AI21-Jamba-Large-1.6
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AI21 Jamba Large 1.6
Overview :
AI21-Jamba-Large-1.6 is a hybrid SSM-Transformer architecture base model developed by AI21 Labs, designed for long-text processing and efficient inference. This model demonstrates excellent performance in long-text processing, inference speed, and quality, supports multiple languages, and possesses strong instruction-following capabilities. It is suitable for enterprise-level applications that require processing large amounts of text data, such as financial analysis and content generation. This model is licensed under the Jamba Open Model License, allowing research and commercial use under the license terms.
Target Users :
This model is suitable for enterprises and developers who need to efficiently process long-form text data, such as in finance, law, and content creation. It can quickly generate high-quality text, supports multiple languages and complex task processing, and is suitable for commercial applications requiring high performance and efficiency.
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Use Cases
In finance, used to analyze and generate financial reports, providing accurate market predictions and investment advice.
In content creation, helps generate articles, stories, or creative copy, improving creative efficiency.
In customer service scenarios, used as a chatbot to answer user questions, providing accurate and natural language responses.
Features
Supports long-text processing (context length up to 256K), suitable for handling long documents and complex tasks
Fast inference speed, 2.5 times faster than similar models, significantly improving efficiency
Supports multiple languages, including English, Spanish, French, etc., suitable for multilingual application scenarios
Possesses instruction-following capabilities, able to generate high-quality text based on user instructions
Supports tool calling, can be combined with external tools to extend model functionality
How to Use
1. Install necessary dependencies, such as mamba-ssm, causal-conv1d, and vllm (using vllm for efficient inference is recommended).
2. Load the model using vllm and set an appropriate quantization strategy (such as ExpertsInt8) to adapt to GPU resources.
3. Load the model using the transformers library, combined with bitsandbytes for quantization, to optimize inference performance.
4. Prepare the input data and encode the text using AutoTokenizer.
5. Call the model to generate text, controlling the generated output by setting parameters (such as temperature and maximum generation length).
6. Decode the generated text and extract the model's output.
7. To use tool calling functionality, embed the tool definition into the input template and process the model's returned tool call results.
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