How about raksmart cloud server? Simple evaluation of the cloud server of raksmart Japan Premium Network

raksmart’s cloud server business has covered San Jose (Mainland Optimization, Premium Network, CN2), Los Angeles (Mainland Optimization, CN2), Hong Kong (Prime Network), and Japan (Mainland Optimization, Premium Network) in the United States. So far we have only The cloud server with poor Japanese quality network lines has not been tested. In order to explore the way for everyone and have a rough look at the actual situation, the evaluation data is here for reference only.

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

U.S. company, no real name required, bilingual in Chinese and English, payment via cryptocurrency\credit card\PayPal\Alipay\WeChat etc.

Japanese cloud server-DIY resources-minimum configuration:

Exclusive bandwidth (up to 1Gbps exclusive), unlimited traffic, a single cloud server supports up to: 256G memory, 48 cores, system and data disk separation (supports massive expansion), Windows and Linux, 64 IPv4, 2 snapshots , 2 free backups…

$8.73/month, 1G memory, 1 core, 40G system disk, 1 IP, 2 snapshots + 2 backups,

Purchase link

Judging from the cloud server obtained, the CPU is e5-2697v2, the hard disk I/O is approximately 441MB/S, and the webmaster has enabled BBR by default:

Test FIO, the data is more detailed, as follows:

The webmaster opened a high-quality Japanese cloud server with 10Mbps bandwidth, and tested the uplink and downlink bandwidth through speedtest.net's three-network node in mainland China. The actual measured results are as follows:

Compared with the evening peak hours, let’s test it. In fact, the evening peak hours are also quite good:

Continue to test, speedtest nodes in Asia except mainland China:

Iperf3 test results in Europe and the United States:

The webmaster Guangzhou Telecom downloads the files stored on the cloud server used for testing directly through the Chrome browser to see the speed:

Continuing to compare the evening peak situation, there is still some attenuation, but overall it is still good:

If you pay attention to the delay, take a look, it looks pretty good:

On the way to Telecom, I took CN2, and then connected directly to bgp.net:

On the outbound journey from China Unicom, continue to bgp.net after passing Japan’s SoftBank:

Move outbound, go to Softbank after CMI and continue to bgp.net:

Return to Mainland China Telecom: take CN2 directly back to China

Return to China Unicom: also use China Telecom’s CN2 link to return home

Return to China Mobile: Beijing and Shanghai use China Unicom’s AS4837, and Guangzhou’s China Telecom CN2 link.

Unix bench mark:

Test streaming media unlocking for everyone, for reference only:

To summarize:

For the outbound journey, China Telecom uses CN2, China Unicom uses SoftBank, and China Mobile Direct;

Return, China Telecom CN2, China Unicom CN2, China Mobile use China Unicom AS4837;

Overall, the network is quite good, and the boutique network is almost close to the effect of other people's "pure CN2" propaganda!

raksmart cloud server evaluation:

Japan-Boutique Network: https:// /48164.html

Japan-mainland optimization: https:// /48137.html

China-Hong Kong: https:// /46365.html

San Jose-Mainland Optimization: https:// /44473.html

San Jose-Boutique Network: https:// /44630.html

San Jose-CN2: https:// /44681.html

Los Angeles-CN2: https:// /46422.html

Los Angeles-Mainland Optimization: https:// /46371.html

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