Briefly evaluate the Hong Kong cloud server of raksmart's CN2 line

How about raksmart cloud server? How about raksmart Hong Kong cloud server? We have previously evaluated the international BGP, mainland optimization, and premium network lines of raksmart's Hong Kong cloud server. Please read the specific articles yourself. This article will briefly evaluate the last line, Hong Kong CN2, and share the data for your reference only. , it’s up to you to decide whether it’s good or not!

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

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General cloud server-DIY configuration

• Memory: 1G~512G
• CPU: 1 core~80 core
• System disk: 40G
• Data disk: SSD/HDD optional, 0G~unlimited
• Bandwidth: 1Mbps~5Gbps
• IPv4: 1~64
• Discount code: Cloud-TP-30%dis
• Price: Starting from $5.3/month
• Purchase link

The CPU is still e5-2699v4 (2.1GHz frequency), BBR is enabled, raksmart's own AS, broadcast IP, the current cloud disk I/O is approximately 99.2MB/S:

FIO test cloud disk read and write data are as follows:

The bandwidth selected for this test is 20Mbps. Let’s continue to use speedtest to run a circle on the three network nodes in mainland China to see how much the uplink and downlink bandwidth can be, right? It's roughly as follows:

For the same test, we are more concerned about the effect when the backbone network is blocked during the evening peak, which is roughly as follows:

speedtest’s international node tests cover Europe, America, Asia and Africa:

Speedtest’s node test results in Asia:

Test results of several European and American nodes of iperf3:

The files stored on the test cloud server, Guangzhou Telecom’s home bandwidth, downloaded directly from the browser, almost reached 20Mbps:

In the evening peak period, when the backbone network is blocked, the effect is still full speed:

Evening peak, Hubei Shiyan Telecom, full download speed:

Evening rush hour, China Unicom in Meishan, Sichuan, full download speed:

The delay test data of multi-nodes of three networks in mainland China are roughly as follows:

Outbound telecommunications: take CN2

China Unicom outbound journey: After a short walk with NTT, we returned to Hong Kong CTGNET from Japan

Outbound mobile journey: directly to the London node of China Mobile, and then directly connected back to Hong Kong from the London node of China Telecom CTGNET

Telecom return trip: pick up CN2 from Telecom Hong Kong CTGNET

China Unicom return trip: Same thing, return trip CN2

Mobile return:

Beijing and Shanghai direction: It is also the same route as Telecom, take cn2

Guangzhou direction: Directly connected back from Mobile Hong Kong node

Tiktok streaming test: United States

Partial cross-regional streaming media unlocking test:

Broadcast IP, by the way, also test and unlock the North American one:

VPS performance test, some data:

A rough summary:

Currently, VPS performance is relatively weak, so it will not be a problem for running websites;

As for the Internet, basically the three networks are forced to use CN2 to return to the mainland. The one exception is that the mobile phone back to Guangzhou uses a direct connection without going through CN2. Overall, the network is quite good, otherwise I would be sorry for the price.

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