How about arkecx? A brief evaluation of the cloud server in the data center in Jakarta, Indonesia

As the fourth most populous country in the world, Indonesia has a vast market. Choosing an Indonesian cloud server (Indonesia cloud server) is essential to enter the Indonesian market. As a cloud server brand directly under zenlayer, arkecx naturally has its own data center in Indonesia to provide Indonesian cloud server business. A single cloud server provides 1Gbps large bandwidth by default, which helps run your business at high speed.

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

10% off discount code: Q11NTEH40Q, recurring discount, no price increase

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	$108/year	Link
2G	2 cores	75G	3T/month	$18/month	Link
4G	2 cores	100G	4T/month	$22/month	Link
4G	4 cores	100G	4T/month	$36/month	Link
8G	4 cores	160G	5T/month	$40/month	Link
8G	8 cores	200G	6T/month	$72/month	Link
16G	8 cores	300G	8T/month	$90/month	Link
32G	6 cores	600G	12T/month	$144/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

From the picture below, we can see that the CPU frequency is 2.4GHz, zenlayer’s own broadcast IP, the webmaster has opened BBR himself, and the current hard disk I/O is approximately 635MB/S:

FIO will test the hard disk reading and writing data again:

Let’s use speedtest.net to run uplink and downlink on the three network nodes in mainland China to see how high it can reach:

For the same test, let’s change the time period when the backbone network explodes during the evening peak:

Let’s run some nodes in Europe, the United States, Asia, and Africa to see:

Finally, let’s take a look at the test data in Asia excluding Chinese nodes:

Guangzhou Telecom downloads the files stored on the test chicken directly using the Chrome browser to see the speed:

During the evening rush hour, let’s continue to use the browser to download files and see how fast it is:

Switch to Metrolincom's server to download and check the speed. This is still during the evening rush hour:

Latency monitoring data of multiple nodes of the three networks in mainland China:

On the outbound journey from China Telecom, take NTT to bypass Tokyo, Japan, then go to Singapore and then to Indonesia:

The outbound journey of China Unicom is basically the same as that of China Telecom:

To move outbound, take PCCW directly to Singapore after Mobile International CMI, and then to Indonesia:

Return to China Telecom:

Beijing direction: directly connect to Singapore and then transfer to PCCW to San Jose, USA, transfer to Telecom’s San Jose node and then directly connect back to China

Shanghai and Guangzhou direction: Directly connected to Singapore, then transferred to NTT, then transferred to Telecom Singapore node, and finally directly connected back

Return to China Unicom: From Indonesia to Singapore, take NTT to Tokyo or Osaka, Japan and then return to China

Return, move to mainland China:

Beijing direction: Take PCCW from Indonesia to Singapore and then to Tokyo, Japan, and return directly from the mobile Tokyo node

Shanghai direction: Take NTT from Indonesia to Singapore, then connect to the mobile Hong Kong node, and then come back

Guangzhou direction: Take PCCW from Indonesia to Singapore and then to Hong Kong, then transfer to Hong Kong node and come back

TIKTOK streaming media unlock test: ID, Indonesia, no problem

Cross-platform streaming unlock test:

Some performance test data:

A rough summary:

The performance is average and can basically meet daily needs without any problem;

As for the network, whether it is the outbound or return journey, it is actually not a circuit. However, due to the peak of the backbone network, the problem is still a bit big. Since China Unicom’s performance is recognized by everyone, it is relatively good, and Since China Mobile has great advantages and is relatively good in operating within Asia, it is just that Telecom's NTT service has little impact during the day, but it is more stretched at night.

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