Spyke

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LLM with Web Search functionality

Openwebui+searxng on a AMD strix board.

Pro: works like a charm, low power consumption, fast, "big" , LLM (running qwen3.6 35B A3B + gemma4 E4B for website summaries and other smaller tasks)

Con: strix boards start at 2k€, more in USA because of tarrifs

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LLM with Web Search functionality

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I am on Gentoo for it, but everything with a decent rocm should work.

Have a look for llama-swap, that handles multi head endpoints.

Also, as you are on a big board, you can quantize yourself, as the BF16 version of qwen has only 72gb.

I will try and post a full writeup next days. But feel free to dm me, if you need some guidance on quantize or more.

I am using this fork currently: https://github.com/charlie12345/ROCmFPX

Stuff happens fast currently, so may be worth to wait a week or two ig you need something super stable, but if you are up for experimenting, that's the way to go

linux

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mac or linux

ThinkPad and Dell have a bunch of Linux compatible notebooks.

If you are in a European country not being locked into apples ecosystem would be a major argument for me.

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LLM with Web Search functionality

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For those who want to know more, rough setup:

  • llama-cpp rocmfp4 fork
  • currently custom quantized qwen3.6 35B A3B model, working on publishing
  • be3 embedding and reranker, also GPU
  • gemma4-e4b via FastFlowLM on NPU!
  • OpenWebUI and searxng as docker containers on a Pi currently

We get 70-100tok/s generation. Four slots with 256k context length each.

We use a smaller Board with "only" 64GB of shared LPDDR5X. Bottleneck is memory speed, rocmfp4 quants help a lot.

As soon as I get my imatrix calibration right, I will publish the quantized versions.

Most existing quantized models are broken. The authors did some not supported stuff (like using a already quantized model and requantize it) that you may get issues with coherence or sudden Chinese words in the output.

That is not an issue with rocmfp4 but with vibe coders and agent psychosis.

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LLM with Web Search functionality

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AMD Strix is an APU, optimized for AI. It is the cheapest option I am aware of to run bigger models at home. 2k for 56GB VRAM, and less den 300W total power Budget.

One could run smaller models. But for the context sizes required for research work, that is nearly impossible.

Also, external services, like openrouter, can be used to use models hosted in the cloud.

But for self hosted, you need something that can run models with at least 15GB of VRAM + Context. For comparison. Our highly quantized model uses 20GB of vram. For our 4 slots we need another 20GB on top of it (around 5GB for 254k tokens), making it 40GB.

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LLM with Web Search functionality

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"Hey Claude, research for me current research to Nuclear Fusion. What are the biggest hurdles what are the next steps, and how promising is private research" enabling the research feature will give you a report, Fact checked (not clean but ok ish), and all the sources for it.

Claude will spin up a bunch of workers and search the web, following leads, and so on.

One of the few actual useful features of AI IMHO