Minisforum N5 Max AI NAS:
Strix Halo Meets 200TB

Why This NAS Is Different From Everything Before It

Every consumer NAS before the N5 Max chose between storage power and compute power. The N5 Max eliminates that trade-off by putting a flagship AI APU — the same chip found in $2,000+ AI mini PCs — inside a purpose-built NAS chassis with 10 drive slots.

Conventional high-end NAS devices use low-power server chips (Intel Atom, Celeron, or dedicated NAS SoCs from Realtek or Marvell) designed for storage management — not computation. They’re excellent at moving files reliably and running Plex or Docker containers, but they struggle with anything AI-related. A typical home NAS with an Intel Atom N6005 can’t run a 7B language model locally. It doesn’t even try.

Minisforum’s move is to take the Ryzen AI Max+ 395 — a chip normally found in $1,999–$3,000 AI workstation mini PCs — and put it in a chassis with five HDD bays, five M.2 slots, and dual 10GbE. The result is a device that can genuinely do both: store your data reliably on a properly managed NAS OS, and run AI inference on that data locally without sending it to the cloud.

Full Confirmed Specifications

All specifications below are sourced from the full spec sheet shared by Minisforum with Tom’s Hardware on April 18–19, 2026, cross-referenced with NASCompares and Tweaktown. Where sources conflict, both figures are noted.

Storage Architecture — How You Reach 200TB

The N5 Max has 10 physical storage slots: 5 HDD bays for spinning drives and 5 M.2 slots for SSDs. The system ships with a 128GB SSD pre-installed (occupying one M.2 slot), leaving 4 M.2 slots and 5 HDD bays for user storage.

In practice, the 200TB figure requires filling all 5 HDD bays with 30TB drives plus saturating the M.2 slots — a theoretical maximum, not a typical build. A more practical deployment might use 5× 16TB HDDs (80TB bulk storage) + 2–3× 4TB NVMe SSDs for a tiered setup, with frequently accessed data cached on fast NVMe and cold storage on HDDs. MinisCloud OS supports ZFS snapshots and LZ4 compression for data protection and efficiency.

Local AI Performance — What to Expect

The N5 Max’s 64GB of unified RAM can allocate a large portion as VRAM for the Radeon 8060S, enabling local AI inference. Exact performance benchmarks on this specific unit are not yet published. Estimates below are based on comparable Strix Halo hardware (GMKtec EVO-X2, 128GB).

The key enabling technology is unified memory. On the Ryzen AI Max+ 395 platform, the CPU and GPU share the same LPDDR5X pool. The 64GB of LPDDR5X-8533 in the N5 Max can be dynamically allocated to the Radeon 8060S as VRAM — in practice, around 50–55GB can be dedicated to GPU inference while leaving the OS and applications operational.

Based on benchmarks from the GMKtec EVO-X2 (identical Ryzen AI Max+ 395 SoC, 128GB):

• Mistral 7B / Qwen3 7B (Q4_K_M): approximately 50–65 tokens/sec — comfortably interactive, very fast for a NAS
• Llama 3 32B / Qwen3 32B (Q4_K_M): approximately 22–30 tokens/sec — well within interactive range
• Llama 3.1 70B (Q4_K_M): approximately 8–15 tokens/sec at 64GB — model fits, but closer to the memory limit than on the 128GB EVO-X2
• Qwen3 235B (Q2): likely does not fit at 64GB — requires approximately 80–96GB. Not feasible on this configuration.

The practical AI use cases for the N5 Max that make sense for a NAS deployment: an always-on private assistant that can search and summarise your stored documents, emails, and media using Retrieval-Augmented Generation (RAG) against your local files; automated media tagging and semantic search across photo libraries; and private coding assistant accessible from any device on your network via the OpenClaw web interface.

OpenClaw and MinisCloud OS

The N5 Max ships with two pieces of software pre-installed: MinisCloud OS (Minisforum’s NAS operating system) and OpenClaw (an open-source AI agent framework). This combination is what makes the N5 Max an AI NAS rather than just a powerful NAS.

MinisCloud OS is Minisforum’s proprietary NAS operating system, designed to manage the storage, networking, and application layers of their N5 series NAS devices. It supports ZFS snapshots, LZ4 compression, user management, and runs on all Windows, macOS, iOS, and Android clients according to Minisforum’s documentation. It is compatible with Samba (SMB), NFS, and other standard network protocols for broad client compatibility.

OpenClaw is an open-source AI framework that runs locally on the device and provides a web interface for deploying language models, configuring AI agents, and accessing LLMs from any device on the network without cloud connectivity. It integrates directly with the Ryzen AI Max+ 395’s GPU via ROCm/HIP or Vulkan backends for hardware-accelerated inference. Our existing guide on what is OpenClaw and how to use it covers the software in more depth.

How the N5 Max Compares: EVO-X2, N5 Pro, NVIDIA DGX Spark

The comparison reveals the N5 Max’s unique position. Against the GMKtec EVO-X2: the EVO-X2 has twice the RAM (128GB vs 64GB) and costs $900 less, but has no NAS functionality, no 10GbE, and can’t store more than two M.2 SSDs. If you need NAS + AI together, the N5 Max is the only option. If you need AI only, the EVO-X2 is the better value. Against the Minisforum N5 Pro: the N5 Pro is already available to order — including from Minisforum’s official French store with free shipping to France, Belgium, Switzerland, and Luxembourg. It starts at $959 barebone and reaches $1,597 with 96GB ECC DDR5. Its Ryzen AI 9 HX 370 has significantly lower AI performance (50 TOPS total vs 126 TOPS on the N5 Max, and slower GPU throughput), but for users who don’t need Strix Halo-level AI compute, the $1,940+ price gap is hard to justify. Against the NVIDIA DGX Spark: the DGX Spark is purpose-built for AI inference with far more compute (1,000+ TOPS), but runs Linux-only, has no NAS capabilities, and costs $1,100–2,100 more. We cover this comparison in depth in our best mini PC for local AI guide.

Who Should Buy the Minisforum N5 Max?

Verdict

The Minisforum N5 Max is a genuinely new category of device. Before it, you had to choose between a capable NAS and a capable local AI machine — they ran on incompatible hardware philosophies. The N5 Max ends that compromise by putting Strix Halo inside a proper 5-bay NAS chassis, with dual 10GbE, MinisCloud OS, and OpenClaw pre-configured from day one.

The main caveats are real. The 64GB RAM configuration means the largest AI models (235B) won’t run, and there’s a legitimate open question about whether the $2,899 price point is right — the GMKtec EVO-X2 offers 128GB and better AI headroom for $900 less (without NAS), and the N5 Pro is already in stock from $959 to $1,597 with 96GB ECC DDR5, offering solid NAS functionality with the HX 370 for $1,300–$1,940 less than the N5 Max. Minisforum needs drives to be purchased separately, and the total cost of a functional build approaches $3,300–$3,500.

But if NAS-plus-AI is genuinely what you need, nothing else comes close. For privacy-conscious professionals, homelab enthusiasts, and small teams who want private AI inference running against their own stored data — 24/7, offline-capable, with real NAS data protection features — the N5 Max is the only product in this category.

Frequently Asked Questions