Simple evaluation of gfrack French high-defense VPS (99 yuan/year, 1G memory/1 core/30gNVMe/unlimited traffic)

gfrack, a newly established VPS brand, currently focuses on the French high-defense cloud server business. It has a default bandwidth of 500M and no traffic restrictions. The top high-defense company OVH provides defense. It can't be killed even if it hits at least 300 to 500 Gbps; Of course, there are also 100G high-defense cloud servers in Zhenjiang, mainland China, with a default bandwidth of 100M... Here I made a high-defense cloud server from France for 99 yuan a year to play with. I will write a review for everyone. If you are interested, take a look. !

Don’t say anything for now, just take a look for yourselves. The webmaster made one himself, and this is the effect!

Demo website: http://141.95.139.54/

(By default, it is built on this high-defense VPS with an annual payment of 99 yuan. Click here to purchase the link)

Download speed test: http://141.95.139.54/1gb.bin

What you can roughly see is that the CPU is an e5-1650v4 high-frequency CPU, and the hard disk I/O is roughly 713MB/S:

Detailed data of FIO test hard disk read and write:

The script was written by Teddy, and the marked bandwidth is 500Mbps. From the test, it seems that the downlink is 1Gbps:

Let’s take a rough look at the tests on other nodes in Asia except mainland China:

The effect of running iperf3 in Europe and America is roughly as follows:

The webmaster of the files stored on the test VPS is Guangzhou Telecom, and the download speed hovers between 600~850KB/S:

The test data of nearly 80 nodes provided by ping.chinaz.com in mainland China is as follows:

For telecommunications, we saw the backbone network reaching the United States and then to Europe:

China Unicom's outbound backbone network goes directly to France in Europe:

Mobile outbound journey, direct to France after Hong Kong CMI:

Return to China Telecom:

Beijing and Shanghai direction: France to the UK via cogentco and then to the telecommunications backbone of mainland China

Guangzhou direction: From France to Sweden, take the teliea and then pass through the telecommunications backbone of mainland China

Return to China Unicom:

Beijing direction: From France to Verizon, Germany, take AS4837 back

Shanghai direction: France to San Jose, USA, take level 3 and then take AS4837 back

Guangzhou direction: France to Los Angeles, USA, take level 3 and then take AS4837 back

Return, move to mainland China: the mobile node from France to the UK and then directly connected back to China

To summarize:

The return journey seems to be the best on mobile, but the effect still needs feedback from mobile users themselves.

The main focus is high defense, but don’t be too demanding in terms of speed. OVH has always been like this.

At present, the overall performance is still outstanding. If you are interested, try it yourself!

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