Every millisecond counts
In fast multiplayer games, a few tens of milliseconds decide whether a player wins a duel. Just as important is jitter — the variation in latency — which makes movement feel unpredictable.
The geography problem
India’s gaming audience has exploded beyond the largest cities. If match servers live in one or two locations, a large share of players connect over long paths and often over congested transit links at peak evening hours, exactly when people play.
Putting servers closer
Edge Data Centers let studios and platforms run regional servers in multiple cities. Players connect to the nearest region, cutting round-trip time and stabilising the experience.
Why peering is half the answer
A nearby server is not enough if the route to it is poor. Edge Data Centers at Peer1IX are beside the exchange, so game traffic can reach players’ ISPs over direct peering rather than detouring through transit. That keeps paths short and predictable.
Practical architecture
- Run match or relay servers in several regional Edge Data Centers.
- Use matchmaking that considers player location and measured latency.
- Connect regions privately for state synchronisation and back-end services.
- Peer at each location with the major access networks.
What to measure
Look at the distribution of latency per region and per ISP, especially the 90th and 99th percentiles during peak hours. Those tails are what players complain about.
Level the playing field
When a player in a smaller city gets the same experience as one in a metro, the game is fairer — and the audience grows. Talk to our team about edge capacity for gaming.
