How about digitalocean? [2022] Simple evaluation of Digitalocean German data center

What about digitalocean? How about digitalocean Germany? For those of you who want to know what the digitalocean German cloud server is like, we have made a simple evaluation for you, share the latest evaluation data, and judge for yourself by looking at the data. This article has done a comparative test on performance and network (especially during the evening peak period). Welcome to check it out!

Official website: https://www.digitalocean.com/

The CPU is one of AMD EPYC™ 7702, 7702P, and 7662, all with 64 cores and 128 threads... The current webmaster has enabled BBR, and the I/O of the hard disk during the test was approximately 876MB/s:

The detailed read and write data of the FIO test hard drive still looks awesome:

We want to see what the bandwidth of Xiaoji can be like. We use the nodes of speedtest.net to test the uplink and downlink effects. Note that the first one is the nearest node, with uplink 2Gbps and downlink 6.2Gbps; the rest are from mainland China. Tests on the three network nodes of China Telecom, China Unicom, and China Mobile showed that the uplink generally did not work in mainland China, but the downlink could reach a maximum of 3.1Gbps:

The following is the same comparison test during the evening peak, please pay attention:

Test results of other nodes in Asia:

European and American node tests are casually at the Gbps level:

The files stored on the test chicken are directly downloaded by Guangzhou Telecom using the browser, and the speed is approximately 3.2MB/s:

The download speed during the evening peak is still 2.2MB/s, so the attenuation is not particularly large:

The latency data monitored by more than 170 nodes around the world is roughly as follows:

Outbound telecommunications: The telecommunications backbone connects NTT to the West Coast of the United States and then crosses out of Ashburn and then to Europe

China Unicom's outbound journey: the backbone network connects TATA to the west coast of the United States, from the east coast, and then to Europe

Move outbound, international CMI to UK and then to Germany

Return to Mainland China Telecom: Return directly from Telecom’s node in Frankfurt, Germany

Return to China Unicom: In the direction of Beijing and Guangzhou, take TATA to connect with China Unicom AS4837 to return to China; in the direction of Shanghai, take Telia to China Unicom's node in Frankfurt and return directly

Return, move to mainland China:

Beijing direction: Take Telia from Germany through France and then to the east coast of the United States and across to Los Angeles on the west coast, then connect to the node in Los Angeles, and then directly connect back

Shanghai direction: Return directly from the mobile node in Frankfurt

Guangzhou direction: It is similar to the Beijing direction, except that it is at the Seattle node on the west coast of the United States. The rest are exactly the same

Some performance tests:

A rough summary:

On the outbound journey, China Telecom and China Unicom bypassed the United States;

Basically, many of the return journeys take a detour from the east coast of the United States and then cross to the nodes of the three major operators on the west coast and come back directly, and many of them return directly from the nodes of the three major operators in Germany.

There is nothing to worry about in terms of performance. Overall, it is very powerful and is more than enough for websites.

VPS evaluation of all DigitalOcean computer rooms:

Netherlands: https:// /50881.html

UK: https:// /50853.html

Germany: https:// /50828.html

US. New York: https:// /50771.html

US. San Francisco: https:// /50799.html

Canada: https:// /50746.html

India: https:// /50909.html

Singapore: https:// /50934.html

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