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Comment · 8 months ago
Comment · 9 months ago
Comment · 10 months ago
Could you explain how? I can't seem to figure it out.

DeepSeek-V3.2-Exp has 37B active parameters, GLM-4.7 and Kimi K2 have 32B active parameters.

Lets say we are dealing with Q4_K_S quantization for roughly half the size, we still need to move 16 GB 30 times per second, which requires a memory bandwidth of 480 GB/s, or maybe half that if speculative decoding works really well.

Anything GPU-based won't work for that speed, because PCIe 5 provides only 64 GB/s and $2000 can not afford enough VRAM (~256GB) for a full model.

That leaves CPU-based systems with high memory bandwidth. DDR5 would work (somewhere around 300 GB/s with 8x 4800MHz modules), but that would cost about twice as much for just the RAM alone, disregarding the rest of the system.

Can you get enough memory bandwidth out of DDR4 somehow?

Comment · 10 months ago
I have tried a few Qwen-2.5 and 3.0 models (<=30B), even abliterated ones, but it seems that some words have been completely wiped from their pretraining dataset. No amount of prompting can bring back what has never been there.

For comparison, I have also tried the smaller Mistral models, which have a much more complete vocabulary, but their writing sometimes lacks continuity.

I have not tried the larger models due to lack of VRAM.

Comment · 10 months ago
> Are .pdfs and .epub safe these days?

Depends on the viewer. Acrobat Reader? Probably not. PDF.js in some browser? Probably safe enough unless you are extremely rich.

Comment · 10 months ago
That was my experience as well. Sometimes, LLMs were a big help, but other times, my efforts would have been better spent writing things myself. I always tell myself that experience will make me choose correctly next time, but then a new model is released and things are different yet again.
Comment · 10 months ago
> But if you are insinuating AI made all this up on it's own, I have to disappoint you.

No worries, I am not a native English speaker myself. I was genuinely interested in whether commercial LLMs would use "bad" words without some convincing.

Comment · 10 months ago
Did you have to use any special prompts when using LLMs for writing assistance, or did it just work?
Comment · 10 months ago
The last data point is from January 2026, which has just begun. If you extrapolate the 321 questions by multiplying by 10 to account for the remaining 90 % of the month, you get to within the same order of magnitude as December 2025 (3862). The small difference is probably due to the turn of the year.
Comment · 10 months ago
Those popups were a big contributor for me to stop using SO. I stopped updating my uBlock origin rules when LLMs became good enough. I am now using the free Kimi K2 model via Groq over CLI, which is much faster.
Comment · 10 months ago
> This is from the man who has no finished open source projects

To be fair, which open source project can really claim that it is "finished", and what does "finished" even mean?

The only projects that I can truly call "finished" are those that I have laid to rest because they have been superseded by newer technologies, not because they have achieved completeness, because there is always more to do.

Comment · 10 months ago
> it always work[s]

That was not my experience, at least for very large files (100+ GB). There was a workaround (that has since been patched) where you could link files into your own Google drive and circumvent the bandwidth restriction that way. The current workaround is to link the files into a directory and then download the directory containing the link as an archive, which does not count against the bandwidth limit.

Comment · 10 months ago
HTML to PNG:

    chromium --headless --disable-gpu --screenshot=output.png --window-size=1920,1080 --hide-scrollbars index.html
Also works great for HTML to PDF:

    chromium --headless --disable-gpu --no-pdf-header-footer --run-all-compositor-stages-before-draw --print-to-pdf=output.pdf index.html
Comment · 10 months ago
Lets take the Samsung 9100 Pro M.2 as an example. It has a sequential read rate of ~6700 MB/s and a 4k random read rate of ~80 MB/s:

https://i.imgur.com/t5scCa3.png

https://ssd.userbenchmark.com/ (click on the orange double arrow to view additional columns)

That is a latency of about 50 µs for a random read, compared to 4-5 ms latency for HDDs.

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