ollama run qwen3:30b-a3b選對模型,
跑在你已有的硬體上。
選擇平台與記憶體,我們提供保守的模型適配、合適的推論服務,以及真正可執行的啟動指令。
ollama run gemma3:27bollama run <model-tag>ollama run gpt-oss:20bollama run qwen3:14bollama run gemma3:12b這是地圖,不是排行榜
我們區分總參數、MoE 啟用參數、量化權重、執行環境支援與實測效能;未知速度保持未知。
從安靜的筆電到 80GB 加速卡
每種設備都有不同的記憶體預算、推論路徑與誠實上限。
8 GB CPU laptop
Small text models with short context. Expect patient, private inference rather than speed.
開啟指南16 GB CPU desktop
Comfortable with 3B–8B Q4 models; 12B is possible only with reduced context and patience.
開啟指南Apple silicon · 16 GB
A polished 4B–8B local experience when the OS and apps have enough headroom.
開啟指南NVIDIA · 8 GB
The mainstream 4B–8B tier. Some 12B INT4 builds fit tightly with modest context.
開啟指南NVIDIA · 12 GB
Strong 8B–14B Q4 territory for a single user.
開啟指南NVIDIA · 16 GB
14B models are comfortable; 20B-class low-bit MoE models are a tight upper edge.
開啟指南代表性開放權重模型
為工作選擇推論層
Ollama
One-command local chat and app integration
開啟指南llama.cpp
GGUF models, CPU/GPU offload, embedded and unusual hardware
開啟指南LM Studio
Discovering, downloading and testing models without a terminal
開啟指南MLX LM
Native Apple silicon inference, experimentation and fine-tuning
開啟指南vLLM
Linux GPU servers, concurrency and OpenAI-compatible production APIs
開啟指南TensorRT-LLM
Maximum NVIDIA throughput after engine tuning
開啟指南估算方式
依官方模型大小與量化格式估算,為系統和執行環境預留空間,並將上下文快取視為額外成本。MoE 使用總參數。
下載 40GB 前先問清楚
Does a 24 GB GPU run a 30B model?+
Often at Q4/INT4 with a conservative context. Qwen3 30B-A3B and Gemma 3 27B are representative fits, but cache and runtime overhead still matter.
Are active MoE parameters the memory requirement?+
No. Active parameters affect compute per token; total parameters still need to be stored in memory or offloaded.
Which runtime should a beginner choose?+
Ollama for a terminal-first setup or LM Studio for a visual desktop. llama.cpp is the portable fallback; vLLM is for higher-throughput GPU serving.
Do you benchmark speed?+
Not yet. Launch recommendations are transparent memory-fit estimates backed by primary documentation. We do not invent tokens-per-second numbers.