Cloud VPS vs AMD VPS: Which MMITech Plan Is Right for You?

Both our Cloud VPS and AMD VPS lines start at €4 per month and scale to the same tier sizes (1 to 16 vCores, 1 to 32GB RAM, 20 to 500GB storage). The prices are identical at every tier, which makes the choice less about budget and more about workload fit. This guide explains the actual architectural difference between the two, the workload patterns that map cleanly to each, and how to pick without overthinking it.

The Short Version

Pick AMD VPS when single-thread CPU speed and local disk latency are the bottleneck: game servers, low-latency trading, build servers, single-process workloads, anything where a faster core beats more cores.

Pick Cloud VPS when uptime and data durability matter more than raw clock speed: production websites, e-commerce, databases under steady load, anything you cannot afford to lose if a node fails.

If you are still unsure after reading the rest, default to Cloud VPS. The HA Ceph backend protects you from a class of failures that AMD VPS does not, and most workloads do not actually saturate a single Ryzen 9 core.

The Architectural Difference

The two product lines run on different infrastructure even when the listed specs match.

AMD VPS

Our AMD VPS line runs on AMD Ryzen 9 nodes with NVMe local storage. The Ryzen 9 clocks high on single-thread workloads and the NVMe is directly attached to the host, so disk IO latency is measured in microseconds rather than the milliseconds typical of network-attached storage. This is the configuration to pick when you want the fastest possible response from one or two CPU-bound processes.

The trade-off: storage is local. If the node has a hardware fault, your VPS waits for the node to recover. Daily backups with 30-day retention cover the "I deleted the wrong directory" scenario, but they do not provide the second-by-second resilience of replicated storage.

Cloud VPS

Our Cloud VPS line runs on enterprise Intel Xeon nodes with Ceph-backed distributed storage and 40GbE cluster networking. Every block you write is replicated across multiple physical nodes before the write is acknowledged. If a node fails, your VPS resumes on another node automatically. The storage layer survives drive failures, controller failures, and host failures transparently.

The trade-off: network-attached storage has higher latency than local NVMe. For most workloads, the difference is invisible (web servers, application logic, low-volume databases). For workloads that hammer the disk with tiny synchronous writes, you will notice.

Workload Mapping

Performance Notes

Both lines share the same DDoS protection, unlimited fair-use bandwidth, daily backups with 30-day retention, and free IPv4 plus IPv6. The differences that actually matter:

• Single-thread CPU: AMD VPS wins clearly thanks to the Ryzen 9 base
• Multi-thread CPU: Roughly comparable at equivalent vCore counts
• Disk latency: AMD VPS wins on small synchronous writes; Cloud VPS is more consistent under contention
• Disk throughput: Both saturate the listed network bandwidth on sequential workloads
• Failure resilience: Cloud VPS wins; HA Ceph survives node failures transparently
• Snapshot speed: Cloud VPS is faster because Ceph snapshots are metadata operations

Pricing Math

Since prices match at each tier, the decision is purely workload-driven:

• Micro: €4/month (1 vCore, 1 GB RAM, 20 GB)
• Starter: €12/month (2 vCore, 4 GB RAM, 50 GB)
• Basic: €24/month (4 vCore, 8 GB RAM, 100 GB)
• Advanced: €48/month (8 vCore, 16 GB RAM, 200 GB)

Monthly billing is cheaper if you commit to a longer cycle; annual billing is the lowest effective rate.

If neither standard tier fits, both lines offer custom configurations.

When to Run Both

Some setups benefit from a mix. A typical pattern we see:

• Production web tier on Cloud VPS for uptime
• Build server / CI runner on AMD VPS for speed
• Database on Cloud VPS with replicated storage
• Game server on AMD VPS for tick rate

You can attach both to the same private network if you need them to talk to each other.

Decision Flowchart

1. Is single-thread CPU speed or local disk latency the critical bottleneck? → AMD VPS
2. Does node-level failure of your VPS cost you money or data? → Cloud VPS
3. Are you self-hosting a service that must stay up (mail, e-commerce, customer-facing)? → Cloud VPS
4. Are you running a game server or build server where ticks per second matter? → AMD VPS
5. Still not sure? → Cloud VPS is the safer default

FAQ

Can I migrate from AMD VPS to Cloud VPS later (or vice versa)? Yes. We can move your data between the two platforms during a scheduled maintenance window. Snapshots help, but the cleanest path is provisioning the new VPS and rsyncing.

Do AMD VPS and Cloud VPS have the same DDoS protection? Yes. Both sit behind the same network-level DDoS mitigation.

Are AMD VPS backups also replicated? Daily snapshots for both lines are stored on our backup infrastructure with 30-day retention, separate from the VPS itself. The difference is in the live storage layer, not the backup.

Is Cloud VPS slower than AMD VPS for typical web workloads? In real-world benchmarks for PHP, Node.js, or Python web apps, the difference is small and often unmeasurable at typical concurrency. The Ryzen 9 single-thread advantage shows up clearly in CPU-bound microbenchmarks but rarely in mixed web workloads.

Which one should I pick for a self-hosted Nextcloud instance? Cloud VPS. Nextcloud benefits from durable storage more than from peak CPU clock, and you do not want a node failure to take your file storage offline.

Make the Choice

If your priorities are uptime and data durability, provision a Cloud VPS and stop worrying about node-level failures. If your priorities are single-thread speed and local disk latency, an AMD VPS is the right tool. The pricing is identical, the network is the same, and you can always migrate between the two later if your workload changes.