What about ramnode? A brief evaluation of the cloud servers in the Atlanta data center on the east coast of the United States

What about ramnode? Is ramnode good? Ramnode's cloud server webmaster in Atlanta on the east coast of the United States estimates that the user base in mainland China should buy relatively few, and everyone likes to get together on the lower coast of the United States. Due to the large user base on the west coast, relatively speaking, the resources on the east coast may be more abundant. Here we will briefly test ramnode's cloud server on the east coast of the United States. The data is for reference only.

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

The webmaster used an Intel series CPU with a main screen of 2.2GHz. He has seen AMD EPYC series in Los Angeles and Seattle... The webmaster turned on BBR and we can see that the IP is the broadcast IP of inmotionhosting, the parent company of ramnode. The current hard disk I/O is roughly 538MB/S:

fio will test the details of reading and writing data from the hard disk:

Let’s pay attention to how much uplink and downlink bandwidth a small machine can achieve in the environment of the three networks in mainland China. This parameter is relatively important, pay attention to:

Same test, let’s focus on the effect when the backbone network explodes during the evening peak:

For the same test, let’s change some nodes in the United States, Europe, Asia, and Africa and take a look again:

The next step is to focus on testing the actual effects of some nodes in the Asian region (excluding China, which has been tested before):

iperf3 will test the general situation of several nodes in Europe and the United States:

Guangzhou Telecom downloads the files stored on the test machine directly using the browser to see the speed:

This is directly related to the opening speed when building a website. Pay attention, the following is the situation during the evening peak:

Switch to Hubei Telecom and check the download speed directly under 100Mbps bandwidth:

Download speed of Chengdu Unicom server:

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

Move the outbound journey, take Hong Kong, then connect with NTT to Japan, then go to Los Angeles, USA, and then to Atlanta:

For the outbound journey of China Unicom, China Unicom will go directly to Los Angeles and then connect with GTT to Lanlan:

Outbound China Telecom, direct to Los Angeles, USA, then transfer to NTT to Atlanta:

Return to China Telecom: Return directly from Telecom’s nodes in Los Angeles or San Jose

Return to China Unicom: Return directly from China Unicom and level3 peer in Los Angeles

Return trip, mobile to mainland China: all are taken by NTT from San Jose directly to Japan and then back to Hong Kong, then transfer the node in Hong Kong and return directly to the mainland

Tiktok streaming test: US area, no problem

Test results of unlocking some cross-regional streaming media platforms:

Results of partial streaming media unlocking test in North America:

Performance test, conclusions on some parameters:

A rough summary:

From the current point of view, the server should have a certain load, especially on the CPU, but the read and write capabilities of the hard disk are still pretty good. Looking at the return route, China Telecom and China Unicom are basically directly connected, while China Mobile goes directly from the West Coast to Japan and then transfers in Hong Kong and then returns directly to the mainland, which is relatively okay. As a cloud server on the east coast of the United States, it is actually quite good so far. You can give it a try!

Evaluation of all RamNode data centers:

Los Angeles: https:// /54404.html

Seattle: https:// /54903.html

New York: https:// /54872.html

Atlanta: https:// /54762.html

Netherlands: https:// /54840.html

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