Simple evaluation of arkecx's Philippine server, Manila data center/default 1Gbps bandwidth

How about arkecx? How about arkecx’s Philippine server? Currently, there are too few in the cloud server market that provide Philippine data centers, and even fewer that provide large bandwidth. arkecx's Philippine cloud server is hosted in the Manila data center and has access to 1Gbps large bandwidth. It should be a good choice for the Southeast Asian market! This article will take you through the general evaluation data.

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

The main frequency is 2.9GHz, the model is unknown; the current hard disk I/O is about 594MB/s, BBR is enabled by the way, and the default IP is zenlayer:

FIO tests the reading and writing data of the hard disk in detail:

How much bandwidth the server can reach is a core parameter. In order to consider the reference value of the vast majority of people in mainland China, the webmaster specially selected speedtest nodes in the northeast, north, central, south, southwest and northwest of mainland China. , you can take a look at it according to your needs:

The test data during the evening peak period are as follows:

Testing of other nodes in Asia,

iperf3 test data on European and American nodes:

The files stored on Test Chicken, Guangzhou Telecom, Chrome browser, the direct download speed is as follows:

During the evening peak period, the download speed is as follows, but the attenuation is still quite severe:

The webmaster changed his own China Unicom server and tested the download speed. It can reach a speed of 10.9MB/S:

Latency monitoring data across the country:

For the outbound journey of Telecom, take TATA, detour to the United States and then return to the Philippines:

On the outbound journey from China Unicom, take NTT to bypass Japan and then return to the Philippines:

For the outbound journey, the international CMI connects to the HE line and bypasses Europe, then returns to the United States and then to the Philippines:

Return to China Telecom:

Beijing direction: Take NTT from the Philippines to Hong Kong and then return to Singapore, and then directly connect to China at the Telecom Singapore node

Shanghai direction: Take NTT from the Philippines to Hong Kong and then back to Singapore, and then connect to the telecommunications backbone

Guangzhou direction: Directly connected to Hong Kong, take PCCW to San Jose in the United States, and directly connected to China at the Telecom San Jose node

Return to China Unicom: Take NTT to Osaka or Tokyo, Japan, and then take AS4837 back to China

Return to mainland China: take NTT to Hong Kong, and then connect with Hong Kong NTT to move back to mainland China

Rough detection of streaming media:

Some performance test data:

A rough summary:

Performance is very good in all aspects and is definitely sufficient;

Network:

The outbound journey is not that good, all are detoured, there are no direct connections, but the impact is not big;

Return trip:

Telecommunications, Guangzhou direction detours to the United States, Beijing and Shanghai all come in from Hong Kong;

China Unicom basically takes NTT to Japan and then picks up AS4837 and comes back;

To move, basically transfer to NTT in Hong Kong;

Judging from the routing pattern, we know that China Mobile should have the best effect, followed by China Unicom and finally China Telecom.

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