raksmart: Independent server evaluation of the cn2 gia line in the Los Angeles data center in the United States. The three networks compulsory cn2, and the evening peak does not explode.

How about raksmart? How about raksmart server? The raksmart Los Angeles computer room has two types of lines: "Mainland Optimization" and "CN2 ONLY". Since we have written a review article on mainland optimization before (a simple evaluation of the "Optimization Line" server of the raksmart Los Angeles computer room, and an actual test of the backhaul CN2 network!), this time I will also evaluate the server of the last CN2 ONLY line in Los Angeles as a final explanation to facilitate future inquiries! Evaluation data is for reference only!

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

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

Promotional link from previous days: https:// /40932.html

We built a Los Angeles CN2 ONLY machine with e3-1230v2, 16G memory, 1T HDD, and 100M bandwidth. The test hard disk I/O is approximately 147MB/S:

FIO test:

Generally speaking, regular SATA disks for simple website building and other purposes are not a big problem. If your website is particularly large in reading and writing, it is recommended to use an SSD or at least get a small SSD as a system disk.

In order to detect the up and down bandwidth, we use speedtest.net's mainland China node test here. The machine is 100Mbps. We can roughly see from the data that it can run about 95Mbps. Pay attention to the evening peak time at 8:22

The effect of speedtest on other nodes in the Asian region:

The effect of running iperf3 in Europe and America:

Store a file on the server, Guangzhou Telecom, Chrome browser, the direct download speed can reach 10.3MB/S (approximately 82.4Mbps), the webmaster retains the timestamp when taking screenshots:

Go to the Unix bench. Although it doesn’t mean much, the machine is yours anyway:

Some people are more concerned about PING. They think that the effect will be better if the ping value is lower. China Telecom and China Unicom are both excellent. After all, it is already the evening peak time. The 315 milliseconds of China Mobile may not be acceptable. After reading You will know why after the review in this article.

Telecom outbound journey CN2:

China Unicom’s outbound journey is also the CN2 route abroad:

The mobile phone detoured around Europe and then took CN2, which is quite strange:

Return to China Telecom:

All Telecom CN2 routes

Return to China Unicom:

All of them returned to China through the Telecom CN2 channel

Return, move to mainland China:

All of them returned to China via Telecom CN2

To summarize: China Telecom and China Unicom both took CN2 for the outbound journey. China Mobile detoured to Europe and then took CN2, so the PING value is high, which explains why there are more than 300 PINGs in the front; for the return trip, What we see is that all the three networks use Telecom CN2 to return to China. This explains why our access speed will not be slow even if the mobile outbound route is detoured, because the return trip is accelerated by the high-end CN2 channel. .

Promotional link from previous days: https:// /40932.html

Server evaluation of all lines of raksmart:

San Jose (mainland optimization): https:// /42448.html

San Jose (Boutique Network): https:// /42987.html

San Jose (CN2 ONLY): https:// /44802.html

San Jose (International BGP): https:// /44827.html

Los Angeles (mainland optimization): https:// /42316.html

Los Angeles (CN2 ONLY): https:// /44757.html

Hong Kong: https:// /44554.html

Japan (premium website): https:// /44534.html

Japan (mainland optimization): https:// /45026.html

South Korea (high-quality website): https:// /44584.html

South Korea (mainland optimization): https:// /45063.html

Recommended site searches: virtual host 99idc, Hong Kong server, Wanwang space, legendary server rental, Korean cn2 server, virtual host ranking, free proxy IP address, proxy IP, space rental, domain name query network,