Briefly evaluate the VPS of tmhhost’s Los Angeles Unicom as9929 line

tmhhost has been on the vps (cloud server) of Unicom AS9929 high-end line in Los Angeles in November. It seems that no one has published a review article or said the effect so far. In fact, all old members have secretly used it. It's been a while. Here we will send you a review we wrote a few days ago. The data is for reference only!

Official website: https://tmhhost.com

Overseas elastic cloud server: https://www.tmhhost.com/cart?fid=6&gid=74

What you can see after getting the VPS is that the CPU is e5-2660v2, the vps chick has no castrated clock speed; the hard disk I/O is approximately 192MB/S:

We use the FIO test again to see the read and write performance of the hard disk. It seems that there is not much difference from the above:

The VPS opened by the webmaster defaults to a minimum bandwidth of 100Mbps, and the elastic cloud server provided by the official has a maximum bandwidth of 200Mbps. You can choose according to your own needs. Here we use speedtest.net's three-network node in mainland China to test the uplink bandwidth and downlink bandwidth. Let's first look at the effect during the evening peak export network explosion period:

Looking at the uplink and downlink effects during leisure time, you should be quite satisfied, right? Upload is basically running full!

speedtest’s node test in the Asian region does not include mainland China. We have already tested the three network nodes in the mainland above:

iperf3 test results in Europe and the United States:

The webmaster of the files stored on the test VPS is Guangzhou Telecom. During the evening peak period, I downloaded them directly using the Chrome browser. Judging from the speed, 10.4M/S should be quite good:

The results of the test during the leisure time during the day are roughly 10.6MB/S:

Those who are concerned about ping can take a look at the multi-node ping data in mainland China tested by ping.chinaz.com on approximately 80 nodes, which is roughly as follows:

For the outbound journey from Telecom, take GTT after the backbone of Telecom:

China Unicom’s outbound journey and China Unicom’s backbone journey via GTT:

The outbound journey has been started, and we will take cogentco after Hong Kong CMI:

Highlight the key points and see how the return route is used? ! This is directly related to the issue of speed!

Return trip to China Telecom: Take China Unicom international line AS10099 in Los Angeles, USA, then go to Hong Kong (2.58.231.10, the IP attribution data is wrong, it actually arrived in Hong Kong, mnt-hk-ipv4superhub-1) and then connect to China Unicom AS9929 to the mainland , then transfer to China Telecom

Return to China Unicom: It is almost the same as China Telecom before the entrance. First, transfer to China Unicom International AS10090 to Hong Kong, then transfer to AS9929 to the mainland, then transfer to China Unicom AS4837, etc.

Return to China Mobile: The same method as before for China Telecom and China Unicom. Before entering the mainland, it is China Unicom International segment AS10099 to Hong Kong, then AS9929 to the mainland, and then transfer to China Mobile

Let me give you a streaming media test result. It is for reference only and is subject to your actual measurement:

To summarize:

The outbound journey is an ordinary international network, and the return journey is all via China Unicom's AS9929 standard route; so there is no need to worry about speed. If you are interested, you can try it yourself!

Overseas elastic cloud server: https://www.tmhhost.com/cart?fid=10&gid=79

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