Best 8-Bay NAS Systems for Creative Professionals

Best 8-Bay NAS Systems for Creative Professionals

The best 8-bay NAS system for most creative teams is the Synology DiskStation DS1823xs+, while the QNAP TVS-h874 suits teams that need faster built-in networking and more expansion options, and the TerraMaster T9-423 is a lower-cost choice for shared storage with fewer software demands.

An eight-bay NAS can hold a large working archive, but the right choice depends on more than raw capacity. For photo libraries, video projects, and audio sessions, compare usable space after redundancy, network throughput, RAID options, noise and heat, and how easily the system can grow. The figures below are manufacturer specifications; drive capacities and real-world transfer speeds vary.

QNAP TS-873A-8G 8 Bay NAS

Included for 'Best 8-Bay NAS Systems for Creative Professionals' as a relevant option in this category; details come from the product listing.

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QNAP TS-832PX-4G 8 Bay NAS

Included for 'Best 8-Bay NAS Systems for Creative Professionals' as a relevant option in this category; details come from the product listing.

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Synology 5 bay NAS DiskStation DS1019+ (Diskless), 5-bay; 8GB DDR3L

Included for 'Best 8-Bay NAS Systems for Creative Professionals' because the listing specifies 5-bay; 8GB DDR3L, details this guide uses to compare options.

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Quick comparison

These models do not have identical bay counts: the Asustor has ten and the TerraMaster has nine. They’re included because they are relevant alternatives when a team is comparing eight-bay-class storage and may value room to grow over an exact bay count. Confirm the current hardware revision and supported drive sizes before buying.

Choose by the way your team works

How much space do eight bays really provide?

RAID reduces usable capacity in exchange for fault tolerance. As a planning example, eight 16 TB drives contain 128 TB of raw capacity. With RAID 6, the equivalent of two drives is used for parity, leaving about 96 TB before filesystem overhead and unit differences. That is roughly 87 TiB as operating systems commonly display capacity. RAID 6 can tolerate two drive failures, but it is not a backup.

For a team with 60 TB of current project data, 96 TB nominal RAID 6 capacity leaves about 36 TB for growth and snapshots. That may be comfortable for an archive but tight if the NAS is also a fast-changing video workspace. Keep meaningful free space, and budget for a separate backup target or off-site copy. RAID rebuilds on large drives can take many hours or longer, during which performance may dip and another failure is especially unwelcome.

RAID flexibility also affects future upgrades. Synology’s DSM offers familiar options including SHR, RAID 5, and RAID 6, while QNAP’s QuTS hero is ZFS-based and supports RAID Z configurations. TerraMaster and Asustor provide their own RAID management tools. Check the exact supported migration and expansion paths: adding a disk to an existing pool is not equally simple across systems, and changing RAID type can require a backup and rebuild.

Network speed: the NAS is only one part of the chain

A 1GbE link tops out at 125 MB/s in theory, often less in practice. A 10GbE link has a theoretical ceiling of 1,250 MB/s; real transfers are lower and depend on the drives, RAID layout, client, switch, and file sizes. Even a NAS with 10GbE ports won’t deliver 10GbE performance to a computer connected at 1GbE.

For a small studio, two 2.5GbE ports can be a cost-effective start if the computers and switch support them. For several editors pulling high-bitrate footage, plan the whole network: compatible 10GbE adapters, a suitable switch, quality cabling, and enough drive throughput. SSD caching can help some workloads, but it won’t turn a slow network or a disk-bound array into an all-flash editing system. Test a representative project before moving a production workflow onto shared storage.

Noise, heat, and expansion are ownership decisions

Multi-drive NAS units use fans and spinning disks, so they are better suited to a ventilated utility room or equipment closet than a quiet editing desk. Noise varies with drive model, workload, and cooling settings; placing a unit in a closed cupboard can make heat worse. Leave clearance around vents, keep filters clean if the chassis has them, and verify that the room stays within the manufacturer’s operating-temperature range.

Hard drives are the main consumable. Monitor drive health, replace a failing disk promptly, and keep a compatible spare available if downtime matters. A larger replacement drive may not increase a RAID pool’s usable capacity until every drive in the relevant set has been upgraded and the pool is expanded. SSD cache drives also have finite write endurance, so check their health rather than treating cache as permanent storage.

Expansion has several forms: installing larger disks, adding a disk to a pool, attaching an expansion chassis, or adding network cards. These are not interchangeable. Before purchase, check the manufacturer’s current compatibility list for drives, memory, expansion units, and PCIe cards. Also check whether the NAS’s warranty and support terms fit a business-critical workflow.

Which one should you buy?

• Choose the Synology DS1823xs+ if you value a polished management and backup environment, ECC memory, and built-in 10GbE. It’s a strong general-purpose choice for teams that want a NAS to manage files, snapshots, and backups without building a custom storage stack.
• Choose the QNAP TVS-h874 if your workflow benefits from a stronger desktop-class processor and you’re prepared to configure the system carefully. Its PCIe-based upgrade options make it appealing for teams planning faster networking or other add-ons.
• Choose the TerraMaster T9-423 if you want a lower-cost, high-bay-count platform and can accept a less polished software experience. Compare support and expansion needs closely before making it the center of a production workflow.
• Choose the Asustor Lockerstor 10 Gen2 if two extra bays are more useful to you than an exact eight-bay chassis. Its mix of 10GbE and 2.5GbE ports can simplify a mixed-speed studio network.

Whichever model you pick, size the system around the next few years of projects, not just today’s files. Use redundancy for availability, separate backups for recovery, and a network matched to the number of people editing at once. Those choices will matter more to day-to-day creative work than the bay count alone.