ASUSTOR AS6706T v2 vs AS6806T: Gen3 puts SSDs next to 10GbE, while HDMI stays with Gen2+
Quick verdict
If your six-bay archive also needs native 10GbE and internal NVMe storage, the AS6806T is the one. The AS6706T v2 is the better match when 5GbE handles your network and you need HDMI, or when nothing gives you a reason to swap out your current USB backup setup. Six SATA drives fit in either. Gen3 USB 4 serves compatible external storage and is not meant for attaching directly to a computer.
Before you buy
Why, and what it costs you
Keep the working files separate from the growing family archive
When several people keep adding photos while one person edits large projects, separate NVMe storage can preserve a useful working layout. Gen3 lets that layout coexist with native 10GbE. Gen2+ requires a choice between the optional 10GbE card and its M.2 board. If editing stays local and the NAS only receives finished work, the 5GbE platform may cover the actual job.
Where this comes from
A concurrent hardware-layout inference. Separate pools do not guarantee isolation from CPU load, provide a backup or prove transfer speed.
The catch
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
A later 10GbE card removes the M.2 board. Treat this as a storage-layout decision before filling the SSDs.
The catch
ASUSTOR Lockerstor 6 Gen3 AS6806T
No HDMI, and the USB 4 ports do not establish a direct Mac or PC connection.
AS6706T v2
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
Why pick it
Your six-bay archive works over 5GbE or slower, so no optional card has to push out the NVMe board.
You need HDMI to run an ADM display application that is specifically supported.
The catch
A later 10GbE card removes the M.2 board. Treat this as a storage-layout decision before filling the SSDs.
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What this page compares
Six-bay Lockerstor Gen2+ or Gen3? This page covers shared archives, SSD workspaces and removable backups, and the upgrade conflicts to weigh before you buy.
A six-drive home or small-studio archive can use either platform. This upgrade decision turns on simultaneous storage and networking, external backup equipment and memory needs.
Which one fits
Pick the situations that sound like you
Six SATA drives, internal SSD workspaces and 10GbE are all required
Gen2+ can add 10GbE only by removing the internal NVMe board. Gen3 includes the network ports.
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
Not suitable
ASUSTOR Lockerstor 6 Gen3 AS6806T
Better fit
A confirmed HDMI app is part of the existing setup
The Gen2+ HDMI output preserves that physical connection. Gen3 has none.
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
Better fit
ASUSTOR Lockerstor 6 Gen3 AS6806T
Not suitable
Backups use an existing USB 10Gbps drive
Both provide USB 10Gbps. A USB 4 label does not make that existing drive faster.
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
Good
ASUSTOR Lockerstor 6 Gen3 AS6806T
Good
The supported memory plan needs more than 16GB
Gen2+ stops at 16GB. Gen3 supports up to 64GB with appropriate modules and remaining workload limits.
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
Not suitable
ASUSTOR Lockerstor 6 Gen3 AS6806T
Better fit
In practice
Differences you will notice
01
Keep the working files separate from the growing family archive
When several people keep adding photos while one person edits large projects, separate NVMe storage can preserve a useful working layout. Gen3 lets that layout coexist with native 10GbE. Gen2+ requires a choice between the optional 10GbE card and its M.2 board. If editing stays local and the NAS only receives finished work, the 5GbE platform may cover the actual job.
How we worked this out
A concurrent hardware-layout inference. Separate pools do not guarantee isolation from CPU load, provide a backup or prove transfer speed.
02
A faster backup port helps only the backup you own
Gen3 gives a household rotating compatible USB 4 SSD backups an additional connection option. It cannot use the laptop itself as a USB 4-attached storage client. If the backup drive is USB 10Gbps, or the destination is a network share, do not credit USB 4 with a faster completed backup. Gen2+ still has two 10Gbps USB ports.
How we worked this out
Compare the endpoint and supported protocol before the nominal port rate. Copy completion also depends on source disks, destination storage, files and software. No time saving is calculated.
03
The extra RAM can avoid disrupting a shared service later
A NAS hosting both household backups and your own applications needs memory left for each. Gen3 raises the supplied memory from 8GB to 16GB and can grow beyond the Gen2+ 16GB limit. That is a reason to choose it when you already have a larger memory plan. It does not promise support for a set number of users. Keep compatible ECC modules if preserving ECC matters.
How we worked this out
Supplied-memory and supported-ceiling comparison. Operating-system use, individual app requirements and CPU limits are not measured here.
Option A
AS6706T v2
ASUSTOR, AS6706T v2
Lockerstor 6 Gen2+ AS6706T v2
Your six-bay archive works over 5GbE or slower, so no optional card has to push out the NVMe board.
Best for
Your six-bay archive works over 5GbE or slower, so no optional card has to push out the NVMe board.
Facts we checked
Keeping the archive and SSD jobs together: Six SATA bays, four PCIe 3.0 x1 NVMe slots and two native 5GbE ports. Optional 10GbE requires removing the M.2 daughterboard.
Supplied and maximum RAM: Intel N5105. 8GB DDR4 supplied and 16GB maximum.
Backup and display connections: HDMI 2.0b, two USB-A 10Gbps ports and one USB 2.0 port.
Enclosure size: 185.5 x 233 x 230 mm, height x width x depth. Six SATA positions.
Editing over 10GbE is part of the plan, and the NVMe workspace needs to stay alongside the SATA archive.
Best for
Editing over 10GbE is part of the plan, and the NVMe workspace needs to stay alongside the SATA archive.
Facts we checked
Keeping the archive and SSD jobs together: Six SATA bays and four PCIe 4.0 x1 NVMe slots, with two native 10GbE ports and two 5GbE ports.
Supplied and maximum RAM: Ryzen V3C14. 16GB ECC DDR5 supplied and 64GB maximum. Non-ECC memory disables ECC functionality.
Backup and display connections: No HDMI. Two USB 4 ports for compatible external storage and three USB-A 10Gbps ports. USB 4 host-to-host networking to a Mac or PC is unsupported.
Enclosure size: 185.5 x 233 x 230 mm, height x width x depth. Six SATA positions.
In practiceGen3 starts with twice the memory and allows more later, but an actual service budget is needed.
Backup and display connections
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2HDMI 2.0b, two USB-A 10Gbps ports and one USB 2.0 port.
ASUSTOR Lockerstor 6 Gen3 AS6806TNo HDMI. Two USB 4 ports for compatible external storage and three USB-A 10Gbps ports. USB 4 host-to-host networking to a Mac or PC is unsupported.
In practiceChoose around the equipment you will connect. USB 4 storage and computer attachment are different jobs.
Enclosure size
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2185.5 x 233 x 230 mm, height x width x depth. Six SATA positions.
ASUSTOR Lockerstor 6 Gen3 AS6806T185.5 x 233 x 230 mm, height x width x depth. Six SATA positions.
In practiceThe published dimensions match, so the generation upgrade need not consume more shelf width.
Trade-offs
What each pick costs you
With ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
Both are sold diskless. Before ordering, confirm the exact model suffix, the RAM supplied, the seller, the return terms and whether the unit qualifies for US warranty. Drives, optional cards and memory upgrades all cost extra.
With ASUSTOR Lockerstor 6 Gen3 AS6806T
16GB ECC is supplied. Compatible ECC upgrades, storage drives and network equipment are separate.
Change of plan
When the answer changes
10GbE and internal NVMe must work together
Go with ASUSTOR Lockerstor 6 Gen3 AS6806T. Native networking leaves the Gen3 SSD slots available.
HDMI is required and 5GbE is sufficient
Go with ASUSTOR Lockerstor 6 Gen2+ AS6706T v2. The Gen2+ retains the necessary display output.
The NAS must connect directly to a computer through USB 4
Neither model fits. The documented Gen3 limitation rules out that assumed shortcut.
Decision guide
Before you buy
Everyone has to keep access to the archive, one desk needs quicker working storage, and the backup still has to happen.
Check these before you buy
Neither comes with drives. Look at the model suffix, included RAM, seller, return policy and US warranty eligibility before you order. Anything beyond the bare unit, meaning drives, optional cards and extra memory, is bought separately.
Compare your specific backup drive and enclosure with the supported device list.
List what your applications need in memory before you order additional RAM.
What this page can’t tell you
Treat Ethernet figures as link rates. They are not measured file-transfer speeds, and the client adapter, switches, cabling, disks, file sizes or concurrent work may be what slows you down.
Don’t treat RAID, snapshots or ECC as a backup. Store a tested copy away from the NAS, safe from the same accident or account compromise.
Where current tables and older documents conflict, power and weight are left out of the comparison.
By the numbers
What the data shows
What we found across the NAS devices we compare, plus the checked facts behind each finding.
Show the facts and the math
Models in the comparison
2 models
Sources
4 covering these models
Product data updated
The facts and sources behind each product in this recommendation
Product
Needs it meets
Facts we checked
Sources
ASUSTOR Lockerstor 6 Gen2+ AS6706T v2
Your six-bay archive works over 5GbE or slower, so no optional card has to push out the NVMe board.
You need HDMI to run an ADM display application that is specifically supported.
Your current 10Gbps USB backup gear and your application memory needs already sit within its limits.
Keeping the archive and SSD jobs together: Six SATA bays, four PCIe 3.0 x1 NVMe slots and two native 5GbE ports. Optional 10GbE requires removing the M.2 daughterboard.
Supplied and maximum RAM: Intel N5105. 8GB DDR4 supplied and 16GB maximum.
Backup and display connections: HDMI 2.0b, two USB-A 10Gbps ports and one USB 2.0 port.
Enclosure size: 185.5 x 233 x 230 mm, height x width x depth. Six SATA positions.
Editing over 10GbE is part of the plan, and the NVMe workspace needs to stay alongside the SATA archive.
You back up to a USB 4 storage device that has been verified as compatible, and not to a laptop’s USB 4 port.
The services you plan to run need more than 16GB of memory, and 64GB is the supported expansion ceiling.
Keeping the archive and SSD jobs together: Six SATA bays and four PCIe 4.0 x1 NVMe slots, with two native 10GbE ports and two 5GbE ports.
Supplied and maximum RAM: Ryzen V3C14. 16GB ECC DDR5 supplied and 64GB maximum. Non-ECC memory disables ECC functionality.
Backup and display connections: No HDMI. Two USB 4 ports for compatible external storage and three USB-A 10Gbps ports. USB 4 host-to-host networking to a Mac or PC is unsupported.
Enclosure size: 185.5 x 233 x 230 mm, height x width x depth. Six SATA positions.