How about hetzner? Evaluation of cloud servers in Ashburn data center on the east coast of the United States

How about hetzner? hetzner How about Ashburn, USA? Hetzner has two data centers in the United States. This site has previously written an evaluation article on the West Coast, "How is Hetzner? Evaluate the cloud server in the Hillsboro, OR data center on the West Coast of the United States." Today we bring you the Ash on the East Coast of the United States. The evaluation of AMD series cloud servers in this data center is for your reference only.

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

At present, except for the Finnish data center, the CPUs in other data centers are basically the same, with a main frequency of 2455MHz. Can you blindly guess "AMD EPYC 7763"? The webmaster has enabled BBR, and the current hard disk I/O is roughly 1467MB/S:

fio continues to test the hard disk reading and writing data:

The official did not say what the maximum bandwidth of the cloud server is. Let’s run it with the speedtest node to see how high it can be, right? The first node is the nearest node. It seems that this chick has at least 15Gbps bandwidth:

The same test was continued, but during the evening peak period, the backbone network exploded:

Let’s take a look at international nodes, including Europe, America, Africa and Asia:

Here are a few more nodes in Asia to take a look:

iperf3 runs a few nodes with 10G ports in Europe and the United States to see:

The same is IPERF3, but this time the IPv6 environment is changed:

Files stored on Test Chicken, Guangzhou Telecom, downloaded directly from the browser, approximate speed:

The same test environment, changed to the evening peak period when the backbone network bursts, (Guangzhou Telecom) download speed comparison:

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

Evening peak, Hubei Shiyan Telecom, download speed:

Latency monitoring data of multiple nodes of the three networks in mainland China:

Telecom outbound, backbone network docking with NTT:

China Unicom outbound, backbone network docking cogent:

Mobile outbound, CMI docking cogent:

Telecom return:

Beijing/Shanghai direction: take level 3 from the San Jose exit on the west coast to connect the telecommunications backbone back home

Guangzhou: Take the cogent route and export the telecom backbone from San Jose on the west coast to return home

China Unicom return trip:

Beijing/Guangzhou direction: take level 3 to Los Angeles, then get out of China Unicom and level 3 peer in Los Angeles and go back to China

Shanghai direction: Take Telia to Los Angeles and return directly from China Unicom’s node in Los Angeles

Mobile return:

Beijing direction: take Telia to Los Angeles, and then directly connect back to China from the Mobile Los Angeles node

Shanghai direction: take the cogent to San Jose, and then connect directly to the San Jose node via Cong Mobile back to China

Guangzhou direction: take level 3 to Los Angeles, and then directly connect back to China from the mobile Los Angeles node

Cross-regional streaming media unlocking test:

Some streaming media unlocking tests in North America:

Cloud server performance test, approximate test results of some parameters:

A rough summary:

In terms of performance, it is absolutely amazing, as the saying goes, AMD beats Intel 1 vs. 2...

As for the network, the outbound journey is connected to the backbone network and international lines, the return journey is directly connected to China Unicom and China Mobile, and China Telecom is still an international line.

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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