Storage & Backup
Best NAS Setups for Personal Photo and Video Archives
Specific NAS picks for personal photo and video archives in 2026 — beginner two-bay setups, four-bay upgrades, drive selection, RAID caveats, and the UPS and backup plan that make the box worth running.
Summary. A good NAS for personal photo and video is a quiet, low-power box that holds two to four drives, runs a friendly OS (DSM, QTS, or TrueNAS Scale), supports Docker for Immich or other photo apps, and pairs with a UPS. We’re not claiming hands-on testing here; instead we’re recommending well-established, widely-used kit that survives the failure modes a personal archive actually faces: a single drive death, a power blip, a ransomware event, and a slow capacity climb over a decade.
What “best” means in this context
Best wearable-camera reviews on this site assume people have tried the cameras. For NAS recommendations we want to be clear: this is editorial guidance based on widely documented behavior, not a hands-on lab review. The picks below are well-supported in 2026 with active firmware, replacement parts, and large enough installed bases that issues are public.
What we actually filter for:
- CMR drives only. Shingled (SMR) drives quietly break RAID rebuilds. Every recommended drive below is CMR.
- Real-world ECC or filesystem-level checksumming. A NAS that does not detect bit rot will silently corrupt photos over five-plus years. DSM with Btrfs and TrueNAS Scale with ZFS both do this. Plain ext4 on a budget box does not.
- Active OS updates. DSM, QTS, TrueNAS Scale, and Unraid all receive monthly to quarterly security patches in 2026. Avoid older NAS units whose vendor has stopped shipping updates — they are a security risk.
- Power and noise. A box in a closet should idle below 20 W and be inaudible from across a room.
The two-bay tier
A two-bay NAS with one drive failure tolerance is the right starting point for most readers. Mirror two drives, run Immich plus a backup tool in Docker, and you cover both fast local access and on-box redundancy.
Synology DS224+
The two-bay NAS most people should start with — quiet, low-power, and DSM is still the friendliest NAS OS.
Best for:A first home NAS for a single household, paired with one mirrored pair of WD Red or Seagate IronWolf drives.
Approx. price: $320— check current price at retailer
The DS224+ is the safest first pick. DSM is the friendliest NAS OS to set up, Photos and Immich both run well on the hardware, and Synology’s documentation is enormous. Pair with two 8 TB CMR drives in SHR-1 (Synology’s flexible mirror) and you have 8 TB usable with one-drive failure tolerance.
QNAP TS-264
2-bay NAS with HDMI out and NVMe cache slots — slightly more flexible than the Synology equivalent if you tinker.
Best for:Comfortable Linux users who want HDMI out, faster CPU, and more app flexibility.
Approx. price: $480— check current price at retailer
The TS-264 is the alternative if you want HDMI out, NVMe cache slots, and slightly more flexibility on Docker. QTS is less hand-holding than DSM but more configurable. The hardware specs are slightly better; the OS is the trade.
TerraMaster F2-424
Budget two-bay NAS with surprisingly modern internals (2.5 GbE, NVMe slots) and a path to TrueNAS or Unraid if the stock OS frustrates you.
Best for:Budget-conscious tinkerers who plan to install TrueNAS Core / Scale or Unraid.
Approx. price: $300— check current price at retailer
The F2-424 is the budget option, and we recommend it primarily as a TrueNAS Scale or Unraid host. TerraMaster’s own OS has improved but still has rough edges; the hardware (2.5 GbE, NVMe slots) is genuinely strong for the price, and the realistic plan is to wipe the stock OS and run TrueNAS or Unraid.
Drives for the two-bay tier
WD Red Plus 8 TB (CMR)
8 TBCMR (not SMR) NAS drive at the capacity most home archives are sized around — quiet, well-understood, easy to find.
Best for:Half of a mismatched-brand mirror — pair with one IronWolf to avoid a bad-batch double failure.
Approx. price: $180— check current price at retailer
Seagate IronWolf 8 TB
8 TBSeagate's NAS-tuned drive line, with onboard health telemetry — direct alternative to the WD Red Plus.
Best for:The other half — same capacity, different supplier.
Approx. price: $190— check current price at retailer
Why mix brands: drives manufactured in the same batch have correlated failure timing. A two-drive mirror of identical drives from the same order can lose both within weeks of each other. Mixing WD Red Plus and Seagate IronWolf decouples that risk at no real cost.
The four-bay tier
When the working library passes about 8 TB usable, or when you want enough free bays to add a drive later without rebuilding, step up to four bays.
Synology DS423+
Four bays, NVMe cache slots, and enough horsepower for Immich, Plex, and continuous backups without breaking a sweat.
Best for:Households that already know they want Immich + backups in one box, with room to grow.
Approx. price: $530— check current price at retailer
The DS423+ has four bays plus two NVMe cache slots, enough RAM for Immich on serious libraries, and DSM’s robust storage manager. With four 8 TB drives in SHR-1 you get 24 TB usable with one-drive failure tolerance, or 16 TB usable in SHR-2 with two-drive failure tolerance — the latter is what we’d recommend for an archive that you cannot afford to lose any single drive event from.
ASUSTOR AS6704T (Lockerstor 4 Gen2)
Four bays, four NVMe slots, dual 2.5 GbE — strong specs for power users who want SSD-tier performance.
Best for:Power users running Immich with NVMe caching and 2.5 GbE networking.
Approx. price: $700— check current price at retailer
The Lockerstor 4 Gen2 is the power-user pick. Four bays, four NVMe slots, dual 2.5 GbE, and a much stronger CPU than the Synology equivalent. ADM (ASUSTOR’s OS) is rougher than DSM but improving. Worth it if you specifically want NVMe caching for Immich’s machine-learning workloads or 2.5 GbE for fast LAN transfers.
UPS — the part most home users skip
A NAS losing power mid-write can corrupt the filesystem in ways that ZFS scrubs and Btrfs balances do not fully recover from. The fix is boring and cheap: an entry-level UPS that signals the NAS to shut down cleanly when an outage exceeds a threshold.
APC Back-UPS BN650M1
Entry-level UPS that keeps a small NAS up through a power blip and signals a clean shutdown — boring, necessary, cheap.
Best for:The smallest UPS that holds a 2-bay NAS plus a router through a brownout — most home NAS owners need this and skip it.
Approx. price: $90— check current price at retailer
The Synology, QNAP, and ASUSTOR units all detect APC and CyberPower UPS units over USB and shut down automatically when battery is low. Plug the UPS into the wall, plug the NAS and the router into the UPS, plug the USB cable from the UPS into the NAS, set the threshold in the NAS UI. Total setup time is fifteen minutes.
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RAID is not a backup
It is worth saying this twice because most first-time NAS owners learn it the hard way. RAID protects against a single drive failure, not against:
- An accidental
rm -rfor a misclicked “empty trash.” - Ransomware that encrypts the NAS over SMB.
- A lightning strike, a power surge past the UPS, or a fire.
- Theft of the NAS.
- Filesystem corruption from a controller bug.
- A user error in DSM/QTS/TrueNAS that wipes the wrong volume.
The fix is a real backup of the NAS, off-box and ideally off-site. Two patterns that work:
- External USB drive for local backup, B2 for off-site. Plug a 12 TB WD Elements desktop drive into the NAS once a month, run the built-in backup task (Hyper Backup for Synology, HBS 3 for QNAP, restic via Docker for TrueNAS), unplug it when done. Separately, schedule a nightly restic snapshot from the NAS to Backblaze B2.
- Second NAS at a relative’s house. A small Synology or TerraMaster at a parent’s or sibling’s house, configured for Snapshot Replication or rsync over Tailscale. This costs more up front and is more durable than any cloud relationship.
We walk through specific drive picks in the home archive build guide and the cloud half in best cloud storage for lifelogging.
Software on the NAS
The NAS is just a file server with extra power. The software you run on it decides whether the box feels like a Google Photos replacement or a network drive.
- Immich. The open-source self-hosted photo app most readers will want. Mobile auto-upload, timeline view, face grouping, semantic search, shared albums. Runs in Docker on any modern NAS. Still pre-1.0 as of 2026 — pin a version, back up the database, read release notes before upgrades.
- Synology Photos (or QNAP QuMagie). First-party photo apps that ship with the NAS OS. They are not as featureful as Immich but they work out of the box with no configuration and are appropriate for non-technical household members.
- Plex / Jellyfin. For the video half of the archive — wearable-camera clips, family video, ripped DVDs of childhood birthday parties. Run alongside Immich.
- Nextcloud. A self-hosted “Drive” replacement that also handles photos. Heavier than Immich for the photo use case alone; useful if you also want documents and calendar.
- Backup tools. Hyper Backup or Snapshot Replication on Synology, HBS 3 on QNAP, Cloud Sync (also Synology) for the cloud leg. Or restic / rclone in Docker for cross-platform consistency.
Our recommended starting stack on a Synology DS224+: DSM + Synology Photos for the household-facing app, plus Immich in Docker for the heavier features, plus Hyper Backup to Backblaze B2 for off-site. Boring, durable, well-supported.
Capacity planning for a wearable-camera archive
A wearable camera at two photos per minute over ten waking hours produces around 500 GB to 1 TB per year, depending on file size. Video adds 0.5–1 TB more if you shoot daily clips. Phone library on top is another 100–300 GB per family member per year. Working out a ten-year plan:
| Year | Cumulative archive (est.) | Sane usable capacity |
|---|---|---|
| 1 | 1–2 TB | 8 TB (2-bay mirror) |
| 3 | 3–6 TB | 8 TB (2-bay mirror) |
| 5 | 5–10 TB | 16 TB (4-bay SHR-1) or upgrade |
| 7 | 7–14 TB | 16–24 TB (4-bay) |
| 10 | 10–20 TB | 24 TB (4-bay SHR-1 with bigger drives) |
The pragmatic plan: start with a two-bay NAS and 8 TB drives, replace one drive at a time around year five with 16 or 20 TB drives, and only step up to a four-bay chassis if the working library actually demands it. Most archives never need four bays.
What we deliberately did not recommend
- “Personal cloud” devices from drive manufacturers (WD My Cloud, Seagate equivalents). They require vendor accounts and historically have had repeated firmware security issues. Use a proper NAS or use a real cloud.
- Building a NAS from a desktop PC. Possible, but the realistic time cost is much higher than it looks. Stick to a purpose-built NAS unless you specifically want to learn TrueNAS on commodity hardware.
- All-SSD NAS units for archival storage. Sustained-write cost per terabyte is still much higher than spinning disks. SSD is right for the NAS boot drive and for an NVMe cache layer; it is not right for the bulk of an archive yet.
What to do this week
- Pick a tier. Two-bay if your library is under 4 TB and you want simplicity. Four-bay if it’s bigger or you want to add later.
- Order the chassis, the drives, and the UPS in one purchase. Not having the UPS day-one is the most common avoidable mistake.
- Plan the backup half before the NAS arrives. Pick the external drive and the cloud you’ll pair it with. A NAS without a backup plan is a single-point-of-failure with a friendly UI.
Related reading
- NAS vs cloud storage for photo archives — which is better for lifelogging?
- Best cloud storage for Narrative Clip photos and lifelogging archives
- The 3-2-1 backup strategy for Narrative Clip memories
- How to build a simple home archive for old wearable camera photos
- Backblaze B2, Wasabi, Amazon S3, or consumer cloud — what should photo archivists use?
Frequently asked questions
What's the best beginner NAS for personal photos?
A Synology DS224+ with two 8 TB CMR drives in mirror is the safest first pick in 2026. The DSM operating system is the most beginner-friendly, the box is quiet enough to live in a closet, and 8 TB usable is enough for several years of wearable-camera capture before an upgrade is needed.
Two-bay or four-bay NAS for a photo archive?
Two-bay if your library is under about 4 TB and you mostly need redundancy. Four-bay if you already have more data than two drives can hold, or if you want to add disks later without rebuilding. Past four bays you're into prosumer territory that is overkill for most personal photo workflows.
Is RAID a backup?
No. RAID protects against a single drive failure, not against ransomware, accidental deletion, lightning, theft, or a misclick that wipes a folder. A NAS without an external backup and an off-site copy is one accident away from total loss. Run RAID for availability and keep an actual backup plan separately.
Do I need a UPS for a home NAS?
Yes. NAS units that lose power mid-write can corrupt the filesystem, sometimes irreparably. A $90 entry-level UPS (APC Back-UPS BN650M1 or similar) keeps the box up through a brownout and signals a clean shutdown if the outage lasts. This is the cheapest insurance you'll buy.
Can I run a NAS from a Raspberry Pi or old PC?
You can, but for photos and video we don't recommend it as a primary archive. The boards lack ECC RAM, sustained-write performance is limited, and the realistic time to keep it running is significant. A factory NAS with DSM, QTS, or TrueNAS Scale is more reliable per dollar over five years.