Last update at :2024-06-25,Edit by888u
zgovps’ Japanese vps has been sold by Japan’s SoftBank and Japan’s IIJ lines. After the baptism of the market and finally stabilizing after the DDoS attack, it switched to the large-bandwidth Japanese NTT line. Currently, zgovps' Japanese VPS still adheres to its own characteristics and uses the latest high-end hardware (AMD EPYC 9354P, DDR5, enterprise-class NVMe SSD array) to ensure that everyone has a VPS with superior performance. What is the actual situation? Is it suitable for use in the general environment of mainland China? This test data is for reference only!
Official website: https://www.zgovps.com
Japan VPS (Osaka EPYC Performance VPS)
KVM virtual, pure NVMe SSD array, 800Mbps bandwidth, comes with an IPv4, free IPv6
Memory | CPU | NVMe | Traffic | Price | Purchase |
1G | 1 core | 20G | 1T/month | $12/quarter | Link |
2G | 2 cores | 40G | 2T/month | $17/quarter | Link |
4G | 3 cores | 80G | 2T/month | $24/quarter | Link |
6G | 4 cores | 100G | 2T/month | $36/season | Link |
8G | 6 cores | 120G | 2T/month | $48/season | Link |
The specific model of the CPU is AMD EPYC 9354P, 32 cores, 64 threads, main frequency 3.25GHz, acceleration frequency 3.8GHz, full core acceleration frequency
FIO tests hard disk reading and writing data. The general situation is as follows:
The default VPS is 800Mbps. How much uplink bandwidth can be achieved under the multi-node test of three networks in mainland China? Approximate test results:
Let’s look at the effect of the backbone network explosion time period during the evening peak (note that EDT is 12 hours later than CST, so the test was conducted at 22:55 pm):
Let’s take a look at the effect of iperf3 testing several European and American nodes:
It’s still the same European and American nodes, but switched to an IPv6 environment:
The file stored on the test chicken, Guangzhou Unicom Home Broadband direct browser download:
In the evening rush hour, it is still Guangzhou Unicom, and the download speed is:
Evening peak, connected to Meishan, Sichuan, download speed:
Evening peak, Hubei Shiyan Telecom, download speed:
Latency test data of multi-nodes of three networks in mainland China:
Telecom outbound journey: backbone network docking with NTT to Tokyo, Japan and then to Osaka
China Unicom’s outbound journey: the same backbone network connects NTT to Tokyo first and then to Osaka
Mobile outbound journey: Mobile CMI from Hong Kong to Osaka, Japan
Telecom return trip: pure NTT international line back to China
China Unicom return trip: pure NTT international route back to China
Mobile return trip: take NTT to Hong Kong, and then move CMI from Hong Kong back to the mainland
tiktok test: failed
Cross-regional streaming media unlocking: broadcast IP, unlocking American Naifeh, spotify, steam currency, chatgpt
Some Japanese streaming media unblocked:
VPS performance test, some data:
A rough summary:
As for VPS performance, you can buy it blindly with your eyes closed. The data in this report is a niubility;
As for the Internet, all three networks use NTT to return to China. The effect is quite good for China Unicom and China Mobile, but telecom users should persuade them to quit.
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