Best LLMs: open and proprietary

Open and proprietary models together on one 0–100 scale (overall capability). Switch to local models to see only what you can download and run.

40 benchmarks4 sourcesUpdated 3 Oct 2026Reference scale 2026-Q4How the score is built

Models ranked by overall llmrun Score
#Modelllmrun ScoreCodingAgentsMathScienceReasoningBenchmarksVRAM
241Mixtral 8x7B Instruct v0.1open28.6 GB · 5 benchmarks––––16528.6 GB
242Gemini 1.0 Pro 0014 benchmarks––11––4–
243Meta Llama 3 8B Instructopen5.3 GB · 7 benchmarks––10–1475.3 GB
244Llama 3.2 1B Instructopen0.8 GB · 4 benchmarks–––––40.8 GB
245Deepseek Llm 67B Chatopen41.3 GB · 4 benchmarks––10––441.3 GB
246GPT 3.5 Turbo (Jan 25)10 benchmarks––12–1210–
247Mistral 7B Instruct v0.3open4.9 GB · 4 benchmarks––10––44.9 GB
248Llama 2 70B Chat HFopen45.5 GB · 5 benchmarks––9–10545.5 GB
249Gemma 3 1B ITopen0.7 GB · 4 benchmarks–––––40.7 GB

The range after each score is a 90% interval: given the boards a model has results on, its true score is very likely inside it. Short ranges mean many agreeing results; long ranges mean few or conflicting ones.

Why some models are missing. A model gets a score only with results on at least 4 benchmarks across at least 2 categories, one of them reasoning or coding. Skill scores need at least 2 benchmarks in that skill; otherwise they show as –.

VRAM is llmrun's estimate at Q4_K_M (or the smallest quantization we track) for the weights plus a working context. Proprietary models can't run locally, so the VRAM filter hides them.

How the llmrun Score is built · llmrun does not run these benchmarks; scores are aggregated from public sources.