Users frustrated that giant "open weight" models can't actually run locally
A Reddit post on expresses fatigue with recent massive "open weight" model releases like GLM-5.2. GLM-5.2 has 753 billion parameters, a 1 million token , and an MIT license, with benchmark scores that look extremely strong. The problem is that a model of 700B+ parameters simply cannot be loaded on home hardware.
The poster describes running a dual-GPU setup on an x8/x8 bifurcation board, heavily optimized under AMD ROCm, yet even crushing the model down to q1 or q2 quantization still makes it physically impossible to load. They recall when the community used to focus on genuine self-hosting: compile tricks, tuning llama.cpp batch sizes, testing new quants, and actually fitting models onto personal hardware. Now, they argue, roughly half the posts are effectively free marketing for models that 99% of users can only access by paying for APIs or renting cloud instances.
They acknowledge it's good that the weights are published rather than locked away, but argue that for ordinary people without hardware, these models are practically no different from ones.
Key points
- GLM-5.2 has 753B parameters, a 1M token , and an MIT license
- MoE models above 700B parameters can't be loaded on typical home hardware
- Even q1/q2 quantization reportedly fails to make the model loadable
- Published weights don't guarantee practical local access — most users still need paid APIs or rented cloud instances
- The poster feels community focus has shifted from self-hosting tips to hype for unrunnable giant models