PUBG Ping & Packet Loss Test

Krafton raised the PC servers to 60 ticks per second and publishes the figure, which puts PUBG among the better-updated large-scale shooters. It also has to replicate a map of eight by eight kilometres with a hundred players, vehicles, doors, dropped loot and a shrinking circle, so each of those sixty updates carries more than an arena shooter's would - around 300 bytes on the wire.

The interesting consequence is that PUBG's problems cluster rather than spread evenly. Nothing is happening around you for minutes at a time and the connection looks perfect; then twelve players land on the same compound and the number of entities that must be kept in sync multiplies. A line that drops packets under load will show that as a burst rather than a background rate, and a sixty-second measurement here catches the pattern in a way that a single ping figure cannot.

Doors, windows and lootable containers make the game unusually strict about ordering. These are shared pieces of state with exactly two outcomes and no way to interpolate between them: either your close request arrived before their shot or it did not. A dropped packet does not soften that into a slightly worse outcome, it flips it, which is why PUBG players remember individual deaths as network events far more clearly than players of games where everything is a smooth curve.

One number is worth watching on the chart above more than the others. Steady 60 Hz traffic with a low jitter figure is what recoil control assumes; when jitter rises, the target you are tracking stops moving predictably between updates, and a spray pattern learned over hundreds of hours quietly stops working. That feels like a game update changing the weapons. Usually it is the last mile.