What about Vultr? Evaluation: VULTR Australia Sydney Data Center Cloud Server

Currently, vultr has two data centers in Melbourne and Sydney operating cloud server business in Oceania. We have previously written an evaluation article on the cloud server in the Melbourne data center. This time we bring you an evaluation article on the Sydney data center. . I hope that through the test data, everyone can fully understand the details of the real situation of the Sydney computer room facing mainland China; whether the network is good, whether the speed is fast, whether the performance is outstanding, etc., are all included in these test data, for reference only!

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

The CPU is one of AMD EPYC™ 7702, 7702P, and 7662. This is guessed based on the official details. We see that the main frequency is 2.0GHz. The IP broadcast and current I/O of VULTR’s own computer room are roughly What it looks like at 495MB/S:

Let’s test the detailed reading and writing of the hard disk through the FIO command:

Use speedtest.net to test the uplink and downlink bandwidth that Chicken Little can run on nodes in mainland China. Note that the first one is the nearest node, which is the Australian node, and the rest are from mainland China. Different nodes of the three networks:

We performed the same test during the evening peak hours and found that the nearest node reached 8434Mbps. A blind test also revealed that the bandwidth was at least 10Gbps:

Test results of different nodes in Asia, excluding nodes in mainland China:

iperf3 runs the general situation of European and American nodes:

Guangzhou Telecom downloads the files stored on the test chicken directly using the browser to show everyone the speed:

It’s still the same environment, but it’s changed to the evening rush hour, and the speed seems to be terrible:

Latency monitoring data of multiple nodes in mainland China:

The outbound telecommunications route is via NTT:

On the outbound journey from China Unicom, I took NTT and bypassed Japan and then went to Australia:

Move the outbound journey, transfer to PCCW at Hong Kong CMI, then go to Singapore, and then to Australia:

Return to Telecom in Mainland China: take PCCW to Singapore and then to the United States, and return from Telecom’s San Jose node

Return to China Unicom:

Beijing direction: Take NTT to bypass Osaka, Japan and then connect with China Unicom to return home

Shanghai direction: Take GTT to detour to San Jose in the United States and then connect with China Unicom to return to China

Guangzhou direction: Take NTT to bypass Tokyo, Japan, and then connect with China Unicom to return to China

Return, move to mainland China:

Beijing direction: take GTT to bypass Los Angeles in the United States, and take the mobile Los Angeles node to return directly to China

Shanghai direction: Take NTT to Hong Kong via Singapore, and take China Mobile directly back from the Hong Kong node

Guangzhou direction: take PCCW to Hong Kong, transfer to Hong Kong node and come back directly

TIKTOK streaming media unlock test: no chance

Unlocking tests for other cross-regional streaming media and Australian streaming media:

Some performance test data is roughly as follows:

A rough summary:

Performance: There is really nothing to fault about this, it is super awesome.

Network: It is basically only suitable for users of some entrances of China Unicom and China Mobile. Generally speaking, it is only suitable for international business.

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