A NAS can run light containers, dashboards, download tools, and home automation helpers, but it is still the storage system. Reserve memory and CPU for file services, keep application data backed up, and avoid turning one box into a single point of failure for every household service.
Research-backed builds by tier
Each article combines the exact NAS and HDD records with official facts, independent reviews, YouTube material, and community discussion.
NASync DXP2800 + 2 × 4TB
About 4TB usable · $626.17 reference total
A researched entry homelab NAS using UGREEN DXP2800 and two exact 4TB IronWolf drives, with Intel N100, 8GB RAM, Docker guidance, and risks.
Read the full tier analysis →MidrangeNASync DXP4800 Plus + 4 × 4TB
About 12TB usable · $1,132.35 reference total
A DXP4800 Plus homelab build with four exact 4TB IronWolf drives, about 12TB usable, Intel 8505, up to 64GB RAM, 10GbE, and sourced caveats.
Read the full tier analysis →High-endTVS-h674-i5-32G + 4 × 12TB
About 24TB usable · $3,808.96 reference total
A source-backed QNAP TVS-h674 homelab NAS with four exact 12TB IronWolf drives, 24TB dual-parity capacity, 32GB RAM, containers, VMs, and risks.
Read the full tier analysis →Questions to answer first
- 1How much memory do the intended containers need?
- 2Will services require x86 software or virtualization?
- 3Can storage remain available while experiments are restarted?
How to choose
Prefer expandable or generous memory before chasing benchmark peaks.
Use SSD or M.2 storage for application data only when the platform supports it cleanly.
Separate experimental services from the only copy of important files.
Avoid these mistakes
- Running too many services on entry memory
- Exposing management interfaces directly to the internet
- Skipping backups of container volumes
Open the current shortlist
Compare entry, midrange, and high-end NAS systems, exact HDD SKUs, and complete bundles selected for this job.
View home server & containers recommendationsCapacity figures are decimal planning estimates before formatting and filesystem overhead. RAID improves availability after a drive failure; it is not an independent backup.