Best NAS for Home Offices in 2026

Best overall for most home offices in 2026: the BUFFALO LinkStation 220 8TB 2-Bay. It is the least complicated way to get a mirrored two-drive array with the drives already installed, which means a single drive failure does not take your invoices, client files or project archives with it. It suits a 2–5 person office, a solo consultant with irreplaceable documents, or anyone currently paying monthly for cloud storage they have outgrown. If your budget is tighter and you only need one shared folder and a backup target, the BUFFALO LinkStation 210 2TB covers that for the price of about a year of a mid-tier cloud plan. If you edit video, run containers, or move hundreds of gigabytes a week across the LAN, the UGREEN NAS DXP4800 GT is the pick, because gigabit Ethernet will bottleneck you long before the hardware does. Everyone else — the practice manager, the two-person studio, the accountant with a decade of scanned records — is best served by a two-bay unit with RAID 1 and a rotation of external drives for offsite copies.

Top 3 Picks

Best overall: BUFFALO LinkStation 220 8TB 2-Bay. Two bays, RAID 1 mirroring, 8TB of included capacity that works out to roughly 4TB of protected space, and Buffalo’s WebAccess remote access without opening router ports. It is the sweet spot between “cheap single-drive box that will eventually fail” and “four-bay x86 appliance you will never fully configure.”

Best budget: BUFFALO LinkStation 210 2TB. A single-bay, drive-included NAS with a gigabit port and a USB port for an external backup disk. It will not survive a drive failure on its own, but paired with a cloud copy of the truly critical folder, it is the lowest-cost route to a shared office drive that is not somebody’s desktop.

Best premium: UGREEN NAS DXP4800 GT. Four bays, NVMe slots, an x86 platform with expandable memory, and multi-gigabit networking. This is the one to buy when the NAS is also going to be the office’s media server, container host and 10GbE-capable file server, and when you want the hardware to still be relevant in five years.

Quick Comparison

Every product below is compared on the criteria that actually decide a home office purchase: bays, RAID support, network class, whether drives are included, and how much configuration the buyer has to do. Price tiers reflect where each unit sits in the market, not a fixed number, because listing prices move constantly.

How We Chose

Selection started with the constraints a home office actually faces: a small room, a normal domestic power circuit, a router that may only have gigabit ports, and a person who does not want to spend a weekend on configuration. From there we filtered on four things. First, category fit — a NAS has to serve files over the network to more than one machine, which rules out anything that is really just a USB enclosure with a network port. Second, storage architecture: bay count and RAID support determine whether the device can survive a drive failure, and that single fact matters more than any speed rating. Third, upgrade path: can you add drives, replace drives with larger ones later, attach a USB backup disk, or expand memory and cache? Fourth, network class, because a gigabit link caps practical throughput at roughly 112–118 MB/s no matter how fast the disks are.

We also weighed the boring operational factors that decide whether a NAS stays in service: noise in a shared room, idle and load power draw across a 24/7 year, the quality of the included backup and remote-access tools, and how much of the setup cost lands after the purchase — drives, a switch, a UPS, an offsite copy. Where a product’s listing does not state an exact figure, we describe it by specification class rather than guessing. We did not test, benchmark or own any of these units; everything here is based on published specifications, manufacturer documentation and established behaviour of the storage categories involved.

1. BUFFALO LinkStation 210 2TB – Best for solo operators and one-person offices

This is the entry point to network storage, and for a single self-employed person it is usually the right one. The LinkStation 210 ships with a 2TB drive already installed, so there is no compatibility research, no drive purchase, no tray screws and no first-boot formatting decision beyond picking a name for the share. You plug it into the router, run the setup utility, map a drive letter on each computer, and you are working. It suits a sole trader, a freelancer with one or two machines, or a small office that currently keeps shared files on whichever laptop happens to be switched on.

Key specifications as listed:

• 1 drive bay, 2TB hard drive included and pre-installed
• Gigabit Ethernet network port
• USB port for attaching an external drive for scheduled backup
• No RAID — a single drive means a single point of failure
• Windows and macOS file sharing, including Time Machine support on Mac
• Buffalo WebAccess for remote file access through a browser or mobile app without router port forwarding
• DLNA media serving for a TV or console on the same network

The strengths here are cost, silence and simplicity. A single-bay unit with one drive draws roughly 8–12 W at idle and around 20–25 W while actively transferring, which across a full year at an average of about 14 W works out to roughly 123 kWh — around $18 at $0.15/kWh and around $37 at $0.30/kWh. That is a fraction of leaving a desktop PC on to serve files, which at 100 W would be roughly 876 kWh and about $131 a year at the lower rate. Noise is also minimal because there is only one spindle, typically in the 20–25 dB(A) range at idle.

The limitation is structural, not a flaw in the product: with one bay there is no mirror. If that drive fails, everything on it is gone unless you have a copy elsewhere. The USB port partly addresses this — attach an external drive and schedule a nightly copy — but that backup lives in the same room and on the same power circuit as the NAS. Treat the 2TB capacity honestly, too: after formatting and system overhead you get roughly 1.8TB usable, which is fine for documents, spreadsheets and a modest photo library, but not for a video archive.

Pros

• Lowest total cost of entry — drive included, nothing else to buy
• Very low power draw and near-silent in a small office
• Remote access works without exposing your router to the internet
• USB port gives you a straightforward local backup target
• Setup takes minutes, not an evening

Cons

• No RAID — one drive failure means total data loss without a separate backup
• 2TB is tight if you keep video, design files or long-term scanned records
• Single-bay units cannot be expanded by adding a drive; you replace the drive
• Gigabit Ethernet caps throughput at roughly 112–118 MB/s in practice

Compared with the nearest alternative in this list, the LinkStation 210 4TB is the same platform with double the capacity for a modest step up in price — if your working set is between 1TB and 3TB, the 4TB version is the better buy because the enclosure cost is identical and you avoid a migration within a year. Compared with the LinkStation 220 4TB, though, the 210 loses the one feature that matters most for irreplaceable data: a second bay and RAID 1. If losing a drive means losing the business, the extra spend on the 220 is the cheapest insurance in this whole roundup.

2. Yxk Zero1 2-Bay Desktop NAS – Best for buyers who already own spare drives

The Zero1 is a diskless two-bay desktop NAS, which means you supply the storage yourself. That makes it the natural choice for a home office that already has one or two 3.5-inch SATA drives sitting in a drawer after a PC upgrade, or for a buyer who wants to choose drive capacity, brand and warranty independently of the enclosure. It is the budget-tier route into a mirrored setup: buy the box now with drives you own, and upgrade capacity later when a sale makes larger drives cheap.

Key specifications as listed:

• 2 drive bays, sold without drives
• Accepts standard 3.5-inch SATA hard drives, with 2.5-inch SSDs typically supported on the same trays in this class
• RAID 0, RAID 1 and JBOD-class configurations through the web administration interface
• Gigabit-class network connectivity
• Browser-based management dashboard, shared folders and user accounts
• Mobile app and desktop client access for files on the go
• Small desktop footprint, typically two-bay chassis dimensions

The appeal is purely economic and practical. A diskless two-bay enclosure lets you reuse drives you have already paid for, and it lets you match drive quality to the job — a pair of NAS-rated drives for a mirrored array, or a single large drive in JBOD if you are staging media. Because you buy the drives separately, you also control the warranty on the part most likely to fail.

The trade-offs are real. Everything about the setup is on you: choosing drives, installing them, deciding between RAID 0 (faster, no protection), RAID 1 (mirrored, half the raw capacity) and JBOD (no protection, full capacity), then initialising the array. RAID 1 with two 4TB drives gives you roughly 3.6TB of usable protected space; RAID 0 gives you roughly 7.2TB usable with no redundancy at all, and a single drive failure destroys the whole volume. On a budget-tier platform, expect gigabit networking only, so around 112–118 MB/s in practice, and expect the remote-access features to be thinner than Buffalo’s WebAccess or a modern x86 NAS operating system.

Noise and power depend entirely on the drives you fit. Two 3.5-inch drives in a small chassis typically produce 30–35 dB(A) under load, and a two-bay unit with two spinning drives averages somewhere around 18–25 W, which is roughly 158–219 kWh a year, or about $24–$33 at $0.15/kWh. If you fit SSDs instead, you lose the noise and cut power to single digits, but you pay far more per terabyte.

Pros

• Cheapest way to get a genuine two-bay mirrored array
• Reuses drives you already own instead of paying twice for storage
• You choose drive capacity, speed rating and warranty
• RAID 1 protection against a single drive failure
• Capacity upgrades later cost only the price of new drives

Cons

• No drives included — the real cost is enclosure plus two drives
• Setup requires you to understand RAID levels and initialise the array yourself
• Budget-tier software ecosystem: fewer apps, thinner remote access, less frequent feature updates
• Gigabit-only networking in this class

Against the BUFFALO LinkStation 220 4TB, the choice comes down to how you value your time and your existing hardware. The 220 arrives with a drive installed, RAID ready, and a mature support and remote-access stack; the Zero1 costs less up front if you already have drives and are comfortable in a web admin panel. Against the UGREEN DXP4800 GT there is no contest on capability — the UGREEN is x86 with NVMe and multi-gigabit networking — but the Zero1 costs a fraction as much and does the one job most home offices actually need: a mirrored shared folder on the LAN.

3. UGREEN NAS DXP4800 GT – Best for creators, media teams and container users

The DXP4800 GT is the pick when a NAS stops being a shared folder and becomes office infrastructure. Four bays give you room for a proper RAID array, the x86 platform class means it runs a full NAS operating system with app support, containers and virtual machines, and the networking is well above gigabit, which is the difference between “usable for video” and “unusable for video”. It suits a two-to-ten person studio, a creator with a large RAW or ProRes library, a tech-forward office that wants to self-host services, and anyone who has outgrown a two-bay box within two years.

Key specifications as listed:

• 4 drive bays for 3.5-inch or 2.5-inch SATA drives, diskless
• M.2 NVMe slots for cache or a fast working volume
• x86 processor class with DDR5 memory, expandable
• Multi-gigabit networking on the platform, well above the gigabit ceiling of budget NAS units
• RAID 0, 1, 5, 6 and 10 support, plus JBOD
• Snapshot support for point-in-time recovery against ransomware and accidental deletion
• Container and virtual machine hosting, media server apps, scheduled backup jobs
• Desktop form factor with active cooling

The headline advantage is throughput headroom. A gigabit link delivers roughly 112–118 MB/s in the real world, and 2.5GbE delivers roughly 280–290 MB/s — about 2.5 times as much. Put numbers on that: copying a 500GB project folder takes about 74 minutes over gigabit and about 29 minutes over 2.5GbE. For 4K editing, a compressed consumer 4K file at 15–25 MB/s streams comfortably over gigabit, but a 4K ProRes 422 HQ file at roughly 880 Mbps needs about 110 MB/s, which saturates a gigabit link with a single stream. 8K ProRes at roughly 1,760 Mbps needs about 220 MB/s and is simply not viable over gigabit at all.

Four bays also change your RAID arithmetic. Four 8TB drives in RAID 5 give you about 24TB usable with one drive of redundancy; RAID 6 gives about 16TB usable and survives two simultaneous failures; RAID 10 gives about 16TB usable with mirroring plus striping. That is a different class of storage planning from a two-bay box, and it is why the DXP4800 GT is the one unit here that will not need replacing when the office grows.

The costs are power, noise and complexity. An x86 four-bay unit with four spinning drives typically averages 40–50 W across a 24/7 year, which is roughly 350–438 kWh — about $53–$66 at $0.15/kWh and $105–$131 at $0.30/kWh. That is still far below an always-on workstation, but it is three to four times a single-bay NAS. Four drives in a compact chassis also make real noise, commonly 35–42 dB(A) under load, so it belongs in a cupboard or a room nobody works in, with ventilation.

Pros

• Multi-gigabit networking removes the single biggest NAS bottleneck
• NVMe cache and x86 CPU make it suitable for video editing and large-file work
• RAID 5, 6 and 10 plus snapshots give genuine data-protection options
• Runs containers, VMs and media servers, so it can replace several subscriptions
• Expandable memory and four bays give a five-year-plus upgrade path

Cons

• Highest power draw and noise of anything in this roundup
• Diskless — the drive bill is separate and significant
• More configuration decisions than a Buffalo appliance, and more ways to get them wrong
• Overkill for an office whose heaviest workload is Word documents and PDFs

Against the BUFFALO LinkStation SoHo 720 8TB, the split is straightforward. The SoHo 720 arrives with two drives installed, mirrored, and a support line aimed at small businesses — it is a finished appliance you can hand to a non-technical office manager. The DXP4800 GT is a platform: you buy drives, choose a RAID level, decide whether to use NVMe cache, and configure remote access. If nobody in the office wants to make those decisions, the Buffalo wins. If somebody does, the UGREEN will still be the better machine in 2031.

4. BUFFALO LinkStation 210 6TB – Best for archives and document-heavy offices

This is the same single-bay LinkStation 210 platform as the 2TB and 4TB models, fitted with a 6TB drive. It sits in the mid-range tier purely because of capacity, not because the hardware is different. That matters for buyers: you are not paying for extra speed or features, you are paying for room. It suits an office with a large document archive — scanned records, drawings, case files, photo libraries — where files change slowly but the total volume keeps climbing.

Key specifications as listed:

• 1 drive bay, 6TB hard drive included and pre-installed
• Gigabit Ethernet network port
• USB port for an external backup drive
• No RAID — single drive, single point of failure
• Windows, macOS and mobile access, including Time Machine on Mac
• Buffalo WebAccess for remote access without port forwarding
• DLNA media serving and scheduled backup jobs to an attached USB disk

Six terabytes is a genuinely useful amount of space for documents. A scanned A4 page at 300 dpi as a PDF runs roughly 100–300 KB, so even at 300 KB a page, 6TB holds something on the order of 20 million pages before formatting overhead. Formatted, you can expect roughly 5.4TB usable. For a legal practice, an accountancy, a clinic or a small architectural office, that is a decade of records with room to spare.

The case for this model over the 4TB version is arithmetic: if your archive is already over 2.5TB and growing at 300–600 GB a year, the 4TB unit will need replacing within two to three years, and replacing a NAS means migrating data, re-pointing mapped drives and re-establishing backup jobs. Buying the larger capacity once avoids that project. The case against it is that at this price point you are approaching two-bay territory, where the same money buys a mirrored array with half the raw capacity but far better survival characteristics.

Operationally it is as quiet and frugal as the rest of the family: one spindle, roughly 10–14 W at idle, low-20s dB(A). Backup strategy is where the effort goes. The USB port is designed for exactly this — attach an external drive, schedule a nightly or weekly copy, and rotate a second external drive off-site so a theft, fire or power event cannot take both copies. Without that rotation, the NAS and its backup share a shelf and a power strip, which is not a backup plan.

Pros

• 6TB of included capacity handles large, slow-changing archives
• Same quiet, low-power single-bay platform as the smaller models
• Delays the migration project that a capacity upgrade forces
• Simple setup and mature remote access for non-technical users
• USB backup port makes local copies straightforward

Cons

• Still no RAID — a drive failure is a total loss without a copy elsewhere
• Mid-range pricing for entry-level hardware; you are buying capacity, not performance
• Gigabit-only, so large restores are slow
• Rebuilding after a failure means restoring from backup, which can take a full day over gigabit

Against the BUFFALO LinkStation 220 8TB, the comparison is the crux of this whole roundup. The 220 gives you two bays, RAID 1 mirroring and 8TB raw, which is roughly 3.6TB usable in a mirror. The 210 6TB gives you roughly 5.4TB usable with no protection. If your priority is capacity per dollar, the 210 6TB wins. If your priority is that the office keeps working after a drive dies, the 220 8TB wins, and the extra 1.8TB of usable space you give up is the price of not having a very bad Monday.

5. BUFFALO LinkStation 210 4TB – Best for small offices replacing a USB hard drive

The 4TB LinkStation 210 is the most common starting point for a home office that has been passing a portable USB drive between desks and has finally had enough. It is the same enclosure as the 2TB and 6TB models with a 4TB drive inside, and it exists to answer one question: how do we get shared files off individual laptops and onto something everyone can reach? It suits a two-to-three person office, a home-based business with a desktop and a laptop, or anyone who wants a Time Machine and Windows backup target that is not a USB cable.

Key specifications as listed:

• 1 drive bay, 4TB hard drive included and pre-installed
• Gigabit Ethernet network port
• USB port for external drive backup or expansion
• No RAID — single drive configuration
• Shared folders with per-user permissions
• Windows and macOS support, including Time Machine
• WebAccess remote file access, DLNA media streaming, scheduled backups

Why 4TB rather than 2TB? Because the difference in price between the two is usually small relative to the enclosure cost, and because usable capacity after formatting lands around 3.6TB. That comfortably covers a working set of documents, a photo library, a few years of accounting records, and the local backup images from two or three computers. A single Windows system image can be 60–120 GB; three machines with versioned backups can easily consume 500GB to 1TB of that space on their own, which is why the 2TB model can feel tight surprisingly quickly.

Throughput is the honest constraint. Gigabit Ethernet in a home office with normal cabling and a normal consumer router delivers roughly 112–118 MB/s in practice, so a full initial backup of a 500GB laptop takes roughly 70–80 minutes, and restoring a 100GB folder takes about 15 minutes. That is fine for documents and acceptable for photos. It is not fine for a video editor working directly off the array.

Power and noise remain the platform’s strong points: about 10–14 W at idle, low-20s dB(A) with one spindle, and no fan noise to speak of in a well-ventilated spot. Place it on a shelf, not on carpet, and not inside a closed cabinet — these enclosures rely on convection and a small fan, and heat is what shortens drive life.

Pros

• Drive included, so the purchase is a single decision
• 4TB is a comfortable working capacity for a small document-based office
• Doubles as a Time Machine target and a Windows backup destination
• Quiet and cheap to run around the clock
• Remote access works without exposing your network

Cons

• No redundancy; the USB backup drive is doing all the protecting
• Gigabit-only networking
• Cannot be expanded by adding a drive — a capacity upgrade means replacing the unit
• Single-bay failures mean a full restore from backup, not a quick mirror rebuild

Against the LinkStation 710 4TB, the choice is performance versus price. The 710 is positioned above the 210 in Buffalo’s line-up, with more processing headroom for concurrent users and faster file operations, and it is the better buy if three or more people will be hammering the share at once. Against the LinkStation 220 4TB, the 210 loses mirroring and gains nothing except a lower price. For an office where the data is genuinely replaceable, that trade is fine; where it is not, the 220 is the correct answer.

6. BUFFALO LinkStation 220 4TB – Best for two-to-three person offices needing mirroring

The 220 4TB is the first unit in this roundup that can survive a drive failure on its own. Two bays, a 4TB drive installed, and support for RAID 1 mirroring mean you can add a second drive later and turn a single-drive setup into a mirrored one without buying a new enclosure. It suits a two-to-three person office, a consultant with a decade of client files, or anyone whose answer to “what happens if the drive dies?” should not be “I drive to the shop and hope.”

Key specifications as listed:

• 2 drive bays, one 4TB drive included
• RAID 0, RAID 1 and JBOD configurations supported
• Gigabit Ethernet network port
• USB port for external backup drives
• Shared folders, user accounts and access permissions
• Windows, macOS and mobile access; Time Machine support
• Buffalo WebAccess remote access, DLNA media serving, scheduled backup jobs

The RAID maths is worth doing before you buy. With one 4TB drive installed and no mirror, you have roughly 3.6TB usable. Add a second 4TB drive and switch to RAID 1 and you keep roughly 3.6TB usable — the second drive buys protection, not capacity. Switch to RAID 0 instead and you get roughly 7.2TB usable but no redundancy, and a single drive failure destroys the volume. For office data, RAID 1 is almost always the right choice, and the capacity you “lose” is really the cost of the mirror.

Rebuild behaviour is the detail buyers forget. When a mirrored drive fails, you replace it and the array rebuilds by copying the surviving drive’s contents onto the new one. At a typical 100–150 MB/s of sustained write, a full 4TB rebuild takes roughly 7–11 hours, during which performance is degraded and the array is running without protection. That is a strong argument for keeping an external backup in addition to the mirror — a mirror protects against hardware failure, not against accidental deletion, ransomware or a power surge that takes both drives.

Power and noise step up slightly from single-bay models. Two spinning drives average roughly 18–25 W, or about 158–219 kWh a year, which is roughly $24–$33 at $0.15/kWh. Noise under load is commonly in the 30–35 dB(A) range, noticeable in a quiet room but easily masked by background conversation.

Pros

• RAID 1 mirroring available, protecting against a single drive failure
• Second bay lets you add protection now and capacity later
• Drive included, so it works out of the box before you expand it
• Mature, low-maintenance appliance software with solid remote access
• Modest power draw for an always-on device

Cons

• Mirroring halves usable capacity — 4TB raw becomes roughly 3.6TB protected
• Only one drive included; the second is an extra purchase
• Gigabit-only networking
• Rebuilds take the better part of a working day

Against the LinkStation 220 8TB, this is a capacity decision: the 8TB version gives you roughly 3.6TB protected out of the box with both drives installed, while the 4TB version gives you the same protection only after you buy a second drive. Against the Yxk Zero1, the 220 costs more but arrives with a drive, a warranty and a software stack aimed at people who do not want to think about RAID initialisation. Against the LinkStation SoHo 720 8TB, the 220 is the consumer-grade version of the same idea — fewer business features, lower price.

7. BUFFALO LinkStation 720 4TB – Best for home offices wanting business-class features

The LinkStation 720 is positioned above the 220 in Buffalo’s line-up, and the difference shows up in the things a growing office notices: more processing headroom for simultaneous users, a fuller feature set around private cloud access, and business-oriented backup tooling. The 4TB configuration gives you a two-bay chassis with a drive installed and the option to mirror. It suits a home office that has started to feel like a small business — multiple staff, client-facing file sharing, and a need for something more capable than an entry-level appliance.

Key specifications as listed:

• 2 drive bays with a 4TB drive included
• RAID mirroring support for drive-failure protection
• Higher-performance processor class than the LinkStation 220
• Gigabit Ethernet network port
• USB port for external backup drives
• Private cloud features: remote access, file sharing, mobile apps
• Business backup software support for Windows and macOS machines
• Shared folders with per-user and per-group permissions

Where the 720 earns its premium is concurrency. A home office with five machines hitting a share simultaneously — one streaming media, two editing documents, one running a backup job — will notice the difference between an entry-level processor and a faster one. Backup windows also matter: if three laptops each need a nightly backup over gigabit, the array is writing continuously for hours, and a faster platform keeps those jobs from spilling into the working day.

It is still a gigabit device, so plan around roughly 112–118 MB/s of practical throughput. That is fine for documents, photos, spreadsheets and database files, and acceptable for streamed compressed video. It is not a video-editing platform. If your work involves large RAW files, ProRes footage or regularly moving 50GB-plus folders, the constraint is the network, not the NAS, and you should be looking at multi-gigabit hardware.

Power and noise sit in the normal two-bay band: roughly 18–25 W average, 30–35 dB(A) under load with two drives. In a home office where the NAS lives on the same desk as the person working, that is audible during large transfers and invisible the rest of the time.

Pros

• Faster platform than entry-level two-bay units, which shows under concurrent load
• Business-oriented backup and private cloud features
• RAID mirroring for drive-failure protection
• Two bays leave room for a capacity upgrade later
• Straightforward management for non-specialists

Cons

• Premium pricing for hardware that is still gigabit-limited
• Only one drive included, so mirroring requires a second purchase
• 4TB raw becomes roughly 3.6TB usable in a mirror — modest for the money
• No NVMe cache, no containers, no virtual machines

Against the LinkStation 220 8TB, the 720 4TB trades capacity for platform quality: the 220 8TB gives you more protected space out of the box, the 720 gives you a faster processor and a richer feature set. If your bottleneck is people, buy the 720; if your bottleneck is space, buy the 220 8TB. Against the LinkStation SoHo 720 8TB, the two are close relatives — the SoHo version arrives with two drives installed and 8TB raw, which makes it the more complete package for an office that wants mirroring on day one without ordering anything else.

8. BUFFALO LinkStation 710 4TB – Best for fast single-drive setups on a budget

The 710 is Buffalo’s higher-performance single-bay line: one drive bay, 4TB installed, and a platform positioned above the 210 for speed and concurrent access. It suits a home office that wants a quick, simple shared drive with better responsiveness than the entry-level model but does not need RAID or a second bay. Think a two-person studio, a bookkeeper, a designer working with large Photoshop files on a single workstation.

Key specifications as listed:

• 1 drive bay with a 4TB drive included
• Higher-performance single-bay platform compared with the LinkStation 210
• Gigabit Ethernet network port
• USB port for external backup drives
• No RAID — single-drive configuration
• Shared folders, user accounts and permissions
• Windows and macOS support, including Time Machine
• Remote access and DLNA media serving

The pitch is straightforward: if you are going to run a single drive, run a faster one. Day-to-day responsiveness on a NAS is governed by the processor, memory and firmware as much as by the disk, and a single-drive unit from a higher tier will feel snappier when several users are browsing folders, opening documents and running backups at the same time. Sequential throughput is still capped by gigabit — roughly 112–118 MB/s — but small-file performance, which is what most office work actually consists of, is where the difference is felt.

The single-bay limitation is unchanged. With no mirror, a drive failure means restoring from backup, and a 4TB restore over gigabit at roughly 112 MB/s takes about ten hours for a completely full drive. That is a full working day of downtime, which is exactly the argument for the two-bay units above — or, at minimum, for a nightly USB backup plus an off-site copy, so the restore is a copy-back rather than a rebuild.

Power use is modest: roughly 10–15 W average, about 88–131 kWh a year, or roughly $13–$20 at $0.15/kWh. Noise from a single spindle sits in the low-to-mid 20s dB(A), which is quiet enough for a shared office. Keep it ventilated; single-bay chassis have less airflow than two-bay units and heat is the main killer of consumer drives.

Pros

• Better responsiveness than entry-level single-bay units
• Drive included, so no compatibility research needed
• Very low power draw and quiet operation
• Simple management with remote access included
• Good fit for one or two users with large working files

Cons

• No RAID and no second bay — no path to mirroring
• Still limited by gigabit networking
• 4TB gives roughly 3.6TB usable
• Premium over the 210 for a performance difference many offices will not notice

Against the LinkStation 210 4TB, the 710 is the faster box and the 210 is the cheaper one. If your office is one or two people doing document work, the 210 is sufficient and the 710’s extra performance will go unused. If three or four people share the drive and complain about folder browsing, the 710 is worth the step up. Against the LinkStation 220 4TB, the trade is performance versus protection: the 220 is slower per-core but can mirror, and for most offices mirroring beats responsiveness.

9. BUFFALO LinkStation SoHo 720 8TB – Best for professional offices with client data