Backblaze B2 vs Hetzner Cloud
Backblaze B2
Hetzner Cloud
WINNER
Backblaze B2
This comparison presents a fascinating dynamic between a German infrastructure heavyweight focused on raw compute and a...
psychology AI Verdict
This comparison presents a fascinating dynamic between a German infrastructure heavyweight focused on raw compute and a US-based specialist redefining the economics of object storage. Hetzner Cloud excels by providing exceptional price-to-performance ratios for virtual private servers (VPS) and dedicated bare-metal machines, utilizing high-speed local NVMe storage to ensure low latency for demanding applications. Backblaze B2, on the other hand, has carved out a dominant position by offering S3-compatible object storage at a fraction of the cost of Amazon S3 or Google Cloud Storage, specifically targeting the backup and archival market with transparent pricing.
When comparing them directly, Hetzner Cloud clearly surpasses Backblaze B2 in any scenario requiring CPU processing power, RAM management, or operating system control, as Backblaze B2 strictly offers storage without compute instances. Conversely, Backblaze B2 handily defeats Hetzner Cloud when it comes to long-term data retention costs and the simplicity of storing massive unstructured datasets, where Hetzner's block storage pricing becomes prohibitively expensive. The meaningful trade-off lies in architectural alignment: if your priority is hosting an application that requires fast computation, Hetzner is the obvious choice, whereas if your primary goal is offloading terabytes of data for safekeeping, Backblaze is the superior solution.
Ultimately, because these services address fundamentally different layers of the technology stackcompute versus storagethere is no single winner, but rather a recommendation to leverage Hetzner Cloud for active workloads and Backblaze B2 for passive data storage.
thumbs_up_down Pros & Cons
Backblaze B2
check_circle Pros
- Extremely low storage costs compared to AWS S3, Google Cloud, and Azure
- S3-compatible API allows for easy integration with existing tools and workflows
- No hidden fees or complex tiered pricing structures for storage
- High durability guarantees specifically designed for backup and archival
cancel Cons
- Does not offer any compute, database, or server hosting capabilities
- Egress fees apply if retrieving data frequently, unlike Hetzner's often flat traffic models
- Latency is generally higher than local block storage, unsuitable for active app databases
Hetzner Cloud
check_circle Pros
- Unbeatable price-performance ratio for VPS and dedicated servers
- Standard inclusion of high-speed local NVMe SSDs on all instances
- Robust documentation and API for infrastructure automation
- High network bandwidth capacity with fair traffic limits
cancel Cons
- Object storage is less feature-rich and more expensive than Backblaze B2
- Data centers are primarily located in Europe (with some US expansion)
- Billing and account verification can be strict and less flexible than US providers
compare Feature Comparison
| Feature | Backblaze B2 | Hetzner Cloud |
|---|---|---|
| Service Type | Object Storage (SaaS) | IaaS (Compute & Block Storage) |
| Primary Storage Mechanism | Object Storage Buckets | Local NVMe SSD / Volumes |
| Compute Capability | None (Native compute not supported) | Dedicated CPU, GPU, and RAM options available |
| API Compatibility | AWS S3 Compatible API | Hetzner-specific API |
| Network Latency Profile | Higher latency (optimized for throughput) | Ultra-low latency (local network) |
| Integration Ecosystem | Backup tools (Veeam, Cloudberry), CDN partners | Server management, Kubernetes, Load Balancers |
payments Pricing
Backblaze B2
Hetzner Cloud
difference Key Differences
help When to Choose
Backblaze B2
- If you need a cost-effective destination for server backups and snapshots.
- If you are archiving large amounts of media or data that does not need to be instantly accessible.
- If you want to minimize long-term storage costs compared to AWS S3 or Azure Blob.
Hetzner Cloud
- If you need to host a live website, application, or database server.
- If you require root access to a Linux environment or Windows server.
- If you need high-performance computing power for rendering or compiling.
