How about hetzner? Evaluation of cloud servers in Falkenstein data center in Germany

How about hetzner? How about the Hetzner German Falkenstein computer room? How about hetzner German cloud server? What we bring to you this time is Hetzner's core computer room falkenstein data center cloud server, and it is the lowest configuration AMD series, with 2G memory, 2 cores, 40G SSD, 20T traffic/month, and the bandwidth is unknown... The evaluation data is for reference only!

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

The CPU model is unknown, the main frequency is approximately 2445MHz, Hetzner's AS, the webmaster has enabled BBR, and the current hard disk I/O is approximately 1570MB/S (blind guess is not an ordinary SSD, maybe an NVMe array):

FIO tests the hard disk reading and writing data in detail:

Roughly run the nodes of speedtest.net to see how high the upstream and downstream speeds can be in mainland China? The first line of data is the nearest node tested by speedtest.net. The minimum blind guess bandwidth should be 5Gbps.

Look at the test results during the evening peak backbone network explosion:

Continue to run a few international nodes to see the approximate data:

Look at the test data of countries and regions in Asia:

iperf3 tested several European and American 10G port nodes and looked at the rough data. Judging from the Dutch nodes, the bandwidth of the hen was at least 10Gbps:

iperf3 test, under IPv6 environment, the Dutch node actually reached 12.4Gbps:

The file stored on Test Chicken, Guangzhou Telecom, download it directly with the browser and check the speed:

Continue to look at the evening peak, look at the download speed, and compare it with the previous daytime data:

Evening rush hour, Sichuan Chengdu China Unicom, download speed:

Evening peak, Hubei Shiyan Telecom, download speed:

Latency test of multiple nodes of three networks in mainland China:

On the outbound journey of Telecom, the backbone network connects to level 3 and goes directly to Germany (the United States marked in the picture is a data error):

On the outbound journey of China Unicom, the backbone network connected with twinve99 and went directly to Germany:

Moving outbound, CMI goes directly to the German de-cix data exchange center:

For Telecom’s return journey, take Telia to Frankfurt, and then take Telecom’s node in Frankfurt to directly connect back to China:

China Unicom return trip:

Beijing direction: go directly from the de-cix data exchange center and connect directly back to China,

Shanghai and Guangzhou direction: use telia to connect with China Unicom's backbone

Mobile backhaul: Transfer from the de-cix data center to the node in Frankfurt and then directly connect back to China

Cross-regional streaming media unlocking test:

Some streaming media unlocking tests in Europe:

Cloud server performance test, some parameter test results:

A rough summary:

Purely judging from the performance test data, the performance is simply amazing;

The Internet,

Outbound: China Mobile's outbound journey is direct, while China Telecom and China Unicom use international routes;

Return: The return journey of China Telecom and China Mobile is direct connection. China Unicom uses the international line telia. However, China Unicom has its own advantages in international lines and will not lose to China Telecom and China Mobile.

Evaluation of all hetzner computer rooms:

Hillsboro: https:// /56907.html

ashburn：https:// /57138.html

finland: https:// /57072.html

falkenstein: https:// /57039.html

nuremberg: https:// /57105.html

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