Best Internet Connection for Gaming
Gaming barely uses download bandwidth — a live game session uses 1–10 Mbps. What matters is ping, jitter, and packet loss. Here's what to optimise and why.
What matters most
Ping under 30 ms, jitter under 5 ms, 0% packet loss. These three metrics determine gaming experience far more than download speed.
Minimum download speed for gaming
3–10 Mbps for online gameplay. 50–200 Mbps if you download large game updates regularly. Gigabit is never needed for gaming performance.
Target metrics by game type
| Game type | Ping target | Jitter target | Packet loss | Download needed |
|---|---|---|---|---|
| Competitive FPS (CS2, Valorant) | <20 ms | <3 ms | 0% | 3–5 Mbps |
| Battle royale (Fortnite, Warzone) | <40 ms | <8 ms | 0% | 5 Mbps |
| MOBA (League of Legends, Dota 2) | <50 ms | <10 ms | 0% | 2 Mbps |
| MMO (World of Warcraft, FFXIV) | <80 ms | <15 ms | <0.5% | 3 Mbps |
| Racing sim (iRacing, GT7) | <30 ms | <5 ms | 0% | 5 Mbps |
| Sports (FIFA, EA FC, NBA 2K) | <50 ms | <10 ms | 0% | 3 Mbps |
| Turn-based / strategy | <150 ms | Not critical | <1% | 1 Mbps |
Why download speed barely matters for gaming
An active online game session exchanges positional data, player inputs, game events, and audio — small, frequent packets. A typical FPS game uses 40–80 KB/s (about 0.5 Mbps). Even the most demanding live multiplayer games rarely exceed 5 Mbps. A 10 Mbps DSL connection handles this with bandwidth to spare.
The download speed that matters for gaming is for downloading games and updates. A 100 GB game update on a 10 Mbps connection takes over 20 hours. On 200 Mbps it takes about 1 hour. For a gamer who downloads large updates regularly, 100–200 Mbps is genuinely useful — but not for the game's online performance.
Why ping is the critical variable
Every input you make in a game (shooting, moving, interacting) travels from your device to the game server, is processed, and the result travels back. If this takes 80 ms, you are always playing against a version of the game that is 80 ms out of date. In a fast-paced game, 80 ms is the difference between a shot that hits and a shot that misses — the target has moved by the time your shot registers.
Game servers typically run at 20–128 ticks per second (tick rate). Each tick is a snapshot of game state. Your commands must arrive within a tick window to be counted accurately. High ping causes your inputs to land in the wrong tick, resulting in what players call "peeker's advantage" and desync. Per-genre ping targets and tick rate explanation →
Why jitter is as important as ping
A connection with 15 ms average ping but swinging between 5 ms and 60 ms causes visual stuttering and inconsistent hit registration even though the average is low. The game's netcode interpolates between packets — sudden latency spikes cause visible rubber-banding and prediction errors. Consistent ping is more valuable than low average ping. What is jitter and how to reduce it →
The gaming network setup hierarchy
1. Use Ethernet — the single biggest improvement
Switching from Wi-Fi to Ethernet typically reduces ping by 5–20 ms and dramatically reduces jitter. Even Wi-Fi 6 in a room with the router adds 2–5 ms of variable latency. On Wi-Fi through walls, that becomes 8–20 ms of variable latency. For competitive gaming, Ethernet is not optional — it is the baseline.
If a cable run isn't possible, MoCA adapters (using existing coaxial cable in the walls) are the next best option. Powerline adapters are lower performance but significantly better than Wi-Fi for gaming. Ethernet vs Wi-Fi for gaming →
2. Connect to the closest game server
Most games allow you to select your server region. Always choose the closest one geographically — it's the single most effective way to reduce ping. Playing on a US server from Europe adds 100–150 ms of unavoidable physics latency. There is no hardware or software fix for this.
3. Enable QoS on your router
Quality of Service (QoS) allows your router to prioritise gaming traffic over background downloads, streaming, and other household activity. When someone downloads a game update or streams 4K Netflix simultaneously, QoS ensures gaming packets still get through at normal latency. Most modern routers (especially those with gaming-specific firmware like ASUS Aura or Netgear Nighthawk) include this feature.
4. Disable buffer bloat
Buffer bloat causes latency spikes when the connection is under load — precisely when other household members are downloading or streaming. Modern routers with Smart Queue Management (SQM) or FQ-CoDel algorithms eliminate this. What is buffer bloat and how to fix it →
Best connection types for gaming — ranked
| Connection type | Gaming suitability | Notes |
|---|---|---|
| FTTP Fibre (wired) | Excellent | Best latency, consistent, symmetric upload |
| Cable (wired) | Good | Higher latency than fibre; evening congestion possible |
| FTTC (wired) | Acceptable | Depends on distance from cabinet; typically 10–20 ms |
| 5G home broadband (wired to gateway) | Acceptable | Variable; depends on cell load and location |
| Starlink LEO satellite | Marginal | 20–50 ms latency; acceptable for casual gaming only |
| Traditional GEO satellite | Unsuitable | 600–800 ms latency; unusable for online gaming |
Testing your gaming connection
Run the Gaming Test to get a simultaneous measure of ping, jitter, and packet loss — the three metrics that actually determine online gaming performance. Run the test while a household member is streaming or downloading to see whether buffer bloat is affecting your gaming latency under load.