RS 1000 G12.5
Root server • G12.54 Dedicated Cores (AMD EPYC 9645) · 8 GB RAM · 128 GB NVMe · 2.5 Gbit/s
GB6: 2,290/7,559 · FIO 4K: 187,300 IOPS · Steal: 0.0 %
6874nc1792703772036nc17927037630Why DevOps engineers migrate from oversold Contabo vCores to Netcup Root Servers with dedicated AMD EPYC 9645 cores and 0.0% CPU Steal.
| Metric | Netcup (RS 1000 G12.5) | Contabo |
|---|---|---|
| CPU Steal under Heavy Load | 0.0% (Dedicated EPYC 9645 Cores) | Up to 15–35% CPU Steal on noisy nodes |
| FIO 4K Mixed NVMe IOPS | 187,300 IOPS (749 MB/s) | Throttled ~15,000–35,000 IOPS |
| Geekbench 6 Single / Multi | 2290 / 7559 | ~1150 / ~3400 |
| Network Port | 2.5 Gbit/s Port | 200 Mbit/s – 1 Gbit/s Shared |
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4 Dedicated Cores (AMD EPYC 9645) · 8 GB RAM · 128 GB NVMe · 2.5 Gbit/s
GB6: 2,290/7,559 · FIO 4K: 187,300 IOPS · Steal: 0.0 %
6874nc1792703772036nc17927037630Real-world trade-offs between dedicated AMD EPYC cores, unmetered fair-use bandwidth, and competitor cloud features.
Contabo employs aggressive hypervisor vCore oversubscription, causing CPU Steal between 15% and 35% during peak hours. Netcup Root Servers provide 100% dedicated hardware threads, maintaining strictly 0.0% CPU Steal.
Contabo throttles storage to ~15,000–35,000 IOPS. Netcup Root Servers reach over 187,000 IOPS in FIO 4K tests, offering 6x to 8x higher responsiveness for database engines.