At the beginning of last month, we purchased the vmiss Hong Kong BGP V2 host and conducted a simple test (detailed review). Today, let's take a look at the CN-Hong Kong-BGP series. This series of hosts is located in the Hong Kong Cloudie data center, which is also an earlier established Hong Kong data center. The tribe has known it since the beginning of playing vps. The three domestic networks are directly connected to the BGP line. The Hong Kong BGP series host of vmiss uses Intel CPU and SSD hard disk. The online time of this node is also relatively long. After using the vmiss discount code, the lowest monthly payment starts at 4 Canadian dollars. Official website: www.vmiss.com Package Information
***Default price is in Canadian dollars, please pay with Alipay, please use the discount code: 20%OFF *** Host ConfigurationThis time, we chose the minimum configuration package, with a single-core CPU, 1GB of memory, a 10GB SSD hard drive, a 100Mbps peak port, and a monthly payment of 4 Canadian dollars, equivalent to about 21.2 yuan. vmiss also installed the Debian 11 system this time. Basic TestsCPU/Memory/Disk Tests Below is the one-click basic test of Fusion Monster, including CPU, memory and disk io test information Here is another speedtest IO Test result Bandwidth test First, I will post the most basic test information of bench.sh, mainly the overseas access situation The following is the domestic three-network test information Below are the speedtest test results for Asia Outbound routing test Telecom's outbound trip is to Hong Kong via CN2 China Unicom backbone network directly connected to Hong Kong China Mobile backbone network to CMI and Hong Kong are all direct lines Backhaul routing test First use the one-click package to directly view the results, BGP line, directly connected to mainland China The following are some tracert results. Shanghai Telecom traceroute to 202.96.209.133 (202.96.209.133), 30 hops max, 32 byte packets 1 10.182.101.58 0.82 ms * LAN2 10.82.3.254 1.38 ms * LAN3 * 5 202.77.23.29 12.92 ms AS10099 China, Hong Kong, chinaunicom.com, China Unicom6 219.158.10.29 10.06 ms AS4837 China, Guangdong, Guangzhou, chinaunicom.com, China Unicom7 219.158.20.221 16.76 ms AS4837 China, Guangdong, Guangzhou, chinaunicom.com, China Unicom8 * 10 219.158.123.62 40.52 ms AS4837 China, Shanghai, chinaunicom.com, China Unicom11 * 14 124.74.229.238 38.88 ms AS4812 China, Shanghai, chinatelecom.com.cn, Telecom 15 ns-pd.online.sh.cn (202.96.209.133) 37.49 ms AS4812 China, Shanghai, chinatelecom.com.cn, Telecom ------------------------------------------------------------------ Shenzhen Unicom traceroute to 210.21.196.6 (210.21.196.6), 30 hops max, 32 byte packets 1 10.182.101.58 1.01 ms * LAN2 10.82.3.254 0.70 ms * LAN3 * 5 162.245.124.165 5.65 ms AS10099 China, Hong Kong, chinaunicom.com, China Unicom6 43.252.86.129 4.20 ms AS10099 China, Hong Kong, chinaunicom.com, China Unicom7 219.158.6.121 11.87 ms AS4837 China, Guangdong, Guangzhou, chinaunicom.com, China Unicom8 219.158.103.37 50.84 ms AS4837 China, Guangdong, Guangzhou, chinaunicom.com, China Unicom9 219.158.103.41 9.85 ms AS4837 China, Guangdong, Guangzhou, chinaunicom.com, China Unicom10 120.86.0.66 17.83 ms AS17816 China, Guangdong, Shenzhen, chinaunicom.com, China Unicom11 120.80.144.38 19.65 ms AS17623 China, Guangdong, Shenzhen, chinaunicom.com, China Unicom12 dns2-ftcg.gdsz.cncnet.net (210.21.196.6) 12.94 ms AS17623 China, Guangdong, Shenzhen, chinaunicom.com, China Unicom---------------------------------------------------------------------- Beijing Mobile traceroute to 221.179.155.161 (221.179.155.161), 30 hops max, 32 byte packets 1 10.182.101.58 0.67 ms * LAN2 10.82.3.254 31.66 ms * LAN3 * 4 * 5 223.120.3.89 4.17 ms AS58453 China, Hong Kong, chinamobile.com, Mobile6 223.120.22.142 40.47 ms AS58453 China, Beijing, chinamobile.com, Mobile7 221.183.55.110 42.97 ms AS9808 China, Beijing, chinamobile.com, Mobile8 221.183.25.201 48.93 ms AS9808 China, Beijing, chinamobile.com, Mobile9 221.183.89.122 48.36 ms AS9808 China, Beijing, chinamobile.com, Mobile10 221.183.46.178 48.11 ms AS9808 China, Beijing, chinamobile.com, Mobileyanchice11 * 12 cachedns03.bj.chinamobile.com (221.179.155.161) 51.33 ms AS56048 China, Beijing, chinamobile.com, Mobile---------------------------------------------------------------------- Chengdu Education Network traceroute to 202.112.14.151 (202.112.14.151), 30 hops max, 32 byte packets 1 10.182.101.58 0.96 ms * LAN2 10.82.3.254 0.79 ms * LAN3 * 4 * 5 CN.HKG.CTGNet (69.194.169.101) 4.25 ms * China, Hong Kong, chinatelecom.com.cn, Telecom6 CTCN2.CN.SHA.CTGNet (203.22.178.82) 28.64 ms * China, Shanghai, chinatelecom.com.cn, Telecom7 59.43.245.69 34.47 ms * China, chinatelecom.com.cn, Telecom8 202.97.74.38 36.74 ms AS4134 China, Shanghai, chinatelecom.com.cn, Telecom9 202.97.24.249 34.60 ms AS4134 China, Shanghai, chinatelecom.com.cn, Telecom10 202.97.29.162 41.52 ms AS4134 China, Hubei, Wuhan, chinatelecom.com.cn, Telecom11 * 15 101.4.112.29 70.32 ms AS4538 China, Chongqing, edu.cn, education network 16 * 17 101.4.116.242 65.10 ms AS4538 China, Sichuan, Chengdu, edu.cn, education network 18 * 21 202.112.14.151 65.71 ms AS24355 China, Sichuan, Chengdu, University of Electronic Science and Technology of China, CERNET Southwest Network Center, edu.cn, education network Latency TestThe delay test in Hong Kong with three networks directly connected is indeed not very meaningful, but I'm used to it. Here I chose 324 nodes in mainland China, Hong Kong, Macau and Taiwan for testing. It feels that the delay is lower than V2, maybe it's due to the difference in test time. The vmiss Hong Kong BGP host is directly connected to three domestic networks, with good io and bandwidth. The bandwidth test feels slightly lower than the Hong Kong BGP V2 tested last time. The delays of the three networks are similar. For a cheap Hong Kong vps with a monthly payment of more than 20 yuan, it is very good (please pay attention to use the vmiss discount code: 20%OFF when placing an order). |
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