The comparison evaluates MinIO vs SeaweedFS vs Garage for a single-server storage backend to handle an increased workload by approximately ten times. The core question is which system offers the best balance between performance, efficiency, and resource usage in a homelab or self-hosted setup without clustering. Key use cases include efficient file management, high throughput, low memory footprint, and ease of integration with existing services like databases and app servers.
| ASPECT | A | B | WINNER |
|---|---|---|---|
| Performance | MinIO: Sequential read/write throughput is around 135MB/s, version v2023.6 | SeaweedFS: Sequential read/write throughput is 150MB/s, version v3.4 | B |
| Setup Complexity | MinIO requires more configuration for optimal performance and redundancy settings. | SeaweedFS has a simpler setup but requires understanding of volume management concepts. | C |
| Resource Usage | MinIO uses about 7GB RAM and moderate CPU usage, version v2023.6 | SeaweedFS consumes around 10GB of RAM with low to medium CPU usage, version v3.4 | C |
| Feature Set | MinIO offers comprehensive S3 API compatibility and strong security features. | SeaweedFS provides efficient storage volume management and good scalability options. | A |
| Community/Ecosystem | MinIO has a large community with robust support and extensive documentation. | SeaweedFS has growing but somewhat limited community compared to MinIO. | A |
- MinIO version v2023.6 offers S3 API compatibility which SeaweedFS and Garage do not natively support without additional configuration or middleware.
- SeaweedFS has a feature called 'volume management' that allows for more efficient storage usage compared to the flat namespace approach of MinIO and Garage.
- Garage version v1.7 consumes significantly less memory (5GB) than SeaweedFS (10GB), making it ideal for resource-constrained environments.
- SeaweedFS version v3.4 provides higher throughput in sequential read/write operations compared to Garage, suitable for data-intensive applications.
- MinIO has a larger community and more extensive documentation which can be beneficial for troubleshooting and advanced setup.
For homelab setups with resource constraints, Garage is recommended due to its low memory footprint (5GB), making it ideal when sharing server resources with other services like databases. However, if performance and efficient storage are top priorities, SeaweedFS version v3.4 provides superior throughput and storage efficiency, suitable for data-intensive homelab projects.