NAS & Storage

Back up Immich the right way by protecting the database, upload storage, and external-library restore path before upgrades or disk failures.

Choose a rackmount UPS for a homelab by matching rack depth, outlet count, shutdown path, and real wattage to either network-edge gear or a heavier NAS plus Proxmox stack.

Choose APC or CyberPower for a homelab UPS by matching load shape, outlet needs, waveform requirements, and shutdown tooling instead of buying on brand alone.

Choose a budget homelab UPS by matching real wattage, output type, shutdown support, outlet count, and physical fit to the devices that need protection.

Compare Immich and Synology Photos for a homelab by migration path, family usability, search, hardware overhead, backups, and long-term maintenance.

Compare RAID 5, RAID 6, and RAID 10 for a homelab NAS by usable capacity, rebuild exposure, and workload fit so the storage layout matches your risk tolerance.

Compare NVMe and SATA SSDs for Proxmox, Docker, and NAS workloads using interface limits, workload needs, and practical buying guidance.

This overlapping NFS vs SMB URL is being consolidated into the current maintained NAS protocol comparison.

Choose 2-bay NAS, 4-bay NAS, or mini PC + DAS hardware by matching backup growth, drive expansion, software overhead, and network speed to the job your homelab storage actually needs to do.

Build a NAS backup plan by separating live storage, local restores, and offsite copies so recovery stays practical after deletion, disk failure, ransomware, or site loss.

Compare three common NAS cache SSD choices by endurance, sustained write behavior, DRAM design, and budget so the cache layer matches the workload instead of the marketing sheet.

Compare WD Red Plus, Seagate IronWolf, and Toshiba N300 for your homelab NAS with real throughput, workload, power, and noise tradeoffs.