The VPS lineup maps from entry to high memory tiers, with fixed vCPU counts and large SSD or NVMe allocations. The pricing model stays linear across tiers. Configurations remain consistent without monthly spec changes, and the RAM‑heavy options accommodate in‑memory services.
Even on lower tiers, the RAM and disk allocations are substantial. For dedicated servers, the core counts and storage options maintain cost‑effectiveness relative to mainstream providers. The platform supports persistent services, staging clusters, and data‑intensive workloads where predictable throughput is prioritized.
The NVMe variants deliver consistent I/O for metadata‑heavy workloads and small‑file patterns. The IOPS profile remains steady for logs, search indices, and build caches. Both SSD and NVMe tiers exist under the same SKU families.
Multiple locations span EU, US, and additional regions. Cross‑region deployments use consistent SKU catalogs. Frankfurt and US regions show steady performance with clean networking and standard peering.
The control panel is utilitarian and quick to load. Provisioning, power cycling, reverse DNS, and ISO mounts are accessible without layered menus. Routine tasks sit at the top level rather than behind modals.
Custom ISO support functions for installing niche OS variants, hardened images, or specific partitioning schemes. This works with internal baselines, CIS‑hardened builds, or LUKS‑encrypted root configurations.
VPS instances include snapshots for rollback during kernel updates or config changes. Scheduled backups run and restore at reasonable speeds. The pricing for these add‑ons scales with the base instance cost.
Native IPv6 and reverse DNS editing are available. PTR records can be modified without tickets. This supports mail server configurations, analytics collectors, and services requiring reverse DNS.
The API covers provisioning, start/stop, snapshot orchestration, and monitoring hooks. It integrates with Terraform workflows and internal scripts. The endpoints remain stable with consistent responses.
Sustained transfers for backups, container registry sync, and mirror operations show consistent performance. This applies to nightly jobs and cross‑region replication patterns.
Extra IPv4, snapshots, and backups are itemized clearly. Total spend calculation for stacks is straightforward without hidden fees.
Hypervisor stability has been solid across quarters. Kernel upgrades and host rebalances create minimal impact. Maintenance windows are brief with clear communication.
Prebuilt images for Debian, Ubuntu, AlmaLinux, and Windows Server are available. Cloud‑init functions as expected with reliable SSH key injection.
Bare‑metal options include practical storage defaults. These accommodate CI runners, artifact stores, and databases requiring predictable local disks. Review collected by and hosted on G2.com.
During peak windows, baseline VPS instances sometimes show modest CPU steal or fluctuating disk latency. It becomes noticeable under sustained load tests, requiring consideration when sizing critical services to higher tiers. Review collected by and hosted on G2.com.
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