DigitalOcean vs Hetzner: 22% CPU Lead, Older Price Gap

Hetzner is the stronger choice for a self-managed VM when CPU performance and European transfer matter most; DigitalOcean can justify its cost when its managed services or uptime terms remove meaningful work or risk. In a Better Stack comparison of matched VMs, Hetzner’s CPX22 averaged about 939 against 772 for a DigitalOcean Basic Droplet in Geekbench 6 single-core, a 22% lead. The comparison paired those test results with monthly prices of $9.49 and $24, making DigitalOcean about 2.5× as expensive at that price point. The benchmark ran before the April price adjustment used for Hetzner’s $9.49 figure.

That price gap is historical. For new European CPX22 orders and instance rescales from June 15, 2026, Hetzner’s price schedule raised the listed monthly dollar price from $9.49 to $22.99, excluding IPv4 and VAT. DigitalOcean’s Basic Droplet pricing lists its 2-vCPU, 4-GiB plan with 80 GiB of SSD storage and 4,000 GiB of transfer at $24 per month. The base VM prices are now close; the benchmark’s CPU result still informs the comparison, but its old price ratio does not describe a new CPX22 bill.

CPU leads, but disk performance points elsewhere

The tested configurations matched on vCPU count, memory, and local storage capacity. The Droplet was in New York’s NYC3 region and the CPX22 in Helsinki; both ran Ubuntu with the YABS test suite. They used different processors and sat on different continents. That makes the results observations of two specific shared-CPU VMs, rather than a controlled estimate of how every DigitalOcean or Hetzner region will perform.

The CPX22 also led the reported Geekbench 6 multicore result, about 1,672 against 1,400. Its single-core lead is relevant to work that spends appreciable time on one thread, such as a serial build step or a request path with limited parallelism. Shared CPU capacity can vary with host load, and a benchmark score does not translate directly into application throughput.

Storage reversed the result. In the same comparison, the Droplet reached about 54,200 combined IOPS at a 4k block size against about 40,900 for the CPX22; its reported sequential result was higher too. Small-block performance can matter to a database or another workload that makes frequent local disk requests. The measured disk advantage is a reason to evaluate the workload’s storage pattern separately from its CPU demand, rather than treating the faster processor score as a general VM win.

What the price change does to CPU value

Dividing the monthly prices used in the comparison by the single-core scores yields about $0.031 per benchmark point for DigitalOcean and $0.010 for Hetzner. That calculation explains the original value gap, but it combines a pre-April performance test with the comparison’s later price reference. It is a rough way to normalize two VM offers, not the cost of completing a request or running an application.

Using the later $22.99 CPX22 base price with its old score produces about $0.024 per point, much nearer DigitalOcean’s figure. This is arithmetic on a historical score, not a fresh performance measurement. It also leaves out the IPv4 charge and applicable VAT excluded from Hetzner’s schedule, along with backups, extra transfer, and any managed services. For an always-on VM, the monthly cap is the useful starting point; short-lived servers need a comparison of hourly billing and the resources they retain.

Transfer depends on the region

The tested Helsinki CPX22 configuration came with 20 TB of included monthly traffic, while the matched Droplet included 4,000 GiB. That difference has real value for a European download service, media origin, or public API with substantial outbound traffic. For a small application that remains well below both allowances, it may have no effect on the invoice. Included transfer should be valued against expected outbound usage, not treated as a saving by itself.

Geography also shaped the network measurements. The Helsinki machine had lower latency to the tested European endpoints, while the New York machine was much closer to the tested US endpoint. Those are location effects as well as provider results. A North American deployment needs the transfer allowance and latency of a suitable North American plan; the Helsinki bundle and its network results cannot be carried over unchanged. The comparison’s US Hetzner allowance was smaller than its European allowance, making region part of the cost decision.

Managed services can outweigh the VM bill

DigitalOcean offers managed databases and App Platform alongside Droplets. A team can pay separately for database operations and an application deployment layer instead of building every part on its VM. Hetzner Cloud offers services around its servers, including Kubernetes, object storage, load balancers, and volumes, but its compared cloud offering does not provide the same managed database and application-platform path. Those product differences matter most when the team would otherwise have to operate the missing layer itself.

A self-managed database can keep provider charges lower while leaving upgrades, backup configuration, monitoring, and recovery with the operator. A managed database adds a recurring charge but changes who performs some of that routine work. The meaningful comparison is therefore the complete stack and the team’s operating capacity. If an existing deployment pipeline and database team already cover those jobs, the broader platform may add little value; if those jobs would consume scarce engineering time, the VM’s base price understates DigitalOcean’s appeal.

The uptime commitments have different thresholds

DigitalOcean’s Droplet SLA commits to 99.99% monthly uptime for each instance. Under its terms, falling below that threshold makes the affected Droplet eligible for a service credit toward future charges. The agreement defines qualifying unavailability through infrastructure-related connectivity or root-disk access failures and excludes matters such as scheduled maintenance and application errors.

Hetzner’s Cloud server SLA states a 99.9% monthly availability target and provides Cloud Credit for eligible downtime beyond its threshold. Both providers publish VM availability terms, but the commitments and credit calculations differ. Neither credit restores an interrupted service: application design, backups, and recovery arrangements still determine how much disruption users experience.

For a new European CPX22 purchase, Hetzner’s measured CPU lead and larger included transfer remain useful advantages, while the base price advantage has narrowed sharply. DigitalOcean is the stronger fit when the tested disk behavior suits the workload, its managed database or deployment services replace substantial operating effort, or its stricter Droplet uptime commitment has contractual value. The deciding cost is the regional VM bill plus the services and work required to run the application.