Warner Cloud US station cluster servers recommend choosing 1C/2C/4C IP segment CN2 GIA three network direct connection

The number of independent IP addresses of general ECS or independent servers is about 1-3, but for servers that need station cluster services or multi IP services, special station cluster servers need to be selected. Generally, the server lines of American station clusters seen by Lao Zuo are ordinary lines. Here, we see that Warner Cloud has American station cluster servers that provide CN2 GIA three network direct connection lines, and can choose 1C/2C/4C IP segments. The servers of the US station cluster are located in the T3+data center in Los Angeles. CN2 returns home at a high speed with large bandwidth, and the access speed is fast and stable.

Founded in 2015, Warner Cloud belongs to Hong Kong Unicom International Co., Ltd. It is a well-known IDC brand and global data center basic service provider. It provides quality products and services such as cloud servers, physical server rental, advanced anti DDoS servers, advanced anti DDoS IP, and continues to expand data centers in Hong Kong, Southeast Asia, and North America. It has an extremely fast BGP redundant network and CN2 GIA special line for returning home.

It has 20GB of defense by default, and can choose 50M CN2 bandwidth or 100M international bandwidth.

Buy American station cluster servers, provide 50M CN2/100M international bandwidth options, and also give 20G ddos defense free of charge, 1C/253 IP, starting from 1488 yuan at the minimum.

Test IP of American station cluster server: 154.23.188.254

It can be seen that the delay effect of local ping is about 184ms, which is relatively low for American computer rooms. Let's look at the delay effect of nationwide ping, as shown below:

It can be seen that the average delay of the three networks Ping is about 162ms. It can be seen that the delay of the Telecom and Unicom networks is about 160ms. The mobile network is slightly higher at about 185ms, but the delay is still very low. So the delay effect is quite good. Next, let's take a look at the network stability of nodes around the world, as shown below:

It can be seen that the network stability around the world is quite good. There is basically no packet loss at home or abroad. In addition to network stability, the delay in Europe and the United States is still very low. Let's take a look at the routing routes of the three networks.

Telecommunication routing:

The telecommunication routing is from the Shanghai network port to the San Jose node and then to the Los Angeles node.

Unicom routing:

The route of China Unicom is from the Shanghai Internet port, and then directly connects to the Los Angeles computer room. The route is the optimized route of China Unicom from AS4837 to AS9929.

Mobile routing:

The mobile route is from the Shanghai Internet port, and then directly connects to the Los Angeles computer room.

Next, let's take a look at the backhaul routes of the three networks.

Telecommunication backhaul route:

The return route of Telecom is directly connected to China, and the CN2 line of 59.43 is quite good.

Unicom backhaul route:

The return route of China Unicom follows the optimized route of China Unicom AS9929 and is all direct.

Mobile backhaul route:

The mobile backhaul route follows Unicom's AS9929 optimized route. Generally, overseas mobile lines rarely follow this kind of optimized route, so it is quite good.

Next, let's take a look at the performance and speed of this server in the United States, as shown below:

It can be seen that the server uses the E5-2660 V2.2G 10 core 20 thread processor (there are also 20 core 40 thread options), and the disk V/O is about 210MB/s. It can be determined that the SSD is used, and the upload and download speeds are all up to 50Mbps, which is quite good.