitive players.
- 50 to 100 ms: Acceptable. Most games remain playable, but you may notice slight delays in fast-paced moments, like snapping to a target or reacting to an opponent’s movement.
- 100+ ms: Noticeable. Actions start to feel disconnected from their results. Rubber-banding, delayed hit registration, and input lag become real problems in competitive play.
For general web browsing or streaming video, even 100 ms is perfectly fine. Latency matters most when you need real-time interaction: gaming, video calls, live collaboration tools, or remote desktop work.
Where Your Ms Comes From
Your connection type sets the baseline. Fiber-optic internet typically delivers latency between 1 and 5 ms to nearby servers, which is about as good as consumer internet gets. Cable internet usually lands in the 10 to 30 ms range. 5G wireless averages 10 to 20 ms. Satellite connections, including newer low-orbit services, tend to sit higher because data has to travel to space and back.
Physical distance is the other major factor, and it has a hard limit. Data travels through fiber-optic cable at roughly two-thirds the speed of light. A direct fiber line from Seattle to Boston (about 2,500 miles) would add around 20 ms of one-way delay just from physics alone. Real-world routing adds more, since your data rarely takes a straight path. A round trip between those two cities realistically takes 40 to 60 ms even on excellent infrastructure. No amount of money or technology can push latency below the speed of light for a given distance.
This is why connecting to a nearby game server gives you 15 ms while one across the ocean gives you 120 ms. The data literally has farther to travel.
Why Low Ms Matters Beyond Gaming
The business world obsesses over milliseconds too. Amazon famously found that every 100 ms of added latency on their website cost them 1% in sales. When pages load even slightly slower, people click away, abandon carts, and lose patience. For any website or online store, shaving off milliseconds directly translates to revenue.
Financial trading takes this to an extreme. High-frequency trading firms in stock and futures markets measure latency in microseconds (millionths of a second, or thousandths of a millisecond). Their order-to-execution times run between 10 and 500 microseconds, which is 0.01 to 0.5 ms. At that scale, being a single millisecond slower than a competitor means losing trades. These firms spend millions on specialized infrastructure just to trim fractions of a millisecond.
Low Ms Alone Isn’t Enough
A low ping number can be misleading if your connection has other problems. Two factors matter just as much as raw latency: jitter and packet loss.
Jitter is the variation in your latency over time. If your ping bounces between 15 ms and 80 ms from one moment to the next, your experience will feel worse than a steady 50 ms connection. That inconsistency causes stuttering, rubber-banding, and unpredictable responsiveness. Network devices sometimes try to compensate by buffering data, which actually adds more latency.
Packet loss is when data packets never arrive at all. When packets go missing, your device has to request them again, adding delay on top of your base latency. High packet loss also worsens jitter, since the missing packets create an uneven flow of data arriving at your end. Even a 1 to 2% packet loss rate can make a low-ping connection feel unreliable.
A stable 30 ms connection with zero packet loss and minimal jitter will feel better than a connection that averages 15 ms but spikes regularly. Consistency matters as much as the number itself.
How to Lower Your Ms
If your ping is higher than you’d like, a few practical steps can help. Using a wired ethernet connection instead of Wi-Fi typically cuts 2 to 10 ms and, more importantly, reduces jitter. Connecting to servers geographically closer to you makes the biggest difference for gaming. Closing background applications that use bandwidth (cloud backups, streaming on other devices, large downloads) prevents your network from queuing up data and adding delay.
Upgrading your connection type helps if you’re on older technology. Moving from a DSL or satellite connection to fiber or cable can drop your baseline latency dramatically. If fiber is available in your area, it offers the lowest and most consistent latency of any consumer option.
What you can’t fix is distance. If you’re playing on a server 5,000 miles away, physics guarantees a minimum latency that no equipment upgrade will overcome. In that case, finding a closer server is the only real solution.