Evoxt is a VPS provider offering services across multiple global regions, operating under ASN AS149440. This review focuses on the VM-0.5 plan hosted in the Amsterdam (Haarlem), Netherlands data center. The evaluation covers hardware specifications, benchmark performance, China inbound/outbound routing, IP quality, streaming unlock capability, and overall network performance based entirely on real-world testing data.
Evoxt currently offers VPS services in the following locations: New York (USA), Los Angeles (USA), Montreal (Canada), London (UK), Amsterdam (Netherlands), Zurich (Switzerland), Paris (France), Frankfurt (Germany), Warsaw (Poland), Kuala Lumpur (Malaysia), Premium Network Kuala Lumpur (Malaysia), Indonesia, Premium Network Hong Kong, Premium Network Osaka (Japan), Tokyo (Japan), Seoul (South Korea), and Sydney (Australia).
Evoxt Official Website: Evoxt – High CPU Frequency Virtual Machines at Low Prices
1. Evoxt Netherlands VPS Plans Overview
| Plan | CPU | Memory | Storage | Monthly Traffic | Port Speed | IPv4 | IPv6 | Price |
|---|---|---|---|---|---|---|---|---|
| VM-0.5 | 1 Core | 512MB | 5GB | 500GB | 1Gbps | 1 | 1 | $2.99/month Order Now |
| VM-0.75 | 1 Core | 1GB | 10GB | 750GB | 1Gbps | 1 | 1 | $4.99/month Order Now |
| VM-1 | 1 Core | 2GB | 20GB | 1TB | 1Gbps | 1 | 1 | $5.99/month Order Now |
| VM-1.5 | 2 Cores | 2GB | 20GB | 1.5TB | 1Gbps | 1 | 1 | $6.95/month Order Now |
| VM-2 | 2 Cores | 4GB | 30GB | 2TB | 1Gbps | 1 | 1 | $11.99/month Order Now |
| VM-3 | 4 Cores | 4GB | 30GB | 3TB | 1Gbps | 1 | 1 | $14.99/month Order Now |
| VM-4 | 4 Cores | 8GB | 60GB | 4TB | 1Gbps | 1 | 1 | $23.99/month Order Now |
| VM-6 | 8 Cores | 8GB | 60GB | 5TB | 1Gbps | 1 | 1 | $29.99/month Order Now |
| VM-8 | 8 Cores | 16GB | 80GB | 6TB | 1Gbps | 1 | 1 | $47.99/month Order Now |
| VM-12 | 16 Cores | 16GB | 80GB | 8TB | 1Gbps | 1 | 1 | $60.95/month Order Now |
| VM-16 | 16 Cores | 32GB | 100GB | 10TB | 1Gbps | 1 | 1 | $95.99/month Order Now |
Common Features:
- 1Gbps network port
- Weekly offsite backups
- IPv4 + IPv6 included
- No NAT (open network environment)
2. Basic Information & Performance Testing (VM-0.5)
System Environment
- CPU: AMD EPYC Genoa
- CPU Frequency: 4.49GHz
- Memory: 512MB
- Storage: 5GB
- Virtualization: KVM (STANDARD PC)
- Operating System: Debian 12
- IPv4 / IPv6: Dual-stack support
- TCP Congestion Control: BBR
Geekbench 5
- Single-Core: 1376
- Multi-Core: 1266
The benchmark performance is above average for a low-end single-core VPS.
Sysbench
- Single-Core CPU: 5575 points
- Memory Read: 67235 MB/s
- Memory Write: 36151 MB/s
Performance is more than sufficient for lightweight hosting, proxy services, small applications, and testing environments.
3. IP Quality & Network Identity Analysis
IPv4: 23.26.***.***
- ASN: AS149440
- Location: Haarlem, North Holland, Netherlands
- IP Type: Datacenter IP
- Risk Scores:
- Scamalytics: 0 (Low Risk)
- IP2Location: 3 (Low Risk)
- IPQS: 75 (Suspicious IP)
This is a typical datacenter IP rather than a residential IP.
IPv6
- Also assigned to ASN AS149440
- Dual-stack fully functional
- Some databases identify the registration location as Malaysia, although the actual usage location is the Netherlands
4. Streaming & AI Service Unlock Tests
IPv4 Results
| Service | Status | Region |
|---|---|---|
| Netflix | Unlocked | GB |
| Disney+ | Unlocked | GB |
| YouTube | Unlocked | NL |
| Amazon Prime Video | Unlocked | NL |
| TikTok | Unlocked | NL |
| ChatGPT | Unlocked | NL |
Overall IPv4 streaming unlock capability is excellent.
IPv6 Results
TikTok failed on IPv6, while most major platforms worked properly.
5. China Network Latency Performance
Average Latency to Mainland China
- China Telecom: 212ms
- China Unicom: 183ms (best performance)
- China Mobile: 252ms (slightly higher)
Latency levels are normal for a European VPS node.
6. Outbound Routing Analysis
China Telecom Route
Path:
China Telecom → Frankfurt → GTT → Amsterdam → Haarlem
China Telecom traffic exits through the 163 backbone and enters GTT via Frankfurt.
Final latency is around 230ms.
China Unicom Route
Path:
China Unicom 4837 → Frankfurt → GTT → Amsterdam
China Unicom delivers the lowest latency, around 198–201ms.
China Mobile Route
Path:
China Mobile CMI → London → Cogent → Amsterdam → Haarlem
China Mobile uses CMI + Cogent, with latency around 299ms.
7. Return Routing Analysis (Important)
According to the NetQuality report:
Beijing Routes
- China Telecom: Arelion → 163
- China Unicom: Cogent → 4837
- China Mobile: Arelion → CMI
Shanghai Routes
- China Telecom: Arelion → 163
- China Unicom: Arelion → 4837
- China Mobile: Arelion → CMI
Guangzhou Routes
- China Telecom: Cogent → 163
- China Unicom: Arelion → 4837
- China Mobile: Arelion → CMI
Key observations:
- China Unicom return routing performs best
- China Telecom uses standard 163 routing
- China Mobile uses CMI
- No CN2 or China-optimized routing
This is essentially a standard European BGP routing setup.
8. International Connectivity Quality
- Frankfurt latency: 8ms
- London latency: 9ms
- Amsterdam latency: 0ms
- Los Angeles latency: 150ms
- New York latency: 76ms
European interconnection quality is excellent, while North American connectivity is also solid.
9. Mainland China Speed Test Results
Suzhou Telecom:
- Upload: 141 Mbps
- Download: 6 Mbps
Suzhou Mobile:
- Upload: 47 Mbps
- Download: 0 Mbps
Conclusion:
- Upload performance is relatively strong
- Download speeds to mainland China are heavily limited
- Not suitable for high-quality China-optimized usage
10. Overall Evaluation
Advantages
- Affordable pricing
- Strong performance (Genoa architecture)
- Low-risk IPv4 reputation
- Excellent streaming unlock capability
- Strong European connectivity
- IPv6 support included
Disadvantages
- Standard return routing to China
- Slow download speeds to mainland China
- Port 25 blocked
- Datacenter IP instead of residential IP
Recommended Use Cases
- European web hosting
- International business websites
- Proxy nodes
- Streaming services
- Overseas business deployment
Not recommended for:
- China-optimized networking requirements
- High-speed downloads to mainland China
NodeQuality Test Link: https://nodequality.com/r/TTWrSZNb0i7eLA3Wh1heyDzxx8cLU515
