80VPS new platform Los Angeles Cera data center (China Unicom CUVIP line) KVM simple test
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Some time ago, I shared the news of 80VPS's new platform and the launch of the CUVIP line host in the Los Angeles Cera data center. It uses the AMD Ryzen series CPU + NVMe disk combination. I just ordered the lowest annual payment package, so I posted some test information for your reference. Regarding the CUVIP line of China Unicom, SpartanHost, which has been very popular recently, uses this line. In February, Cera pulled two 100G AS4837s from Shanghai Unicom. The three networks used their own lines for the outbound journey and Shanghai Unicom AS4837 for the return journey. Product information: https://www..net/24696.html Host ConfigurationThe computer room is described at the beginning of the article. The VPS configuration involved in this article is dual-core CPU, 1GB memory, 20GB system disk + 10GB data disk, 1TB monthly traffic, and the operating system I installed is CentOS7.6 Basic InformationThe new platform uses the Magic Cube system (the old platform is the Yungu system), which is similar in terms of account and product management. The VPS management functions are very comprehensive and there is no discomfort in using them. The resource usage charts are more intuitive and the VNC function is more stable. IO and bandwidth testing Two one-click packages were used for testing. The first one is the SuperSpeed comprehensive test script. The line bandwidth is sufficient, which is 200Mbps. Below is the second script test, including IO information. Outbound Routing I have conducted multiple tests on outbound routing in different regions with different operators, so I will not post all of them here. For the outbound routes of the three networks' own lines, generally speaking, China Telecom uses AS4134, China Unicom uses AS4837, and China Mobile uses AS9808. Telecom outbound Unicom outbound Mobile outbound Backhaul Routing The backhaul route is tested using a script. The execution results are directly pasted. The backhaul of the three networks goes through Shanghai Unicom AS4837 ------------------------------------------------------------------------------- Guangzhou Telecom traceroute to 14.215.116.1 (14.215.116.1), 30 hops max, 60 byte packets 1 10.0.2.1 0.13 ms http: json http: json 2 154.208.11.129 3.60 ms http: json http: json 3 23.224.21.54 1.64 ms http: json http: json 4 * 5 192.168.101.62 1.74 ms http: json http: json 6 * 7 23.225.225.65 136.77 ms http: json http: json 8 219.158.116.233 166.40 ms http: json http: json 9 219.158.113.118 187.10 ms http: json http: json 10 219.158.113.101 165.81 ms http: json http: json 11 219.158.107.30 195.55 ms http: json http: json 12 219.158.9.38 191.14 ms http: json http: json 13 202.97.17.145 207.66 ms http: json http: json 14 * 15 * 16 * 17 183.56.128.2 199.68 ms http: json http: json 18 14.215.116.1 200.59 ms http: json http: json ------------------------------------------------------------------------------- Shanghai Telecom traceroute to 101.95.120.109 (101.95.120.109), 30 hops max, 60 byte packets 1 10.0.2.1 0.10 ms http: json http: json 2 154.208.11.129 4.00 ms http: json http: json 3 23.224.21.54 1.61 ms http: json http: json 4 192.168.101.201 1.94 ms http: json http: json 5 192.168.101.62 1.81 ms http: json http: json 6 * 7 23.225.225.65 140.20 ms http: json http: json 8 219.158.97.181 135.81 ms http: json http: json 9 219.158.113.138 137.09 ms http: json http: json 10 * 11 219.158.109.174 164.51 ms http: json http: json 12 202.97.17.189 135.15 ms http: json http: json 13 * 14 61.152.25.197 163.93 ms http: json http: json 15 101.95.120.109 134.18 ms http: json http: json ------------------------------------------------------------------------------- Xiamen Telecom traceroute to 117.28.254.129 (117.28.254.129), 30 hops max, 60 byte packets 1 10.0.2.1 0.13 ms http: json http: json 2 154.208.11.129 6.04 ms http: json http: json 3 23.224.21.54 1.63 ms http: json http: json 4 * 5 192.168.101.62 2.05 ms http: json http: json 6 * 7 23.225.225.65 135.28 ms http: json http: json 8 219.158.97.177 161.14 ms http: json http: json 9 219.158.113.122 165.83 ms http: json http: json 10 219.158.113.101 150.55 ms http: json http: json 11 219.158.18.150 166.42 ms http: json http: json 12 219.158.12.46 168.35 ms http: json http: json 13 * 14 * 15 27.159.81.22 174.98 ms http: json http: json 16 27.148.195.90 173.29 ms http: json http: json 17 117.25.141.106 192.99 ms http: json http: json 18 117.28.254.129 185.67 ms http: json http: json ------------------------------------------------------------------------------- Chongqing Unicom traceroute to 113.207.25.138 (113.207.25.138), 30 hops max, 60 byte packets 1 10.0.2.1 0.09 ms http: json http: json 2 154.208.11.129 3.27 ms http: json http: json 3 23.224.21.54 1.65 ms http: json http: json 4 * 5 192.168.101.62 1.70 ms http: json http: json 6 * 7 23.225.225.65 135.29 ms http: json http: json 8 219.158.116.237 143.04 ms http: json http: json 9 219.158.113.134 143.82 ms http: json http: json 10 219.158.113.101 144.06 ms http: json http: json 11 219.158.106.254 186.33 ms http: json http: json 12 113.207.25.138 181.06 ms http: json http: json ------------------------------------------------------------------------------- Chengdu Unicom traceroute to 119.6.6.6 (119.6.6.6), 30 hops max, 60 byte packets 1 10.0.2.1 0.09 ms http: json http: json 2 154.208.11.129 4.21 ms http: json http: json 3 23.224.21.54 2.40 ms http: json http: json 4 192.168.101.201 1.93 ms http: json http: json 5 192.168.101.62 1.47 ms http: json http: json 6 * 7 23.225.225.65 139.82 ms http: json http: json 8 219.158.97.177 157.86 ms http: json http: json 9 219.158.19.86 155.60 ms http: json http: json 10 219.158.19.69 160.95 ms http: json http: json 11 219.158.104.126 195.56 ms http: json http: json 12 119.6.197.170 195.56 ms http: json http: json 13 119.7.220.226 255.53 ms http: json http: json 14 119.6.6.6 196.19 ms http: json http: json ------------------------------------------------------------------------------- Shanghai Mobile traceroute to 183.192.160.3 (183.192.160.3), 30 hops max, 60 byte packets 1 10.0.2.1 0.12 ms http: json http: json 2 154.208.11.129 3.09 ms http: json http: json 3 23.224.21.54 1.61 ms http: json http: json 4 * 5 192.168.101.62 1.55 ms http: json http: json 6 * 7 23.225.225.65 141.30 ms http: json http: json 8 219.158.116.245 132.93 ms http: json http: json 9 219.158.113.138 133.80 ms http: json http: json 10 219.158.113.109 159.29 ms http: json http: json 11 219.158.9.98 135.04 ms http: json http: json 12 219.158.35.22 153.98 ms http: json http: json 13 221.176.17.165 158.90 ms http: json http: json 14 * 15 117.143.13.202 163.50 ms http: json http: json 16 120.204.194.14 160.55 ms http: json http: json 17 120.204.197.126 180.43 ms http: json http: json 18 120.204.197.126 163.44 ms http: json http: json 19 * 30 * ------------------------------------------------------------------------------- Chengdu Mobile traceroute to 183.221.253.100 (183.221.253.100), 30 hops max, 60 byte packets 1 10.0.2.1 0.09 ms http: json http: json 2 154.208.11.129 3.19 ms http: json http: json 3 23.224.21.54 1.59 ms http: json http: json 4 192.168.101.201 1.87 ms http: json http: json 5 192.168.101.62 1.64 ms http: json http: json 6 * 7 23.225.225.65 137.06 ms http: json http: json 8 219.158.116.233 166.48 ms http: json http: json 9 219.158.113.118 190.19 ms http: json http: json 10 219.158.113.101 166.35 ms http: json http: json 11 219.158.110.222 212.08 ms http: json http: json 12 219.158.9.250 214.58 ms http: json http: json 13 219.158.45.226 211.18 ms http: json http: json 14 221.176.20.225 205.67 ms http: json http: json 15 111.24.8.122 214.59 ms http: json http: json 16 111.9.130.38 208.91 ms http: json http: json 17 223.87.85.50 214.77 ms http: json http: json 18 183.221.253.100 214.52 ms http: json http: json ------------------------------------------------------------------------------- Chengdu Education Network traceroute to 202.112.14.151 (202.112.14.151), 30 hops max, 60 byte packets 1 10.0.2.1 0.11 ms http: json http: json 2 154.208.11.129 7.37 ms http: json http: json 3 23.224.21.54 1.45 ms http: json http: json 4 * 5 192.168.101.62 1.55 ms http: json http: json 6 * 7 23.225.225.65 137.30 ms http: json http: json 8 219.158.116.233 165.75 ms http: json http: json 9 219.158.19.86 176.48 ms http: json http: json 10 219.158.19.81 171.68 ms http: json http: json 11 219.158.6.197 203.95 ms http: json http: json 12 219.158.5.130 223.64 ms http: json http: json 13 219.158.39.54 205.65 ms http: json http: json 14 101.4.116.65 200.24 ms http: json http: json 15 101.4.116.158 229.48 ms http: json http: json 16 202.115.255.2 244.84 ms http: json http: json 17 202.115.254.246 226.01 ms http: json http: json 18 * 19 202.112.14.151 232.49 ms http: json http: json Ping TestPing test results of multiple nodes in mainland China, Hong Kong, Macau and Taiwan through IPIP.NET In general, although China Unicom CUVIP cannot be called a premium line, it is also an excellent line. The outbound route is AS4134 for China Telecom, AS4837 for China Unicom, and AS9808 for China Mobile. The return route is Shanghai Unicom AS4837. It has sufficient bandwidth and powerful machine configuration. Currently, the merchant has a 50% discount on regular packages, and the promotional annual package starts at 349 yuan/year. If you are interested, you can visit the merchant website: www.80vps.com |
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