How to Get the Lowest Ping: Game Server Hosting & Regional Cloud Placement
In multiplayer gaming, ping is everything. Whether you are fighting bosses in Minecraft, surviving in Palworld, or building base defenses in Rust, a high ping (150ms+) leads to hit-registration delay, Rubber-banding, and frustrating combat deaths.
Many server owners assume lag is caused by low RAM or a slow CPU. But in reality, physical distance and network routing are the primary causes of high ping.
In this guide, we explain how geographical cloud placement works and how picking the right cloud region (US East, US West, Europe, or Asia Pacific) can slash your ping from 120ms down to under 20ms.
1. What Causes High Ping in Game Servers?
Ping measures the round-trip time (in milliseconds) it takes for data to travel from your gaming PC to the server and back.
Three factors dictate your ping:
- Physical Speed-of-Light Distance: Fiber-optic signals travel through glass at approximately 200,000 km/s. If your server is hosted in Germany and you live in California, data must travel 18,000 km round-trip—adding a hard physical floor of 90ms ping regardless of server hardware speed.
- Sub-optimal Network Hoops: Cheap hosts route network traffic through budget transit providers, bouncing your connection through 15 unnecessary ISP routers before reaching the server.
- CPU Frame Delay: If a server's CPU is overloaded (low TPS), the server delays processing incoming player movement packets, causing artificial ping spikes.
2. Shared Hosts vs. AWS & GCP Fiber Backbones
Most traditional game server companies operate out of a single centralized datacenter (e.g. Chicago or Frankfurt). If your player base is scattered across Europe, Asia, or Australia, players outside the host region suffer terrible latency.
In contrast, AWS (Amazon Web Services) and GCP (Google Cloud) operate private global fiber-optic backbones connecting over 300 edge datacenters worldwide.
Traditional Shared Host Routing:
Player (Tokyo) ---> Public Internet (12 Hops) ---> Host Datacenter (Chicago) = 180ms Ping
AWS / GCP Regional Cloud Placement:
Player (Tokyo) ---> Direct AWS Backbone ---> Tokyo EC2 Instance (ap-northeast-1) = 12ms Ping
3. Picking the Optimal Cloud Region for Your Community
When launching a server on AetherRuin, you can select the exact cloud region closest to your player base:
| Player Base Location | Recommended Cloud Region | Average Target Ping |
|---|---|---|
| US East Coast / FL / NY | AWS us-east-1 (N. Virginia) |
10ms – 30ms |
| US West Coast / CA / OR | AWS us-west-2 (Oregon) |
15ms – 35ms |
| Western Europe / UK / DE | AWS eu-west-1 (Ireland) / GCP europe-west1 |
12ms – 28ms |
| Southeast Asia / SG / MY | AWS ap-southeast-1 (Singapore) |
8ms – 25ms |
| East Asia / Japan / KR | AWS ap-northeast-1 (Tokyo) |
10ms – 22ms |
4. How to Test Your Ping Before Launching
Before launching your server, you can test latency to major cloud regions directly from your command line terminal:
Test Ping to AWS US East (Virginia):
ping ec2.us-east-1.amazonaws.com
Test Ping to AWS Europe (Ireland):
ping ec2.eu-west-1.amazonaws.com
Test Ping to AWS Asia Pacific (Singapore):
ping ec2.ap-southeast-1.amazonaws.com
Aim for a datacenter location that gives all players in your group an average ping under 50ms.
Conclusion
Hardware specs alone will not fix network latency. By placing your game server in the AWS or GCP cloud region physically closest to your players, you bypass sub-optimal internet routing and achieve crisp, low-latency gameplay.