Gigsgigscloud Japan CN2 Special Package Simple Test

The day before yesterday, we shared the product information of Gigsgigscloud (hereinafter referred to as GGC) Japan CN2/Softbank line VPS. The test IP domestic access quality is good. The tribe specially made a special package to do a simple test for your reference.

Product information: https://www..net/27070.html

Host Configuration

The test machine is the special package shared in our article, single core + 1GB memory + 10GB hard disk, 30M port bandwidth, the host is installed with the CentOS operating system, and the pure system has no acceleration tools installed.

Basic Information

The host management function provided by GGC is integrated in the member center, and common functions such as power on/off, restart, system reinstallation, resource monitoring, etc. are clearly visible.

IO/Bandwidth Test

The IO and bandwidth tests also use one-click packages, and two one-click packages are used for testing respectively. The difference between the two packages lies mainly in the speed test nodes, one focuses on the global and the other focuses on the domestic.

Another one-click package test result.

The bandwidth of the machine is exactly the same as the package. The machine is just a pure system and no acceleration such as BBR is installed.

Backhaul routing test

 -------------------------------------------------------------------------------
Guangzhou Telecom traceroute to 14.215.116.1 (14.215.116.1), 30 hops max, 32 byte packets
 1 202.144.194.1 0.49 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.27 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.186.185 35.85 ms * China, Shanghai, ChinaTelecom
 4 *
 5 59.43.138.53 39.19 ms * China, Shanghai, ChinaTelecom
 8 *
 9 183.58.35.14 63.63 ms AS4134 China, Guangdong, Guangzhou, ChinaTelecom
10 183.56.128.2 92.51 ms AS4134 China, Guangdong, Guangzhou, ChinaTelecom
11 14.215.116.1 64.79 ms AS4134 China, Guangdong, Guangzhou, ChinaTelecom

-------------------------------------------------------------------------------
Shanghai Telecom traceroute to 101.95.120.109 (101.95.120.109), 30 hops max, 32 byte packets
 1 202.144.194.1 0.55 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.29 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.183.53 36.14 ms * China, Shanghai, ChinaTelecom
 4 59.43.187.69 36.59 ms * China, Shanghai, ChinaTelecom
 5 59.43.130.217 40.00 ms * China, Shanghai, ChinaTelecom
 6 101.95.88.50 40.63 ms AS4812 China, Shanghai, ChinaTelecom
30 *

-------------------------------------------------------------------------------
Xiamen Telecom traceroute to 117.28.254.129 (117.28.254.129), 30 hops max, 32 byte packets
 1 202.144.194.1 0.43 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.38 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.186.185 35.92 ms * China, Shanghai, ChinaTelecom
 4 *
 5 59.43.138.45 41.73 ms * China, Shanghai, ChinaTelecom
 6 59.43.138.186 62.11 ms * China, Fujian, ChinaTelecom
 8 *
 9 117.25.141.106 55.17 ms AS133775 China, Fujian, Xiamen, ChinaTelecom
10 117.28.254.129 65.84 ms AS4809 China, Fujian, Xiamen, ChinaTelecom

-------------------------------------------------------------------------------
Chongqing Unicom traceroute to 113.207.25.138 (113.207.25.138), 30 hops max, 32 byte packets
 1 202.144.194.1 0.44 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.27 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.186.185 35.84 ms * China, Shanghai, ChinaTelecom
 5 *
 6 59.43.46.85 57.40 ms * China, Beijing, ChinaTelecom
 7 219.158.38.249 60.74 ms AS4837 China, Beijing, ChinaUnicom
 8 *
 9 219.158.101.106 88.92 ms AS4837 China, Chongqing, ChinaUnicom
10 113.207.25.138 87.37 ms AS4837 China, Chongqing, ChinaUnicom

-------------------------------------------------------------------------------
Chengdu Unicom traceroute to 119.6.6.6 (119.6.6.6), 30 hops max, 32 byte packets
 1 202.144.194.1 0.45 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.17 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.186.185 35.77 ms * China, Shanghai, ChinaTelecom
 4 59.43.247.61 65.50 ms * China, Shanghai, ChinaTelecom
 5 59.43.138.65 37.36 ms * China, Shanghai, ChinaTelecom
 6 59.43.46.85 57.18 ms * China, Beijing, ChinaTelecom
 7 219.158.38.249 60.36 ms AS4837 China, Beijing, ChinaUnicom
 8 219.158.109.185 57.86 ms AS4837 China, Beijing, ChinaUnicom
 9 219.158.97.174 91.61 ms AS4837 China, Sichuan, Chengdu, ChinaUnicom
10 119.6.197.142 85.53 ms AS4837 China, Sichuan, Chengdu, ChinaUnicom
11 119.6.195.38 85.91 ms AS4837 China, Sichuan, Chengdu, ChinaUnicom
12 119.6.6.6 87.20 ms AS4837 China, Sichuan, Chengdu, ChinaUnicom

-------------------------------------------------------------------------------
Shanghai Mobile traceroute to 120.204.197.126 (120.204.197.126), 30 hops max, 32 byte packets
 1 202.144.194.1 0.63 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.15 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.183.53 36.08 ms * China, Shanghai, ChinaTelecom
 4 *
 5 59.43.130.217 41.79 ms * China, Shanghai, ChinaTelecom
 6 *
 7 202.97.87.134 41.35 ms AS4134 China, Shanghai, ChinaTelecom
 8 221.183.68.165 36.14 ms AS9808 China, Shanghai, ChinaMobile
 9 221.183.90.241 37.57 ms AS9808 China, Shanghai, ChinaMobile
10 *
11 120.204.194.14 39.70 ms AS9808 China, Shanghai, ChinaMobile
12 120.204.197.126 39.46 ms AS9808 China, Shanghai, ChinaMobile

-------------------------------------------------------------------------------
Chengdu Mobile traceroute to 183.221.253.100 (183.221.253.100), 30 hops max, 32 byte packets
 1 202.144.194.1 0.62 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.34 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.183.53 38.76 ms * China, Shanghai, ChinaTelecom
 6 *
 7 202.97.107.138 69.41 ms AS4134 China, Sichuan, Chengdu, ChinaTelecom
 8 202.97.66.86 71.95 ms AS4134 China, Sichuan, Chengdu, ChinaTelecom
 9 221.183.95.209 93.04 ms AS9808 China, Sichuan, Chengdu, ChinaMobile
10 221.176.20.221 95.01 ms AS9808 China, Sichuan, Chengdu, ChinaMobile
11 *
12 111.24.2.246 108.97 ms AS9808 China, Beijing, ChinaMobile
13 221.176.21.202 110.07 ms AS9808 China, Beijing, ChinaMobile
14 *
15 183.221.253.100 105.03 ms AS9808 China, Sichuan, Chengdu, ChinaMobile

-------------------------------------------------------------------------------
Chengdu Education Network traceroute to 202.112.14.151 (202.112.14.151), 30 hops max, 32 byte packets
 1 202.144.194.1 0.59 ms AS55799,AS63916 Japan, Tokyo, dgchost.net
 2 202.55.27.105 1.29 ms AS4809 Japan, Tokyo, ChinaTelecom
 3 59.43.186.185 35.67 ms * China, Shanghai, ChinaTelecom
 4 59.43.247.61 36.76 ms * China, Shanghai, ChinaTelecom
 5 *
 6 *
 7 202.97.62.78 38.90 ms AS4134 China, Shanghai, ChinaTelecom
 8 *
 9 101.4.118.114 64.41 ms AS4538 China, Shanghai, CHINAEDU
10 101.4.112.41 71.83 ms AS4538 China, Jiangsu, Nanjing, CHINAEDU
11 101.4.117.25 66.40 ms AS4538 China, Anhui, Hefei, CHINAEDU
12 101.4.112.61 69.47 ms AS4538 China, Hubei, Wuhan, CHINAEDU
13 101.4.112.29 91.49 ms AS4538 China, Chongqing, CHINAEDU
14 101.4.117.53 90.35 ms AS4538 China, Chongqing, CHINAEDU
15 *
19 *
20 202.112.14.151 87.68 ms AS24355 China, Sichuan, Chengdu, CHINAEDU

-------------------------------------------------------------------------------

I didn’t post the outbound route here. Major vendors provide test IPs, and you can test the outbound route yourself. Many websites also provide route tracking, which is very convenient. I just saved some space by posting fewer pictures…

Ping Test

We tried pinging from multiple nodes in mainland China, Hong Kong, Macau, Taiwan, and Asia and found that the latency was all relatively low, showing that the CN2 line has obvious advantages.

In general, there is nothing to say about this machine from its hardware performance to the quality of domestic access network. It would be even better if the price was cheaper. Currently, the merchant's special package is still on sale. The annual payment price is more favorable and it can be upgraded to 1TB of traffic for free. It is a good choice if you plan to use it for a long time.