MiniCPM-o-2_6
M
Minicpm O 2 6
Overview :
MiniCPM-o 2.6 is the latest and most powerful model in the MiniCPM-o series. Built upon SigLip-400M, Whisper-medium-300M, ChatTTS-200M, and Qwen2.5-7B, it boasts 8 billion parameters. It excels in visual understanding, speech interaction, and multimodal live broadcasting, supporting real-time voice conversations and diverse live streaming features. The model performs excellently in the open-source community, surpassing several well-known models. Its strengths include efficient inference speed, low latency, and minimal memory and power consumption, allowing for effective multimodal live streaming on devices such as iPads. Moreover, MiniCPM-o 2.6 is user-friendly, supporting multiple usage approaches including CPU inference with llama.cpp, quantized models in int4 and GGUF formats, and high-throughput inference with vLLM.
Target Users :
The target audience includes developers, researchers, and businesses that require efficient multimodal interactions, suited for applications needing real-time voice conversations, video understanding, image recognition, and multimodal live broadcasting.
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Use Cases
In the education sector, teachers can leverage its multimodal broadcasting capabilities for online teaching, interacting with students in real-time.
In business meetings, participants can communicate remotely through the voice conversation feature, enhancing meeting efficiency.
In content creation, creators can utilize its image and video understanding capabilities to generate relevant textual descriptions or creative content.
Features
Leading visual capabilities, achieving an average score of 70.2 on OpenCompass, outperforming several renowned models.
Support for bilingual real-time voice conversations, customizable voice, and functionalities for emotional, speed, and style control.
Powerful multimodal live broadcasting ability, capable of processing continuous video and audio streams with real-time voice interaction.
Advanced OCR capabilities that can handle images of any aspect ratio up to 1.8 million pixels.
Efficient inference speed and low latency, suitable for multimodal live broadcasting on endpoint devices.
User-friendly, supporting various usage methods including llama.cpp, int4 and GGUF quantized models, and vLLM.
How to Use
1. Perform inference using Hugging Face Transformers on NVIDIA GPUs by installing the necessary libraries.
2. Load the model and tokenizer, initializing the model's visual, audio, and TTS components.
3. Select full-modal, visual-modal, or audio-modal inference as needed.
4. Prepare input data such as images, videos, audios, etc., and preprocess them.
5. Invoke the model's chat method to perform inference and obtain output results.
6. Save the generated audio or text results as needed.
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