PUBG: Battlegrounds FAQ — Ping, Servers, Network

Yes. PingAim auto-detects TslGame.exe and routes its traffic through your optimal network interface using a WFP kernel driver. It is fully compatible with BattlEye — PingAim operates at the Windows network stack level and does not modify the game client or inject any code into the game process.

Internet speed (bandwidth) and ping (latency) are different things. High ping in PUBG is usually caused by your ISP routing traffic through inefficient paths to Microsoft Azure datacenters. Even on a 1 Gbps connection, if your ISP sends packets through 15 hops instead of 5, your ping will be high. PUBG servers run on Azure, and ISP peering quality with Azure varies significantly.

Desync in PUBG happens because the game uses client-side hit registration — your client tells the server what you hit, based on what YOU saw on YOUR screen. When players have different ping values, they see slightly different versions of reality. The server resolves this by accepting hits from both clients, which creates situations like dying behind cover. Lower, more stable ping reduces desync by keeping your view closer to the server's authoritative state.

Below 50ms is excellent for competitive PUBG. 50-80ms is playable with minor desync. 80-120ms starts to noticeably affect gunfight outcomes, especially at range where bullet travel time compounds with network delay. Above 120ms makes competitive play difficult — you'll frequently die behind cover and experience vehicle rubber-banding.

No. Network optimizers like PingAim, ExitLag, and WTFast are widely used in PUBG without bans. BattlEye targets game client modifications and cheats, not network routing tools. PingAim uses a WFP driver that operates at the Windows network stack level — it never touches the game process.