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Beelink GTR9 Pro AMD Ryzen™ AI Max+ 395 Processor (OpenClaw & Local LLM Pre-installed)

(19 customer reviews)

Price range: $4,349.00 through $4,749.00

16 Zen 5 CPU cores, combined with the advanced Radeon™ 8060S iGPU, next-gen XDNA 2 NPU, and 126 AI TOPS, deliver cutting-edge architecture that significantly boosts the GTR9 Pro’s performance.

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Estimated delivery: 7-14 days
SKU: BL-GTR9PRO-395-OC Category: Tags: , , , ,
Description

The Beelink GTR9 Pro is built for one job most mini PCs can’t do: running large local language models entirely on-device, at real speed, with room to spare. With AMD’s flagship Ryzen AI Max+ 395 — 16 Zen 5 cores, a 40-compute-unit Radeon 8060S GPU, and 128GB of unified LPDDR5X-8000 memory — it comes with OpenClaw and local LLM tooling pre-installed and is genuinely capable of running models in the class of DeepSeek 70B locally. If you want an AI workstation that keeps your data, your prompts, and your models entirely off someone else’s cloud, this is the machine built for exactly that.

Key Features

  • AMD Ryzen™ AI Max+ 395 — 16 Zen 5 Cores / 32 Threads — AMD’s top-tier mobile/APU silicon boosts up to 5.1GHz with 64MB of L3 cache, delivering desktop-class multi-core throughput for compiling, virtualization, and heavy multitasking on top of its AI capabilities.
  • Radeon™ 8060S iGPU — 40 Compute Units, RDNA 3.5 — With 2,560 stream processors, the 8060S is the most powerful integrated GPU AMD ships, delivering performance in the range of a discrete mobile RTX 4060 for both gaming and GPU-accelerated compute, all without a dedicated graphics card.
  • 126 AI TOPS via XDNA 2 NPU + CPU + GPU — Combined CPU, GPU, and dedicated XDNA 2 NPU throughput reaches 126 AI TOPS, putting real, sustained AI acceleration behind every local inference workload, not just a marketing number.
  • 128GB Unified LPDDR5X-8000 Memory — Because memory is shared between CPU and GPU, the GTR9 Pro can allocate a large share of its 128GB pool directly to the GPU — the single biggest factor in how large a quantized local LLM you can actually load and run at usable speed.
  • Dual 10GbE Networking + Dual USB4 — Two 10-gigabit Ethernet ports and two USB4 (40Gbps) ports mean the GTR9 Pro can double as an AI compute hub on a home or office network, serving inference to other machines without becoming a network bottleneck.
  • Up to 16TB of PCIe 4.0 NVMe Storage — Dual M.2 2280 slots support up to 8TB each (16TB combined), with the retail unit shipping a 2TB SSD rated up to 7000MB/s — plenty of room for multiple large model checkpoints alongside your OS and projects.
  • Quad 8K Display Support — HDMI 2.1, DisplayPort 2.1, and dual USB4 video outputs support up to four 8K displays, suited to expansive multi-monitor workspaces or high-precision visual work.
  • Industrial Cooling at 140W TDP, 32dB Noise — Dual turbine fans and a full-surface vapor chamber keep the chip stable at up to 140W sustained TDP while staying near-silent, backed by an all-metal chassis and a built-in 230W power supply — no external brick required.

Why Choose the GTR9 Pro

For local AI work, the constraint that matters most isn’t raw compute — it’s memory capacity and bandwidth for holding the model itself. Most consumer GPUs top out at 12-24GB of VRAM, which rules out running genuinely large models locally at all. The GTR9 Pro’s 128GB unified memory architecture sidesteps that limit entirely, letting you load large quantized models — the kind that would otherwise require a multi-GPU server — onto a single mini PC that fits on a desk and draws a fraction of the power.

That makes it a legitimate alternative to renting cloud GPU time for developers who want to run Ollama, llama.cpp, or similar local inference stacks against genuinely large open-weight models, or who are building agentic coding workflows with OpenClaw and want zero API latency and zero per-token cost. It’s equally at home as a homelab AI server, sitting on 10GbE and serving inference requests to other machines on your network.

This is a premium machine at a premium price point, and it’s worth being clear about who it’s for: if you mainly need a fast desktop, our Ryzen 7 or Core Ultra machines will do that job for less. The GTR9 Pro earns its price when local AI capability — real model size, real throughput, real data privacy — is the point. Ships from our UK warehouse with 1-3 business day processing and free shipping over $199, with ComputaHardware support available if you need help getting your local LLM stack configured.

Specifications

  • CPU: AMD Ryzen™ AI Max+ 395, 16C/32T Zen 5, up to 5.1GHz boost, 64MB L3 cache
  • GPU: AMD Radeon™ 8060S, 40 CUs / 2,560 stream processors, RDNA 3.5
  • AI: XDNA 2 NPU, up to 126 combined AI TOPS
  • Memory: 128GB unified LPDDR5X-8000 (soldered)
  • Storage: Dual M.2 2280 PCIe 4.0 slots, up to 16TB combined (8TB per slot); 2TB SSD included, up to 7000MB/s
  • Networking: Dual 10GbE LAN, Wi-Fi 7, Bluetooth 5.4
  • Ports: Dual USB4 (40Gbps), HDMI 2.1, DisplayPort 2.1
  • Display: Up to quad 8K@60Hz
  • Cooling: Dual turbine fans + full-coverage vapor chamber, ~32dB, up to 140W TDP
  • Power: Built-in 230W power supply
  • Audio: 4-microphone AI array with 360° 5-meter pickup, dual DSP speakers
  • Software: OpenClaw and local LLM tooling pre-installed; Windows 11 Pro or Ubuntu
Additional information
RAM+SSD128GB LPDDR5x-8000 memory (soldered) + 2TB SSD, 128GB LPDDR5x-8000 memory (soldered) + 4TB SSD (Pre-order)
Operating SystemUbuntu, Ubuntu + Windows
Power AdapterAU, EU, JP, UK, US
Reviews (19)

19 reviews for Beelink GTR9 Pro AMD Ryzen™ AI Max+ 395 Processor (OpenClaw & Local LLM Pre-installed)

  1. Camille R.

    The pre-installed local LLM was a nice starting point but I ended up swapping it for a newer quantized release within the first couple of weeks — my use case just needed something more current. OpenClaw itself is genuinely useful for repetitive refactoring tasks once you get a feel for how to prompt it.

  2. Theo M.

    Homelab project using OpenClaw plus the local LLM for agentic browser automation testing, and the unified memory handles the larger context windows this kind of work needs without choking.

  3. Cormac B.

    Chose this over the plain GTR9 Pro specifically to skip the local LLM setup hassle, and it really did arrive ready to go. Been using it daily as a pair-programmer for a few months now.

  4. Bastian L.

    Using this to test multi-agent workflows locally, and having 128GB of unified memory means I can run several agent instances at once without hitting a wall. Exactly what I needed for this kind of research.

  5. Wesley P.

    Our small dev team uses this as a shared internal agentic coding server — data never leaves the office network, which has been a real selling point with compliance-conscious clients.

  6. Ruth K.

    The pre-installed OpenClaw setup is a nice touch that saves initial setup time, but documentation on customising agent permissions is pretty thin — ended up digging through GitHub issues to figure some of it out. Hardware itself hasn’t put a foot wrong.

  7. Aoife N.

    Solid machine. The OpenClaw agent occasionally needs fairly specific prompting to stay on task, but that seems to be true of agent frameworks generally right now rather than anything specific to this setup.

  8. Amara O.

    Performance is genuinely excellent when everything’s dialed in, but I found the initial shared memory allocation for the iGPU needed manual BIOS tweaking to get the best out of larger models – not clearly documented anywhere in the box. Once sorted it’s been great, just wish it was more plug and play for people newer to local LLM stuff.

  9. Connor M.

    Bought this specifically for a homelab AI project and it’s exceeded expectations. The Radeon 8060S iGPU with that much shared memory lets me experiment with model sizes that would need a dedicated GPU setup costing three times as much. Dual 10GbE ports are brilliant for a mini NAS/AI server combo. Ships with a proper 2TB SSD too, no need to buy extra storage day one.

  10. Jasper E.

    Using OpenClaw to automate internal data pipeline scripts at work, and keeping proprietary code away from external APIs was the whole point of going this route. Two months in and it’s been rock solid.

  11. Yasmin S.

    Freelance dev here, and not paying per-token for agentic coding work has been the big win. Occasionally I need to restart the OpenClaw service after a very long session, but that’s a minor annoyance rather than a dealbreaker.

  12. Ben C.

    Ordered as an upgrade from an older Ryzen mini PC and the jump is night and day for local inference speed. Fan noise is impressively low for a 140W TDP chip. Delivery from the UK warehouse was quick, about four days. Only reason it’s not five stars is the price, though given the memory bandwidth on offer it’s justified.

  13. Ines D.

    Honestly, the pre-installed model felt a bit conservative for what I needed and I ended up swapping it out myself anyway, so the ‘pre-installed’ convenience didn’t save me as much time as I’d hoped. Software works fine once you’ve made your own changes though.

  14. Yuki T.

    Very capable little box. I use it mainly as an agentic coding assistant host running OpenClaw alongside a local LLM for code review tasks, and it holds up well for that. Token generation isn’t going to match a dedicated RTX card but for the size, power draw and near-silent noise level it’s a great tradeoff. Docs on the local LLM setup could be clearer for people less familiar with Linux.

  15. Callan F.

    Got this for personal projects and genuinely enjoy tinkering with OpenClaw’s agent scripts. Runs cool and quiet even through long agentic sessions, which I wasn’t expecting from a box this size.

  16. Ingrid B.

    This is the machine I’ve been waiting for. 128GB of unified memory means I can actually load larger quantized local models – been running big models through Ollama and getting usable token speeds without melting my electricity bill. Dual turbine fans keep it at a low hum even under sustained inference load. OpenClaw came pre-configured and paired nicely with my local setup.

  17. Lars E.

    Quad 8K display support sounds excessive until you actually need three monitors plus a TV output for demos, then it makes total sense. Runs my whole dev environment plus local model inference simultaneously without stutter. Genuinely one of the best purchases I’ve made this year for a home AI workstation.

  18. Finn G.

    Bought this specifically for the pre-installed OpenClaw setup and it saved me a weekend of configuration I’d have otherwise spent getting a local LLM stack running from scratch. Using it as an agentic coding assistant for side projects, fully offline.

  19. Priyanka V.

    Switched from a cloud coding assistant subscription to this for cost and privacy reasons. Had to tweak a config file to get OpenClaw pointing at the right local model endpoint, but the docs got me there without too much trouble.

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