Check the machine before downloading
Check 192 GB unified memory free for the full model, runtime and a short context. This is a conservative capacity starting point, not a measured speed claim.
Exact Ollama packageRun the official high-memory package, connect Hermes to its private Ollama endpoint, and produce a checked project review.
Full package footprint matters more than six active parameters.
| Machine | Qwen3.8-Flash-Next · 125B MLX | Qwen3.8-Flash-Next · 125B Q4 |
|---|---|---|
| NVIDIA GPU · 32 GB VRAM | No MLX NVIDIA route; use the Linux package on a larger server. | Below the 120 GB weight file; use a multi-GPU host. |
| NVIDIA GPUs · 160 GB aggregate VRAM | No MLX NVIDIA route; choose Q4 Linux package. | Capacity candidate; confirm Ollama distributes the model and leaves context headroom. |
| AMD GPUs · 160 GB aggregate VRAM | No MLX AMD route; choose a supported Linux GPU runtime. | Ollama backend compatibility and distribution need verification for these exact cards. |
| Intel GPUs · 160 GB aggregate VRAM | No MLX Intel route; choose the supported Mac package. | No verified multi-Arc distribution route for this package. |
| Apple Silicon Mac · 128 GB unified memory | Weight file is 105 GB; runtime headroom is tight and this is not a recommended start. | Q4 is the Linux route here; choose the MLX package on Mac. |
| Apple Silicon Mac · 192 GB unified memory | Capacity candidate with headroom for 8K context; measure memory pressure. | Choose the MLX package instead of Linux Q4 on Mac. |
| CPU only · 192 GB RAM | No MLX CPU route here; use a supported high-memory Mac. | May load through offload but agent steps are not a practical recommendation. |
| RunPod · NVIDIA GPUs · 160 GB aggregate VRAM | No MLX rental route; choose Q4 Linux. | Capacity candidate; validate model distribution and runtime before a long rental. |
Package sizes are published; fit and speed ratings are estimates. Multi-GPU distribution must be confirmed on the chosen rental.
The checkpoint is large even though only 6B parameters activate per token. Choose the MLX Mac or Q4 Linux route, test tool calling, and then use Hermes to create a source-checked review.
Select the weights you want. The instructions, downloads and settings change with your choice.
Save your machine in My Hardware to get an automatic starting choice. You can always choose any package yourself.
Start at 8,192 tokens on 192 GB unified memory; the 105 GB file is only weights. Longer context consumes more memory.
Choose where you want to run it. The instructions below update to match your selection.
Windows: This package is MLX for Apple Silicon, not a Windows binary. Windows can use the Q4 package as a client to Linux instead. Compatibility source
Linux: This exact package is MLX for Apple Silicon; the separate official Q4 package is the Linux multi-GPU route. Compatibility source
Check 192 GB unified memory free for the full model, runtime and a short context. This is a conservative capacity starting point, not a measured speed claim.
Exact Ollama packageDownload Ollama for macOS and open it. In Terminal, confirm the app is running before the model download. Ollama manages the package files, so no manual model folder tree is needed.
Download Ollama for this operating system Official model packageIn Terminal, pull qwen3.8-flash-next:125b-mlx. Start with 8,192 tokens when connecting the agent; the published maximum context is not a safe default for every machine. The download is large and can take time.
Package identity and disk sizeIn Terminal, run the small read-only probe against qwen3.8-flash-next:125b-mlx. It must report a tool call; this only checks the model connection and is not the agent workflow outcome.
Download the connection check Ollama tool support and model packageInstall Hermes on your own Windows, Mac or Linux computer. Choose Custom endpoint in hermes model, enter http://127.0.0.1:11434/v1 and exact model ID qwen3.8-flash-next:125b-mlx, and start with 8,192 context. For RunPod, tunnel port 11434 over SSH so the same loopback URL works privately; do not publish Ollama's unauthenticated API.
Official Hermes installers Connect an Ollama/custom endpointCreate a disposable folder containing a short project brief and a checklist with one missing backup step. Ask Hermes to read both, write review.md with a corrected checklist and the missing risk, and cite which local file supplied each fact. Review its requested file access and write before approval. This real file-based outcome, not the earlier read_notes probe, is the agent task.
Hermes agent and model setupOpen review.md and check that Hermes actually used file tools, included the launch day and backup risk, and produced a useful corrected checklist. If the exact model/package fails at tool use, mark it unverified rather than treating a plain answer as success. On a rental, save the artifact and stop the pod.
Hermes reads the disposable project files and writes a corrected checklist in review.md with the launch day and missing backup risk. Inspect the actual file and tool activity; the preliminary read_notes probe alone does not pass.
The agent route is source-backed but has not been benchmarked by YouRunAI. The Linux multi-GPU fit is a capacity estimate, not a tested deployment.
Use the exact package size, leave runtime and context headroom, begin at 8K–16K context, and choose a larger machine or a smaller model if it still offloads heavily.
Check the selected Ollama package has tool support, update Ollama, then retry the bounded script. Do not promote plain chat to a working agent path.
Keep Ollama running, check http://127.0.0.1:11434/v1, and use an SSH tunnel for a rental. Never expose the unauthenticated port publicly.
Original instructions, model files, and compatibility notes behind this setup.
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