Build: NVIDIA GeForce RTX 3090 + — + 32 GB RAM (windows)
Ranked by fit for agents use case + predicted speed. Click a row for VRAM breakdown.
ollama run hermes3:8bollama run qwen2.5:14bollama run qwen2.5:7bollama run mistral:7bollama run ornith:9bollama run hf.co/JetBrains/Mellum2-12B-A2.5B-Thinking-GGUF-Q4_K_Mollama run llama3.1:8bollama run dolphin3:8bollama run qwen3:14bTight VRAM, partial CPU offload, or context-limited.
ollama run dolphin-mistral:24bollama run qwen3:30bollama run qwen3-coder:30bollama run qwen2.5-coder:32bollama run qwen2.5:32bollama run nemotron3:nanoollama run north-mini-code-1.0ollama run glm-4.7-flashHypothetical scenarios. We re-ran the compatibility engine for each.
~$80–150
Doubles your CPU-offload working set. Helps when models don't quite fit in VRAM.
Unlocks: 98 new comfortable, 78 new tradeoff
see current pricing
32 GB VRAM (vs your 24 GB) plus a bandwidth jump from ~936 GB/s to ~896 GB/s.
Unlocks: 133 new comfortable
~$899
Tensor parallelism splits the model across both cards, effectively doubling VRAM. Bandwidth doesn't double — runs ~1.5× the single-card speed in practice.
Unlocks: 161 new comfortable
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Need more memory than you have. Shown for orientation.
Even with CPU offload, needs more memory than your VRAM (24 GB) + 60% of system RAM (19 GB) combined.
Even with CPU offload, needs more memory than your VRAM (24 GB) + 60% of system RAM (19 GB) combined.
Even with CPU offload, needs more memory than your VRAM (24 GB) + 60% of system RAM (19 GB) combined.
Even with CPU offload, needs more memory than your VRAM (24 GB) + 60% of system RAM (19 GB) combined.
Even with CPU offload, needs more memory than your VRAM (24 GB) + 60% of system RAM (19 GB) combined.
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