Yinnet UK Dual-ISP Residential IP VPS Detailed Review
Yinnet recently launched its UK dual ISP residential IP product, focusing on high purity and strong unlocking capabilities. Today we got their UK node 2-core 2G 300M bandwidth test server (not the lowest configuration) for actual testing. Here are the test results to see how this VPS performs.
I. Yinnet UK Dual ISP Package Introduction
Official Website: https://www.yin-net.com/
Yinnet UK 30% off coupon code: A4P2XHLRB7
Configuration and pricing:
| Configuration | Bandwidth/Traffic | Original Price/Month | After Discount Monthly | Annual Payment Better | Notes |
|---|---|---|---|---|---|
| 1C1G | 200M / 1T | ~$14 | ~$10 | Lower | Entry Recommended |
| 2C2G | 300M / 2T | ~$20 | ~$14 | Lower | Main Test Configuration |
| 4C4G | 400M / 3T | ~$43 | ~$30 | Lower | Medium Projects |
| 8C8G | 500M / 5T | ~$57 | ~$40 | Lower | High Load Recommended |
| Region | Coupon Code | Configuration Example | Bandwidth | Traffic | Starting Price After Discount | Purchase Link |
|---|---|---|---|---|---|---|
| Vietnam | 5YIK1Y5YNI (30% off) | 1C1G 20G | 100Mbps+ | 1T+ | From ~$4 | Vietnam Residential VPS |
| Hong Kong | BF5Z52PTDY (20% off) | 1C1G 20G | 100Mbps+ | 1T+ | From ~$7 | Hong Kong Residential VPS |
| Taiwan | 6HIC5CQM8H (20% off) | 1C1G 20G | 100Mbps+ | 1T+ | From ~$9 | Taiwan Native VPS |
| South Korea | yinnet2025 (30% off) | 1C1G 20G | 100Mbps+ | 1T+ | From ~$10 | South Korea Residential VPS |
| Japan | 4TMOGGY5W9 (20% off) | 1C1G 20G | 100Mbps+ | 1T+ | From ~$11 | Japan Residential VPS |
| United States | X92Q13RYUD (30% off) | 1C1G 20G | 100Mbps+ | 1T+ | From ~$25 | US Residential VPS |
| Multi-IP Residential | No code needed | Flexible Configuration | 100–500Mbps | 1T+ | On Demand | Multi-IP Residential VPS |
II. Yinnet UK Dual ISP Review
Test server configuration: 2C2G 200M.
1. IP Quality Test
2. Performance Test
AMD EPYC 7002, frequency 2800MHz, KVM virtualization, BBR enabled, no IPv6 support, upstream provider is wisdomisp, location is London, UK:
3. Streaming Test
4. Network Test
1) Three-network return path
2) Latency
3) Speed