What Is Ping?

Ping — also called latency — is the time it takes for a data packet to travel from your device to a server and back, measured in milliseconds (ms). When you play an online game, every action you take (moving, shooting, interacting) generates a packet that must travel to the game server, be processed, and return a response. Your ping determines how quickly that round trip completes.

Ping is fundamentally different from download or upload speed. A very fast internet connection can still have high ping, and a relatively slow connection can have low ping. Speed determines how much data can be transferred per second; ping determines how quickly the first bit of data arrives. For gaming, ping matters far more than speed for most connection types.

What Is Good Ping for Gaming?

Ping requirements vary by game genre. Here is the breakdown by category:

Under 20 ms — Excellent

This is effectively local-level latency. At under 20 ms, ping is imperceptible in virtually every game genre. You will experience no input delay attributable to network conditions. Achievable primarily with fiber internet and game servers in your country or region.

20–50 ms — Very Good

Excellent for all game types including competitive first-person shooters and fighting games. At this range, the network introduces no meaningful disadvantage. Most fiber connections and good cable connections achieve this range for regional servers.

50–80 ms — Good

Perfectly acceptable for the vast majority of gaming. Casual games, MMORPGs, strategy games, and even most shooters are fully playable at this latency. Some very competitive players may perceive disadvantages in fast-paced shooters at the higher end of this range.

80–120 ms — Acceptable

Most game genres remain fully playable. Casual and mid-level play in shooters is fine. High-level competitive play in reaction-dependent games (CS2, Valorant, fighting games) will show a measurable disadvantage. This range is common for international servers or suboptimal connection types.

120–200 ms — Problematic for Competitive Play

Games will function but competitive play is significantly impaired. Hit registration issues, rubber-banding, and visible input delay become apparent. Turn-based games, strategy games, and MMORPGs remain fully functional at this range.

Above 200 ms — Unplayable for Most Genres

Real-time multiplayer games become difficult to impossible. You will experience severe rubber-banding, hit registration failures, and visible delay between inputs and on-screen actions. Turn-based games without strict time limits may still be playable.

Ping Requirements by Game Genre

First-Person Shooters (CS2, Valorant, Call of Duty, Battlefield)

The most demanding genre for ping. Professional and high-ranked competitive play requires under 30 ms. Casual play is enjoyable under 80 ms. Above 100 ms, hit registration and reaction time are significantly compromised.

Why shooters are so sensitive: player characters move quickly, hit boxes are small, and the difference between registering a shot and missing by a frame is often determined by single-millisecond differences in network timing. At high levels, a 50 ms disadvantage against a 10 ms opponent is consistently impactful.

Battle Royale (Fortnite, PUBG, Apex Legends)

Similar requirements to shooters but slightly more forgiving due to slower overall pace and larger maps. Under 60 ms is ideal; 60–100 ms is fully playable at most skill levels; above 100 ms in late-game close-quarters combat becomes a significant handicap.

Real-Time Strategy (StarCraft II, Age of Empires IV)

Moderate ping sensitivity. Under 100 ms is comfortable; 100–200 ms is playable but may cause noticeable delays in unit commands at high APM (actions per minute). Above 200 ms becomes frustrating for competitive play.

MOBAs (League of Legends, Dota 2)

Moderate requirements, similar to RTS. Under 80 ms for competitive play; 80–150 ms playable but impactful in teamfight timing; above 150 ms noticeably impairs ability usage and reaction to enemy actions.

MMORPGs (World of Warcraft, Final Fantasy XIV)

Generally forgiving of higher latency. Under 150 ms is comfortable; even 200+ ms is tolerable for most PvE content. High-end raid content with strict timing mechanics (Savage/Ultimate in FFXIV, Mythic raids in WoW) benefits from under 80 ms.

Fighting Games (Street Fighter 6, Tekken 8, Mortal Kombat)

Extremely sensitive to latency. Frame-perfect inputs are essential at high levels. Good rollback netcode (used by modern fighting games) can mask up to 150 ms effectively, but native latency under 50 ms provides the most comfortable experience.

Racing Games (Gran Turismo 7, iRacing, F1 series)

Moderate sensitivity. Under 80 ms for smooth multiplayer racing; above 150 ms causes position syncing issues and ghost-car behavior.

Card Games and Turn-Based Games

Minimal ping requirements. These games function normally at 200+ ms because actions are not time-critical in the sub-100 ms sense.

What Causes High Ping in Games?

Physical Distance to Game Servers

Data cannot travel faster than the speed of light, and internet routing adds further delays. The physical distance between your location and the game's servers is the fundamental lower bound for your ping. Connecting to European servers from North America will always produce higher ping than connecting to local servers, regardless of your connection quality.

Network Congestion

When your internet connection or the path between you and the game server is congested, packets queue and wait — adding latency. This is common during peak internet hours and can cause your ping to spike unpredictably.

WiFi vs. Wired Connection

WiFi adds latency and jitter compared to wired Ethernet. The wireless radio protocol involves contention (devices waiting for their turn to transmit), which adds variable delay. A wired Ethernet connection can reduce ping by 5–20 ms and dramatically reduce jitter.

Router Quality and Configuration

Consumer-grade routers vary significantly in how they handle gaming traffic. Older or cheaper routers may introduce additional processing latency. Routers with built-in gaming optimization (often marketed as "gaming routers") prioritize low-latency packet handling.

Background Network Activity

Downloads, uploads, video streaming, and cloud backups happening on your network consume bandwidth and can cause ping spikes. This is particularly impactful when your internet connection is near capacity.

How to Reduce Ping for Gaming

1. Use a Wired Ethernet Connection

The single most impactful change you can make. Connect your gaming device to your router via Ethernet cable and eliminate WiFi latency and jitter entirely. If cable routing is impractical, a Powerline adapter or MoCA adapter provides wired-quality performance through existing home wiring.

2. Connect to the Nearest Game Server

Always select the server region closest to your physical location. Many games do this automatically, but check your server selection settings to confirm.

3. Enable QoS on Your Router

Quality of Service prioritizes gaming traffic over other traffic on your network. Configure your router to give high priority to your gaming device or to gaming-specific UDP traffic. This prevents other household members' downloads from spiking your ping during gaming sessions.

4. Pause Background Downloads and Streaming

Pause OS updates, cloud sync, and any other bandwidth-heavy applications on your network during gaming sessions. Even automatic background updates can cause latency spikes at critical moments.

5. Use a Gaming VPN or Reduce Hops

In some cases, your ISP's routing path to game servers is suboptimal — taking an unnecessarily long route. A gaming VPN or route optimization service (like Exitlag, Mudfish, or WTFast) re-routes your traffic through lower-latency paths. This is not a universal fix but helps in specific geographic scenarios where ISP routing is poor.

6. Upgrade Your Router

If your router is more than 5 years old, upgrading to a modern WiFi 6 router with hardware NAT acceleration and gaming-optimized QoS can reduce router-introduced latency and improve handling of simultaneous gaming and streaming traffic.

7. Contact Your ISP About High Baseline Latency

If your ping is consistently high even on wired connections to nearby servers, the issue may be with your ISP's network infrastructure. Contact them with documented speed test results showing high latency. They may be able to address routing issues or signal quality problems that are causing elevated baseline latency.

Jitter: The Often-Ignored Gaming Performance Metric

Jitter is the variation in your ping over time. A connection with 60 ms ping and 2 ms jitter is far more comfortable to game on than a connection with 40 ms average ping and 30 ms jitter. High jitter causes the game to feel inconsistent — sometimes your actions register instantly, sometimes there is visible delay, making reactions unreliable.

High jitter is typically caused by WiFi interference, network congestion, or overloaded routers. Switching to wired Ethernet and reducing network load usually significantly reduces jitter.

How to Test Your Gaming Ping

Use SpeedIQ's speed test to measure your download speed, upload speed, and baseline latency. For game-specific testing:

Frequently Asked Questions

Is 100 ms ping bad for gaming?

It depends on the game. For casual play in most games, 100 ms is fully acceptable. For competitive play in fast-paced shooters or fighting games, 100 ms is a meaningful disadvantage. For strategy games, MMORPGs, and card games, 100 ms is irrelevant.

Does internet speed affect gaming ping?

Download and upload speed do not directly determine ping. You can have 1 Gbps download speed with 150 ms ping, or 20 Mbps download speed with 15 ms ping. However, when your connection is at or near capacity, buffering can cause ping spikes — so having headroom above your gaming traffic requirements keeps ping stable.

Can fiber internet reduce my gaming ping?

Yes, significantly in most cases. Fiber connections have lower baseline latency than cable connections, and fiber's consistent performance (not shared with neighbors) reduces peak-hour ping spikes. Switching from cable to fiber can reduce ping by 10–30 ms and dramatically reduce jitter.

Summary

For gaming, ping under 50 ms is excellent for all game types. Under 100 ms is acceptable for most games. Above 150 ms, competitive real-time games become genuinely difficult. The most impactful steps to reduce ping are switching from WiFi to wired Ethernet, selecting nearby servers, and enabling QoS on your router.

Test your current ping with SpeedIQ, identify whether the issue is your connection, your router, or your distance to game servers, and apply the appropriate fixes.