How about raksmart cloud server? Simple evaluation of raksmart Korean premium network cloud server

How about raksmart? How about raksmart cloud server? How about raksmart Korean cloud server? By default, raksmart's Korean cloud server is divided into two networks: mainland optimization and premium network. One is a three-network direct connection, and the other is CN2+BGP. It has been previously mentioned in the article "How is raksmart? A simple evaluation of the Korean cloud server (mainland optimization line)" After testing the mainland optimization series, this article will take everyone to take a look at the actual cloud server test of the Korean cloud server of "Boutique Network".

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

U.S. companies, no real name required, no need to prepare, payment can be made with cryptocurrency, credit card, paypal, and Alipay.

• DIY configuration of Korean cloud server
• Memory: 1G~512G
• CPU: 1 core~80 core
• System disk: 40G, bring your own for free
• Data disk: SSD/HDD optional, 0G~unlimited
• Bandwidth: 1Mbps~5Gbps
• IPv4: 1~64
• Discount code: Cloud-TP-30%dis
• Price: Starting from $6.65/month
• Purchase link

The webmaster got a cloud server from Korea Premium Network and saw that the CPU was e5-2696v4 (2.2GHz frequency). The webmaster enabled BBR, raksmart's own AS, and broadcast IP. The current hard disk I/O is roughly 217MB/s looks like:

The data read and written by FIO test hard disk is roughly as follows:

The cloud server used for testing in this article has a bandwidth of 10Mbps. Let’s use speedtest.net to run a wave on the three network nodes in mainland China to see how much the uplink and downlink bandwidth can be increased, right? It's roughly as follows:

For comparison, let’s look at the evening peak data:

Run the international node of speedtest.net, roughly as follows:

Continue to test the effect of speedtest.net’s nodes in the Asian region:

Let’s take a look at some European and American nodes tested by iperf3:

Files stored on the test cloud server, download speed of Guangzhou Telecom’s home bandwidth:

Continue to watch the download, during the evening peak period, pay attention to compare with the daytime:

Evening peak, Sichuan Meishan China Unicom, download speed:

Evening peak, Hubei Shiyan Telecom, download speed:

Latency test data of multi-nodes of three networks in mainland China:

Outbound telecommunications: take CN2

China Unicom's outbound journey: direct backbone connection to South Korea's LG

Mobile outbound: Directly connected to CMI Seoul node

Telecom return trip: take CN2 directly back to China

China Unicom return trip: South Korea's LG connects China Unicom's AS4837 direct connection back to China

Mobile backhaul: direct connection back to China from Mobile Korea’s Seoul node

Tiktok streaming media unlocking test: not in South Korea, but in the United States

Approximate results of some cross-regional streaming media unlocking tests:

Simply test the streaming media in North America again to see the general situation of unlocking:

Test the VPS performance, it looks pretty good so far:

A rough summary:

The current performance of the cloud server is very good from various aspects of test data,

Network: China Telecom has two-way CN2, China Unicom has two-way direct connection, and China Mobile has two-way direct connection. The three networks are all direct connections with ultra-low latency, which is very suitable for doing various businesses overseas.

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