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  • I recently got a 5090 with 64 GB of RAM (intel cpu). Was just looking for a strong model I can host locally. If I had performance of GPT4-o, I'd be content. Are there any suggestions or cases where people got disappointed?
  • 5090 has 32GB of RAM. Not sure if that’s enough to fit this model.
  • GPT-OSS-20B at 4- or 8-bits is probably your best bet? Qwen3-30b-a3b probably the next best option. Maybe there exists some 1.7 or 2 bit version of GPT-OSS-120B
  • I love this one: https://github.com/LearningCircuit/local-deep-research

    I tied it together with qwen3 30b thinking. Very easy to get it up and running, but lots of the numbers are shockingly low. You need to boost iterations and context. Especially easy if you already run searxng locally.

    I havent finished tuning the actual settings, but for the detailed report it'll take ~20 minutes and so far has given pretty good results. Similar to openai's deep research. Mine often has ~100 sources.

    But something I have noticed. It didnt seem to me the model was important. The magic was moreso in the project. Getting deep with higher iterations and more results.

  • It's a Qwen 3 MoE fine tune...
  • Isn't OpenIA "Deep research" (not "DeepResearch") a methodology/tooling thing, and you'll get different responses depending on what specific model you use with it? As far as the UI allows you to, you could use Deep research with GPT-5, GPT-4o, o3 and so on, and that'll have an impact on the responses. Skimming the paper and searching for some simple terms makes it seem like they never expand on what exact models they've used, just that they've used a specific feature from ChatGPT?
  • At this point "deep research" is more of a pattern - OpenAI and Perplexity and Google Gemini all offer products with that name which work essentially the same way, and Anthropic and Grok have similar products with a slightly different name attached.

    The pattern is effectively long-running research tasks that drive a search tool. You give them a prompt, they churn away for 5-10 minutes running searches and they output a report (with "citations") at the end.

    This Tongyi model has been fine-tuned to be really good at using its search tool in a loop to produce a report.

  • This is over a month old, they released the weights a long time ago.
  • And for those not so tightly in the loop: how does it compare?
  • That's OK — not all of us follow all the progress on a daily basis, and a model that is a month old doesn't become useless just by being a month old!
    by jwr
  • I hope the translation for this is actually "Agree" Deep research. Just a dig at "You are absolutely right!" sycophancy.
  • TIL the "full" name of Alibaba Qwen is 通義千問(romanized as "Tongyi Qianwen", something along "knows all thousand questions"), of which the first half without the Chinese accent flags is romanized identically to "同意", meaning "same intents" or "agreed".

    The Chinese version of the link says "通义 DeepResearch" in the title, so doesn't look like the "agree" to be the case. Completely agreed that it would be hilarious.

    1: https://www.alibabacloud.com/en/solutions/generative-ai/qwen...

  • It still feels to me like OpenAI has zero moat. There are like 5 paid competitors + open source models.

    I switch between gemini and ChatGpt whenever I feel one fails to fully grasp what I want, I do coding in claude.

    How are they supposed to become the 1 trillion dollar company they want to be, with strong competition and open source disruptions every few months?

  • Premium grade deals with Oracle. They will bullshit their way into government and enterprise environments where all the key decision makers are clueless and/or easily manipulated.
  • Isn’t the moat in the product/UI/UX? I use Claude daily and love the “scratch notebook” feel of it. The barebone model does not get you any of this.
  • I don’t know if they can pull it off but a lot of companies are built on strong enterprise sales being able to sell free stuff with a bow on it to someone who doesn’t know better or doesn’t care.
  • The moat of OpenAI is 1. internal knowledge they've built over the last few years building front tier models 2. their talent 3. the ChatGPT brand (go ask a random person on the street, they know ChatGPT but not Claude or Gemini)
  • Of course they dont, the only advantage it ever had was the willingness to destroy trust on the internet by scraping everything from everyone rules and expectations be dammed.

    The underlying architecture isnt special, the underlying skills and tools aren't special.

    There is nothing openAI brings to the table other than a willingness to lie, cheat, and steal. That only gives you an edge for so long.

  • Yea, I agree.

    Arguably LLMs are both (1) far easier to switch between models than it is today to switch from AWS / GCP / Azure systems, and (2) will be rapidly decreasing switching costs for your legacy systems to port to new ones - ie Oracle's, etc. whole business model.

    Meanwhile, the whole world is building more chip fabs, data centers, AI software/hardware architectures, etc.

    Feels more like we're headed to commodification of the compute layer more than a few giant AI monopolies.

    And if true, that's actually even more exciting for our industry and "letting 100 flowers bloom".

  • Sunday morning, and I find myself wondering how the engineering tinkerer is supposed to best self-host these models? I'd love to load this up on the old 2080ti with 128gb of vram and play, even slowly. I'm curious what the current recommendation on that path looks like.

    Constraints are the fun part here. I know this isn't the 8x Blackwell Lamborghini, that's the point. :)

  • llama.cpp gives you the most control to tune it for your machine.
  • If you really need a lot of VRAM cheap rocm still supports the amd MI50 and you can get 32gb versions of the MI50 on alibaba/aliexpress for around $150-$250 each. A few people on r/localllama have shown setups with multiple MI50s running with 128gb of VRAM and doing a decent job with large models. Obviously it won't running as fast as any brand new GPUs because of memory bandwidth and a few other things, but more than fast enough to be usable.

    This can end up getting you 128gb of VRAM for under $1000.

  • llama.cpp + quantized: https://huggingface.co/bartowski/Alibaba-NLP_Tongyi-DeepRese...

    get the biggest one that will fit in your vram.

  • > I'd love to load this up on the old 2080ti with 128gb of vram and play, even slowly.

    I think you mean ram and no vram. AFAIK this is a 30b moe model with 3b active parameters. Comparable to the Qwen3 MOE model. If you do not expect 60 tps such models should run sufficiently fast.

    I run the Qwen3 MOE Model (https://huggingface.co/unsloth/Qwen3-30B-A3B-GGUF/blob/main/...) in 4-bit quantization on an 11 year old i5-6600 (32GB) and a Radeon 6600 with 8GB. According to a quick search your card is faster than that and I get ~12 tps with 16k context on Llama.cpp, which is ok for playing around.

    My Radeon (ROCm) specific batch file to start this:

    llama-server --ctx-size 16384 --flash-attn on --cache-type-k q8_0 --cache-type-v q8_0 --device ROCm0 -ngl -1 --model /usr/local/share/gguf/Qwen3-30B-A3B-Q4_0.gguf --cache-ram 16384 --cpu-moe --numa distribute --override-tensor "\.ffn_.*_exps\.weight=CPU" --jinja --temp 0.7 --port 8080

  • I just use my laptop. A modern MacBook Pro will run ~30B models very well. I normally stick to "Max" CPUs (initially for more performance cores, recently also for the GPU power) with 64GB of RAM. My next update will probably be to 128GB of RAM, because 64GB doesn't quite cut it if you want to run large Docker containers and LLMs.
    by jwr
  • I've recently put together a setup that seemed reasonable for my limited budget. Mind you, most of the components were second-hand, open box deals, or deep discount of the moment.

    This comfortably fits FP8 quantized 30B models that seem to be "top of the line for hobbyists" grade across the board.

    - Ryzen 9 9950X

    - MSI MPG X670E Carbon

    - 96GB RAM

    - 2x RTX 3090 (24GB VRAM each)

    - 1600W PSU

  • I use a Macbook Pro with 128GB RAM "unified memory" that's available to both CPU and GPU.

    It's slower than a rented Nvidia GPU, but usable for all the models I've tried (even gpt-oss-120b), and works well in a coffee shop on battery and with no internet connection.

    I use Ollama to run the models, so can't run the latest until they are ported to the Ollama library. But I don't have much time for tinkering anyway, so I don't mind the publishing delay.

  • If you just want to get something running locally as fast as possible to play with (the 2080ti typically had 11gb of VRAM which will be one of the main limiting factors), the ollama app will run most of these models locally with minimum user effort:

    https://ollama.com/

    If you really do have a 2080ti with 128gb of VRAM, we'd love to hear more about how you did it!

  • This whole series of work is quite cool. The use of `word-break: break-word;` makes this really hard to read though.
  • I actually can’t read it for some reason? My brain just can’t connect the words