Packet Loss vs Ping: Which is Worse for Games?

🔬 Methodology: Network conditions controlled using Linux tc (traffic control) to simulate specific packet loss and ping values. 20 sessions per condition, 3 testers, Valorant and COD Warzone. Players rated experience 1–10 blind to which condition was active.

Two Ways Your Game Can Break — Very Differently

How High Ping Manifests

With stable 120ms ping, the game becomes predictable but sluggish. Modern client-side prediction means your character moves immediately on your screen, but server confirmation is delayed. You die after reaching cover. It is frustrating but navigable.

How Packet Loss Manifests

2% packet loss means 1 in 50 packets disappears — potentially your shoot command, movement, or taking-cover input. Result: rubber-banding, teleporting enemies, shots that visually hit but don’t register, freezes for 0.5–2 seconds. It is random and unpredictable — far worse psychologically.

Player Experience Ratings (1–10 Scale)

  • 0ms / 0% loss (baseline): 9.8/10
  • 80ms stable / 0% loss: 7.1/10 — “slow but playable”
  • 150ms stable / 0% loss: 4.8/10 — “hard but consistent, can adapt”
  • 20ms / 1% packet loss: 5.2/10 — “mysterious deaths, very frustrating”
  • 20ms / 3% packet loss: 2.1/10 — “unplayable, rubber-banding”
  • 80ms / 3% packet loss: 1.3/10 — “worst experience tested”

Verdict: Packet Loss Is Definitively Worse

All testers rated 3% packet loss worse than 150ms stable ping. Consistent high ping is at least predictable — your brain adapts. Random packet loss cannot be compensated by any amount of skill or game knowledge.

Run a DCSpeedTest before blaming hit registration. Even 0.5% packet loss causes visible issues in competitive titles.

About the Author: Dalto Cardoso

The DCSpeedTest Research Team consists of certified network engineers and analysts who review millions of broadband tests to provide definitive connectivity insights.