The Latest N100 and i3-N305 NAS Boards: Which One Should You Buy?

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The latest N100 and i3-N305 NAS boards are vendor-specific Mini-ITX designs rather than one standard Intel reference board. For a six-drive DIY NAS, the NasBoost M13-N is a practical N100 option, while an i3-N305 board is better for virtualization and multiple services; CWWK offers the densest features, but availability and lane sharing require careful checking.

This buying snapshot reflects product pages and prices checked August 16–18, 2026. “Latest” means the most relevant currently listed designs, not necessarily the newest processor: newer N150 and N355 boards may be better buys if N305 availability or pricing is poor.

#	Preview	Product	Price
1		8-Bay NAS Mini ITX 10Gbps NAS Motherboard Adaptable to Support 8sata One 10Gbps Electrical Port Two...	$269.00	Buy on Amazon

Key takeaways

• Intel’s Core i3-N305 has 8 cores and 8 threads versus 4 cores and 4 threads for the N100, making the N305 the stronger choice for virtual machines, containers, indexing, and concurrent workloads.
• The CWWK M1 combines 6 SATA ports, 2 M.2 NVMe slots, and 4 2.5GbE ports, but its official page showed a $204.64 starting price and a sold-out status when checked.
• The NasBoost M13-N is a six-SATA N100 board with dual 2.5GbE, one DDR4 SO-DIMM slot supporting up to 32GB, and a PCIe 3.0 x4 slot operating with an x2 signal.
• The CWWK M6 is the most expansion-oriented candidate listed here, offering 6 SATA ports, 3 M.2 slots, DDR5, and 10GbE, but its $375.22 starting price makes it a specialist choice.
• Processor TDP is not whole-system NAS power consumption: Intel specifies 6W for the N100 and 15W for the N305, while drives, memory, cooling, networking, and the power supply add substantially to wall consumption.

What are the latest N100 and i3-N305 NAS boards?

The latest N100 and i3-N305 NAS boards are mostly small-vendor embedded or Mini-ITX products built around soldered Intel Alder Lake-N processors. The strongest current candidates are the CWWK M1, CWWK NAS-B-M13, CWWK M6, NasBoost M13-N, and CWWK’s CW-M2 family.

These boards are not interchangeable simply because they use the same processor. A board may vary in SATA count, M.2 wiring, Ethernet ports, memory generation, cooling, firmware, power input, and bundle contents. A product page may also show several CPU, RAM, SSD, or chassis configurations under one listing.

#1 Best Overall

8-Bay NAS Mini ITX 10Gbps NAS Motherboard Adaptable to Support 8sata One 10Gbps Electrical Port Two 2.5G Electrical Ports Two m.2 nvme Two pcie3.0 Type-c 10Gbps (N150+2x8643)

• High Productivity: 1 SO-DIMM DDR5 memory slot supports 4800MHz by default; 2*M.2 NVMe PCle 3.0x1 signals, 8*SATA3.0 (2 ASM1164 chip extensions), 1*TF card storage, 1*MarvellAOC113C-B1-C RJ45 10G electrical port 2*Intel i226- V RJ45 2.5G electrical port.
• Dual 4K monitors: This mini-ITX board has HDMI2.0 and DP1.4 ports and supports 4K@60Hz frequencies.
• SIZE AND BASIC FEATURES: The white NAS board is powered by the N100 N150 N305 N355C processor, which comes in a 6.7“ x 6.7” mini-ITX form factor, has a base TDP of 50W, and supports Windows 10/11, Linux, and Linux.
• Note: You can contact our customer service for any product questions or suggestions. We serve every customer seriously around the clock. We look forward to receiving your support. Customers are family

$269.00

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The comparison below is therefore a dated buying snapshot. Prices and stock are vendor-page signals checked August 16–18, 2026, not permanent market prices.

Specifications and price signals come from the CWWK M1 listing, the CWWK NAS-B-M13 listing, the CWWK NAS collection, the NasBoost M13-N listing, and the ASRock N100DC-ITX product page.

How do the Intel N100 and Core i3-N305 compare?

The Core i3-N305 is the better CPU for a busy home lab because it has twice the cores and threads of the N100. The N100 is the better low-heat choice for file serving, backups, and a small number of lightweight services.

According to Intel’s N-series product brief, the N100 and Core i3-N305 support DDR4-3200, DDR5-4800, and LPDDR5-4800, but both processors have a single memory channel. A DDR5 board is not automatically a high-bandwidth workstation: one SO-DIMM slot and one memory channel remain important limits for virtual machines, compression, software RAID, and memory-heavy containers.

The N305’s 15W processor TDP does not mean a finished N305 NAS consumes 15W from the wall. A six-drive system can draw more during disk spin-up and sustained activity, and the motherboard, RAM, SSDs, fans, network controllers, and power-conversion losses all affect the final result. Treat 6W and 15W as processor design figures, not complete-NAS power claims.

Which board is best for a six-drive NAS?

The NasBoost M13-N is the clearest N100 six-drive option in this shortlist because it provides 6 SATA ports, dual Intel i226-V 2.5GbE, 2 M.2 NVMe slots, and a 32GB vendor-specified DDR4 SO-DIMM limit. The board’s two M.2 slots are specified as PCIe 3.0 x1, so the slots are more suitable for boot devices or modest cache workloads than for desktop-class sequential SSD performance.

The NasBoost M13-N specifications also list a PCIe 3.0 x4 physical slot with an x2 signal. That slot can add useful connectivity, but buyers should not assume that the physical x4 connector provides four lanes for a high-bandwidth HBA or 10GbE adapter.

The CWWK M1 is more feature-dense: it combines 6 SATA, dual M.2 NVMe, and 4 × 2.5GbE. The official page showed a starting price of $204.64 but marked the product sold out at the time of checking. If the M1 returns, verify the exact CPU, RAM, lane map, heatsink, and stock status before treating it as the best purchase.

The CWWK CW-M2 family also targets six-drive builds and adds N150, i3-N305, and Core N355 configurations alongside N100. The displayed official configuration was priced at $337.30 and selected N150 rather than N305, so the exact N305 price must be confirmed in the configuration selector or with the seller.

Which board is best for 10GbE and multiple NVMe drives?

The CWWK M6 is the strongest candidate when native 10GbE and storage expansion matter more than low cost. The official CWWK listing describes 6 SATA ports, 3 M.2 NVMe slots, DDR5, and 10GbE, with a starting price of $375.22.

A 10GbE connector does not guarantee 10Gb/s file transfers. Storage-array layout, CPU overhead, ZFS checksumming and compression, SMB signing or encryption, PCIe lane allocation, the client computer, and the network switch can all reduce measured throughput. The CWWK M6 makes sense when the rest of the network and storage system can use 10GbE, not merely because the port appears on the specification sheet.

Is the i3-N305 worth paying more for a NAS?

The i3-N305 premium is worthwhile when the NAS will also act as a home-lab server. Eight cores and eight threads provide more headroom for several containers, virtual machines, databases, indexing, game servers, compilation, encryption, compression, and concurrent users, although the dossier does not establish a universal performance multiplier.

Choose N100 when the NAS mainly stores files, receives backups, runs home automation, or serves occasional media. Choose N305 when storage is only one role among several and the machine must remain responsive while multiple services run together.

Can N100 and i3-N305 boards handle Plex or Jellyfin transcoding?

N100 and i3-N305 systems can potentially use Intel integrated graphics for hardware-accelerated media transcoding, but neither processor guarantees a particular number of streams or support for every 4K HDR workload. The result depends on the operating system, Intel media-driver and kernel versions, application configuration, codec, HDR tone mapping, subtitle burn-in, container permissions, cooling, and virtualization method.

Intel lists 24 graphics execution units for the N100 and 32 for the N305 in its official processor brief. Those figures indicate an integrated graphics resource, not a promise that Plex or Jellyfin will transcode any media file successfully.

For a reliable test, first confirm that the host can see the graphics device, install the appropriate Intel media driver, and test a supported codec without HDR processing or subtitle burn-in. Test HDR tone mapping and burned-in subtitles separately. Direct container access and GPU passthrough to a virtual machine can behave differently.

How much cooling does an N100 or N305 NAS board need?

An N100 board can often use a passive or small active cooler, while an N305 board generally needs a better heatsink and a deliberate airflow path for sustained multi-core workloads. The exact requirement depends on the board’s cooler, firmware power limits, enclosure, ambient temperature, and workload.

The ALN-10 datasheet illustrates the distinction by specifying active cooling for an i3-N305 configuration and passive cooling for an N100 configuration. The example does not certify every N100 or N305 board, so inspect the actual product’s heatsink mounting, fan header, fan-control mode, and cooler clearance.

Before installing the board in a cramped NAS case, check heatsink height, intake and exhaust openings, SATA-port orientation, fan-header type, and whether the fan uses PWM or DC control. After installation, monitor sustained temperatures during disk activity, container builds, transcoding, or CPU stress; idle temperature alone cannot reveal throttling.

What memory should an N100 or N305 NAS board use?

Memory capacity and board compatibility matter more than choosing DDR5 for its label. Many boards have one SO-DIMM slot, so the system cannot add a second module for dual-channel operation later.

NasBoost officially specifies one DDR4 SO-DIMM slot supporting up to 32GB. CWWK claims up to 48GB DDR5 for the M1, but the exact supported capacity and module compatibility should be checked against the manual or vendor support before purchase. CWWK’s NAS-B-M13 listing specifies one DDR5 SO-DIMM and lists support up to 16GB.

Which operating systems work with these boards?

TrueNAS SCALE, Unraid, OpenMediaVault, Proxmox VE, Debian, Ubuntu, Windows Server, and Windows 11 are all plausible software choices, but a vendor’s compatibility statement is not complete independent validation.

CWWK lists Windows and Linux compatibility for the M1. NasBoost lists Unraid, TrueNAS, iStoreOS, Proxmox, and Windows 11 for the M13-N. These are vendor claims documented on the CWWK M1 page and NasBoost M13-N page; they do not by themselves prove reliable SATA behavior, suspend and wake, fan control, hardware transcoding, IOMMU grouping, PCIe passthrough, SMART monitoring, power-loss recovery, Secure Boot, or BIOS-update quality.

For a virtualized NAS, check IOMMU groups and controller passthrough before buying. For ZFS, test every drive, scrub behavior, SMART reporting, reboot, and power-loss recovery. A board that boots an operating system is not automatically a validated storage platform.

What should you check before buying?

1. Confirm the exact processor. Make sure the listing is for N100 or Core i3-N305 rather than a similarly named N150, N355, or a different bundle.
2. Confirm what the price includes. Check whether RAM, SSD, cooler, cables, taxes, shipping, and a case are excluded.
3. Request the manual and board diagram. Look for SATA controllers, M.2 lane sharing, PCIe wiring, boot restrictions, and hot-plug support.
4. Count independent SATA connections. Six connectors do not guarantee six independent full-speed ports if some share lanes or use an additional controller.
5. Check memory capacity. Verify the SO-DIMM type, maximum capacity, supported module density, and whether one slot prevents future dual-channel expansion.
6. Verify power requirements. Confirm DC input voltage or ATX connector requirements, SATA power connectors, splitter quality, and cable length.
7. Measure case compatibility. A 170 × 170mm footprint is common, but mounting holes, port orientation, cooler height, and drive-cage clearance still need checking.
8. Plan cooling. Confirm that the supplied heatsink fits and that the enclosure has an intake and exhaust path, especially for an N305.
9. Check support geography. Ask who handles BIOS updates, warranty claims, and return shipping before paying for a board from a smaller vendor.
10. Test before trusting data. Verify every SATA port, SMART monitoring, scrubs, shutdown, reboot, drive recovery, and power-loss behavior before creating a production array.

Why might a NAS fail to detect all drives?

A NAS that does not detect every drive may have a lane-sharing conflict, power problem, controller-driver issue, or firmware limitation rather than a defective disk.

1. Check whether the BIOS sees every drive.
2. Remove M.2 devices temporarily and retest the SATA ports.
3. Test each SATA port and disk individually.
4. Inspect SATA power splitters, connectors, and power-delivery capacity.
5. Read the board manual for M.2-to-SATA or PCIe lane sharing.
6. Confirm that the operating system loads the relevant storage controller and exposes all ports.
7. Record the current BIOS version before considering an update, and obtain the vendor’s recovery procedure first.

Do not create a production array until all intended ports work simultaneously under load. A board’s advertised port count is not a substitute for a complete wiring and stability test.

What are the hidden costs and reliability risks?

The motherboard is only one part of a DIY NAS budget. Add SO-DIMM memory, a boot SSD, data drives, a case, power supply, SATA cables, fans, and possibly an HBA or network adapter. A UPS and independent backup storage are also part of a responsible build, even though neither increases the motherboard’s specification.

Small-vendor boards can offer excellent port density, but buyers should account for irregular BIOS updates, changing board revisions under one product name, incomplete manuals, unclear SATA-controller provenance, weak fan-control support, cross-border returns, and disappearing product listings. A low-cost board is not necessarily a low-risk storage platform.

RAID, ZFS redundancy, or a storage pool does not replace a backup. Protect important data with at least one tested backup, SMART monitoring, periodic scrubs where appropriate, power-loss protection, and a restore procedure. Plan how to replace the motherboard if the seller stops supplying firmware or support.

What alternatives should you consider?

An N150 or N355 board may be a better 2026 purchase when its availability, price, or support is superior to an N305 board. The CW-M2 family already shows how sellers are moving beyond the original N100/N305 pairing.

The ASRock N100DC-ITX is a recognizable consumer Mini-ITX alternative for a simple two-drive system or a build that will add storage through an expansion card. It is not a direct six-bay specialist replacement.

An ASUS industrial N305 board, such as the configuration described in the ASUS N305S-IM-AA datasheet, or an Advantech MIO-2364, may be more appropriate where documentation and industrial availability matter more than consumer-style port density. These alternatives still require checking price, form factor, storage wiring, and support in the buyer’s region.

A conventional desktop Mini-ITX platform is worth considering when ECC memory, two memory channels, additional PCIe lanes, HBA compatibility, predictable firmware, or many virtual machines matter. A complete appliance such as TerraMaster’s newer F4-425 Pro is a different category: it uses a newer Core i3-N350 and includes the enclosure and NAS software ecosystem, so it should be compared as a finished NAS rather than as a motherboard-only purchase. See the TerraMaster official product site for the vendor’s current appliance range.

Which N100 or i3-N305 NAS board should you buy?

Choose the NasBoost M13-N for a straightforward six-drive N100 build when DDR4, dual 2.5GbE, and the listed 32GB memory limit meet the requirements and the vendor’s support terms are acceptable.

Choose the CWWK M1 if its six SATA ports, dual NVMe slots, four 2.5GbE ports, DDR5, and price are attractive—but only after it returns to stock and the buyer confirms the exact lane map and configuration.

Choose the CWWK NAS-B-M13 for a compact four-2.5GbE build when two conventional SATA ports plus its mixed storage connections and 16GB listed memory limit are sufficient.

Choose an i3-N305 configuration when the NAS is also a virtualization host, container server, database, indexer, compiler, or game server. The N305’s eight cores and eight threads provide useful headroom, but the platform’s single memory channel and embedded-board expansion limits remain.

Choose the CWWK M6 when six SATA ports, three M.2 slots, DDR5, and 10GbE justify a starting price of $375.22 and the rest of the network can use that bandwidth.

Choose a conventional platform or finished NAS appliance when ECC, enterprise support, clear firmware maintenance, mature drive-swap behavior, or predictable replacement logistics matter more than compact size and low initial cost.

Frequently Asked Questions

Is the N100 or i3-N305 better for a NAS?

The N100 is better for low-power file serving, backups, and light containers, while the i3-N305 is better for multiple containers, virtual machines, databases, indexing, and concurrent workloads. Intel specifies 4 cores and 4 threads for the N100 versus 8 cores and 8 threads for the i3-N305.

Which N100 NAS board has six SATA ports?

The NasBoost M13-N, CWWK M1, and CWWK M6 are listed with six SATA ports, while the CWWK CW-M2 family is also positioned as a six-SATA design. Buyers must still inspect the board diagram for lane sharing, controller behavior, and hot-plug support.

Is the CWWK M1 available?

The CWWK M1 official listing showed a starting price of $204.64 but was marked sold out when checked August 16–18, 2026. Stock and exact bundle configuration should be confirmed before purchase.

Can an N100 or i3-N305 NAS transcode Plex or Jellyfin media?

N100 and i3-N305 systems can potentially use Intel integrated graphics for hardware transcoding, but success depends on drivers, codecs, HDR processing, subtitles, application configuration, cooling, and virtualization. Neither processor guarantees a fixed number of successful 4K or HDR streams.

Does a 10GbE NAS board transfer files at 10Gb/s?

A 10GbE port provides a 10GbE interface capability, not a guaranteed 10Gb/s file-transfer rate. Storage layout, CPU overhead, SMB settings, ZFS processing, PCIe wiring, client hardware, and switch capacity determine real throughput.

The Bottom Line

Bottom line: Buy the N100 for a focused, low-power storage server and buy the i3-N305 for a NAS that must also run a serious home lab. The NasBoost M13-N is the clearest six-SATA N100 choice in this snapshot; the CWWK M1 is the most feature-dense option if it returns to stock; and the CWWK M6 is the specialist choice for 10GbE and multiple NVMe devices. Verify lane sharing, memory limits, cooling, firmware, stock, and support before putting important data on any of these boards.

Quick Recap

Bestseller No. 1

8-Bay NAS Mini ITX 10Gbps NAS Motherboard Adaptable to Support 8sata One 10Gbps Electrical Port Two 2.5G Electrical Ports Two m.2 nvme Two pcie3.0 Type-c 10Gbps (N150+2x8643)

$269.00

Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.