A brief evaluation of arkecx’s Thailand cloud server, Bangkok data center/1Gbps bandwidth

How about arkecx? How about arkecx Thailand? arkecx (ark edge cloud) currently has 24 data centers around the world, and it is said that it will expand to 80 in the future, including the popular Asian computer room - Bangkok, Thailand. arkecx's computer room in Bangkok, Thailand, has 1Gbps high bandwidth by default. This is also a rare high-bandwidth cloud server in Thailand. Let's pay attention to it and take a look at the evaluation. We will know after the actual effect test!

Official website: https://www.arkecx.com/index.php

10% off coupon code: Q11NTEH40Q

24 global computer rooms-cloud servers

Regular network, non-CN2 GIA, minimum 1Gbps bandwidth; 15% off for quarterly payment, 10% off for half-year payment, and 15% off for annual payment

Memory	CPU	SSD	Traffic	Price	Purchase
1G	1 core	25G	1T/month	$120/year	Link
2G	2 cores	75G	3T/month	$20/month	Link
4G	2 cores	100G	4T/month	$25/month	Link
4G	4 cores	100G	4T/month	$40/month	Link
8G	4 cores	160G	5T/month	$45/month	Link
8G	8 cores	200G	6T/month	$80/month	Link
16G	8 cores	300G	8T/month	$100/month	Link
32G	6 cores	600G	12T/month	$160/month	Link

arkecx all computer room evaluation:

North America:

San Jose: https:// /51561.html

Capital of the United States: https:// /51995.html

Chicago: https:// /52340.html

Dallas: https:// /52399.html

Miami: https:// /52371.html

Los Angeles: https:// /51955.html

Los Angeles CN2 GIA: https:// /51333.html

South America:

Saint Paulo: https:// /51927.html

Europe:

Amsterdam: https:// /51905.html

Moscow: https:// /52053.html

London: https:// /52024.html

Madrid: https:// /54087.html

Asia:

Japan: https:// /52869.html

Japan CN2 GIA: https:// /51305.html

Hong Kong: https:// /52801.html

Hong Kong CN2 GIA: https:// /51494.html

Bangkok, Thailand: https:// /51409.html

Manila, Philippines: https:// /51436.html

Kuala Lumpur, Malaysia: https:// /51464.html

Jakarta, Indonesia: https:// /54058.html

Chennai, India: https:// /52926.html

Mumbai, India: https:// /53014.html

Hanoi, Vietnam: https:// /52898.html

Dubai, United Arab Emirates: https:// /53975.html

Fujairah, United Arab Emirates: https:// /54003.html

Singapore: https:// /52840.html

I don’t know what model the CPU is. The main frequency is 2.9GHz. The current hard disk I/O is about 596MB/s. Let’s enable bbr:

FIO detailed test of hard drive read and write performance:

How much bandwidth can Xiaoji achieve in the multi-node test: 1Gbps uplink and downlink should be no problem with the official promotion. Judging from the three networks in mainland China, it seems that China Unicom and China Mobile have much better results than China Telecom:

The telecommunications line is really not running. The webmaster is Guangzhou Telecom. The files stored on the test chicken are downloaded directly by Chrome, and the speed is as fast as this:

It can still run after some changes you know, so it cannot be said that the bandwidth is insufficient, but the reason is the poor connection with telecommunications:

For comparison, the webmaster changed the China Unicom server to download and test the speed, and it can reach 9.36MB/s, right, it just doesn’t deal with the telecommunications network:

Testing of other nodes in Asia,

The effect of running European and American nodes is also good:

Approximate results of multi-node delay monitoring in mainland China:

For the outbound journey of Telecom, take the NTT line around Japan and then go to Singapore and then go again:

China Unicom outbound journey is the same as China Telecom:

On the outbound journey, international CMI docking with pccw actually passed digitalocean’s Singapore network:

Return to China Telecom:

Beijing direction: Detour to the San Jose telecom node in the United States and then come back

Shanghai direction: use NTT to connect with telecommunications backbone

Guangzhou direction: Take NTT to Telecom’s node in Singapore, and then connect directly back

Return to China Unicom: Take NTT via Singapore, Osaka/Tokyo, Japan and connect as4837 back

Return to China Mobile: from Thailand to Singapore, and then directly connected back from China Mobile's node in Singapore

Approximate results of streaming media unlocking:

Some performance test results:

A rough summary:

No need to worry about performance, it is enough for you;

The Internet:

On the outbound journey, Mobile CMI goes to Singapore and then to Thailand. China Telecom and China Unicom bypass Japan and then go to Singapore and then to Thailand;

For the return journey, China Telecom went to Singapore first and then detoured to the United States and then came back. China Unicom went to Singapore and Japan and came back. China Mobile was directly connected back.

So, we can also understand why the download speed of the webmaster's Telecom is only a few hundred K, while the download speed of the webmaster's China Unicom server is 9M/s. If you look at the return trip of the mobile direct connection in Asia, it should not be as effective as China Unicom is poor.

Telecom users should not read this, China Unicom and China Mobile can give it a try!

Official website: https://www.arkecx.com/index.php

10% off coupon code: Q11NTEH40Q

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