How about v.ps? Simple evaluation of VPS in Osaka data center, Japan

How about v.ps? v.ps How about Japan? The Japanese VPS of v.ps has two data centers in Tokyo, Japan and Osaka. We have tested the mini VPS in Tokyo, Japan before. If you are interested, please click here to "Simple evaluation of V.PS' VPS of Tokyo, Japan "SoftBank Line"". What we bring to you this time is the test of Osaka cloud server. The data is for reference only.

Official website: https://v.ps/

VPS features:

KVM virtualization, SSD RAID10 array, 1Gbps bandwidth, comes with an IPv4, traffic can be purchased by DIY

Memory	CPU	SSD	Traffic	Price	Purchase
1G	1 core	20G	1T/month	€17.95/season	Link
2G	2 cores	30G	1T/month	€22.95/season	Link
4G	4 cores	80G	1T/month	€28.95/season	Link
8G	8 cores	40G	1T/month	€56.95/season	Link

The CPU is e5-2678v3 (2.5GHz frequency), XTOM is the AS of v.ps, and the current I/O is approximately 187MB/S:

Data reading and writing of hard disk under FIO test:

Let’s use speedtest.net’s three network nodes in mainland China to run the uplink and downlink bandwidth and see how much it can increase, right? The approximate data is as follows:

For comparison, we also conducted a test during the evening rush hour to facilitate comparison with daytime:

Let’s continue running the international nodes to see the general situation:

We specifically look at countries or regions in Asia:

iperf3 runs several European and American 10G bandwidth nodes and takes a look at the data:

iperf3 test, but this time it is an IPv6 environment:

The webmaster stored a file on Test Chicken, and Guangzhou Telecom downloaded it directly using the browser to see the speed:

Continue to take a look at the time when the backbone network explodes during the evening peak, and pay attention to comparing the data during the day:

During evening peak hours, look at the download speed on China Unicom Chengdu:

During the evening peak period, Hubei Shiyan Telecom’s download speed is roughly as follows:

Latency test data of multiple nodes of the three networks in mainland China:

For the outbound telecommunications journey, take IIJ:

The outbound journey from China Unicom is also via IIJ:

Move the outbound journey, CMI docking level 3 to Japan (no detour):

For the return trip from China Telecom, take Iij to Tokyo, Japan, and directly connect back to China from China Telecom’s Tokyo node:

On the return trip from China Unicom, take IIJ to directly connect to China Unicom’s backbone:

Mobile backhaul, use IIJ to directly connect to the mobile backbone:

The streaming media unlocking test is roughly as follows:

VPS performance test, some data test results are roughly as follows:

A rough summary:

For the outbound journey, China Telecom and China Unicom both use IIJ, while China Mobile uses Level 3 to go directly to Japan. They are all direct connections without detours;

For the return trip, the three networks are forced to use IIJ to return to China... The entire VPS is directly connected to and from China and Japan...

V.PS all computer room evaluation:

Germany AS9929: https:// /57284.html

Netherlands AS9929: https:// /57251.html

UK AS9929: https:// /57317.html

Australia AS9929: https:// /56779.html

San Jose AS4809+9929: https:// /56974.html

Hong Kong CMI: https:// /54798.html

IIJ Osaka, Japan: https:// /56812.html

SoftBank Tokyo, Japan: https:// /50044.html

New York: https:// /57006.html

Dusseldorf, Germany: https:// /57209.html

Estonia: https:// /57176.html

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