How about itldc? A brief evaluation of the core data center VPS in Bulgaria

itldc is an old Bulgarian company that has been operating for more than 20 years. Its core data center is in Sofia, Bulgaria. Today we will take you to see what the actual situation of VPS in Bulgaria in Europe is like? Let’s see if Bulgaria vps is suitable for mainland China’s network environment. The data shared in the evaluation is for your reference only!

Official website: https://itldc.com/

KVM virtual, pure SSD raid10 array, comes with an IPv4, each VPS provides 100Mbps bandwidth (please refer to the webmaster's evaluation article, for example, the Los Angeles test should be 1Gbps bandwidth), no traffic restrictions

Memory	CPU	SSD	Price	Purchase
1G	1 core	10G	$3.99/month	Link
2G	2 cores	15G	$7.99/month	Link
4G	4 cores	25G	$15.99/month	Link
8G	8 cores	50G	$31.99/month	Link
16G	4 cores	100G	$63.99/month	Link
32G	8 cores	200G	$127.99/month	Link

The CPU model is unknown and the main frequency is 2.4GHz. The webmaster has enabled BBR. Judging from the IP ownership, it is Sofia, Bulgaria. The current hard disk I/O is approximately 264MB/S:

FIO test, continue to test hard disk I/O:

Let’s take a look at the actual network effects of the three network nodes in mainland China during the daytime speedtest:

The same test environment was used during the evening peak period when the backbone network exploded. Let’s take a rough look at the data:

In the international part of speedtest, take a rough look at the data:

speedtest test data of nodes in Asia region:

iperf3 tests data from several European and American nodes:

Continue iperf3 to test several nodes in Europe and the United States, but this time it is in an IPv6 environment:

Files stored on Test Chicken, Guangzhou Telecom home bandwidth download speed:

Continue to observe the download speed during the evening peak period:

Evening rush hour, Sichuan Unicom download speed:

Evening peak, Hubei Shiyan Telecom, download speed:

Multi-node delay data of three networks in mainland China:

Telecom outbound journey: Telecom goes directly to Frankfurt node in Germany, and then transfers to telhouse to Bulgaria

For the outbound journey of China Unicom, the backbone network connects to opentransit to France and then to Bulgaria

Move outbound, CMI to PCCW from Hong Kong to Germany and then to Bulgaria

Telecom return trip: take the telhouse to Germany, and return directly from the Telecom and Decix Data Exchange Center

China Unicom return trip:

Beijing direction: take telehouse to Germany and transfer to telefonica to connect with China Unicom and return home

Shanghai direction: Take the telehouse to connect level3 to San Jose, USA, and return directly from China Unicom and level3 pop in San Jose

Guangzhou direction: take TATA to Germany and then connect with China Unicom to return to China

Mobile return trip: take telehouse to Germany, connect telefonica to the UK, and then return directly from the mobile London node

Tiktok streaming media unblocking, Bulgaria area, OK:

Cross-region streaming unblocked:

Some European streaming media unlocking tests:

VPS performance test, some test parameter results:

A rough summary:

The current VPS performance is okay, but there is a certain load;

In terms of network, Telecom's nodes in Germany and China Mobile's nodes in the UK are directly connected back to China; China Unicom bypasses the United States and then comes back.

VPS evaluation of all itldc data:

Chicago: https:// /59116.html

Los Angeles: https:// /59034.html

Seattle: https:// /59083.html

Miami: https:// /59182.html

Secaucus: https:// /59149.html

Singapore: https:// /59215.html

Bulgaria: https:// /59252.html

Latvia: https:// /59522.html

Ukraine: https:// /59351.html

Poland: https:// /59489.html

Switzerland: https:// /59456.html

Netherlands: https:// /59318.html

Czech Republic: https:// /59285.html

Recommended on-site searches: domain name registration service, IP address check, Taiwan server, IP purchase, website virtual host space, shopex host, domain name query network, independent IP, domain name registration service website, station group server,