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Latency · Europe to Asia

What is the ping from Europe to servers in Asia?

Round trips from European cities to Asia's three hosting hubs, from Microsoft's published medians and WonderNetwork's hourly pings, with the physical floor and the cables in between.

Last updated: · 8 min read

Quick answer

What is the ping from Europe to servers in Asia?

The ping from Europe to servers in Asia is 145 to 190 ms to Singapore in Microsoft's July 2026 medians, 171 to 219 ms to Hong Kong and 223 to 253 ms to Tokyo. Singapore is closest from every European region listed. Copperstrait rents servers in all three at one price, from $143.25 per 30 days, crypto, no KYC.

Round trip from Europe to each Asian hub, in milliseconds

FromTo SingaporeTo Hong KongTo Tokyo
Marseille145171223
Paris162193229
Zurich162183235
Frankfurt166192235
Madrid166186226
London167200229
Milan167186238
Netherlands169201233
Ireland176215225
Warsaw184205249
Gävle, Sweden190219253

Microsoft Azure: P50 round trip, 30 days ending 30 July 2026. It runs from each European region to the Southeast Asia (Singapore), East Asia (Hong Kong) and Japan East (Tokyo, Saitama) regions. Cities are the physical locations Microsoft gives for each region. Not Copperstrait measurements: We publish no latency or speed figures of our own: we have not measured them. Test from where your users are once the server is yours.

What do public ping tests show from Frankfurt and London?

Close to Microsoft's figures, and a little lower to Singapore. WonderNetwork pings between its own servers every hour. Over two weeks to 2 November 2026, its medians were:

  • Frankfurt to Singapore: 158.3 ms (hourly averages from 154.5 to 164.4 ms).
  • London to Singapore: 163.5 ms (155.0 to 192.3 ms).
  • Amsterdam to Hong Kong: 191.4 ms (191.2 to 328.0 ms).
  • Frankfurt to Tokyo: 230.8 ms (217.7 to 279.4 ms).

From Europe, a round trip to Asia costs about a sixth of a second, and Tokyo costs more than either southern hub.

What is the physical minimum from Europe to Asia?

About 90 to 106 ms, for a straight fibre that does not exist. We take the great-circle distance between city centres, double it, and divide by the speed of light in fibre. That speed is 299,792 km/s ÷ 1.4682, the group index of Corning SMF-28e+ fibre: about 204,000 km/s.

Frankfurt to Singapore is 10,258 km, so its floor is 100.5 ms. Frankfurt to Hong Kong is 9,158 km (89.7 ms) and Frankfurt to Tokyo 9,331 km (91.4 ms). London to Singapore is 10,848 km (106.3 ms).

These are calculations, not measurements. In Microsoft's figures, real round trips run 1.4 to 2.6 times the floor.

Fibre floor against published round trips, in milliseconds

RouteGreat-circle distanceFibre floorMicrosoft AzureWonderNetwork
Frankfurt – Singapore10,258 km100.5166158.3
Frankfurt – Hong Kong9,158 km89.7192—
Frankfurt – Tokyo9,331 km91.4235230.8
London – Singapore10,848 km106.3167163.5
Netherlands – Hong Kong9,277 km (Amsterdam)90.9201191.4
Marseille – Singapore10,586 km103.7145—

Fibre floor: 2 × distance ÷ 204,190 km/s, our calculation. Microsoft: P50, 30 days ending 30 July 2026. WonderNetwork: median of 336 hourly runs, 19 October to 2 November 2026.

Why is Tokyo the farthest when it is closer on the map?

Because the cables from Europe end in Singapore and Hong Kong. Frankfurt is 927 km closer to Tokyo than to Singapore along the great circle. Yet Microsoft's median is 235 ms to Tokyo and 166 ms to Singapore.

The main Europe–Asia cables cross Egypt and the Red Sea. TeleGeography lists SeaMeWe-5 (20,000 km, Toulon to Singapore, in service since December 2016). It lists AAE-1 (25,000 km, Marseille to Hong Kong, since June 2017) and PEACE (25,000 km, Marseille to Singapore, since March 2022). SeaMeWe-6 (21,700 km, Marseille to Singapore) is planned for 2027.

None of them lands in Japan. Traffic to Tokyo goes on from Singapore or Hong Kong, so it pays for both legs. From North America the order flips, with Tokyo first: see the ping from the US to servers in Asia. Japan's own case is on whether Japan is a good location for dedicated server hosting.

Why is Marseille the closest European city to Asia?

Because the cables land there. AAE-1, PEACE and the planned SeaMeWe-6 all land in Marseille, per TeleGeography. Microsoft's median from its Marseille region is 145 ms to Singapore, the lowest in Europe.

From Paris it is 162 ms, and from Frankfurt or Madrid 166 ms. A European office far from the south coast pays the trip to Marseille first.

Does a 165 ms ping matter for my server?

For managing it, rarely. For serving European users from Asia, yes. Typing over SSH at 165 ms feels a little slow but works. File transfers lose little if the window is large enough.

A web page is different. A new HTTPS connection needs at least three round trips before the first byte (TCP, then TLS 1.3, then the request). At Frankfurt to Singapore's 166 ms, that is about half a second of waiting.

Put the server where the users are, and accept the lag on the admin side. If your users are in Asia, host in Asia. If they are in Europe, host in Europe. If both, see whether to use a CDN or a server in Asia.

Which Asian hub should a European customer pick?

Singapore, unless the users are in North-East Asia. It is the nearest hub from every European region in Microsoft's table. It is also close to Southeast Asia and India.

Pick Hong Kong for Taiwan or the Philippines, and Tokyo for Japan or Korea. The audience map is on the best server location for users across Asia. The matrix between hubs is on the latency between Singapore, Hong Kong and Tokyo.

Paying without ID narrows the field. In Copperstrait's survey of 33 hosts selling bare metal in Asia on 2 November 2026, 18 accept crypto. Only 8 had a server payable in crypto without ID that passed every rule of our price check. Copperstrait charges the same in each city: Strait 16 $143.25, Strait 32 $356.25, Strait 32F $828.68, per 30 days. See how much a Copperstrait server costs.

Servers in Asia, rented from anywhere

Rental length

Strait 16

16 cores · 64 GB

$143.25

3 months $386.77 (−10%)6 months $687.60 (−20%)1 year $1,203.30 (−30%)

  • AMD EPYC 7302P, 16 cores / 32 threads
  • 64 GB DDR4 ECC, 2 × 1.92 TB NVMe (RAID 1)
  • 1 Gbit/s port, 20 TB of traffic per 30 days
  • Hong Kong, Singapore or Tokyo, one price
  • MonoVM (Singapore): $191.00 a month for AMD EPYC 7302, 16 cores / 64 GB / 2x1.92TB SSD
Rent this server

Strait 32F

32 cores · 384 GB

$828.68

3 months $2,237.43 (−10%)6 months $3,977.66 (−20%)1 year $6,960.91 (−30%)

  • AMD EPYC 9375F, 32 cores / 64 threads
  • 384 GB DDR5 ECC, 2 × 7.68 TB NVMe (RAID 1)
  • 1 Gbit/s port, 30 TB of traffic per 30 days
  • Hong Kong, Singapore or Tokyo, one price
  • Cherry Servers (Singapore): $1,104.91 a month for AMD EPYC 9375F, 32 cores / 384 GB / 2x 1TB NVMe + 2x 4TB NVMe
Rent this server

In every plan: Same price in every city · RAID 1 · Dedicated IPv4 · No logs · No KYC · No setup fee

Europe to Asia ping: common questions

What is the ping from Frankfurt to Singapore?

WonderNetwork's median was 158.3 ms over two weeks to 2 November 2026. Microsoft's median from Frankfurt to its Singapore region is 166 ms. The fibre floor is 100.5 ms.

What is the ping from London to Hong Kong?

Microsoft's median from London to its Hong Kong region is 200 ms, from July 2026 data. The fibre floor for 9,623 km is 94.3 ms.

What is the ping from Europe to Tokyo?

223 to 253 ms in Microsoft's medians from eleven European regions. WonderNetwork's Frankfurt to Tokyo median was 230.8 ms.

Which Asian server location is best for European users?

Singapore has the lowest ping from Europe of the three hubs. But for European users, a server in Europe is shorter still.

Has Copperstrait measured these pings?

No. We publish no latency or speed figures of our own: we have not measured them. Test from where your users are once the server is yours.

Sources (13)
  1. Azure network round-trip latency statistics (P50, 30 days ending 30 July 2026) — Microsoft Learn (read 2026-11-02)
  2. List of Azure regions (physical locations) — Microsoft Learn (read 2026-11-02)
  3. Ping time between Frankfurt and Singapore — WonderNetwork (runs 2026-10-19 to 2026-11-02)
  4. Ping time between London and Singapore — WonderNetwork (runs 2026-10-19 to 2026-11-02)
  5. Ping time between Amsterdam and Hong Kong — WonderNetwork (runs 2026-10-19 to 2026-11-02)
  6. Ping time between Frankfurt and Tokyo — WonderNetwork (runs 2026-10-19 to 2026-11-02)
  7. Submarine Cable Map: SeaMeWe-5 — TeleGeography (read 2026-11-02)
  8. Submarine Cable Map: Asia Africa Europe-1 (AAE-1) — TeleGeography (read 2026-11-02)
  9. Submarine Cable Map: PEACE Cable — TeleGeography (read 2026-11-02)
  10. Submarine Cable Map: SeaMeWe-6 — TeleGeography (read 2026-11-02)
  11. Speed of light in vacuum — NIST (read 2026-11-02)
  12. Corning SMF-28e+ optical fiber, product information (effective group index 1.4682 at 1550 nm) — Corning Incorporated (copy hosted by FS.com) (read 2026-11-02)
  13. RFC 8446: The Transport Layer Security (TLS) Protocol Version 1.3 — IETF (August 2018)

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