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

It’s 2022, how is your digitalocean? How is the digitalocean network? Is the performance of digitalocean still reliable? Will you use DigitalOcean's New York computer room on the East Coast of the United States? With these questions in mind, let’s give you a direct evaluation. Let’s look directly at the test data. The data does not lie. After reading it, you will naturally come to a conclusion.

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

When we tested the computer room in San Francisco (click here to see), we roughly judged the CPU model, so I won’t talk nonsense here. The current I/O of the hard drive is roughly 843MB/s, which is quite good. Turning on BBR is a standard action for us to play VPS.

The detailed reading and writing data of the hard disk under the FIO test is roughly as follows:

Use the nodes of speedtest.net to test the uplink and downlink conditions of Xiaoji's network: During the day, the uplink of the nearest node reaches 2Gbps, and the downlink reaches 10Gbps. The networks of China Telecom and China Unicom are relatively stable, but there are some problems with the mobile nodes.

Comparing the status of the evening peak, the first one is the nearest node, with uplink running at 2Gbps and downlink running at 3.7Gbps; the rest are three network nodes in mainland China. We can roughly see that China Unicom's network is relatively close On balance, China Mobile and Telecom have larger jumps.

Test status of other nodes in Asia:

iperf3 runs on European and American nodes, it’s fun to watch:

The files stored on the test chicken are downloaded directly from the browser by Guangzhou Telecom. The speed during the day is approximately 8.4MB/s:

Compared with 2.5MB/s during the evening peak period, this attenuation is still quite serious:

Latency monitoring data of more than 170 nodes around the world:

For outbound telecommunications, take NTT:

For China Unicom’s outbound journey: take TATA

Mobile outbound, international CMI access level3:

Return to Mainland China Telecom: Take Telia to the West Coast of the United States, and return directly from China Telecom’s nodes in San Jose or Los Angeles.

Return to China Unicom:

Beijing direction: take telia to bypass Europe, then pick up AS4837 from Germany and return to China

In the direction of Shanghai and Guangzhou: take Telia to San Jose, pick up Telecom’s node in San Jose, and then return to China

Return to China Mobile: Take Telia to China Mobile’s nodes on the West Coast of the United States such as Seattle, San Jose, and Los Angeles for direct connection back to China

TIKTOK test: no chance

Other streaming media detection approximate results:

Some performance-related test results: quite awesome

A rough summary:

For the outbound trip of the three networks, take NTT, TATA, level3, etc., ordinary international routes;

Most of the three network backhauls are directly connected from the three networks' own nodes on the west coast of the United States;

Performance: The current load on the CPU is moderate (the effect varies depending on the time period), and the hard disk I/O is also pretty good

The webmaster feels that this New York node seems much better than SFO on the West Coast!

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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