Last update at ：2024-06-07，Edit by888u
European vps are generally very slow when coming to mainland China. This is a well-known thing. However, there are exceptions, such as European cn2 vps. With the help of high-end cn2 networks, even during the evening peak period, the speed will not be affected by the backbone network. Explodes while congestion slows down. Here I would like to share with you the actual German cn2 vps evaluation data of the Aoyou host, for reference only!
Official website: https://www.aoyoyun.com
Official statement: European Telecommunications Center, located in Frankfurt, Germany. The new unpopular non-congested CN2 line, both the outbound and return journeys are CN2, the delay is 180% lower than that in the United States, and the access speed for mainland customers is amazing. Server configuration: HP HP brand server, dual-channel E5CPU, 8 sets of enterprise-class SSD to form a raid10+BBU architecture. It can replace the congested lines in the United States and is suitable for business customers in mainland China and Europe.
This evaluation uses the lowest configuration VPS: 2G memory, 2 cores, 40G SSD, 500G traffic/month, 30Mbps bandwidth; the highest configuration supports 12G memory, 100M bandwidth, you can check it out the day after tomorrow!
With BBR enabled, [average] I/O is around 200MB:
FIO test, there seems to be a slight gap:
For us, we mainly focus on the issue of uplink and downlink bandwidth. In the three-network and multi-node test in mainland China, it basically ran at 30Mbps, which is in line with the official 30Mbps bandwidth standard. The bandwidth should be sufficient, otherwise it would be impossible to run at full speed. .
You can basically run in some countries and regions in Asia:
Run European and American networks and get full results:
The webmaster compiled NGINX on the VPS and stored a file. The download speed of Guangzhou Telecom’s local Chrome browser is basically 30Mbps:
Let’s take a look at the running scores of different scripts:
The PING data of more than 120 nodes provided by ping.chinaz.com in mainland China is as follows:
To go to China Telecom, take CN2:
China Unicom outbound backbone network to CN2 export:
Outbound China Mobile, CMI to telia:
For the return trip to China Telecom, take the 59.43 China Telecom route:
On the return trip to China Unicom, we all borrowed China Telecom’s 59.43 CN2 line to return home:
The return trip to China Mobile is the same as China Unicom, using the China Telecom CN2 line to return home:
The last one is Unix bench Mark, just so-so:
To summarize: China Telecom and China Unicom use the CN2 line for both outbound and return trips; China Mobile uses CMI to telia for the outbound trip, and uses the CN2 line for the return trip; overall the routing optimization is pretty good, plus testing The results show that the bandwidth is sufficient; it can be used for website building, remote office, etc., and can replace some American lines!
Official website: https://www.aoyoyun.com
Evaluation list of VPS in all computer rooms of Maxthon:
Kwai Crescent CN2 (District 2), Hong Kong: https:// /41619.html
Kwai Crescent CN2 (District 1), Hong Kong: https:// /41660.html
Hong Kong Alibaba Cloud CN2: https:// /41598.html
Hong Kong Cloud CN2: https:// /41696.html
Hong Kong CN2 High Defense: https:// /41716.html
Tseung Kwan O, Hong Kong: https:// /41640.html
South Korea CN2: https:// /41500.html
SoftBank Japan (Tokyo): https:// /41519.html
SoftBank Japan (Osaka): https:// /41479.html
Los Angeles Three Network CN2: https:// /41539.html
Los Angeles CU2-China Unicom VIP: https:// /42687.html
Germany CN2: https:// /41437.html
Netherlands CN2: https:// /41458.html
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