Neura-Tech-AI/Nexa-AI-4B-Instruct
Nexa-AI-4B-Instruct is a 4 billion parameter instruction-tuned large language model developed collaboratively by Neura Tech AI and Lumina AI, built upon Qwen/Qwen3-4B-Instruct-2507. This model excels in general conversation, instruction following, coding, mathematics, and logical reasoning, featuring a substantial 262,144 token context length. It demonstrates strong performance across various benchmarks, particularly in knowledge, reasoning, and agent capabilities, and supports multilingual understanding.
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Nexa-AI-4B-Instruct Overview
Nexa-AI-4B-Instruct is a 4 billion parameter instruction-tuned large language model, a collaborative effort by Neura Tech AI and Lumina AI. It is based on the Qwen/Qwen3-4B-Instruct-2507 model and inherits its impressive 262,144 token context length, making it suitable for long-context understanding tasks.
Key Capabilities & Features
- Multilingual AI Assistant: Strong performance in English, Hindi, Chinese, and other languages.
- Instruction Following: High-quality responses to diverse instructions.
- Coding Assistance: Capable of generating and understanding code.
- Mathematical & Logical Reasoning: Excels in complex problem-solving.
- Agent & Tool Calling: Supports advanced AI agent workflows and tool integration.
- Fine-tuned Alignment: Designed for helpful and accurate responses.
Performance Highlights
Nexa-AI-4B-Instruct demonstrates competitive performance across several benchmarks, often outperforming its base model and other comparably sized models:
- Knowledge: Achieves 69.6 on MMLU-Pro and 62.0 on GPQA, surpassing Qwen3-30B-A3B in some metrics.
- Reasoning: Shows significant strength with 47.4 on AIME25 and 80.2 on ZebraLogic.
- Coding: Scores 35.1 on LiveCodeBench v6 and 76.8 on MultiPL-E.
- Agent: Leads with 61.9 on BFCL-v3 and strong results on TAU benchmarks.
- Creative Writing: Achieves 83.5 on Creative Writing v3 and 83.4 on WritingBench.
Good For
- Applications requiring robust instruction following and general conversational abilities.
- Development of AI agents and systems that utilize tool calling.
- Tasks involving coding, mathematical problem-solving, and logical reasoning.
- Multilingual applications needing strong understanding across various languages.
- Scenarios benefiting from long-context processing capabilities.