Real Network Case #005
A long-stay hotel user in China experienced ping spikes and unstable gameplay while playing China server League of Legends over hotel Wi-Fi.
Haipaida judged that the main limitation was the hotel wireless network environment itself, making direct route optimization unsuitable as the first step.
The user was staying in a company-arranged long-stay hotel room and wanted to play China server League of Legends over hotel Wi-Fi.
During gameplay, the user experienced ping spikes and inconsistent responsiveness, especially when more guests were likely using the hotel network.
The symptoms did not look like a severe cross-border detour or a completely broken fixed route. They looked more like a hotel wireless network that could not provide stable real-time gaming performance in a shared environment.
Hotel Wi-Fi is fundamentally a shared network. User count, room location, wireless signal, access point load, and hotel network policies can all affect stability.
In this case, jitter and packet loss were not severe enough to prove a major route fault, but they were enough to affect real-time gameplay.
For games like League of Legends, even mild but persistent Wi-Fi instability can create visible ping spikes and inconsistent input response.
The main limitation in this case was the hotel Wi-Fi environment itself.
When the local wireless environment is unstable, direct route optimization is not the right first step.
Direct route optimization was not recommended.
A more realistic step was to first test a more stable local network, such as wired internet, a mobile hotspot, or another non-hotel shared Wi-Fi environment.
Only after the local network becomes stable does it make sense to judge whether the route path itself needs optimization.
Hotel Wi-Fi is usually not a suitable environment for judging whether a gaming route is truly stable.
If the local network is shared, wireless, and outside the user's control, route optimization cannot guarantee the final gameplay experience.
For real-time gaming, local network stability must be addressed before optimizing the backend route.