How about vmiss? A brief evaluation of the VPS of Los Angeles Unicom AS9929 line

vmiss vps has added Los Angeles Unicom AS9929 high-end line VPS to the original Los Angeles cn2 gia, Hong Kong cn2, Japan Iij, and South Korea cn2, and there is currently a permanent 20% discount, as low as 4 Canadian dollars/month (roughly 20 yuan). So what is the actual effect of vmiss, the vps of American Unicom AS9929 high-end line? Please see the test data we brought below for reference only!

Official website: https://vmiss.com/

20% off discount code: 20% OFF

VPS features: KVM virtualization, pure SSD raid10 array, 200~500Mbps bandwidth, comes with an IPv4

Currently, 1 Canadian dollar is roughly equal to 5.2 yuan, and the exchange rate will change!

Memory	CPU	SSD	Traffic	Bandwidth	Price	Purchase
1G	1 core	10G	500G/month	200M	CAD$4/month	Link
1G	1 core	15G	1.0T/month	200M	CAD$6.8/month	Link
2G	1 core	20G	1.5TT/month	300M	12.8 Canadian dollars/month	Link
2G	2 cores	40G	2.5TT/month	500M	CAD$24/month	Link
4G	2 cores	80G	4.0T/month	500M	CAD$48/month	Link

The CPU is roughly clocked at 2.3GHz, vmiss the broadcast IP under its own AS, the current hard disk I/O is roughly 723MB/S, the webmaster has enabled BBR:

FIO once again tested the hard drive’s ability to read and write data, and it was quite impressive:

We use multiple nodes of speedtest.net to run the uplink and downlink bandwidth of Xiaoji to see how much it can run under the current environment in mainland China. This parameter is a very important reference standard. The data is as follows:

Compare the effect during the evening peak backbone network explosion and look at the situation of this AS9929 high-end product:

We are using other nodes in the Asia region of speedtest.net to run it:

Use some nodes of speedtest.net in the United States, Europe, Asia, and Africa to run:

The network effect of running iperf3 alone in Europe and the United States:

I am currently on a business trip in Yangjiang, Guangdong, and I am still using free WiFi with mobile bandwidth. The signal is not good yet. Let’s take a look at the actual download speed:

The following is the Chengdu 200M Unicom server used by the webmaster. The download speed is approximately 16.7MB/S, tested at 22:51 during the evening peak:

The webmaster uses Hubei Telecom's 100M bandwidth cloud server to download, at 22:52 during the evening peak, check the speed: 10.9MB/S

The delay monitoring data of multi-nodes in mainland China are roughly as follows:

For the outbound journey of China Telecom, the backbone network is transferred to China Unicom AS9929:

China Unicom outbound journey, China Unicom backbone transfer to China Unicom AS9929:

Mobile outbound, mobile outbound is directly connected to the Los Angeles mobile POP node:

Return to China Telecom: Forced to use China Unicom AS9929 link to return

On the return trip to China Unicom: all via AS9929

Return to China Mobile: China Unicom’s AS9929 link is also mandatory

TIKTOK streaming media unlock test: no chance

Partial cross-regional streaming media unlocking test:

Some North American streaming media unlocking tests:

Some performance test parameters:

A rough summary:

Both China Telecom and China Unicom use AS9929 for the outbound journey, and China Mobile is directly connected to the US Mobile POP; for the return trip, all three networks are forced to use AS9929. There is no need to worry about the speed, even during the evening peak period when the backbone network explodes. It almost reaches full bandwidth.

In terms of performance, the current I/O is still very powerful, and the CPU seems to be relatively weak. This is not a problem if you are not doing large-scale projects...

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