League of Legends players often encounter high ping, which manifests as lag during matches and affects gameplay responsiveness. Ping measures the time for data packets to travel between a player's device and the game server, typically in milliseconds. Factors such as ISP throttling, network congestion, or suboptimal routing contribute to elevated ping levels.
VPNs like Surfshark address these by encrypting traffic and routing it through optimized servers. This bypasses potential ISP restrictions and selects paths with lower latency. Surfshark's extensive server network allows connections to locations closer to League of Legends servers, potentially stabilizing ping without introducing significant overhead.
Surfshark employs protocols like WireGuard, known for efficiency in low-latency scenarios, making it suitable for gaming. The provider maintains servers in numerous countries, enabling selection of those nearest to League of Legends data centers, such as European or North American hubs.
Additional tools include NoBorders mode, which handles restrictive networks that might otherwise inflate ping, and CleanWeb, which blocks ads and trackers potentially slowing connections. Surfshark's unlimited device connections ensure multiple gaming setups can use the service simultaneously without performance trade-offs.
The configuration process for Surfshark to optimize League of Legends ping follows these steps:
Download and install the Surfshark application from the official website on the gaming device.
Launch the app, log in with account credentials, and grant necessary permissions.
Navigate to settings and select WireGuard as the protocol for its balance of speed and security.
Enable NoBorders mode if connecting from a restricted network.
Use the server list to choose a location closest to the League of Legends region, such as a US East server for NA queues or Frankfurt for EUW.
Connect to the server and launch League of Legends to monitor in-game ping via the client's display.
Test multiple nearby servers if initial results vary, noting ping fluctuations during peak hours.
This approach minimizes routing inefficiencies common in direct ISP connections.
Persistent issues after setup warrant targeted fixes. Common problems and resolutions include:
High ping post-connection: Switch to another nearby server or revert to OpenVPN UDP if WireGuard underperforms.
Connection drops during games: Enable kill switch in Surfshark settings to prevent data leaks and maintain session stability.
Slower speeds than expected: Disable CleanWeb temporarily, as ad blocking can add minor overhead in some cases.
Incompatibility with gaming routers: Configure Surfshark directly on the gaming PC rather than router-wide.
Elevated ping on mobile: Use split tunneling to route only League of Legends traffic through the VPN.
Monitoring tools within League of Legends help quantify improvements.
Surfshark stands out for its server density in gaming-relevant regions compared to some rivals with fewer options. Providers like ExpressVPN offer similar WireGuard support but limit simultaneous connections, potentially complicating multi-device households. NordVPN provides dedicated gaming servers in select locations, though Surfshark's broader network covers more League of Legends regions without specialty labels.
Longer-term Surfshark plans offer better value per month than shorter subscriptions from peers. Selection depends on specific needs, such as server proximity or additional features, with Surfshark proving reliable for ping-sensitive gaming absent recent benchmarks.
Surfshark provides a structured method to mitigate League of Legends ping issues through strategic server use and efficient protocols. Players facing ISP-related latency find value in its tools, though results vary by location and network conditions. The setup remains straightforward for those familiar with VPN basics, emphasizing server selection as the primary lever for improvement.
Ongoing maintenance, like periodic server testing, sustains benefits. For VPN comparators eyeing Surfshark, its gaming applicability aligns with broader performance traits, warranting consideration alongside direct connections or alternatives. Real-world testing remains essential to gauge fit for individual setups.