Arena Elo 1245Human-preference rating · LMArena (shown where the model is ranked)
Capabilities
7-day heat trend
+0.3%Pricing breakdown
Typical 3:1 output-to-input mix, per 1M tokens
Estimated monthly cost by workload
Market position
- Cheaper than 27% of tracked models
- Faster than 48% of tracked models
- Efficiency rank: #141 of 1105
Best suited for
Complex reasoning, analysis, planning and multi-step problem solving where answer quality matters more than raw cost.
About trinity-large-thinking
Trinity Large Thinking is a powerful open source reasoning model from the team at Arcee AI. It shows strong performance in PinchBench, agentic workloads, and reasoning tasks. Launch video: https://youtu.be/Gc82AXLa0Rg...
trinity-large-thinking is a Reasoning model from Arcee Ai (US). HotON.ai tracks it at $0.22 per 1M input tokens and $0.85 per 1M output tokens, with a 262K-token context window, ~147 tokens/sec throughput and 99.1% availability. Its composite efficiency score is 90/100 at an estimated $0.001 per successful task.
Compare trinity-large-thinking
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Frequently asked questions
How much does trinity-large-thinking cost per 1M tokens?+
trinity-large-thinking is tracked at $0.22 per 1M input tokens and $0.85 per 1M output tokens. A typical 3:1 output-to-input workload blends to roughly $0.69 per 1M tokens. Figures are illustrative demo data.
What is trinity-large-thinking best for?+
Complex reasoning, analysis, planning and multi-step problem solving where answer quality matters more than raw cost.
How fast is trinity-large-thinking?+
trinity-large-thinking delivers about 147 tokens/sec with 99.1% tracked availability, suitable for latency-sensitive, real-time applications.
Is trinity-large-thinking cheaper than other AI models?+
Within the HotON.ai tracked set, trinity-large-thinking is cheaper than 27% of models on input price and ranks #141 of 1105 by overall efficiency.
Related models
Pricing is real (via the TestKey catalog, updated daily). Quality (Arena Elo) is real where the model is ranked on LMArena. Speed, availability and efficiency are modeled estimates.