How about raksmart's Singapore cloud server? Welcome to the evaluation of BGP lines.

raksmart provides Singapore cloud server services, including international BGP, mainland optimization, premium network, and CN2, a total of four lines. The cheapest among them is international BGP. As for the actual effect of raksmart's Singapore international route? Is it suitable for use in mainland China environment? Let’s judge these issues based on our actual measurement data! This evaluation data is for reference only!

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.

• Singapore cloud server DIY configuration
• 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 $5.57/month
• Purchase link

The webmaster got a cloud server with 4G memory, 2 cores, 40G system disk, and 20M international BGP bandwidth for evaluation!

We can see that the default CPU model is e5-2698v4, clocked at 2.2GHz, the webmaster has enabled BBR, and the current hard disk I/O is roughly 86.4MB/S:

The rough guide for FIO testing hard disk reading and writing is as follows:

The cloud server chosen for this test is a 20Mbps bandwidth. Let’s use speedtest.net to run it on the three network nodes in mainland China to see how much the uplink and downlink can run in mainland China, right? The approximate data is as follows:

Continuing to look at the effect of the evening peak, you can compare it with the daytime data in the picture above:

Feel free to run some international nodes of speedtest:

Run the speedtest nodes in Asia again to see:

iperf3 tests several European and American nodes:

Files stored on the test cloud server, Guangzhou Telecom home bandwidth, download directly using the browser to see the speed:

Look at the download speed during the evening peak period:

Evening peak, Hubei Shiyan Telecom’s download speed:

In the evening peak, the download speed of Sichuan Meishan China Unicom:

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

Telecom's outbound journey: directly connect to Telecom's Japan node and then return to Hong Kong and Singapore

Outbound journey of China Unicom: This backbone was curious and didn’t understand it, then he went to South Korea and then to Singapore via Hong Kong

Mobile outbound journey: Take CMI from Hong Kong to Singapore via South Korea

Telecom backhaul: from Telecom Singapore node to Hong Kong Telecom CTGNET and then directly connected back to the mainland

China Unicom backhaul: from China Telecom Singapore node through China Telecom Hong Kong node back to the mainland (there is also a hop CN2 here)

Mobile return:

Beijing direction: From Telecom Singapore node to Telecom Hong Kong node, there is still a hop CN2 before returning to the mainland

Shanghai direction: from Telecom Singapore node to Telecom Hong Kong CTGNET and then directly connected to the mainland

Guangzhou direction: In Singapore, go from Telecom Singapore node to Telstra and then to China Mobile Singapore node, and then return directly to China

Tiktok streaming media unblocking test: US area, non-Singapore, caused by broadcast IP

Partial cross-regional streaming media unlocking test:

By the way, let’s also test some streaming media in North America:

Cloud server performance test:

A rough summary:

At present, the performance of cloud servers is relatively average and not as powerful as some VPS;

In terms of network, the three networks are basically directly connected or pop back via Hong Kong, so it shouldn’t be particularly bad!

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