Overseas game acceleration agent IP recommended | low latency dedicated line covering the world's popular game zone

Why do overseas players need proxy IPs?

Many players experience problems with character drift, skill delays and even dropped connections when experiencing popular global games such as Proto-God, League of Legends and Apex Heroes. This is because the game servers are physically far away and ordinary network connections need to go through multiple transit nodes. At this timeProxy IP by optimizing the data transmission pathThe game is a "shortest route" directly from your device to the game servers, which is the equivalent of putting a navigator on the game's data packages.

How does IPIPGO solve the game latency pain point?

As a professional agency service provider covering 240+ countries, IPIPGO's core strengths includeAccurately matches the region where the game server is located. Example:
- North American players choose Chicago/Los Angeles node for direct connection to Call of Duty servers
- Japanese and Korean players optimize Final Fantasy 14 experience with Tokyo/Seoul nodes
- European Users Reduce CS:GO Packet Loss with Frankfurt Node
IPIPGO has a pool of 90 million+ residential IP resources.Dynamic IP can automatically switch the optimal lineThe static IP is suitable for private players who need a fixed entrance.

A three-step guide to speeding up your game

Step 1: Locate the target server
Check the location of the server you are currently connected to in the game settings, for example, the PUBG Mobile Asian service address is usually located in Singapore.
Step 2: Select the corresponding agent agreement
IPIPGO supports full protocols such as Socks5/HTTP and is recommended to be used as a priority.Socks5 protocol(Low resource consumption and high transmission efficiency).
Step 3: Bind the game client
Fill in the proxy IP and port in the network settings of the game launcher, and the measured latency of World of Warcraft European service can be reduced from 220ms to 80ms.

Practical tips for avoiding common pitfalls

1. Beware of the "universal node" trap: Optimized lines specifically for a particular game have a lower latency of 40% or more than general-purpose lines
2. Dynamic IPs are better than static IPs for multiplayer battles: Automatic IP switching avoids being flagged by game servers as abnormal traffic.
3. Enable UDP protocol acceleration: Shooting games (e.g. Rainbow Six) are recommended to have UDP forwarding enabled in the IPIPGO backend.

The 5 most important questions players ask

Q: Will the proxy IP affect the game's picture quality?
A: No effect at all, the proxy only changes the data transmission path, it has nothing to do with the rendering quality. The measured frame rate of Cyberpunk 2077 is stable in 4K resolution.

Q: Does it work for mobile games?
A: IPIPGO provides Android/iOS-specific configuration tutorials, and handheld games such as "Wasteland Chaos" can reduce 60% latency.

Q: Will I be blocked if I log in from multiple devices on the same account?
A: The use of residential IP (not data center IP) will not trigger the wind control, IPIPGO's residential IP has been verified by Steam/Epic and other platforms.

Q: What should I do if I encounter sudden high latency?
A: To switch standby nodes in IPIPGO client, it is recommended to collect 3-5 nodes of the same region in advance.

Q: Do I need complex settings for proxy IP?
A: IPIPGO provides one-click import function, mainstream game preset files can be downloaded from the official website.

Why IPIPGO?

Distinguishing itself from traditional gas pedals, IPIPGO'sResidential IP resource pool updated in real time, to avoid being banned in bulk by game manufacturers. Comparison by real test:
- Fortnite Matchmaking Increases Speed by 2x
- DOTA2 Southeast Asia packet loss drops from 151 TP3T to 1.21 TP3T
- Eldon's Falcon Online Success Rate Increased by 80%
The technical team provides 7×24 hours line monitoring, when a game server IP changesDeployment of new nodes within 30 minutesThis is something that ordinary proxy service providers can't do.