How about racknerd? Atlanta AMD Ryzen 9 series VPS review, it may be better than you think

How about racknerd? Racknerd's AMD series VPS has been installed in several computer rooms. We have only tested it in Atlanta and Chicago. Today we will bring you a review of the AMD Ryzen 9 3900X series VPS in the Atlanta computer room in the eastern United States. Let me tell you the general results first, without wasting time: compared to the west coast, the eastern region may not be ideal for visiting mainland China; but from the perspective of routing, the optimization is actually in place.

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The CPU is Ryzen 9 3900X. The test uses 2G memory, 2 cores, and 40G NVMe. The hard disk I/O is about 1.5GB/S. BBR is turned on easily:

This powerful NVMe is really awesome:

The official choice is 1Gbps bandwidth. There is no doubt about this, but we want to see how far the network in mainland China can go. Let’s go to speedtest.net and choose the three network nodes in mainland China. Please note that the time is during the day, and the uplink speed basically does not exceed 400Mbps:

In the evening peak test, the uplink bandwidth seems to have dropped slightly, but the amplitude is not particularly large:

Node testing in other Asian regions except mainland China:

iperf3 test Europe and America:

Guangzhou Telecom, download files directly from VPS, approximately 2.0MB/S during the day:

The evening peak is 2.4MB/S, which is faster than during the day. Maybe someone was messing with it during the daytime test. What we should pay attention to is that during the day and night, the webmaster’s actual measurement by Guangzhou Telecom is less than 3MB/S:

ping.chinaz.com Test data of 80 nodes in mainland China:

China Telecom takes GTT for its outbound journey:

China Unicom also uses GTT for its outbound journey:

For outbound travel, GTT is also used after CMI:

Return to Mainland China Telecom: Exit from Los Angeles or San Jose on the West Coast of the United States, and both go through the local node of China Telecom, and return directly to China

On the return trip to China Unicom in mainland China: take the Los Angeles or San Jose exit, which is also China Unicom’s own local node, and take AS4837 back to China

Return to China Mobile: Both Beijing and Guangzhou take the Los Angeles exit to return home, and they also use China Mobile's local node to directly connect back to China; the Shanghai direction detours to Germany and returns from the German mobile node

This exploding Unix bench really proves the legend that one core of Ryzen series can beat Intel 2 cores:

To summarize:

Although the computer room is in the eastern United States, this route is actually pretty good. The outbound journey is equivalent to GTT for all three networks;

For the return trip, China Telecom uses its own nodes on the West Coast to directly connect back to China; China Unicom does the same, and China Mobile uses its own nodes to directly connect back to China except for a detour in the direction of Shanghai.

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