How about Japanese cn2 gia vps? Evening peak data tells you how Japan's CN2 is doing

We may be the first in the world to officially release the CN2 GIA line VPS in Japan's computer room. We will tell you how the CN2 GIA VPS in Japan is using the data during the evening peak period when the backbone network explodes? ! The evaluation data of Japanese cn2 gia vps is for reference only. Friends who like to move Japanese cn2 gia vps are welcome to communicate and discuss (click here to communicate).

Japanese computer room VPS, 1.2Gbps cn2 gia, the only one on the market

Japan’s cn2 gia network is suitable for users with high budgets who value speed. Features: KVM virtualization, 1.2Gbps bandwidth, pure SSD raid 10, three-network direct connection, cn2 gia network; each VPS comes with an IPv4, There is a one-click snapshot (backup VPS, import and export) function in the background. So far, this is the only VPS on the market that offers "Japanese" 1.2Gbps cn2 gia bandwidth! Annual payment is as low as 26% off!

Memory	CPU	Hard disk	Traffic	Price	Purchase
2G	2 cores	40G	500G/month	$90/month	Link
4G	4 cores	80G	1.0T/month	$156/month	Link
8G	6 cores	160G	2.0T/month	$300/month	Link
16G	8 cores	320G	4.0T/month	$590/month	Link

What is more surprising is that the Japanese cn2 gia vps of Bricklayer has replaced the hardware of the brand new AMD platform, and uses Bricklayer's own IP broadcast. The webmaster has opened BBR smoothly, and the hard disk I/O is approximately 1.3GB/ S looks like:

FIO tests the reading and writing of the hard disk, the data is more detailed, take a look, at least for now it is awesome:

What effect can the Japanese cn2 gia network that everyone is most concerned about achieve in mainland China, right? Using the nodes of speedtest.net's three networks in mainland China (Telecom, China Unicom, China Mobile), let's use the nodes to test how much uplink and downlink bandwidth we can get. Does this explain the problem? Let’s take a look at the evening peak data first:

Compare the results during leisure time during the day. Is there a big difference?

Look at the results of node testing in Asia except mainland China:

iperf3 test running in Europe and the United States:

The webmaster of the data files stored on the tested VPS is Guangzhou Telecom. They are downloaded directly locally using the Chrome browser. The speed is approximately 16.3MB/S. The effect is really amazing:

Compare the test during the day with the test last night:

If you are interested in PING data, take a look at the data of 70 or 80 nodes across the country provided by ping.chinaz.com. The picture below was measured at 8pm:

For the outbound journey of China Telecom, take CN2:

On the outbound journey of China Unicom, the backbone of China Unicom arrives at the China Unicom node in Hong Kong and then goes to Tokyo, Japan:

Mobile outbound, mobile CMI direct connection to Tokyo, Japan:

Return to Mainland China Telecom: Exit the computer room and take CN2 directly to the entrance of Shanghai, Mainland China and then part ways

Return to China Unicom: Take the CN2 line and come in from the Shanghai entrance in mainland China

Return to mainland China: Take CN2 directly from the computer room to mainland China, and take the Shanghai entrance

Bring me a Unix bench. This thing is not very interesting. It is all shared anyway. This score is amazing:

Do you want to develop streaming media or become an Amazon, but you have to wait until death?

To summarize:

Telecommunications, two-way CN2 GIA;

China Unicom, the backbone network goes from Hong Kong to Japan, and on the return journey, take Telecom CN2 GIA to the Shanghai entrance and back;

Mobile, directly connected to Japan after CMI, the return journey is also via Telecom CN2 GIA to the Shanghai entrance and back;

That is to say, the backhaul is triple network CN2 GIA, and the bandwidth is at least 1Gbps...

In the previous evening peak test, everyone saw how far you can run. If you have enough budget, you can just do it with your eyes closed.

Evaluation articles of all VPS of Bricklayer

High-end network:

Hong Kong cn2 gia：HK – HongKong CN2 GIA (HKHK_8)

Japan cn2 gia: JP – Tokyo Equinix TY8 CN2 GIA

HK: Hong Kong (CMI) [HKHK_3]

Japan: Osaka (Softbank) [JPOS_1]

US CN2 GIA: US: Los Angeles, California (DC6 CT CN2GIA-E) [USCA_6]

US: Los Angeles, California (DC9 CT CN2GIA) [USCA_9]

Netherlands AS9929: EU: Amsterdam, Netherlands (China Unicom Premium) [EUNL_9]

Australia AS9929: AU: Sydney [AUSYD_1]

Regular network:

Los Angeles CN2 GT：US: Los Angeles, California (DC3 CN2) [USCA_3]

Los Angeles-QuadraNet: US: Los Angeles, California (DC2 QNET) [USCA_2]

Los Angeles-Multacom：US: Los Angeles, California (DC4 MCOM) [USCA_4]

Los Angeles-zenlayer：US: Los Angeles, California (DC8 ZNET) [USCA_8]

US: Fremont, California [USCA_FMT]

California-Fremont-China Unicom AS4837: US: Fremont-8, California [USCA_FMT8]

New Jersey-East Coast: US: New Jersey [USNJ]

New York-East Coast: US: New York [USNY_2]

Canada-Ottawa: CA: British Columbia, Vancouver [CABC_1]

EU: Amsterdam, Netherlands [EUNL_3]

Middle East-Dubai: UAE: Dubai [AEDXB_1]

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