Jonsbo N5 Review

Jonsbo N5 NAS Case Review

Ever since we first found out that Jonsbo were launching a new 12-bay storage desktop chassis for NAS use, we’ve been eagerly awaiting the chance to get our hands on the final product and find out whether it can really live up to the prototype unit we saw at Computex 2024 in the summer. Jonsbo already has an established range of NAS-focused enclosures with the N1, N2, N3, and N4—but none of these solutions seemingly ticked all the boxes for most users. The Jonsbo N5 is designed to be the most adaptable and scalable DIY NAS case in desktop that the brand has ever developed, and it’s easy to see why. Supporting up to 12 hard drives, four SSDs, practically any motherboard on the market, massive PCIe card support, and massive CPU cooler support—the N5 is an absolute behemoth. But is there such a thing as going too overkill when it comes to your own DIY server? Today? I want to review the N5 and help you decide whether this do-it-yourself server enclosure deserves your money and your data!

You can watch the full YouTube Review of the Jonsbo N5 NAS Case HERE on NASCompares

Note – You can see the comparison of the Jonsbo N2, N3, N4 and N5 in this article HERE

Where to Buy?

#1 Jonsbo N5 (Aliexpress $195) – HERE

#2 Jonsbo N5 (Aliexpress $300) – HERE

#3 Jonsbo N5 (Aliexpress $192) – HERE

Jonsbo N5 Coming to Amazon Soon – HERE

Jonsbo N5 Review – Quick Conclusion

I’m really impressed with the Jonsbo N5! Having experimented with DIY NAS cases for years, I’m reluctant to label any one case as the “ultimate NAS case,” but the N5 comes remarkably close. While it may not be the smallest or the most discreet option, and those hard drive handles can be frustrating, in almost every other way, it’s the ideal NAS case for DIY server builds. If you’ve got the space, you won’t find a more scalable and upgradable NAS solution on the market in 2024. Though it’s not for the faint of heart, if you’re serious about setting up a long-term server solution that you can scale in any direction over time, the N5 will have you covered for years to come. Jonsbo has clearly put thought into refining this product based on past feedback, and while I expect someone to eventually create a hard drive tray mod to fix the handle issue, the case is otherwise unbeatable. Plus, considering the N5 is only about $80-100 more expensive than the N2, N3, and N4, yet far more versatile and scalable, it’s undoubtedly a fantastic choice!

BUILD QUALITY - 10/10
HARDWARE - 9/10
PERFORMANCE - 10/10
PRICE - 8/10
VALUE - 10/10


9.4
PROS
👍🏻Highly Scalable: Supports up to 12 hard drives and 4 SSDs, making it one of the most scalable DIY NAS cases available.
👍🏻Broad Motherboard Compatibility: Supports ITX, M-ATX, ATX, and E-ATX motherboards, offering great flexibility.
👍🏻Ample PCIe Support: Can accommodate up to 8 PCIe expansion slots, allowing for high customization and upgrades.
👍🏻Solid Build Quality: Made from a mix of aluminum alloy, steel, and wood, providing durability and a premium feel.
👍🏻Massive Cooling Capacity: Supports up to 11 fans, with passive ventilation in every direction, ensuring effective cooling for high-performance setups.
👍🏻Supports Full-Size Components: Compatible with full-length GPUs and large CPU coolers (up to 160mm in height).
👍🏻Accessory Kit Included: Comes with a comprehensive set of accessories, including extra screws, trays, and even screwdrivers.
👍🏻Detailed Instruction Manual: The build instructions are thorough, helping users with different motherboard types and installation procedures.
👍🏻Great for Long-Term Use: The design allows for future upgrades, making it ideal for users who plan to scale over time.
👍🏻Competitive Pricing: Priced only slightly higher than smaller models (N2, N3, N4) but with significantly more features and expandability.
CONS
👎🏻Frustrating Hard Drive Trays: The rubber handle design for the hard drive trays can be awkward and less secure than traditional trays.
👎🏻Potential Noise: Thin 1mm steel and numerous drive bays may amplify operational noise, especially with high-capacity hard drives and fans.
👎🏻Hex/Allen Key Screws: Using hex/Allen key screws for the case lid can be inconvenient and prone to wear, making future access difficult.



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Jonsbo N5 Review – Packaging

Unsurprisingly, the packaging that the N5 arrives in is absolutely enormous. The enclosure itself is already pretty darn large; this case manages to be taller than most gamer PC cases but also wider too. The external casing, however, is not your typical brown faceless box and actually is adorned with system-specific details on all sides.

The contents of the system arrive via the main enclosure itself encased in thick foam on all sides to protect the device from damage by shock or motion in transit. The accessory kit that the system arrives with is in its own dedicated box, and although I question the sustainability and recyclability of some of these materials, there’s no arguing that the system is pretty well protected in transit.

It’s also worth highlighting that, despite the fact that the N5 arrives as a case only, it arrives with a pretty extensive accessory kit included. Indeed, although you obviously have to get your own CPU+Mobo+RAM+storage+PSU+media, everything else you’re going to need is included when constructing the system. The kit includes extra tray accessories, extra screws, extra cable ties, and a couple of screwdrivers for dismantling and constructing the entire system enclosure.

In terms of screws, the kit includes 2.5-inch screws for installing 2.5-inch media into the external framework, screws and grommets for the individual 3.5-inch drive media, screws and mounts for the motherboard and extra cooling systems, and additional washers for each screw kit.

One complaint I’ve had when previously reviewing the Jonsbo NAS enclosure series that continues to annoy me here is that the brand still chooses to use hex/Allen key screws for the lid of the system. I understand why they choose to use these, as they can often be produced to be much more flush with the external enclosure and add to the sleek and discreet external casing that this chassis arrives with. However, these screws are pretty small, and even if you use the included hex/Allen key screwdriver that the kit arrives with, these are very easy to tear up, and once that happens, accessing the inside of your Jonsbo N5 NAS enclosure will become a right nightmare!

One enormous compliment I have to pay to the presentation of the Jonsbo N5, however, is the included instruction manual. I have reviewed and unboxed absolutely loads of NAS enclosures and complete NAS systems, and none of them I’ve ever had are more useful build instruction manuals than the N5! It details the correct order of building the system, outlines the appropriate outlets that you need to use for installing different components, as well as differentiating and recommending build methods for ITX or ATX deployments, right the way down to cable funneling. Previous Jonsbo NAS enclosures have always arrived with a folded A4 leaflet included, whereas this latest generation device arrives with a much more detailed instruction manual for first-time setup.

Overall, this is the most impressive DIY NAS presentation and accessory kit that the brand has ever released, arguably better than most other DIY NAS enclosures I’ve played around with in the last few years. However, we need to focus a lot more now on the design of the N5 itself.


Jonsbo N5 Review – Design (External)

To say that the N5 is a bit big would be a wild understatement. The Jonsbo N5 isn’t just big; it is almost the size of all three Jonsbo N1, N2, and N3 combined! You are looking at the volumetric equivalent of a 12-bay rackmount system boiled down into a desktop enclosure—all the while supporting full-height and full-length PCIe cards, coolers, and accessories. Measuring 35 cm by 40 cm by 35 cm (and over 7.5 kg in weight), this is one seriously large case in every dimension. You do not need to necessarily fill this system on day one, but it’s definitely clear that the N5 is designed for long-term upgrades and scalability.

Just to give you a little bit of perspective, below you can see the front-facing size comparison of the Jonsbo N2 versus N3 versus N4 versus N5. There is no gradual growth here, and in fact, it’s a huge scale-up between the N4 and N5.

Indeed, this is factored into the depth of the three cases too. When you have the N2, N3, N4, and N5 facing sideways, you can see the full depths of the N5 realized to a great deal better.

For a better understanding of how these four cases differ in their full specifications, use the chart below:

 

Specification Jonsbo N1 Jonsbo N2 Jonsbo N3 Jonsbo N4 Jonsbo N5
Dimensions (W x D x H) 170mm x 354mm x 217mm 222.5mm x 222.5mm x 224mm 233mm x 262mm x 298mm 286mm x 300mm x 228mm 355mm x 403mm x 350mm
Material 3mm Aluminum alloy (External), 1mm Steel 2mm Aluminum alloy (External), 1mm Steel 2mm Aluminum alloy (External), 1mm Steel 0.7mm Steel + Wood 1mm Steel + 2mm Aluminum alloy + 8mm Wood
Drive Bay 2.5″ SSD1 / 3.5″ HDD5 2.5″ SSD1 / 3.5″ HDD5 2.5″ SSD1 / 3.5″ HDD8 2.5″ SSD2 / 3.5″ HDD6 2.5″ SSD4 / 3.5″ HDD12
Motherboard Support ITX ITX ITX ITX / M-ATX ITX / M-ATX / ATX / E-ATX
PCI Expansion Slots 1 (Low profile) 1 (Low profile) 2 4 8
Max CPU Cooler Height 70mm 65mm 130mm 70mm 160mm
Max GPU Length 185mm (Low profile) 197mm (Low profile) 250mm 230mm 350mm
Cooling System 1 x 140mm (built-in) 1 x 120mm (built-in) 2 optional 100mm (HDD), 2 optional 80mm (MB) 1 x 120mm (built-in) 11 total fan slots (120mm and 140mm)
Weight 3.8kg 2.9kg 3.9kg 3.75kg 7.5kg

One thing that is worth highlighting is that although the case looks tremendously imposing in its largely metallic chassis that is going to dominate your desktop, the black matte steel is only 1 mm thick. This doesn’t mean that heat dissipation won’t be pretty effective on the casing, but it also means that it is going to amplify ambient noise when the system is in operation. This is especially true if you start adding even more internal fans to the system for cooling or use larger than 10TB drives, which have a tendency to be more industrially built.

The N5 has passive ventilation coming out of the wazoo in practically every direction. From ventilation on the top of the case, vented slots on either side, the entirety of the front panel featuring two-stage ventilation at the top and bottom, and the rear of the casing being filled with more holes than a particularly unlucky gangster, Jonsbo is clearly aware of the fact that this system is going to be massively reliant on airflow to keep the large quantity of internal components cool.

Additionally, the kit includes three adhesive mesh dust panels that can be fitted to the three vents on the side compartments of the N5 enclosure. These are completely optional, but I would still recommend utilizing them to limit any kind of external detritus when using this big old case!

The front panel also features a pre-fitted mesh dust panel behind its large ventilation slits throughout. The front panel comes off easily thanks to a fabric pull handle and is real wood, at 8 mm thick.

LED indicators that show drive health and activity are oddly displaced on the system. However, the eight vertical bays have their own eight dedicated LEDs shown clearly on the front panel of the N5 and are as clear as you would expect. However, the four horizontally mounted drives have their own LEDs tucked somewhat hidden to the left of the casing internally and are by no means as clear as the initial eight LEDs. This is an odd choice and one that I can only assume is down to utilizing the original N3 design a little too much, or the difficulty of porting in the four additional LEDs from the sub HDD cage into that front panel smoothly.

I populated the system with 12 3.5-inch hard drives, and each drive feeds directly into its own dedicated combined SATA power and data interface—no loose wires and all interfaces are mounted on their own PCB backplane. Internally, it is actually two separate PCBs, with eight on one and four on the other.

However, I’m sad to say that Jonsbo still persists in using their odd rubber handle and grommet design on hard drive installation instead of traditional trays like everyone else in the market! I have commented on this numerous times in the past through my other reviews of the N2, N3, and N4 systems, and have never really liked these trays.

Standard 3.5-inch hard drive trays would be considerably smoother for installation, and the fact that the system feeds directly into static PCB and SATA interfaces internally means that there is no reason for using such a flexible choice of media injection when a static tray would serve just as well—and about 10 times better.

Worse still, I’m not entirely convinced that these rubber handles are safer than trays when it comes to removing drives in the event of a RAID failure and drive swap out. The rubber handles have too much give when pulling and could lead to a potential spring of the drive into your knuckles as you remove it, or worse, that you have to pull it extra hard to remove the drive and the drive ejects, hitting the table. I still don’t understand why Jonsbo persists with these trays.

Though, ever so slightly in Jonsbo’s defense, as each drive is being held by six individual rubber grommets that tightly fit inside the internal chassis, there is an argument to be made that these do reduce ambient vibration throughout the rest of the chassis in a way that a loose tray perhaps might not.

With the system fully populated with 12 hard drives, utilizing the three default fans that the system has on full, as well as a silent CPU cooler, I made two individual noise tests of the system when in operation. The front of the system, which has all of the storage media but lacks any direct active cooling, achieved an average noise level of between 45 and 47 decibels. Now I’m sure these numbers could be lessened by users who plan to use smaller-capacity and less industrially constructed hard drives; nevertheless, I can’t imagine it would be that much quieter given you have 12 drives spinning inside this comparatively packed desktop chassis.

Turning the device around to the fans and ports end, noise was actually fractionally subdued, hitting an average of between 37 and 39 DBA. It is still not exactly a quiet system, but I was actually kind of surprised that these three active cooling fans built into the rear of the chassis did not cause more noise than this.

As mentioned earlier, the eight vertically stacked hard drives all back onto an internal PCB that features individual interfaces for each drive, numbered 1 through 8. It also features individual SATA outputs, a SATA power input, and two Molex power inputs.

This PCB features an additional SATA power, Molex power, and individual SATA outputs for the drives on the other side of that board. I did start to wonder why exactly Jonsbo had decided on mounting two individual media PCB boards into this system rather than one large dedicated board that funneled all 12 SATA inputs.

The answer ended up being surprisingly interesting. The four horizontally stacked storage drives are mounted in their very own cage. This cage can be removed from the front of the system via just two screws holding it in place, and this allows you to slide out this main cage and install the drives and the SATA cables considerably more easily after the installation of the PSU and its accompanying cables. The space between the PSU and this four-drive bay area is actually really tight, and there are definitely benefits in having the ability to slide out this storage area for easier access to this cabling, as well as funneling the SATA cables more effectively or applying maintenance to an existing storage setup inside the system.

The front of this system features similar ports to previous Jonsbo NAS cases, which include a USB Type-A, a USB Type-C, and audio in and out ports. These USB ports are USB 10G, but that is definitely going to depend on your motherboard installation of choice and whether it is compatible fully with the F-panel cabling inside the N5.

The rear of the case doesn’t feature any further ports, and will be solely reliant on the motherboard that you choose to install inside the case. Pre-populated in any way. You get the case, you get the accessory kit to install your components, and that is it.

The three fans built into the rear of the N5 are Jonsbo-branded 120 mm fans. There is an argument that replacing these fans with a quieter alternative, such as the Noctua options in the market, but really you would be putting a plaster on a shotgun wound in the case of the N5. This case is going to make a great deal of ambient noise, whether you like it or not, and reducing the fan noise by a few decibels really is not going to make a great deal of difference here.

On the inner walls of the sides internally, the N5 features mounting rails, as well as screws to install each of these components included with the accessory kit. These do seem metal basic, but at the same time, hardly any different from the other popular large-scale NAS cases like the Fractal Node 804. I would have, of course, preferred to see direct 2.5-inch SATA injection rather than loose cables and a light framework, but at least you have these two side-mounted frames to add small system mods conveniently to hand.

Unlike previous Jonsbo cases, which used SFX power supplies, the Jonsbo N5 supports larger-scale ATX internal PSUs. This is clearly reflective of the larger motherboard support that this system features, and although there is sufficient room to mount the PSU and use a similar PSU plate as previous Jonsbo cases, it does lead to a tight cluster space between the PSU and the horizontal 4-bay hard drive cage.

Why Jonsbo persists in utilizing the hexagonal Allen key screws to mount the top of the case, when every other screw inside the system uses a standard cross-head screw, kind of blows my mind. By six individual small screws, which, although easy to remove, still kind of beg the question—why you can’t have had normal flat-head cross screws instead for convenience.

Overall, the external design of the N5, keeping in mind the massive scale of this system, largely repeats the design elements from my previous Jonsbo NAS case reviews (the horrible rubber band trays and the odd choice of screws). And although I’m a little confused by the LED and SATA PCB arrangement, overall, I’m really happy with the construction of the N5 externally. Let’s take a look at the inside and discuss what we find.

Jonsbo N5 Review – Internal Design

When Jonsbo launched the N4 NAS enclosure earlier this year, it seemed to be a NAS case that fell behind a lot of the scale-ups and improvements of the N3 before it. Jonsbo has clearly decided to rectify these things by maxing out practically every direction possible on the scalability of the N5. For a start, you can support up to eight whopping 160 mm CPU coolers inside the system. Given the 12 SATA storage media support and up to 8 PCIe cards, it makes sense that you’re going to use much more powerful CPUs, and therefore need a cooler best suited to capture all of that active airflow! I tested several large-scale CPU coolers, and even my 160 mm height CPU fan still had around 5-7mm clearance space.

The space afforded to the motherboard installation on the Jonsbo N5 is absolutely huge. A few users online have already told me that they have opted to install an ITX motherboard inside this case, and although I am a massive ITX mobo fan (as there’ve been some fantastic NAS-optimized compact boards of late from Topton, CWWK, and Minisforum), when I did pop an ITX board in, it was kind of comical how little space it actually took up.

So for the build video I’m working on, I decided to cannibalize an existing ATX test machine that I’ve been using for about a year on Gen 5 SSDs. This board fit in snug as a bug in a rug, and there was still a ton of space where the main eight SATA storage space protrudes beyond the motherboard cavity. Unlike previous generation Jonsbo cases that nest the motherboard directly on top of the storage media bays, the N5 has got sufficient room that there is only a small amount of overlap and therefore restrictive airflow and potential heat generation to be concerned about.

With eight individual PCIe slots on the rear, even if you use double-height cards on your motherboard, that still allows for four individual fat graphics cards if you want! On top of that, the system supports up to 350 mm length cards as well, at full height, so the scope for PCIe upgradability here is absolutely massive. Add to that the fact that even more modest motherboards with 1-2 PCIe slots will still be able to capitalize on the scope of this case, thanks to modern M.2 to PCIe adapters in the market.

If you do mount 2.5-inch SATA SSDs inside the case via the mounting rails mentioned earlier, just be aware that this does overlap ever so slightly over the last PCIe slot. And although most likely this won’t pose an issue, as a double-height card will occupy the two last slots comfortably, just be aware that this may also block active airflow slightly.

It’s an exceptionally spacious and clear cavity to install your motherboard here, with the same space that you would regularly see afforded to a professional gaming rig, but this time geared much more towards 24/7 storage. But what about if you’re building this NAS case? Are there any hurdles or hiccups you should be aware of?

Jonsbo N5 Review – Building a NAS?

I’m currently working on a step-by-step build guide for the Jonsbo N5; however, in the meantime, until that is finished, here are a few early observations that I had when building a server using the N5.

The area behind the hinged fan panel is surprisingly spacious, and in contrast to the tight-knit area behind the PSU, there is absolutely loads of space here to funnel your PSU SATA cables freely without fear of blocking the air inlet.

The area behind the 4-bay cage that is sandwiched behind the PSU is a different story, however, and I strongly recommend that you funnel all of your SATA cables long, long before you even consider playing with the PSU installation.

The PCBs inside the Jonsbo N5, as it separates the media across two PCB boards, require you to separate the power a little. The rear board features three individual Molex power female ports and two SATA power female ports. More than likely, you are going to need to use a Molex splitter on the majority of domestic PSUs in order to accommodate these connections.

It is recommended that you use 60 cm SATA cables minimum when connecting all 12 bays of storage to the N5-installed motherboard. The four horizontal drives will easily cable in well to the small cavity hole for these cables in the case, but the eight individual SATA bays will need to effectively double up to reach the small SATA inlet hole featured in the N5, so perhaps even consider swapping slots 1234 with 90 cm SATA cables.

The main SATA 20-pin connector and a couple of 6/8-pin power connectors can be funneled via the cavity above the 8x hard drive storage bay. These can be tracked via the small envelope space above the eight-slot SATA PCB.

However, there is an additional small cable inlet located next to the motherboard backplane area that you can use to funnel additional 4/6/8-pin power inputs for your motherboard at that corner if needed.

Everything else about building this case was pretty straightforward, just be aware that you really need to focus on funneling the SATA cables first, then routing each of the PSU cables into their relevant internal case cavity before sliding the PSU and its plate into place. As it is near impossible to do this afterwards and will result in having to dismantle almost the entire arrangement after. Let’s discuss some recommended upgrades and build options.

Recommended Upgrades and Adapters for your Jonsbo N5 Build

Here are a bunch of upgrades that will allow you to scale up just what you can do with your Jonsbo N5 NAS case build. Many of these are soft mods or adapters that allow you to scale up even smaller class systems into something more aggressive.

If you have run out of PCIe slots on your motherboard but still want to add 10 GB Ethernet, don’t fear, as you can get hold of the IO Crest M.2 to 10GBE network adapter that even arrives with its own PCIe backplate that you can slot into one of the available cavities of the N5, and is attached with a loose ribbon to an M.2-mounted controller.

Buy the IOCREST M.2 to 10GbE Adapter HERE for $79 at Aliexpress

If you are thinking of being a little bit more broad in what you want to do with your PCIe slots beyond 10GB network upgrades, then you can get an M.2 to PCIe upgrade riser. You can even get hold of a Gen 4 x 4 M.2-supported model pretty affordably now that will allow you to attach up to a full x16 length PCIe card, but keep in mind that the M.2 adapter is limited to x4 speed (Gen 4 x 4 is approx 8 GB per second bandwidth).

Buy the ADT-LINK Gen 4×4 M.2 to PCIe Slot Adapter HERE for $26 at Aliexpress

If you want to add further fans to the Jonsbo NAS via those hanging rails, or modify the existing 120 mm Jonsbo fans, low-noise fans from Noctua can be used on the Jonsbo N5 as replacements or upgrades.

Buy the Noctua NF-P12 Silent 120mm Fan HERE for $25.98 at Aliexpress or $21.95 on Amazon HERE

Even if you opt for an ATX motherboard, you’d be surprised how many motherboards do not arrive with 12 individual SATA inputs for your storage media. Of course, there are workarounds on some motherboards, such as PCIe SATA upgrade cards, or some more modern motherboards featuring HD Mini-SAS fan-out ports that allow for multi-SATA interfaces to be connected on a smaller surface area. However, one of the cleanest and easiest upgrades I found to attach six additional SATA drives is utilizing an M.2 to SATA upgrade card. These are dirt cheap and have the added benefit that they can be tidily installed on the M.2 PCB in advance before installing onto the motherboard. You are potentially sacrificing a useful M.2 in favor of SATA connections, but we are starting to see more and more multi-M.2 slot motherboards in the market, so this is less of a concerning sacrifice as time goes on.

Buy the M.2 to 6x SATA Adapter HERE for $17.19 at Aliexpress or $32 on Amazon HERE

As mentioned previously in the article, motherboards available in the world of NAS. Even though the Jonsbo N5 supports a much larger ATX motherboard, the small scale and lower power consumption afforded to a number of NAS-optimized MITX motherboards can’t really be ignored. ITX boards are great for NAS.

Topton 8 Core Intel i3 N305 Motherboard, 6x SATA, 2x NVMe, 4x 2.5GbE – $279 HERE

Review HERE on YouTube and HERE on NASCompares

CWWK Demon Gen5 Board Intel 12/13/14 generation CPU |3x M.2 NVMe|8x SATA3.0|2x Intel 2.5G network ports – $279 HERE

Review HERE on YouTube and HERE on NASCompares

To make the funneling of the SATA cabling easier, I strongly recommend that you use pre-bound SATA cable lengths like these. These $10-12 6x SATA 50-100 cm Pre-Netted cables allowed me to attach (with 2 of them) all 12 bays of storage easily and neatly without too much loose cabling in between. Additionally, each SATA connector is numbered at either end to ensure you can connect drives appropriately and not have any confusion down the road in the event of a drive failure.

Buy the SATA x8 Cable HERE for $9.29 on Aliexpress

and x6 HERE on Amazon for $13.98

As mentioned earlier on, you may be using a PSU that does not quite have enough power input to support the rather complex storage configuration. It is recommended that you check that you have enough SATA and Molex available. If not, I recommend getting hold of Molex and/or SATA splitter cables like the ones below.

Buy the Molex Splitter HERE for $1.20 on Aliexpress

and HERE on Amazon for $1.25

And that’s really it. The only last thing I would add is that if you are going to fully populate this NAS with hard drives, be aware that hard drives above 8/10 TB have a tendency to make more ambient operational noise and vibration, which will be multiplied significantly via this case. So just be aware that larger storage may well lead to a louder system in general.

Jonsbo N5 Review – Conclusion

I think I’m in love! I have been playing around with DIY NAS cases for years now. I’m hard-pressed to call any single case “the ultimate NAS case,” but the Jonsbo N5 is as close as it gets. It might not be the smallest, or the most discreet, and those hard drive handles are a nightmare, but in every other regard, this is the perfect NAS case for your DIY server solution. If you have the surface area available, you simply will not find a more scalable and upgradable NAS solution in the DIY server market in 2024. It is not a solution for the timid, but if you are looking to start your server journey off right on day one and not have to be concerned in any way that you perhaps cannot scale the system in any direction down the road, the N5 will have you covered for decades to come!

Jonsbo has clearly spent a great deal of time learning from their previous releases and tweaking the things that needed to be tweaked. I’m sure it won’t be long before someone creates a hard drive tray mod that eliminates the issue of those rubber handles, and in every other regard, this thing is unbeatable. Also, if you factor in that the N5 is only around $80-100$ more in price than the N2, N3 and N4, but several times more broadly compatibility and scalable – it’s surely a no brainer!

PROS CONs
  • Highly Scalable: Supports up to 12 hard drives and 4 SSDs, making it one of the most scalable DIY NAS cases available.
  • Broad Motherboard Compatibility: Supports ITX, M-ATX, ATX, and E-ATX motherboards, offering great flexibility.
  • Ample PCIe Support: Can accommodate up to 8 PCIe expansion slots, allowing for high customization and upgrades.
  • Solid Build Quality: Made from a mix of aluminum alloy, steel, and wood, providing durability and a premium feel.
  • Massive Cooling Capacity: Supports up to 11 fans, with passive ventilation in every direction, ensuring effective cooling for high-performance setups.
  • Supports Full-Size Components: Compatible with full-length GPUs and large CPU coolers (up to 160mm in height).
  • Accessory Kit Included: Comes with a comprehensive set of accessories, including extra screws, trays, and even screwdrivers.
  • Detailed Instruction Manual: The build instructions are thorough, helping users with different motherboard types and installation procedures.
  • Great for Long-Term Use: The design allows for future upgrades, making it ideal for users who plan to scale over time.
  • Competitive Pricing: Priced only slightly higher than smaller models (N2, N3, N4) but with significantly more features and expandability.
  • Frustrating Hard Drive Trays: The rubber handle design for the hard drive trays can be awkward and less secure than traditional trays.
  • Potential Noise: Thin 1mm steel and numerous drive bays may amplify operational noise, especially with high-capacity hard drives and fans.
  • Hex/Allen Key Screws: Using hex/Allen key screws for the case lid can be inconvenient and prone to wear, making future access difficult.

Read the Jonsbo NAS Series Comparison Article on NASCompares Below (click below):

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      215 thoughts on “Jonsbo N5 Review

      1. This is way deeper than it needs to be, they could have orientated the PSU so the back of the PSU faced one of the sides, they could have reduced depth, given more flexibility, and still support E-ATX/EBB.
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      2. Can’t wait to see a build example with a regular ATX mobo with more expansion possibilities. The case is looking nice, but man it sounds cheap. It desperately need some case coating to damping that thin metal without ruining the airflow. I could definetly see a reason for people that don’t plan on going higher than 8 HDD’s to start with to just remove the 4bay slot and use the space for hiding cables.
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      3. While I’ve been enjoying the Jonsbo case content i feel the need to address the handles. those mounts are specifically meant for mechanical drives, as you are using in the video here, to absorb the vibration of the drive. This isn’t a new idea though Jonsbo is the first I’ve seen approach it in this manner. My current “enthusiast” case is a Lanboy Air in which Antec tried to absorb that vibration using a a rubberized suspension system. The case is old and all of my rubber suspenders have failed years ago, which is my only concern here with Jonsbo. What will this solution perform and handle like once the rubber has gotten stiff and brittle? How much vibration will they contain at that point if any?
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      4. I’m a NAS n00b but satisfied I went with a different case instead of waiting for Jonabo to start shipping the N5.

        Ended up building with a Thermaltake Core V21: m ATX mobo, ATX PSU, full height tower cooler, room for full size GPUs, 3 x 3.5”, 3 x 2.5” drives, room for seven 140mm fans. Still fussing with software but it should serve my needs for a few years.
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      5. My first take on this is the drive configuration 3 rows of 4 drives would I thought been a cleaner design and the rubber handles mmmm ,what is the chances they are going to deteriorate and snap over time?
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      6. Haha loved the intro to this. Good balanced review! I ended up using ironwolf pro drives in mine and noticed I did not need any of the fans so just have them disabled. The N100 board I’m using, while comically small, also sips power and doesn’t require much cooling. So overall surprisingly quiet, just a little hum. The perfect NAS for me…and really almost anyone. So much flexibility! It’s just a chonky boy though and hard to fit in entertainment centers and other common places for a NAS.
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      7. Awesome review, glad I’ve waited for it before making a decision to build my first nas system. Almost all “negatives” points about the case don’t bother me at all, however the only two point that concern me are noise and powerefficiency (hence why I’m using my noctua fans). I’m planning to upgrade it over the years into a gaming nas with a dedicated gpu, 10gbit network — but also for data hoarding and my family cloud solution.

        Would you recommend using this particular case for this usecase or is that just absolute overkill? Also how does it compare to the fractal design 804?

        Thank you again for that great in depth view!
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      8. 10:40 All of those slots in the side of this case for what is a primarily front-to-back cooling design** will reduce the static pressure and airflow performance of all the rear fans, consequently this will also serve to increase the percieved airflow noise because air is being sucked in through the sides instead of only through the front.

        **I do understand that the PSU area has slots in the side for air supply for ATX PSU’s with their large itegral fan, but the rest of the case does not need slots in the sides.

        An interesting noise and cooling performance test would be blocking/covering those side slots and recording the differences in temp and dB.
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      9. Took them 5 times to finally get……most things right, but as you mentioned, oh how they love about their terrible tray design, and support 12 trays but only using SATA ports with that poor backboard, really Jonsbo, it would kill you to build a better tray and using some SFF-8643 and SFF-8639 ports?
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      10. it a pity you can change tone of the back planes for U.2. I contacted jonsbo and asked them and they said this is not available for this unit.

      11. Waiting for this and one minute after release I knew I wouldn’t be first ????
        You should have shaved at the beginning of that first bit and ended that with the beard grown back. Clearly a small sacrifice for the Art ????
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      12. Excuse me, 3 what (hundred)? May I purchase a normal motherboard with 4 sata for $50, a normal cpu for $50, a pcie to sata for $20 into one slot, a pcie to nvme for $20 into another one, and be happy. Because 6-8 3.5″ drives require so big case, and psu, that literally any motherboard will fit.
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      13. Wanting to build a 10Gbe NAS with 2 x 2Tb NVME and 4 x 10Tb Rotating Rust. I am trying to figure out how to make the 4TB NVME as a cache fronting the older HDDs. And in the interests of low noise and low power, the 40Tb HDDs should spin down unless absolutely need for a transfer. Does such a thing exist? Thank you for reading this far.
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      14. I’m looking to upgrade to those 12th-14th gen intel socketed ITX boards that have 3 nvme, 8 sata, and full x16 pcie slot. All native and full pcie. I’d likely run a i3-12100t as it still benchmarks higher than the n305. This seems to be the only way to not have any bandwidth limitations on connected devices.
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      15. I have the n100 board with 2 1tb nvme, a 128gb boot SSD, and 8 8tb ironwolf drives. The boot is plugged into the native sata port and 4 of the ironwolf drives are plugged into the onboard jmb585. The other four are attached to another jmb585 chip via pcie. I am running truenas and have each 4 drive grouping as a raid z1 vdev combined into 1 pool. As far as performance goes, everything works great and is fast enough for most things. I have had zero connectivity issues. The only minor complaint is that it idles at about 75w.
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      16. I just ordered the Board. Can you recommend some CPU coolers that won’t block the udimm slot?
        I planning to use a jonsbo n4 – since the n3 will take a month or so. Maybe i will get the n3 anyway but if the n4 is the only option i have to fit a top blower cpu cooler.
        Any recommendations?
        And did you try the intel stock cooler?

        Thanks for testing and thanks for your review post!
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      17. I was interested in their 4 bay nvme but Lots of reviews saying various CWWK NAS boards & routers etc stop working soon or arrive with some chip (function) not working. This workshop should focus on quality control more, need reputation to grow, not quick bucks by any means necessary. I’ll stick with glinet products.
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      18. I got this board, plus an i5 12500T from AliExpress. The board did not want to boot, it beeps when I power it on. CWWK support said that either memory is incompatible or CPU is not seated correctly. Board keeps beeping even without the memory installed.
        I am returning both the board and the CPU, even though it is more likely the board is bad.
        Anyone else had an issue like this?
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      19. Thank you for the video – Newbie question – For a newbie, installing Truenas Scale on a board like this with the 3 M2.nvme slots – what would you do for the boot drive/s ? I have read it is recommended to have a mirrored config, but then I also read the boot drives can only have the os on them ..
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      20. Hi everyone. I bought one of these and a jonsbo n3 and either im being incredibly dumb (which is likely) or is this board is really not that compatible with the case.
        Ive built multiple PCs in the past and Ive been using a terrible WD home cloud for years (hell). Thought assembling a mini PC like this would be easy but so far the building experience has been quite frustrating. nothing seems to be compatible. I have a small list of things if anyone could help me out.

        1. The board has no usb C plug so the USB C on the case is useless??
        2. The board has no HD Audio plug, so the audio jack on the case is useless?
        3. Most importantly the power on cable on from the front panel is in no way compatible with the pins on the board, with any of them, in any configuration. Am I supposed to cut the extra plastic on the thing and plug it in? also the cable only has 4 wires connected to the “plug” while there are 7 or 8 power pins on the boards part labeled F Panel. Im kinda lost here.
        4. (Mea Culpa, didnt notice this) The board has 2 Sata ports on board + a SAS to 4 Sata ports. I expected to use the 2nd nvme slot to add the extra 2 missing sata ports I needed to fully populate the case but it seems that theres no way to do that beacuse the 2 nvmes are on the back leaving no room to place the sata connectors…
        5. I had this doubt when watching the video and still do. The board has two 4 pin out to feed the HDD back plate but it also has one 4 pin 19V in connector. Do I need an entire PSU to connect a single 4pin in??? whats the point of having an external charger if im going to need the PSU all the same. So far I only have 4 HDD, do I have to have the 4 pin in connected right away or only when more hdds are added?

        Aditonal comments:
        -I bought the model with SSD an RAM included and it came without any of these. Im currently waiting for a response from the seller.
        -My board actually came with 2 power cables to connect the MB to the board. I think in the video it was mentioned that these didnt come included but in my case they did.

        Anyways. Thanks and great video!
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      21. I’d love to see a picture of how the headers hooked up. I’m trying to get one of these to work nice green light on the MB, but the switch won’t work for me to power up. 🙁
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      22. on the one hand they left the whole reference bios untouched and open to the buyer
        on the other hand, they definitely didn’t do any test all those features. or indeed any of them i suspect.
        let alone combinations of features.

        its got an attractive set of ports and slots, but you would want to do some seriously stress and fault testing if you were going to use this to store critical or irreplaceable data.
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      23. Imagine it was 4xgen3 drives on the back rather than 2x gen4 drives, sure it would need a 4.0 to 3.0 multiplexer but still that’d be pretty cool.
        I wish Optane hadnt died out, would love a gen5 optane drive to go in that 5.0 slot with 7GB/s and near RAM latencies for a special metadata drive, though for special metadata you really should have 2-3 drives.
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      24. Not a bad price, i remember picking up an asrock rack X470 mATX board with dual LAN and IPMI for around $260, boy was i ticked when the one with dual 10G went on sale for $299 and then shot back up to $500+ before i realized.
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      25. Like this board! Based on you review I’ve purchased the H670 version and set it up with an i7-13700T, 96GB (2x48Gb) memory, 4x-mirror mode spinning disks, nmve SSDs and a Mellanox ConnectX-4 single 100Gbe.
        What I noticed though is that the single PCIEv5 slot shares recources with memory; when using the Mellanox NIC card (PCIEX 16x) the system will only read half of my memory and ignores the second bank. Switching to a ConnectX-3 card (PCIEX3 x8 2x10Gbe) it does work again…..
        I’m now trying to figure out how I can force the PCIe slot to work in PCIe 8x mode (as the 100Gbe Mellanox is a single 100Gbe one) but as you’ve mentoined, BIOS settings on this board are quite elaborate…. If anyone knows what settings to look at or play with I would appreciate that.
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      26. I’m also interested in this tiny beast, but I’ve got two major questions. What Sata Controller does this board use? JMB or AsMedia? Want to use it with unraid and the JMB often causes problems with power efficient builds. Second: how good are the VRM, the data sheet said max 65 Watt TDP, is it usable with an 14600 or higher, or are we stuck with the “T-Series”?
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      27. Ok why do all the systems you recommend have to be tiny Motherboards?
        I have room as do most people for a full sized computer do you have any videos where you recommend atx or even eatx boards?
        I find the one pci slot on these boards annoying.
        Is there a video I am missing?
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      28. AC to SC from DC to ERf split the audio into 2hub avi channels btle the audio and jack the video using red-ultra and direct the load to local motor batt and feed generator overtick to bay field battery and garage outhaust and waste or straight down the drain pipe if ceramic with as it is service box treatment wifi over the electric over btle and red light multi accutrainable semi conduct directional ocusig and direct load energy as packets of dloadable energy. Watss son
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      29. To me THE number one limiter in “NAS” boards these days is networking. This board should ABSOLUTELY have a 10gb NIC built in and a 1gb Management port. 2.5gb is outdated AF for “do it yourself” NAS’s. Especially when the board has so much high speed storage capability and so much bandwidth available from the CPU.
        The PCIe slot should NOT be 16x. It should be 8x. PCIe 5.0×8 is more than enough bandwidth for literally anything you want to put in that slot. Including even the latest most powerful video cards. And the PCIe 5.0 M.2 is also a pointless waste on a board made for NAS’s. Should have just been another Gen4x4 or even 2 more Gen 4×4’s for the same bandwidth.
        The extra bandwidth should have been dedicated to 10gb networking and perhaps even some U.2 or Mini SAS or even both.
        The slot NEEDS to be left available for Storage, HBA’s or a GPU for compute or encoding/decoding. But with only 2.5gb, you would have to waste the PCIe5.0 slot on simple bloody networking.
        I keep seeing these boards come out and only ever be NEARLY the perfect home server board. And this is once again the case. How do manufacturers consistently continue to fail in this arena.
        This board could have been excellent if only it had friggin 10gb onboard. What a shame, what a waste.
        This board is a big “BOOOOOOOOOOOOOOOOOOOOO” from me. Such a shame.
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      30. Still planning out my NAS rebuild, I’d love to see one of these manufcturers put a 10gbe/SFP+ port and make the board a little bigger with 2 X8 slots instead of 1 X16 and all the M.2 on top. It’s hard to cool some of the hotter running gen4 drives when it’s on the bottom of the board. That said the addition of vpro is pretty huge, if you can live with the 2.5gbe this isn’t bad for the money.
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      31. I’d guess, if you populate then gen5 M2 slot, you will lose 8 lanes on the x16 slot. Intel does not have own gen5 PCIe lanes for SSDs like AM5, so board manufactorers need to chop them of from the GPU lanes by bifurcation. Means: placing a SSD of any gen in the gen5 M2 leaves you with a x8 PCIe only slot and that is not possible to bifurcate anymore. Every other Intel 1700 board works that way because of the CPU limitation.
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      32. This looks Great to build my N3 NAS, just a quick question, since you know the N3 and this board, what is the best/biggest CPU Cooler to get to avoid interfering with RAM or PCIe Slot?
        I’m thinking on going with i5 12500, unless you can provide a better recommendation.
        Thanks in advance for your advice and of course, looking forward to see the Build 🙂

        Cheers
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      33. The effort is nice but the result… If this could had at least 1 more PCI-E slot even x8 would be so nice. Also memory slots would be nice to be more than these 2 🙂 So for example if NAS could support at least 256 GB memory, 100Gbe NIC and 12G sas adapter all at once then it’s the working choice, otherwise no thanks 🙂
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      34. So what’s the difference between the NAS Board-Q670+vPro and the NAS Board-Q670? About 30 bucks difference but I can’t find a difference at least on the Amazon listing.
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      35. Can the x16 slot do dual x8 bifurcation? Also the link on Ali for this motherboard doesn’t work for me and can’t find it anywhere searching for it manual on Ali.
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      36. Been looking at this board for a Jonsbo N3-build. But that RAM-slot looks really tight by the cpu cooler. No real need for the PCI-E slot or the gen5 port. But the BIOS looks a bit intimidating for a first build. Would you still recommend this board? As for now I’m looking at Gigabyte B760I as an alternative.
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      37. CWWK missed the mark. Maybe if it had a built in mobile CPU at that price it would satisfy some needs… but for $200 you might as well get a bigger motherboard and not kneecap yourself with expansion especially for 100G networking and a 16 drive HBA. ITX is great and all but if you are putting 8 drives into a case, you probably have room for a full sized motherboard.
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      38. Probably best itx board ever made. The fact that you can get vPro on it is fantastic. The only thing they could of done to make it perfect is add 10Gb. You can use a different cooler that extends higher if are worried about not fitting everything. Plus gen5 nvme for nas really isn’t noticeable even if you had a 25Gb nic. Save some power, heat, and money using gen4.
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      39. *SORRY* for the hazy lighting on this video! It was recorded JSUT before I headed to Taiepi for computex and my ‘good kit’ was all packed up and I was relying on my backup kit – which had a faulty light sensor that failed AFTER I checked everything was up and running.I plan on returning to this board for a larger video soon, and I will be double…no…TRIPLE checking the light levels on that one!!!!!! Have a great weekend all.
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      40. Video missed the wall power consumption information. Nothing mentioned about how much watts consumed for idle, or with full load. However, video title mentioned “king of power vs efficiency” lol…..
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      41. So I bought this board from your review being generally positive about it. And I wanted to have some fun and build it my own. But, this with the power supply situation has me really stuck.

        This board does not have that normal power 24 pin connector so I don’t really know how I would connect this to make 4 drives work.

        You say “..you may need additional cabling here” what do you mean exactly?

        Please give some additional information on how this board should be connected or used with more than 2 drives. I have the Jonsbo n4 case. And this backplane seem to have a molex connector. That is not possible with this external power supply? Or what additional cabling could solve this?

        I just have this board laying around and I would be very grateful if anyone could give some info on this. Thanks!
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      42. After receiving back my Storaxa chargeback thought I would get myself one of these instead, and it seems the sellers are having a major issue as after nearly a month they refunded me as it seems they have some issues getting these out to people now, which is a real pity.
        I’m doomed never to upgrade my nas at this rate
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      43. Chicony.. never heard of them… WHAMZ you got a “dislike” from me 😛
        Remember them well my Bondwell PC XT at 4.75Hmz had a keyboard from them in the 80’s… oh right you where not born yet sorry…. Pfftt…

        (hmz kinda pressed the “like” by mistake sorry)
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      44. should i buy an ATX power supply for this board or only use that external power brick that i can get with the board?
        I would like to build in a power supply, but i have no clue on where to start. what is resonable to to buy?
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      45. Honestly I’m fed up with “nas” motherboards coming in with 8 or less sata connectors (even with mini SAS), while giving people 4 ethernet ports … WHY ? this supposed to be a NAS not a SWITCH. Even if you wanted to use it as a router, just two ports would be enough … but NO, we need to take 4 slow ports and pretend that this is not a bottleneck … idiotic.
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      46. People are getting excited for the wrong cpu. The one to get excited is actually Intel Pentium 8505: 20 lanes of pcie, dual channel memory. 4e+1p (so 6 threads total) cores. 1/3 cheaper msrp than n305. AV1 decode. Same TDP as n305: 15w. It’s absolutely no contest which is better for a nas and not only for a nas.
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      47. There’s also a variant of this board setup which uses an ATX power design and can mount a LGA115x compatible cooler, though you lose the 4g modem port and you get 6 SATA ports instead of 2+SAS. These ports are also in front of the PCIe x1 slot along with some headers, which will prevent you from plugging a x16 card in there. That PCIe slot is also shared with the second M.2 slot and you can only use one or the other, though this is true for all of those N100 and N305 mobos.
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      48. Topton recently released a similar motherboard using an i7 1165G7 (or similar i5 and i3), do you think you can also review one of these?

        One of the advantage compared to this N305 motherboard, is that the 1165G7 has more PCIe lanes, thus 4 lanes to each nvme and 4 lanes to the PCIe connector as well. And the Xe graphics are way better too for transcoding for instance…
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      49. What is the idle power consumption of the board itself with the nvmes alone? I can’t imagine it being lower than 19-25 watts due to the many controllers that are used to split the pcie lanes and NICs…
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      50. But how do you power the HDDs? If you still need a PSU it defeats the purpose of having DC input. Also you’d need some way of jump starting the PSU as you don’t have the ATX 24 pin header. I see that it has 2 4 pin ATX outputs but it doesn’t come with the cable and the pin out is non standard.
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      51. I love the Atom/Alderlake N family of processors. Imagine we get a similar board with a real i3 and you had 20 PCIe lanes to work with and could use 64-512GB. The downside is that the real i3 has 4 of the E cores cut in favor of having 2 P cores so power usage goes up without much performance increase so it would need beefier VRM and cooling, without much perfromance increase, and in some cases might be slower, but i’d trade that for say 8M.2 at 2x link speed and SFP+28
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      52. I really don’t like (or fully understand) the two 4-pin aux power connectors, in addition to the main DC-in barrel jack. Are the aux connectors (one or both) required for PCIe add-in cards? They aren’t used for a SATA/SAS backplane with spinning rust drives – that has to get power directly from the PSU. So to build a NAS with this board, you’ll need a (likely flex) ATX power supply AND the external power brick. That seems kind of silly.
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      53. I bought the TerraMaster F4-424 Pro after watching your videos. I know you said it’s sad it didn’t have 10 gig, but I guess that NAS is for people like me … I don’t have even have 2,5 Gig to my router so I am doing dual link 1 gig till that day I upgrade my router… It’s my first NAS with Plex and some programs running in Docker on it. Can recommend the NAS and this N305!!
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      54. 0:11: ???? High-performance Topton N305 NAS motherboard with customizable upgrades for power and efficiency.
        3:40: ???? Topton N305 motherboard stands out for its unique features and versatility in terms of power and efficiency.
        7:29: ???? Insufficient resources for high-speed storage on Topton N305 NAS Motherboard.
        11:53: ⚙️ In-depth BIOS configuration options offer extensive system tweaking capabilities.
        14:37: ???? Exploring hardware specifications and limitations of Topton N305 NAS motherboard.
        17:39: ???? Performance test results of Topton N305 NAS motherboard with added SSDs for entry-level users.
        21:01: ???? Comparison of performance, power consumption, and noise levels of different motherboards.

        Timestamps by Tammy AI
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      55. Why do they all continue to put in 4 ethernet connections? It’s already starved for bandwidth, and it increases build cost. I’ve yet to see one using those connections where it makes sense, even as a router there are other options that are smaller and better.
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      56. Hm, you mention „low power consumption“ several times, but didn‘t test it? The problem with this board is, it doesn’t really get to low C–states due to that rubbish SATA controller. Mine idles at ~17W, without any SATA drive connected.
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      57. Don’t know about the current Chicony but ten years back they were making a lot of notebook computers sold under a number of names including their own. Brands used to give them some specs and logos and they would produce custom versions of their designs using the specified design and with the brands logos and names. They were not the best, but far from the worst notebook manufacturers.
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      58. Another contender is the minisforum ms01. It offers much more right up to i9 gen 13 intel (pci slot sets up the possibly to config the storage you want).

        One thing that is in common is the barrel jack power supply. It would be great to find a converter to go from the barrel input to a standard pc/NAS power supplies to power all the disk drives
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      59. just info Aoostar R7 nvme 512GB gen3x4
        root@pve:~# dd if=/dev/nvme0n1 of=/dev/nvme1n1 bs=1M count=1024
        1024+0 records in
        1024+0 records out
        1073741824 bytes (1.1 GB, 1.0 GiB) copied, 0.377167 s, 2.8 GB/s
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      60. They really need to just put 10 gig on the board, rather than 4x 2.5 gbe connections. The 1x PCIe is only gonna give you about 7 GBe throughput if you slot a 10 gbe card in.
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      61. I think this is why your guest from Ugreen yesterday was talking about a 12th gen i5 in their upcoming NAS. A bog standard i5-12600 supports 20 lanes of PCIe3 and PCIe4, and thunderbolt. But being Intel, still no ECC! They want you to buy a $2000 xeon to get that…
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      62. few months ago I built my NAS based on Topton 6005. The performance shows me that CPU is never going above 40% while averge is around 5%. That board accepted 64GB RAM that is a key point when you use ZFS. So question is: how is this i3 better than 6005 in such usage? Probably it is not. Of course if I was buying today I would have bought this one. But still: can we be always on the top?
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      63. hey Robbie, the PCIe debacle with all of these (previously known as) Celeron chips is an Intel marketing thing. There’s no reason they could not have put 20 PCIe lanes on these chips except they really want to sell you a 12900. You really have to question whether you’d be better off with the Erying 11900 laptop cpu board for anyone who cares about i/o performance.
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      64. It’s unclear to me how to power SATA devices when using this board. There are two connectors marked “12V output” next to the CPU heatsink, but SATA devices need 12V, 5V and 3.3V. You say powering SATA devices needs “additional cabling”, but does they also need an additional power supply? A lot of great information here otherwise, thank you!
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      65. Great review! I’m really loving these NAS boards. However, I wonder if it’s possible to mount our own cooler of choice? At the very least it would be nice with a nicer fan.
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