Pay attention: a few chats waiting in tray reserve 1GB VRAM for themselves.

Reddit r/LocalLLaMA News

Summary

Applications like Discord, Steam, and Telegram reserve VRAM even when minimized, consuming 1GB+ collectively; users working with LLMs should close these apps or disable hardware acceleration to free up VRAM.

If an application uses a Web-based interface and "hardware acceleration", it constructs its frame in VRAM and sometimes keeps it reserved even if the app is minimised. On my Linux machine, Discord is the worst offender, reserving 450 MB VRAM. Steam takes 200 MB, Telegram 150 MB, and a few other apps top it up to 1 GB+. If you are really squeezing something into VRAM, make sure to either close those apps or turn off "hardware acceleration" in their settings. But they would stutter a lot. Also, it may make sense to have another browser with hardware acceleration turned off, and use it only when working with an LLM. P.S. On Linux with Nvidia, I can get a list of VRAM gobblers with the command nvidia-smi.
Original Article

Similar Articles

16 GB VRAM purgatory discussion thread

Reddit r/LocalLLaMA

A discussion thread sharing configurations and tips for running AI models like Qwen3.8-27B on 16 GB VRAM Windows systems, focusing on memory optimization techniques.

12GB VRAM gang, what's our plan?

Reddit r/LocalLLaMA

Discussion about running LLMs on 12GB VRAM, noting current focus on dense models like Muse Glimmer 30B and Qwen 3.8 27B, and questioning whether upgrading to 24GB VRAM is needed.

llama.cpp - how to free up even more space on your GPU

Reddit r/LocalLLaMA

A thread sharing practical tips for freeing up GPU memory in llama.cpp, such as offloading mmproj to CPU and adjusting KV cache types, while discussing parameters like --cache-type-k/v and --spec-draft-n-max.

70-class VRAM stagnation

Reddit r/LocalLLaMA

The author observes that Nvidia's desktop 70-class GPUs have stayed at 12GB VRAM across two generations, and suggests Nvidia may be intentionally limiting memory to preserve demand for higher-margin AI-focused hardware.