DC9 (CN2 GIA) simple test

Last September, I followed the trend and bought a VPS with a special offer of $46.59/year from Bandwagonhost (reviewing the information at that time). I wrote two reviews, including the default DC6 (CN2 GIA) when placing an order and the migration to Osaka, Japan (Softbank). It has been idle ever since. Fortunately, the merchant has a special offer for DC9, which has a higher configuration and a lower price than the one I bought at that time. However, DC9 is fixed and cannot be migrated, so I migrated my VPS to DC9 and did a test for your reference.

Official website: www.bandwagonhost.com

Package Information

***Note that except for the first special annual payment fixed DC9 (cannot be changed), the subsequent packages can choose DC6/DC9/Osaka, Japan, etc., and support self-service node migration. Discount code: BWHCCNCXVV ***

Host Configuration

I have an old package, equipped with a single-core CPU, 512MB of memory, a 10GB SSD disk, and 500GB of monthly traffic. I installed the CentOS7.9 operating system, and the IP segment 67.230.179.* was assigned after migration.

Basic Tests

CPU/Memory/Disk Tests

Below is the basic test information of Fusion Monster, including CPU, memory and disk DD/fio test information

Here is another speedtest IO Test result

Bandwidth test

The most basic bench one-click package test includes not only bandwidth but also IO tests. The VPS I bought has a default 1Gbps port.

Domestic three-network test

Another speedtest test

Streaming Unblocking

Anyway, this result is included in the one-click package, so I'll post it here.

Outbound routing test

First is China Telecom, the outbound route is also CN2 line

Direct connection to China Unicom backbone network

China Mobile is similar to China Unicom, with its own backbone network to the computer room

Backhaul routing test

Directly posted the fusion monster test results, three network return CN2

For specific tracert return information of the three networks in some areas, please refer to the following information

 Shanghai Telecom traceroute to 202.96.209.133 (202.96.209.133), 30 hops max, 32 byte packets
 1 10.29.0.1 19.76 ms * LAN2 10.29.255.0 19.26 ms * LAN3 218.30.48.61 0.86 ms AS4134 United States, California, Los Angeles, chinatelecom.com.cn, Telecom4 *
 5 59.43.247.185 128.77 ms * China, Shanghai, chinatelecom.com.cn, Telecom6 59.43.159.17 129.84 ms * China, Shanghai, chinatelecom.com.cn, Telecom7 *
 8 61.152.51.142 129.27 ms AS4812 China, Shanghai, chinatelecom.com.cn, Telecom 9 ns-pd.online.sh.cn (202.96.209.133) 126.69 ms AS4812 China, Shanghai, chinatelecom.com.cn, Telecom----------------------------------------------------------------------
Beijing Unicom traceroute to 202.106.50.1 (202.106.50.1), 30 hops max, 32 byte packets
 1 10.29.0.1 20.21 ms * LAN2 10.29.255.0 18.70 ms * LAN3 218.30.48.129 1.06 ms AS4134 United States, California, Los Angeles, chinatelecom.com.cn, Telecom6 59.43.159.17 139.16 ms * China, Shanghai, chinatelecom.com.cn, Telecom7 219.158.40.173 136.06 ms AS4837 China, Shanghai, chinaunicom.com, Unicom8 *
 9 219.158.16.89 160.77 ms AS4837 China, Beijing, chinaunicom.com, China Unicom11 202.106.50.1 159.58 ms AS4808 China, Beijing, chinaunicom.com, China Unicom----------------------------------------------------------------------
Shenzhen Mobile traceroute to 120.196.165.24 (120.196.165.24), 30 hops max, 32 byte packets
 1 10.29.0.1 13.85 ms * LAN2 10.29.255.0 152.49 ms * LAN3 218.30.48.61 1.06 ms AS4134 United States, California, Los Angeles, chinatelecom.com.cn, Telecom4 59.43.246.233 150.34 ms * China, Guangdong, Guangzhou, chinatelecom.com.cn, Telecom5 59.43.180.241 155.12 ms * China, Guangdong, Guangzhou, chinatelecom.com.cn, Telecom6 59.43.130.109 156.33 ms * China, Guangdong, Guangzhou, chinatelecom.com.cn, Telecom11 221.183.71.82 187.27 ms AS9808 China, Guangdong, Guangzhou, chinamobile.com, Mobile12 221.183.110.170 190.09 ms AS9808 China, Guangdong, Guangzhou, chinamobile.com, Mobile13 117.180.180.58 188.12 ms AS9808 China, Guangdong, Guangzhou, chinamobile.com, Mobile14 ns6.gd.cnmobile.net (120.196.165.24) 188.98 ms AS56040 China, Guangdong, Shenzhen, chinamobile.com, Mobile----------------------------------------------------------------------
Chengdu Education Network traceroute to 202.112.14.151 (202.112.14.151), 30 hops max, 32 byte packets
 1 10.29.0.1 14.21 ms * LAN2 10.29.255.0 12.53 ms * LAN3 218.30.48.129 1.05 ms AS4134 United States, California, Los Angeles, chinatelecom.com.cn, Telecom4 59.43.189.33 127.06 ms * China, Shanghai, chinatelecom.com.cn, Telecom5 59.43.39.137 128.48 ms * China, Shanghai, chinatelecom.com.cn, Telecom6 59.43.159.17 134.11 ms * China, Shanghai, chinatelecom.com.cn, Telecom7 59.43.80.141 129.73 ms * China, Shanghai, chinatelecom.com.cn, Telecom12 101.4.118.213 155.19 ms AS4538 China, Hubei, Wuhan, edu.cn, Education Network13 101.4.112.29 173.41 ms AS4538 China, Chongqing, edu.cn, Education Network14 *
15 101.4.116.242 179.74 ms AS4538 China, Sichuan, Chengdu, edu.cn, education network 19 *
20 202.112.14.151 181.38 ms AS24355 China, Sichuan, Chengdu, University of Electronic Science and Technology of China, CERNET Southwest Network Center, edu.cn, education network

Latency Test

Ping delay was tested on some nodes in mainland China and North America. Compared with US VPS, DC9 is at the upper level in China, and my local telecom ping is also very low.

In general, BandwagonHost is one of the few businesses that provide CN2 GIA with large bandwidth. Whether it is DC6 or DC9, the bandwidth starts at 1Gbps. The only drawback of this $35.42/year package is that you cannot migrate and change nodes by yourself. However, it is also a good choice if you want to use Los Angeles CN2 GIA with peace of mind, and the price is much cheaper than those that can be migrated.