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GPT-4o is OpenAI’s latest and most advanced AI model, offering faster, more powerful, and cost-efficient natural language processing. It can handle text, vision, and audio in real time, making it the first OpenAI model to process multimodal inputs natively. It’s significantly faster and cheaper than GPT-4 Turbo while improving accuracy, reasoning, and multilingual support.
GPT-4o is OpenAI’s latest and most advanced AI model, offering faster, more powerful, and cost-efficient natural language processing. It can handle text, vision, and audio in real time, making it the first OpenAI model to process multimodal inputs natively. It’s significantly faster and cheaper than GPT-4 Turbo while improving accuracy, reasoning, and multilingual support.
GPT-4o is OpenAI’s latest and most advanced AI model, offering faster, more powerful, and cost-efficient natural language processing. It can handle text, vision, and audio in real time, making it the first OpenAI model to process multimodal inputs natively. It’s significantly faster and cheaper than GPT-4 Turbo while improving accuracy, reasoning, and multilingual support.
GPT-4o Realtime Preview is OpenAI’s latest and most advanced multimodal AI model—designed for lightning-fast, real-time interaction across text, vision, and audio. The "o" stands for "omni," reflecting its groundbreaking ability to understand and generate across multiple input and output types. With human-like responsiveness, low latency, and top-tier intelligence, GPT-4o Realtime Preview offers a glimpse into the future of natural AI interfaces. Whether you're building voice assistants, dynamic UIs, or smart multi-input applications, GPT-4o is the new gold standard in real-time AI performance.
GPT-4o Realtime Preview is OpenAI’s latest and most advanced multimodal AI model—designed for lightning-fast, real-time interaction across text, vision, and audio. The "o" stands for "omni," reflecting its groundbreaking ability to understand and generate across multiple input and output types. With human-like responsiveness, low latency, and top-tier intelligence, GPT-4o Realtime Preview offers a glimpse into the future of natural AI interfaces. Whether you're building voice assistants, dynamic UIs, or smart multi-input applications, GPT-4o is the new gold standard in real-time AI performance.
GPT-4o Realtime Preview is OpenAI’s latest and most advanced multimodal AI model—designed for lightning-fast, real-time interaction across text, vision, and audio. The "o" stands for "omni," reflecting its groundbreaking ability to understand and generate across multiple input and output types. With human-like responsiveness, low latency, and top-tier intelligence, GPT-4o Realtime Preview offers a glimpse into the future of natural AI interfaces. Whether you're building voice assistants, dynamic UIs, or smart multi-input applications, GPT-4o is the new gold standard in real-time AI performance.
anus Pro 7B is DeepSeek’s flagship open-source multimodal AI model, unifying vision understanding and text-to-image generation within a single transformer architecture. Built on DeepSeek‑LLM‑7B, it uses a decoupled visual encoding approach paired with SigLIP‑L and VQ tokenizer, delivering superior visual fidelity, prompt alignment, and stability across tasks—benchmarked ahead of OpenAI’s DALL‑E 3 and Stable Diffusion variants.
anus Pro 7B is DeepSeek’s flagship open-source multimodal AI model, unifying vision understanding and text-to-image generation within a single transformer architecture. Built on DeepSeek‑LLM‑7B, it uses a decoupled visual encoding approach paired with SigLIP‑L and VQ tokenizer, delivering superior visual fidelity, prompt alignment, and stability across tasks—benchmarked ahead of OpenAI’s DALL‑E 3 and Stable Diffusion variants.
anus Pro 7B is DeepSeek’s flagship open-source multimodal AI model, unifying vision understanding and text-to-image generation within a single transformer architecture. Built on DeepSeek‑LLM‑7B, it uses a decoupled visual encoding approach paired with SigLIP‑L and VQ tokenizer, delivering superior visual fidelity, prompt alignment, and stability across tasks—benchmarked ahead of OpenAI’s DALL‑E 3 and Stable Diffusion variants.
DeepSeek VL is DeepSeek’s open-source vision-language model designed for real-world multimodal understanding. It employs a hybrid vision encoder (SigLIP‑L + SAM), processes high-resolution images (up to 1024×1024), and supports both base and chat variants across two sizes: 1.3B and 7B parameters. It excels on tasks like OCR, diagram reasoning, webpage parsing, and visual Q&A—while preserving strong language ability.
DeepSeek VL is DeepSeek’s open-source vision-language model designed for real-world multimodal understanding. It employs a hybrid vision encoder (SigLIP‑L + SAM), processes high-resolution images (up to 1024×1024), and supports both base and chat variants across two sizes: 1.3B and 7B parameters. It excels on tasks like OCR, diagram reasoning, webpage parsing, and visual Q&A—while preserving strong language ability.
DeepSeek VL is DeepSeek’s open-source vision-language model designed for real-world multimodal understanding. It employs a hybrid vision encoder (SigLIP‑L + SAM), processes high-resolution images (up to 1024×1024), and supports both base and chat variants across two sizes: 1.3B and 7B parameters. It excels on tasks like OCR, diagram reasoning, webpage parsing, and visual Q&A—while preserving strong language ability.
Llama 3.2 Vision is Meta’s first open-source multimodal Llama model series, released on September 25, 2024. Available in 11 B and 90 B parameter sizes, it merges advanced image understanding with a massive 128 K‑token text context. Optimized for vision reasoning, captioning, document QA, and visual math tasks, it outperforms many closed-source multimodal models.
Llama 3.2 Vision is Meta’s first open-source multimodal Llama model series, released on September 25, 2024. Available in 11 B and 90 B parameter sizes, it merges advanced image understanding with a massive 128 K‑token text context. Optimized for vision reasoning, captioning, document QA, and visual math tasks, it outperforms many closed-source multimodal models.
Llama 3.2 Vision is Meta’s first open-source multimodal Llama model series, released on September 25, 2024. Available in 11 B and 90 B parameter sizes, it merges advanced image understanding with a massive 128 K‑token text context. Optimized for vision reasoning, captioning, document QA, and visual math tasks, it outperforms many closed-source multimodal models.
Mistral Medium 3 is Mistral AI’s new frontier-class multimodal dense model, released May 7, 2025, designed for enterprise use. It delivers state-of-the-art performance—matching or exceeding 90 % of models like Claude Sonnet 3.7—while costing 8× less and offering simplified deployment for coding, STEM reasoning, vision understanding, and long-context workflows up to 128 K tokens.
Mistral Medium 3 is Mistral AI’s new frontier-class multimodal dense model, released May 7, 2025, designed for enterprise use. It delivers state-of-the-art performance—matching or exceeding 90 % of models like Claude Sonnet 3.7—while costing 8× less and offering simplified deployment for coding, STEM reasoning, vision understanding, and long-context workflows up to 128 K tokens.
Mistral Medium 3 is Mistral AI’s new frontier-class multimodal dense model, released May 7, 2025, designed for enterprise use. It delivers state-of-the-art performance—matching or exceeding 90 % of models like Claude Sonnet 3.7—while costing 8× less and offering simplified deployment for coding, STEM reasoning, vision understanding, and long-context workflows up to 128 K tokens.
Mistral Small 3.1 is the March 17, 2025 update to Mistral AI's open-source 24B-parameter small model. It offers instruction-following, multimodal vision understanding, and an expanded 128K-token context window, delivering performance on par with or better than GPT‑4o Mini, Gemma 3, and Claude 3.5 Haiku—all while maintaining fast inference speeds (~150 tokens/sec) and running on devices like an RTX 4090 or a 32 GB Mac.
Mistral Small 3.1 is the March 17, 2025 update to Mistral AI's open-source 24B-parameter small model. It offers instruction-following, multimodal vision understanding, and an expanded 128K-token context window, delivering performance on par with or better than GPT‑4o Mini, Gemma 3, and Claude 3.5 Haiku—all while maintaining fast inference speeds (~150 tokens/sec) and running on devices like an RTX 4090 or a 32 GB Mac.
Mistral Small 3.1 is the March 17, 2025 update to Mistral AI's open-source 24B-parameter small model. It offers instruction-following, multimodal vision understanding, and an expanded 128K-token context window, delivering performance on par with or better than GPT‑4o Mini, Gemma 3, and Claude 3.5 Haiku—all while maintaining fast inference speeds (~150 tokens/sec) and running on devices like an RTX 4090 or a 32 GB Mac.
Pixtral Large is Mistral AI’s latest multimodal powerhouse, launched November 18, 2024. Built atop the 123B‑parameter Mistral Large 2, it features a 124B‑parameter multimodal decoder paired with a 1B‑parameter vision encoder, and supports a massive 128K‑token context window—enabling it to process up to 30 high-resolution images or ~300-page documents.
Pixtral Large is Mistral AI’s latest multimodal powerhouse, launched November 18, 2024. Built atop the 123B‑parameter Mistral Large 2, it features a 124B‑parameter multimodal decoder paired with a 1B‑parameter vision encoder, and supports a massive 128K‑token context window—enabling it to process up to 30 high-resolution images or ~300-page documents.
Pixtral Large is Mistral AI’s latest multimodal powerhouse, launched November 18, 2024. Built atop the 123B‑parameter Mistral Large 2, it features a 124B‑parameter multimodal decoder paired with a 1B‑parameter vision encoder, and supports a massive 128K‑token context window—enabling it to process up to 30 high-resolution images or ~300-page documents.
GPT-5 is OpenAI’s smartest and most versatile AI model yet, delivering expert-level intelligence across coding, writing, math, health, and multimodal tasks. It is a unified system that dynamically determines when to respond quickly or engage in deeper reasoning, providing accurate and context-aware answers. Powered by advanced neural architectures, GPT-5 significantly reduces hallucinations, enhances instruction following, and excels in real-world applications like software development, creative writing, and health guidance, making it a powerful AI assistant for a broad range of complex tasks and everyday needs.
GPT-5 is OpenAI’s smartest and most versatile AI model yet, delivering expert-level intelligence across coding, writing, math, health, and multimodal tasks. It is a unified system that dynamically determines when to respond quickly or engage in deeper reasoning, providing accurate and context-aware answers. Powered by advanced neural architectures, GPT-5 significantly reduces hallucinations, enhances instruction following, and excels in real-world applications like software development, creative writing, and health guidance, making it a powerful AI assistant for a broad range of complex tasks and everyday needs.
GPT-5 is OpenAI’s smartest and most versatile AI model yet, delivering expert-level intelligence across coding, writing, math, health, and multimodal tasks. It is a unified system that dynamically determines when to respond quickly or engage in deeper reasoning, providing accurate and context-aware answers. Powered by advanced neural architectures, GPT-5 significantly reduces hallucinations, enhances instruction following, and excels in real-world applications like software development, creative writing, and health guidance, making it a powerful AI assistant for a broad range of complex tasks and everyday needs.
Grok 4 is the latest and most intelligent AI model developed by xAI, designed for expert-level reasoning and real-time knowledge integration. It combines large-scale reinforcement learning with native tool use, including code interpretation, web browsing, and advanced search capabilities, to provide highly accurate and up-to-date responses. Grok 4 excels across diverse domains such as math, coding, science, and complex reasoning, supporting multimodal inputs like text and vision. With its massive 256,000-token context window and advanced toolset, Grok 4 is built to push the boundaries of AI intelligence and practical utility for both developers and enterprises.
Grok 4 is the latest and most intelligent AI model developed by xAI, designed for expert-level reasoning and real-time knowledge integration. It combines large-scale reinforcement learning with native tool use, including code interpretation, web browsing, and advanced search capabilities, to provide highly accurate and up-to-date responses. Grok 4 excels across diverse domains such as math, coding, science, and complex reasoning, supporting multimodal inputs like text and vision. With its massive 256,000-token context window and advanced toolset, Grok 4 is built to push the boundaries of AI intelligence and practical utility for both developers and enterprises.
Grok 4 is the latest and most intelligent AI model developed by xAI, designed for expert-level reasoning and real-time knowledge integration. It combines large-scale reinforcement learning with native tool use, including code interpretation, web browsing, and advanced search capabilities, to provide highly accurate and up-to-date responses. Grok 4 excels across diverse domains such as math, coding, science, and complex reasoning, supporting multimodal inputs like text and vision. With its massive 256,000-token context window and advanced toolset, Grok 4 is built to push the boundaries of AI intelligence and practical utility for both developers and enterprises.
Command R+ is Cohere’s latest state-of-the-art language model built for enterprise, optimized specifically for retrieval-augmented generation (RAG) workloads at scale. Available first on Microsoft Azure, Command R+ handles complex business data, integrates with secure infrastructure, and powers advanced AI workflows with fast, accurate responses. Designed for reliability, customization, and seamless deployment, it offers enterprises the ability to leverage cutting-edge generative and retrieval technologies across regulated industries.
Command R+ is Cohere’s latest state-of-the-art language model built for enterprise, optimized specifically for retrieval-augmented generation (RAG) workloads at scale. Available first on Microsoft Azure, Command R+ handles complex business data, integrates with secure infrastructure, and powers advanced AI workflows with fast, accurate responses. Designed for reliability, customization, and seamless deployment, it offers enterprises the ability to leverage cutting-edge generative and retrieval technologies across regulated industries.
Command R+ is Cohere’s latest state-of-the-art language model built for enterprise, optimized specifically for retrieval-augmented generation (RAG) workloads at scale. Available first on Microsoft Azure, Command R+ handles complex business data, integrates with secure infrastructure, and powers advanced AI workflows with fast, accurate responses. Designed for reliability, customization, and seamless deployment, it offers enterprises the ability to leverage cutting-edge generative and retrieval technologies across regulated industries.
CrowdAI is a robust no-code computer vision platform that enables organizations to transform image and video data into actionable analytics—without writing any code. It supports the full AI model workflow, from data ingestion and annotation, through training and iterative refinement, to flexible deployment across cloud, edge, or private servers. The platform is trusted across sectors including aerospace, utilities, retail, disaster response, and defense. In September 2023, CrowdAI was acquired by Saab, the Swedish aerospace and defense firm, further extending CrowdAI’s role in sensitive national and enterprise-scale AI deployments
CrowdAI is a robust no-code computer vision platform that enables organizations to transform image and video data into actionable analytics—without writing any code. It supports the full AI model workflow, from data ingestion and annotation, through training and iterative refinement, to flexible deployment across cloud, edge, or private servers. The platform is trusted across sectors including aerospace, utilities, retail, disaster response, and defense. In September 2023, CrowdAI was acquired by Saab, the Swedish aerospace and defense firm, further extending CrowdAI’s role in sensitive national and enterprise-scale AI deployments
CrowdAI is a robust no-code computer vision platform that enables organizations to transform image and video data into actionable analytics—without writing any code. It supports the full AI model workflow, from data ingestion and annotation, through training and iterative refinement, to flexible deployment across cloud, edge, or private servers. The platform is trusted across sectors including aerospace, utilities, retail, disaster response, and defense. In September 2023, CrowdAI was acquired by Saab, the Swedish aerospace and defense firm, further extending CrowdAI’s role in sensitive national and enterprise-scale AI deployments
This page was researched and written by the ATB Editorial Team. Our team researches each AI tool by reviewing its official website, testing features, exploring real use cases, and considering user feedback. Every page is fact-checked and regularly updated to ensure the information stays accurate, neutral, and useful for our readers.
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