Frankfurt FRA1
2× 100 Gbps uplinks, DE-CIX peering plus three transit carriers.- Peering & transit
- DE-CIX Frankfurt · Cogent · Telia · Lumen
- Reference latency
- ≈ 3 ms Amsterdam · 12 ms Paris · 22 ms Warsaw · 85 ms New York
Network
Looking glass
Measure TCP latency from our edge to any public host, then compare with the reference latencies of each site.
Locations
How each site is connected
Reference round-trip times measured from our routers to major cities.
Amsterdam AMS1
2× 100 Gbps uplinks, AMS-IX peering plus three transit carriers.- Peering & transit
- AMS-IX · NL-ix · Cogent · GTT
- Reference latency
- ≈ 3 ms Frankfurt · 7 ms London · 75 ms New York
Helsinki HEL1
2× 100 Gbps uplinks, FICIX peering plus two transit carriers.- Peering & transit
- FICIX · Telia · Arelion
- Reference latency
- ≈ 20 ms Stockholm · 25 ms Frankfurt · 110 ms New York
New York NYC1
2× 100 Gbps uplinks, DE-CIX New York peering plus three transit carriers.- Peering & transit
- DE-CIX New York · NYIIX · Cogent · Lumen
- Reference latency
- ≈ 6 ms Boston · 20 ms Chicago · 70 ms Los Angeles · 75 ms Amsterdam
Los Angeles LAX1
2× 100 Gbps uplinks, Any2 peering plus two transit carriers.- Peering & transit
- Any2 Los Angeles · Cogent · Zayo
- Reference latency
- ≈ 12 ms San Francisco · 70 ms New York · 130 ms Tokyo
Singapore SIN1
2× 100 Gbps uplinks, SGIX peering plus three transit carriers.- Peering & transit
- SGIX · Equinix IX · Telstra · Cogent
- Reference latency
- ≈ 30 ms Jakarta · 55 ms Hong Kong · 90 ms Sydney · 160 ms Frankfurt
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