Routing & Path
Server Latency Map: Ping 16 Global Edge Servers
The Server Latency Map measures your round-trip time to every Pong.com edge server in our global network and plots the results on a world map. It is the fastest way to understand which regions you can reach with low latency and which are limited by physical distance or routing inefficiency.
What It Measures
This tool measures ping latency in milliseconds from your device to all 16 Pong.com edge locations spanning North America, Europe, Asia, Oceania, and South America. Each server is color coded by latency tier so you can spot patterns at a glance.
How It Works
- Sends parallel ping probes to every edge server in our anycast fleet
- Records minimum, median, and 95th percentile latency per location
- Plots each server on an interactive map with latency color coding
- Highlights your nearest and slowest regions for routing analysis
Why It Matters
Game servers, video conferencing endpoints, and SaaS applications are deployed globally. Knowing your real latency to each region tells you which game lobbies will feel responsive, where to host servers for your team, and whether your ISP is using direct or scenic routes to faraway regions.
Understanding Your Results
Latency under 30ms to your nearest 2 servers is excellent. Continental neighbors should be under 100ms. Trans-oceanic links typically range 120 to 200ms. If a nearby region shows over 100ms while a distant one shows less, your ISP routing is suboptimal.
Frequently Asked Questions
Which servers does the map test?
The map tests all 16 Pong.com edge locations: Newark, Atlanta, Dallas, Fremont, Chicago, Seattle, Miami, Los Angeles, Toronto, London, Frankfurt, Tokyo, Singapore, Mumbai, Sydney, and Sao Paulo. These cover every major populated region so you can verify global reach from your connection.
Why does my closest server have higher latency than a farther one?
This usually points to suboptimal ISP routing. Your traffic may be taking a longer path through a transit provider that does not peer directly with the closer region. Run a traceroute to the affected server to see where the path diverges, then share the result with your ISP if the issue persists.
How does this differ from a single ping test?
A single ping test measures latency to one server. The latency map runs the same measurement against 16 endpoints in parallel and visualizes the geographic pattern. This makes it easy to identify regional routing problems that one ping cannot reveal.
Can I use this to choose game or video call servers?
Yes. Game lobbies and video conferencing platforms often let you pick a region. Use the map to see which regions you reach with the lowest latency, then prefer those when given the choice. Sub 50ms regions will feel instant for most applications.
Related Tools
Browse all tools
Explore all 50+ network tools, from speed and latency to DNS, routing, and CDN diagnostics. Free, instant, no installation required.
See all network tools