BackbonePoP LatencyRegions & Corridors
Regional Ping & RTT Corridors | AS203314
Browse Hats Network (AS203314) backbone latency by region and inter-regional corridor. Updated 2026-07-25.
This section breaks down Hats Network backbone RTT by geographic region and by major inter-regional corridors. Use these pages to compare intra-region performance and find the best cross-region paths.
Regions
| Region | PoPs | Description |
|---|---|---|
| Europe | 7 | Europe hosts the densest interconnection ecosystem on Hats Network's backbone, with PoPs in Amsterdam, Berlin, Frankfurt, London, Marseille, and Moscow. These nodes form a low-latency ring connecting Western, Central, and Eastern Europe. |
| North America | 5 | North America is anchored by Hats Network PoPs across the United States, covering Data Center Alley in Ashburn, the transatlantic gateway in New York, the West Coast hubs in Los Angeles and Seattle, and the Latin America bridge in Miami. |
| South America | 1 | South America is served by Hats Network's São Paulo PoP, the continent's largest peering and interconnection hub, providing diverse paths to North America, Europe, and Asia Pacific. |
| Asia Pacific | 6 | Asia Pacific spans Hats Network PoPs in Hong Kong, Singapore, Taipei, Tokyo, Sydney, and Melbourne, covering East Asia, Southeast Asia, and Oceania with dense submarine cable connectivity. |
Corridors
| Corridor | Description |
|---|---|
| Europe → North America | The transatlantic corridor connects Hats Network's European ring to North American hubs. Traffic typically crosses submarine cables such as TAT-14, Amitié, or MAREA, with lowest-latency paths between London/Amsterdam and New York/Ashburn. |
| Europe → Asia Pacific | The Europe to Asia Pacific corridor spans the Eurasian landmass and submarine cable systems via the Mediterranean, Red Sea, and Indian Ocean. Marseille and Amsterdam serve as primary departure points for Singapore, Hong Kong, and Tokyo. |
| North America → Asia Pacific | The North America to Asia Pacific corridor is dominated by trans-Pacific submarine cables. Los Angeles, Seattle, and Ashburn provide the lowest-latency paths to Tokyo, Hong Kong, and Singapore. |
| Europe → South America | The Europe to South America corridor crosses the South Atlantic via cables such as EllaLink and SABR, landing in Fortaleza and extending to São Paulo. Marseille and Lisbon are the natural European departure points. |
| North America → South America | The North America to South America corridor bridges the continents via submarine cables landing in Florida, Brazil, and the Caribbean. Miami is the primary North American gateway to São Paulo. |
| Asia Pacific → South America | The Asia Pacific to South America corridor is the longest on Hats Network's backbone, typically routed via North America or Europe. Sydney, Los Angeles, and São Paulo form key waypoints. |
Data auto-generated on July 25, 2026. Return to the full global latency matrix or browse individual city-pair routes.
Theoretical Fiber Latency Formula Verification
Verify AS203314's theoretical fiber latency model with rendered equations, unit checks, and a complete Tokyo-to-Sydney numerical reconciliation.
Europe Ping & RTT Latency | AS203314
RTT latency matrix and cross-region routes for Hats Network PoPs in Europe. Updated 2026-07-25.