How about speedypage? Simple evaluation of Japanese VPS, not suitable for telecom users

What about speedypage? How about speedypage Japanese vps? speedypage's Japanese vps have 1Gbps bandwidth by default, KVM virtualization by default, AMD Ryzen 5950X, 128G DDR4, NVMe array, each VPS comes with an IPv4+/64 IPv6, all as low as $4.29/month... This article will take you through it Test and share the evaluation data. You can make your own decision after reading it. The data is for reference only!

Official website: https://speedypage.com

VPS features: KVM virtualization, 1Gbps bandwidth, Ryzen 5950X, DDR4, NVMe array,

Comes with an IPv4+/64 IPv6

Memory	CPU	NVMe	Traffic	Price	Purchase
1G	1 core	15G	750G/month	$4.29/month	Link
2G	1 core	30G	1T/month	$5.99/month	Link
4G	2 cores	60G	2T/month	$11.99/month	Link
6G	3 cores	90G	3T/month	$15.49/month	Link
8G	4 cores	120G	4T/month	$17.99/month	Link
10G	4 cores	150G	5T/month	$23.99/month	Link
12G	5 cores	180G	6T/month	$27.49/month	Link

The CPU is AMD Ryzen 9 5950X, clocked at 3.4GHz, the webmaster has enabled BBR, the IP belongs to Japan, and the current hard disk I/O is roughly 652MB/S:

FIO tests hard disk read and write, approximate data:

Use multiple speedtest nodes of the three networks in mainland China to run the uplink and downlink bandwidth and see how much it can get, right? ! Approximate data:

Same test, let’s look at the actual effect during the evening peak period:

The test results of some European, American, Asian and African nodes of speedtest:

speedtest’s node test in Asia:

iperf3 tests the effects of several European and American nodes:

Same test as above, in IPv6 environment:

The files stored on the test chicken, Guangzhou Telecom home bandwidth, download speed is as follows:

Same download, time period is evening peak:

Evening peak, Hubei Shiyan Telecom, download speed:

Evening peak, Sichuan Meishan China Unicom, download speed:

Latency test of multiple nodes of three networks in mainland China:

Telecom outbound journey: Take NTT to Japan

Outbound China Unicom: Take NTT to Japan

Mobile outbound journey: Directly connect to Mobile Tokyo node and then transfer to pccw to the computer room

Telecom return trip: use NTT to connect telecom backbones to return to China

China Unicom return trip: use NTT to connect China Unicom backbones to return to China

Mobile return:

Beijing/Shanghai direction: take NTT and connect with mobile backbone via Hong Kong to return home

Guangzhou direction: take pccw to Hong Kong and transfer to the Hong Kong node to directly connect to the mainland

Tiktok streaming media unlock: US area, non-Japanese area

Some cross-regional streaming media unlocking test results:

Japan’s partial streaming media unlocking test results:

Since tiktok is shown as being in the United States, here we also test the unlocking of some North American streaming media:

VPS performance test, results of some data:

A rough summary:

VPS performance, the data is quite impressive, it beats the average VPS;

In terms of network, China Telecom, China Unicom, and China Mobile basically use NTT to return to China, and China Mobile to Guangdong uses PCCW to return to Hong Kong and then back to the mainland. According to the actual measurement results, the actual effect of China Telecom is very poor, China Unicom is relatively good, and the effect of China Mobile is relatively good. Better!

VPS evaluation of all computer rooms:

Ashburn (USA): https:// /60844.html

UK: https:// /60810.html

Japan: https:// /60740.html

Singapore: https:// /60776.html

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