Let’s briefly evaluate hostwinds’ Seattle VPS and see how hostwinds is.

Hostwinds was first developed based on the central city of Dallas in the United States. Later, it successively opened data centers in Seattle on the West Coast and Amsterdam in the Netherlands. Since it has always had a very high reputation abroad, we will still use their West Coast Seattle data here. Let’s also review the center’s VPS for your reference. Maybe many people want to try to understand it.

Official website: https://www.hostwinds.com

Payment methods: Bitcoin, credit card, PayPal, Alipay

VPS features: underlying KVM, enterprise-class SSD raid10, 1Gbps bandwidth (redundant), enterprise-class FireWall, snapshots, custom ISO, Volumes (equivalent to a second hard drive with customizable size), Object Storage (fast storage) ), Load Balancers

The lowest configuration VPS was used for the test. After receiving it, I found that the CPU was e5-2620v4 and the hard disk I/O was approximately 749MB/S:

FIO tested very well:

What everyone is more concerned about is how far this VPS can run on the mainland China network. Here we use speedtest.net's three network nodes in mainland China to test the uplink and downlink bandwidth. The specific data is as follows:

Let’s take a look at the effect during the evening peak backbone network explosion. It is still good. After all, this is not a high-end luxury China optimized network such as CN2 GIA or CUII:

Testing other nodes in Asia except mainland China:

iperf3 is mainly aimed at European and American node testing, and the results are as follows:

The webmaster stored a file on the VPS, Guangzhou Telecom, and downloaded it directly using the Chrome browser (note that the webmaster has turned on BBR, and it is recommended that everyone turn on BBR directly). The speed is approximately 13.8MB/S:

During the evening peak period, the backbone network attenuated significantly, only 4.2MB/S, which is still acceptable:

The PING test data of 80 nodes in mainland China are as follows:

Telecom outbound, backbone network docking with NTT:

China Unicom outbound, backbone network docking with zayo:

Mobile outbound journey: Hong Kong CMI docking cogento

Return to Mainland China Telecom: San Jose cogentco on the west coast connects with the backbone of China Telecom

Return to China Unicom: China Unicom node in San Jose takes AS4837 and comes back directly, very bright

Return to China Mobile: from Seattle, San Jose, and Los Angeles respectively, and they are all China Mobile's nodes in the United States, directly connected back to China

Finally test the Unix bench:

To summarize:

In terms of speed, since China Telecom uses cogentco to return to China, the effect may be a little worse, especially during the evening peak hours. The actual download speed of the webmaster during the evening peak hours can be about 4MB/S. Judging from the backhaul between China Unicom and China Mobile, the effect is much better. One uses China Unicom AS4837 and the other uses China Unicom's node direct connection. If you are not a telecom user who is particularly interested in comparing CN2 GIA, and with hostwinds’ fantastic after-sales service and stability, the webmaster still recommends that you give it a try.

Official website: https://www.hostwinds.com

Payment methods: Bitcoin, credit card, PayPal, Alipay

Hostwinds all computer room evaluation:

Seattle: https:// /47361.html

Dallas: https:// /47325.html

Amsterdam: https:// /57350.html

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