Minisforum N5 Max AI NAS runs local AI models with OpenClaw framework and 190TB storage

Minisforum's new flagship NAS comes with OpenClaw pre-installed -- Strix Halo-powered N5 Max can run a local AI LLM

Minisforum has announced an upcoming NAS that is built from the ground up to run large language models locally. The yet-to-be-released N5 Max AI NAS comes with a Ryzen AI Max+ 395 Strix Halo APU and features OpenClaw pre-installed, an open-source AI framework that can be configured to run a variety of tasks. Pricing and a release date have yet to be announced. The small-form-factor manufacturer neglected to share the NAS's full specifications, particularly the unit's storage capacity. All we know officially is the CPU inside, which is AMD's flagship Strix Halo APU sporting 16 Zen 5 CPU cores that can clock up to 5.1GHz, a Radeon 8060S iGPU with 40 CUs, XDNA 2 NPU, and 64MB of L3 cache. The 395+ can be configured with 32GB to 128GB of system memory; likely, Minisforum is using a higher memory capacity of 64GB to 128GB. LLMs are known to scale very well with larger amounts of memory capacity. That said, we can make some logical guesses about the system's other specs. Minisforum's Max variant of the N5 series appears to be using the same chassis as the outgoing N5 AI NAS and N5 AI Pro NAS. If this is true, the Max version will likely share the same storage configuration as the N5 AI/N5 AI Pro, consisting of five 3.5/2.5' HDD drive bays and three M.2 slots, two of which support U.2 drives. The HDD bays alone support up to 30TB per drive. AI acceleration in network-attached storage systems is a trend that is growing rapidly in the computing industry. Having this capability in a NAS gives it the ability to serve as both a NAS and a local AI server for users. Having the LLM localized also improves security as all of the data processing and interactions are done within the machine and aren't shared with the internet. OpenClaw is not an LLM like Copilot or Gemini, but is an AI framework that can be programmed to run a variety of tasks. For instance, OpenClaw can be programmed to run a photo search engine that can be controlled with conversational prompts. It can also be configured to edit videos based on prompts, automate emails, publish social media posts, and more. Specifically, OpenClaw routes messages to an LLM, which will then decide which tools to use to fulfill the user's request. OpenClaw has exploded in popularity; however, security is one of the framework's biggest flaws. Beyond the apps' already problematic security issues that can leak sensitive data to the internet if not configured properly, malicious content has been found on ClawHub, a hub for OpenClaw users to install third-party extensions. Follow Tom's Hardware on Google News, or add us as a preferred source, to get our latest news, analysis, & reviews in your feeds.

Minisforum N5 MAX Turns NAS Storage Into a Local AI Platform

Minisforum has announced that its N5 MAX AI NAS is now capable of running OpenClaw-based large AI models locally, giving the product a much more ambitious role than conventional network storage. Instead of acting solely as a centralized box for backups, file sharing, and media archives, the N5 MAX is being positioned as a private edge AI system with enough compute and storage to handle both data retention and AI-assisted workflows on the same hardware. At the center of the system is AMD's Ryzen AI Max+ 395 processor, with Minisforum pairing it with the company's own MinisCloud OS. The important distinction in this announcement is that AI execution happens locally. Minisforum says the platform uses a one-click deployment tool for OpenClaw, making it easier to activate the available AI features without relying on an external cloud environment. For users concerned with data sovereignty, privacy, or simply reducing dependence on remote services, that local-first design is a meaningful part of the N5 MAX pitch. The company is framing the device around privacy-sensitive computing. Tasks and interactions are said to remain within a closed local loop, keeping personal data, business files, and media libraries on the system itself. That approach also comes with a claimed latency advantage, since requests no longer need to be processed through remote infrastructure. In practical terms, the N5 MAX is trying to bridge the gap between a traditional NAS and a self-hosted AI appliance. Minisforum highlights several application scenarios. One of the clearer examples is semantic image retrieval, where users can search photo libraries through natural language rather than relying strictly on filenames, folders, or manual tags. The company also mentions AI-assisted media editing, including automatic video cutting and stitching based on the intended outcome. Those features suggest the N5 MAX is being aimed not just at storage-heavy users, but also at creators and enthusiasts who want local AI support without moving source material off the device. The OpenClaw integration also extends into agent-style functionality. Minisforum says the local AI stack can automate email processing, document review, coding assistance, social media preparation, and report writing. It also references personal assistance tasks such as trip planning, shopping, and restaurant reservations. Whether every one of those functions performs consistently will depend on software maturity, but the direction is clear: the N5 MAX is being presented as both infrastructure and workflow engine. Capacity is another major part of the story. Minisforum first introduced the N5 MAX at CES 2026, where it demonstrated the system live. According to the company, the NAS can support five M.2 SSDs for up to 40 TB and five hard drives for up to 150 TB, giving it a combined maximum storage capacity of 190 TB. That places it well beyond entry-level NAS hardware and into enthusiast, prosumer, and small-office territory. If Minisforum can deliver stable software and useful model integration, the N5 MAX could stand out as one of the more credible attempts to merge NAS storage with private local AI computing.