I can't really see wide adoption of local LLMs unless prices really start to climb. It makes sense to use cheaper hosted smaller models like Sonnet or even Kimi but these won't run a Kimi-class model and that is really the floor for non-toy agentic tasks. Spending 5k to avoid a $20 subscription really only makes sense for niche security reasons.
Nvidia is proposing a beast of a CPU system for Windows PCs
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Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#412The Qualcomm Snapdragon X2 Elite Extreme trounces Nvidia's chip in single core CPU performance. It beats Intel and AMD's best, too. It has unified memory. It's the only CPU in the same league as Apple's M-series in both CPU performance and power efficiency. And it's available in laptops today, not later this year. People are sleeping on Qualcomm.
Garbage operating system support. If you can’t do Linux support it’s a bit pointless because there’s two platforms for this that matter: Linux and Darwin. Qualcomm is like AMD was for GPUs for like decades. Lots of announcements and people on the Internet are huge fans based on web pages they’ve read but if you try to make it work it’s a nightmare. Snapdragon X Elite doesn’t work on Linux so it’s a pointless platform…
Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#413Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#414Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#415I can't really see wide adoption of local LLMs unless prices really start to climb. It makes sense to use cheaper hosted smaller models like Sonnet or even Kimi but these won't run a Kimi-class model and that is really the floor for non-toy agentic tasks. Spending 5k to avoid a $20 subscription really only makes sense for niche security reasons.
Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#416Earlier quoted context omitted.
They use different technology for their VRAM though. Apple, AMD Strix and NVidia DGX/RTX Spark use LPDDR, whereas discrete cards will be either GDDR or HBM. That directly impacts the memory bandwidth figures. As for compute available, Apple and AMD still have very good figures there for what's essentially a general-purpose iGPU that ships as part of the stock system, rather than a special-purpose piece of dedicated h…
The M5 has 16 dedicated ‘Neural Engine’ cores and a ‘Neural accelerator’ in each of its conventional GPU cores. It’s been pretty special-purpose juiced for inference.
Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#417Earlier quoted context omitted.
Everything that doesn't have a discrete GPU has unified memory these days. If you're asking for something closer to the RTX Spark or Apple Silicon then look at AMD's Strix Halo systems.
> Everything that doesn't have a discrete GPU has unified memory these days. Sorry, I meant before the M1 came out. And you and I both know that "unified memory" doesn't refer to allocating ram to the gpu for zero-swap sharing.
Vega series is 2017.
https://rocm.docs.amd.com/projects/HIP/en/docs-6.3.0/how-to/...
Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#418Earlier quoted context omitted.
The M5 has 16 dedicated ‘Neural Engine’ cores and a ‘Neural accelerator’ in each of its conventional GPU cores. It’s been pretty special-purpose juiced for inference.
When it comes to the very largest models the ANE seems to be only marginally useful for prefill. The M5 Neural Accelerators (NAX) help a lot but at a real cost wrt. power and thermals.
Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#419Re: Nvidia is proposing a beast of a CPU system for Windows PCs
#420Earlier quoted context omitted.
When it comes to the very largest models the ANE seems to be only marginally useful for prefill. The M5 Neural Accelerators (NAX) help a lot but at a real cost wrt. power and thermals.
Yep, but Apple products don’t spend most of their time running huge models. They are running lots of little ones all the time, using hardware designed for that.