What Is Ping in Online Games and How to Fix High Ping

You just lined up a perfect headshot in Valorant, clicked — and watched the enemy walk away unscathed. Or your car teleported backward in Rocket League right before the save. That delay between your action and the game’s response is ping, and when it’s high, every online game feels broken.

Ping is the round-trip time for a data packet to travel from your device to a game server and back, measured in milliseconds (ms). A Worcester Polytechnic Institute study testing 25 experienced CS:GO players found that every 100ms of added latency reduces accuracy by roughly 2% and costs about one kill per minute. That’s not a feeling — it’s measured competitive disadvantage.

Here’s what different ping ranges actually mean in 2026:

Ping Range	Experience	Examples
Under 15ms	Professional esports level. Hit registration is near-instant, movement prediction is precise.	NVIDIA Reflex 2 players in Valorant average under 3ms system latency.
15–30ms	Excellent for competitive play. You won’t lose duels to latency in Counter-Strike 2, Marvel Rivals, or Apex Legends.	Most wired connections to nearby servers land here.
30–60ms	Good for most games. Slight disadvantage in fast-paced shooters, but MMOs like Final Fantasy XIV and MOBAs like League of Legends play fine.	Typical Wi-Fi or cross-region connections.
60–100ms	Noticeable delays. Building in Fortnite feels sluggish, hit registration in Marathon becomes inconsistent. Fighting games like Street Fighter 6 and Tekken 8 become frustrating.	Common for players connecting to distant servers.
100ms+	Significant competitive disadvantage. Lag compensation systems can’t fully mask this. Racing games and fighting games are nearly unplayable.	Cross-continental connections or severe routing issues.

[toc]

Ping vs Latency vs Jitter vs Packet Loss

These terms cause different problems in games, and fixing the wrong one wastes your time:

Ping/Latency: The base delay on every action you take. High ping means everything — shots, abilities, movement — happens later on the server than on your screen. In Rainbow Six Siege, you peek a corner but die before the enemy appears on your screen because their lower-ping actions registered first.

Jitter: Inconsistent ping that bounces between values — say 25ms one second, 80ms the next. Jitter causes rubber-banding in Rocket League, stuttering movement in World of Warcraft, and unpredictable hit registration in any shooter. Jitter above 15ms is worse than consistently high ping because your brain can’t adapt to changing delays.

Packet Loss: Data packets vanish entirely. In Warzone, you empty a magazine but only half the bullets register. In Fortnite, walls you place disappear immediately. Even 1% packet loss makes competitive gaming impossible — at 2%, most games become unplayable.

Bufferbloat: The hidden lag killer most gamers never diagnose. When someone on your network starts streaming or downloading, your router’s buffer fills up and adds 50–500ms of latency to your game traffic. You might have 20ms ping when your network is idle but 150ms the moment someone opens Netflix. Bufferbloat is the most common cause of “my ping randomly spikes” complaints.

How to Diagnose Your Ping Properly

Stop guessing. Use these tools to get real numbers and find exactly where your problem lives.

Bufferbloat Test (Do This First)

Run the Waveform Bufferbloat Test before anything else. It measures your latency under load — the number that actually matters while gaming on a shared network.

Grading:
– A grade (under 5ms added latency): Your connection handles load well. Your ping problems are elsewhere.
– B grade (under 30ms): Acceptable, but you’ll notice spikes when others use the network.
– C or worse (30ms+): Bufferbloat is likely your primary lag source. Fix this first with SQM (see below).

For a second opinion, try the LibreQoS Bufferbloat Test, which calculates “Quality of Outcome” scores for gaming specifically.

Command Line Testing (Windows)

Open Command Prompt and run:

• ping 8.8.8.8 -t — Tests general internet health (Google DNS)
• ping 1.1.1.1 -t — Alternative reference point (Cloudflare DNS)
• tracert 8.8.8.8 — Shows every hop your data takes, revealing where delays occur

Let these run for 2–3 minutes. Look for consistent times under 50ms and zero packet loss. If specific hops show massive spikes, that’s where the problem lives.

Game-Specific Ping Display

Enable in-game overlays for accurate server ping:

• Valorant: Settings → Video → Stats → Network Round Trip Time, Packet Loss
• Counter-Strike 2: net_graph 1 in console
• Fortnite: Settings → Game → HUD → Net Debug Stats
• Apex Legends: Settings → Gameplay → Performance Display → Show network information
• Marvel Rivals: Settings → Display → Network Stats
• League of Legends: Ctrl+F during matches

Console Network Tests

PlayStation 5: Settings → System → Console Information → Network → Test Internet Connection

Xbox Series X/S: Settings → Network → Network Settings → Test network speed & statistics

These show your ping to console infrastructure, but game servers may differ. Always check in-game displays when possible.

Identifying Where Your Ping Problem Lives

Before fixing anything, determine if the problem is your hardware, local network, ISP routing, or bufferbloat.

Hardware Test

Connect your gaming device directly to your modem with an ethernet cable, bypassing your router entirely. Run the ping tests above. If your ping drops 20ms or more, your router or Wi-Fi is the bottleneck.

Local Network Test

Ping your router’s IP: ping 192.168.1.1 (find yours with ipconfig). This should be under 1ms consistently. Higher or inconsistent results mean local network issues — usually Wi-Fi interference or an overloaded router.

ISP Routing Test

Use tracert to game servers and look for massive ping spikes at specific hops. For Riot Games (Valorant/League): tracert 104.160.131.3. If hop 3 shows 10ms but hop 4 jumps to 80ms, that’s where your ISP’s routing fails.

Bufferbloat Test Under Load

Run the Waveform test while someone else is streaming or downloading. If your grade drops from A to C or worse, bufferbloat is your primary problem — and the fix is SQM, not a faster internet plan.

10 High-Impact Ping Fixes (In Order of Effectiveness)

1. Switch to Ethernet

This typically cuts 10–30ms off your ping immediately. Use Cat6 ethernet cable (minimum Cat5e). Wi-Fi adds latency through packet retransmission, interference, and contention with other devices.

Players regularly drop from 45ms to 15ms in Valorant just by plugging in ethernet. If you must use Wi-Fi, connect to the 5GHz or 6GHz band and position yourself within 10 feet of your router with clear line of sight.

Related: Wired vs Wireless Gaming: Why Ethernet Still Wins for Low Ping

2. Fix Bufferbloat with SQM

If your Waveform test scored B or worse, enable Smart Queue Management (SQM) on your router. SQM uses algorithms like CAKE or fq_codel to prevent buffer bloat by intelligently managing packet queues.

How to set it up:
– ASUS routers with Merlin firmware: Enable Adaptive QoS → fq_codel/CAKE
– OpenWrt routers: Network → SQM QoS → set download/upload to 85% of your measured max speeds
– GL.iNet routers: Built-in SQM support out of the box

CAKE vs fq_codel: CAKE offers per-host fairness (better when multiple people share your network) and built-in ECN support. Use fq_codel if your router has a slower CPU — it uses about 15% less processing power.

SQM eliminates the latency spikes that happen when someone on your network starts streaming or downloading. This single fix resolves most “random lag spike” complaints.

3. Change DNS Servers

DNS doesn’t affect in-game ping directly (game server IPs are already resolved), but faster DNS improves matchmaking speed, server list loading, and initial connection times.

Best options in 2026:
– Cloudflare: 1.1.1.1 and 1.0.0.1 (fastest globally, ~10ms average)
– Google: 8.8.8.8 and 8.8.4.4 (~20ms average, exceptional uptime)
– Quad9: 9.9.9.9 and 149.112.112.112 (blocks malicious domains, competitive speed)

Windows: Network Settings → Change adapter options → Right-click your connection → Properties → Internet Protocol Version 4 → Use the following DNS server addresses

Use GRC DNS Benchmark to find the fastest DNS for your specific location — ISP peering agreements can make results vary significantly.

Related: Best DNS Servers for Gaming: Lower Ping With One Setting Change

4. Update Network Drivers

Outdated network drivers cause packet processing delays. Go to your network adapter manufacturer’s website (Intel, Realtek, Killer) and download the latest drivers. Don’t rely on Windows Update — it’s often months behind.

Windows 11 24H2 warning: Some users experienced severe speed drops after this update (2.5Gbit connections dropping to 90 Mbps). If this happened to you, check that Receive Window Auto-Tuning is set to “Normal” by running netsh interface tcp show global in Command Prompt.

5. Optimize Router QoS Settings

Access your router’s admin panel (usually 192.168.1.1 or 192.168.0.1):

• Enable Gaming Mode or Gaming Accelerator if available
• Set your gaming device as highest priority
• Enable UPnP (Universal Plug and Play)
• On ASUS routers, enable Adaptive QoS with Gaming preset
• On Netgear, use Dynamic QoS with Gaming dashboard

Related: QoS Settings for Gaming: How to Prioritize Game Traffic on Your Router

6. Enable NVIDIA Reflex (If You Have an NVIDIA GPU)

NVIDIA Reflex reduces system latency — the delay between your mouse click and the game responding. Reflex 2 (released 2025) with Frame Warp cuts system latency by up to 75%. In The Finals, it reduces input lag to 14ms. In Valorant, system latency drops below 3ms.

Over 150 games now support Reflex. Enable it in your game’s settings under Video or Graphics options — look for “NVIDIA Reflex Low Latency” and set it to “On” or “On + Boost.”

This won’t fix network ping, but it reduces the total delay you feel, which compounds with network improvements.

7. Configure Network Adapter Power Management

Windows may put your network adapter to sleep, causing ping spikes of 10–30ms.

Device Manager → Network adapters → Right-click your adapter → Properties → Power Management → Uncheck “Allow the computer to turn off this device to save power”

In the Advanced tab, set these values if available:
– Interrupt Moderation Rate: Disabled
– Receive Side Scaling: Enabled
– Energy Efficient Ethernet: Disabled

8. Close Bandwidth-Heavy Background Applications

These applications destroy your ping even when “idle”:

• Steam: Settings → Downloads → Limit bandwidth to 1 MB/s while gaming
• Windows Update: Settings → Update & Security → Advanced options → Pause updates
• OneDrive/Google Drive: Pause syncing during gaming sessions
• Discord: Disable “Hardware Acceleration” if streaming
• Antivirus real-time scanning: Add game folders to exclusions

Use Task Manager’s Network column to identify anything using bandwidth. Any application consistently using more than 1% network capacity needs to be controlled.

Related: Background Processes Killing FPS: What to Kill Before You Game

9. Use PingPlotter for Deep Diagnosis

PingPlotter creates visual graphs showing ping over time and identifies exactly which network hops cause problems. Run it while gaming to correlate ping spikes with gameplay issues.

If PingPlotter shows consistent high latency at ISP-owned hops (hops 3–8 typically), contact your ISP with the PingPlotter screenshot. Most ISPs can fix routing issues within 24–48 hours when given specific data.

10. Optimize Your Game’s Network Settings

Most competitive games have settings that affect how network data is processed:

• Valorant/CS2: These games use 128-tick servers — make sure you’re not bandwidth-limited (requires ~1 Mbps steady)
• Fortnite: Runs 30-tick servers — lower bandwidth needs, but server selection matters more
• Marathon: Runs 60-tick servers — above average for extraction shooters
• Marvel Rivals: 60-tick with region selection — choose your closest region manually

Check your game’s server region settings. Automatic selection doesn’t always choose the closest server — manual selection can cut 20–50ms.

When Software Fixes Aren’t Enough

If you’ve optimized everything above and still get high ping, the problem is likely ISP routing. Your data might be taking an inefficient path through multiple cities before reaching the game server.

WTFast creates optimized network routes specifically for gaming traffic by bypassing congested ISP routes and connecting you via shorter network paths.

WTFast helps when:
– Tracert shows your packets taking inefficient routes (unnecessary hops)
– Your ping varies dramatically by time of day
– You’re geographically far from game servers
– Your ISP has poor peering agreements with game companies

WTFast won’t help if:
– Your local network has issues (Wi-Fi interference, bufferbloat)
– You already have optimal routing (under 30ms to servers)

Most users see 10–40ms ping reduction when ISP routing is the bottleneck.

Related: WTFast Review: Does It Actually Lower Ping or Is It Snake Oil?

Hardware Upgrades That Actually Lower Ping

Gaming Router

Routers with dedicated gaming processors reduce packet processing latency:

• ASUS RT-AX88U Pro: Built-in WTFast, adaptive QoS, gaming port — best mid-range option
• ASUS GT-AX11000 Pro: Triple-band with dedicated gaming band for serious competitors
• ASUS GT-BE98 Pro: Wi-Fi 7 flagship with WTFast built in

Related: Best Gaming Router 2026: What to Buy at Every Budget

Ethernet Over Powerline

If running ethernet cable isn’t an option, powerline adapters provide a more stable connection than Wi-Fi with lower jitter:

Related: Best Powerline Adapter for Gaming: Play Wired When You Can’t Run Ethernet

When to Contact Your ISP

Contact your ISP with specific data when:
– Tracert shows consistent 100ms+ delays at ISP-owned hops
– Ping to 8.8.8.8 exceeds 50ms consistently
– Packet loss exceeds 1% to any destination
– Speed tests show less than 80% of your paid bandwidth
– Your Waveform bufferbloat grade is D or F even with SQM enabled (indicating ISP-side bufferbloat)

Provide them with PingPlotter screenshots and specific timestamps. “My games lag” gets you nowhere — “hop 4 at IP 72.14.x.x adds 90ms consistently between 7-10 PM” gets results.

Frequently Asked Questions

Why is my ping high only in certain games?

Different games use different server locations and networking protocols. Valorant might connect you to a server 50 miles away while Call of Duty connects you to one 500 miles away due to skill-based matchmaking. Games also run different tick rates — Valorant uses 128-tick while Fortnite uses 30-tick — which affects how responsive the connection feels. Check each game’s server selection options and manually choose your closest region.

Does faster internet speed lower ping?

Not directly. Ping measures distance and routing efficiency, not bandwidth. You can have 1000 Mbps internet and still get 100ms+ ping if you’re far from servers. Gaming needs surprisingly little bandwidth — 25 Mbps is plenty if your ping is low. However, faster plans sometimes come with better routing infrastructure, and having more bandwidth reduces bufferbloat if you don’t have SQM enabled.

Is 60ms ping good for gaming?

60ms is acceptable for casual gaming but creates measurable disadvantage in competitive play. Research from Worcester Polytechnic Institute shows that performance degrades linearly as latency increases — a player at 60ms loses roughly one extra duel per minute compared to someone at 15ms in first-person shooters. For MMOs, strategy games, and turn-based games, 60ms is perfectly fine.

What causes random ping spikes during games?

The most common cause is bufferbloat — when other devices on your network use bandwidth, your router’s buffer fills up and adds latency to everything. Run the Waveform bufferbloat test to check. Other causes include Wi-Fi interference, background application updates, and ISP congestion during peak hours (7–10 PM). Spikes every few minutes usually indicate scheduled tasks, while constant spikes point to interference or bufferbloat.

Can a gaming VPN like WTFast actually reduce ping?

Yes, but only when ISP routing is the bottleneck. General VPNs add extra hops and increase ping. Gaming-optimized VPNs like WTFast bypass congested ISP routes and provide shorter network paths to game servers. This works when your ISP has poor peering agreements or routes your traffic through unnecessary cities. If your tracert shows efficient routing and your ping is already under 30ms, a gaming VPN won’t help.