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GLM-5.1: Towards Long-Horizon Tasks

z.ai

211–220 of 285 posts

Re: GLM-5.1: Towards Long-Horizon Tasks

#211
post #156

Earlier quoted context omitted.

I mean it's not hard to understand that if good model can run on consumer hardware, even better models can run in data centers

Larger, yes, absolutely. Better? Right now it seems that bigger is better, but if we are thinking about long term future, it's not obvious that there isn't a point of diminishing returns with regards to size. I can also imagine a breakthrough, where models become much smaller, with the same or better capabilities as the current, very large ones.

You are always going to get the same scaling laws in model size regardless of what else you do, so the same degree of improvement seen now relative to the smaller models will be achievable in the future. Yes, small models may be on par with previous generation large models, but the same is true for processors and you don't see supercomputers going away. It's the same principle.

Re: GLM-5.1: Towards Long-Horizon Tasks

#212
post #202
post #196

Z.ai and their GLM models are pretty low quality. I've been testing it for awhile now since it seemed to have potential as a local model. With this new update it still cannot parse simple, test PDFs correctly. It inconsistently tells me that the value in the name field in the document is incorrect, and has the name reversed to put the last name first. Or that a date is wrong as it's in the past/future, when it is not…

I'e been using their models pretty much daily for the past 2 months to work on the codebase of a very complex B2B2C platform written in an unusual functional language (F#) with an angular frontend. I also use Claude premium daily for another client, and i use Codex. and i can tell you that GLM5 is at this point much more capable than Claude and Codex for complex backend end work, complex feature planning, and long ho…

Does anyone have inside info on what these Huawai chips look like? I know Google has a Torus architecture unlike Nvidias fully connected one. Maybe it’s a similar architectural decision on the huawai chips that leads to bottlenecks in serving?

Re: GLM-5.1: Towards Long-Horizon Tasks

#213

We're still adding samples, but some early takeaways from benchmarking on https://gertlabs.com : Contrary to the model card, its one-shot performance is more impressive than its agentic abilities. On both metrics, GLM 5.1 is competitive with frontier models. But keeping in mind this is an open source model operating near the frontier, it's nothing short of incredible. I suspect 2 issues with the model are keeping it…

[dead]

Re: GLM-5.1: Towards Long-Horizon Tasks

#214
post #180

Earlier quoted context omitted.

as a local LLM novice, do you have any recommended reading to bootstrap me on selecting hardware? It has been quite confusing bring a latecomer to this game. Googling yields me a lot of outdated info.

First answer: If you haven't, give it a shot on whatever you already have. MoE models like Qwen3 and GPT-OSS are good on low-end hardware. My RTX 4060 can run qwen3:30b at a comfortable reading pace even though 2/3 of it spills over into system RAM. Even on an 8-year-old tiny PC with 32gb it's still usable. Second answer: ask an AI, but prices have risen dramatically since their training cutoff, so be sure to get the…

Agree on the framework, last week you could get a strix halo for $2700 shipped now it's over $3500, find a deal on a NVME and the framework with the noctua is probably going to be the quietest, some of them are pretty loud and hot.

I run qwen 122b with Claude code and nanoclaw, it's pretty decent but this stuff is nowhere prime time ready, but super fun to tinker with. I have to keep updating drivers and see speed increases and stability being worked on. I can even run much larger models with llama.cpp (--fit on) like qwen 397b and I suppose any larger model like GLM, it's slow but smart.

Re: GLM-5.1: Towards Long-Horizon Tasks

#215
post #202
post #196

Z.ai and their GLM models are pretty low quality. I've been testing it for awhile now since it seemed to have potential as a local model. With this new update it still cannot parse simple, test PDFs correctly. It inconsistently tells me that the value in the name field in the document is incorrect, and has the name reversed to put the last name first. Or that a date is wrong as it's in the past/future, when it is not…

I'e been using their models pretty much daily for the past 2 months to work on the codebase of a very complex B2B2C platform written in an unusual functional language (F#) with an angular frontend. I also use Claude premium daily for another client, and i use Codex. and i can tell you that GLM5 is at this point much more capable than Claude and Codex for complex backend end work, complex feature planning, and long ho…

Plenty of other providers that offer much faster inference on GLM-5.1. Friendli, GMICloud, Venice, Fireworks, etc. And can be deployed through Bedrock already as well. Will probably be available generally in Bedrock soon, I would guess.

Re: GLM-5.1: Towards Long-Horizon Tasks

#216
post #156

Earlier quoted context omitted.

> Top-tier models will never run on desktop machines Sorry, but you don't know that

I mean it's not hard to understand that if good model can run on consumer hardware, even better models can run in data centers

If we get to the point where a local model can reliably do the coding for a good majority of cases, then the economic landscape changes significantly. And we are not that far from having big open weight models that can do that, which is a first step

Re: GLM-5.1: Towards Long-Horizon Tasks

#217
post #212
post #202

Earlier quoted context omitted.

I'e been using their models pretty much daily for the past 2 months to work on the codebase of a very complex B2B2C platform written in an unusual functional language (F#) with an angular frontend. I also use Claude premium daily for another client, and i use Codex. and i can tell you that GLM5 is at this point much more capable than Claude and Codex for complex backend end work, complex feature planning, and long ho…

Does anyone have inside info on what these Huawai chips look like? I know Google has a Torus architecture unlike Nvidias fully connected one. Maybe it’s a similar architectural decision on the huawai chips that leads to bottlenecks in serving?

https://www.huawei.com/en/news/2026/3/mwc-superpod-ai

>For AI computing, the Atlas 950 SuperPoD, powered by UnifiedBus, integrates 64 NPUs per cabinet and can scale up to 8,192 NPUs, delivering superior performance for large-scale AI training and high-concurrency inference.

Re: GLM-5.1: Towards Long-Horizon Tasks

#218
post #196

Z.ai and their GLM models are pretty low quality. I've been testing it for awhile now since it seemed to have potential as a local model. With this new update it still cannot parse simple, test PDFs correctly. It inconsistently tells me that the value in the name field in the document is incorrect, and has the name reversed to put the last name first. Or that a date is wrong as it's in the past/future, when it is not…

I do not know if it is good, because I have not tested it yet, but the most recent uncensored model is:

https://huggingface.co/trohrbaugh/gemma-4-31b-it-heretic-ara...

which was produced immediately after Google released their new Gemma 4 model.

Re: GLM-5.1: Towards Long-Horizon Tasks

#219

Earlier quoted context omitted.

Like computing used to be. When I first compiled a Linux kernel it ran overnight on a Pentium-S. I had little idea what I was doing, probably compiled all the modules by mistake.

At least the compiler was free

The point of doing local inference with huge models stored on an SSD is to do it free, even if slow.

Re: GLM-5.1: Towards Long-Horizon Tasks

#220
post #182

Earlier quoted context omitted.

This has got to be bait.. 1) OpenAI and Anthropic are killing it, and continue to do so, their coding tools are unmatched for professionals. 2) Local models don't hold a candle to SOTA models and there's nothing on the horizon that indicates that consumers will be able to run anything close to what you can get in a data center. 3) Coding is a killer product, OpenAI and Anthropic are raking in the cash. The top 3 apps…

I don't want to respond to 100 comments about the same thing, and this one happens to be on top, so, in my humble opinion: (1): You don't have to be an Ed Zitron disciple to infer that OpenAI and Anthropic are likely overvalued and that Nvidia is selling everyone shovels in a gold rush. AI is a game-changing technology, but a shitty chat interface does not a company make. OpenAI and Anthropic need to recoup astronomi…

> And to be clear, OpenAI/Anthropic most definitely know this: that's why they've been aquihiring like crazy, trying to find that one team that will make the thing.

Anthropic is up to $30B annual recurring revenue. I wish I had failing business models like that.

> Token prices are significantly subsidized and anyone that does any serious work with AI can tell you this. Go use an almost-SOTA model (a big Deepseek or Qwen model) offered by many bare-metal providers and you'll see what "true" token prices should look like.

I'm not sure what think you are saying here, but if you look at the providers for both "almost-SOTA model (a big Deepseek or Qwen model)" or at the price for Claude on AWS Bedrock, Azure or on GCP you will quickly see inference is very profitable.

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