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GPT-4o Mini is a lighter, faster, and more affordable version of GPT-4o. It offers strong performance at a lower cost, making it ideal for applications requiring efficiency and speed over raw power.
GPT-4o Mini is a lighter, faster, and more affordable version of GPT-4o. It offers strong performance at a lower cost, making it ideal for applications requiring efficiency and speed over raw power.
GPT-4o Mini is a lighter, faster, and more affordable version of GPT-4o. It offers strong performance at a lower cost, making it ideal for applications requiring efficiency and speed over raw power.
DALL·E 2 is an AI model developed by OpenAI that generates images from text descriptions (prompts). It improves upon its predecessor, DALL·E 1, by producing higher-resolution, more realistic, and creative images based on user input. The model can also edit existing images, expand images beyond their original borders (inpainting), and create artistic interpretations of text descriptions. ❗ Note: OpenAI has phased out DALL·E 2 in favor of DALL·E 3, which offers more advanced image generation.
DALL·E 2 is an AI model developed by OpenAI that generates images from text descriptions (prompts). It improves upon its predecessor, DALL·E 1, by producing higher-resolution, more realistic, and creative images based on user input. The model can also edit existing images, expand images beyond their original borders (inpainting), and create artistic interpretations of text descriptions. ❗ Note: OpenAI has phased out DALL·E 2 in favor of DALL·E 3, which offers more advanced image generation.
DALL·E 2 is an AI model developed by OpenAI that generates images from text descriptions (prompts). It improves upon its predecessor, DALL·E 1, by producing higher-resolution, more realistic, and creative images based on user input. The model can also edit existing images, expand images beyond their original borders (inpainting), and create artistic interpretations of text descriptions. ❗ Note: OpenAI has phased out DALL·E 2 in favor of DALL·E 3, which offers more advanced image generation.
Deep Research is an AI-powered agent that autonomously browses the web, interprets and analyzes text, images, and PDFs, and generates comprehensive, cited reports on user-specified topics. It leverages OpenAI's advanced o3 model to conduct multi-step research tasks, delivering results within 5 to 30 minutes.
Deep Research is an AI-powered agent that autonomously browses the web, interprets and analyzes text, images, and PDFs, and generates comprehensive, cited reports on user-specified topics. It leverages OpenAI's advanced o3 model to conduct multi-step research tasks, delivering results within 5 to 30 minutes.
Deep Research is an AI-powered agent that autonomously browses the web, interprets and analyzes text, images, and PDFs, and generates comprehensive, cited reports on user-specified topics. It leverages OpenAI's advanced o3 model to conduct multi-step research tasks, delivering results within 5 to 30 minutes.
OpenAI Sora is an AI-powered video generation model that creates high-quality videos from text prompts. It can generate realistic and animated scenes, making it a powerful tool for content creators, filmmakers, marketers, and game developers. Sora excels at understanding complex prompts and maintaining coherent motion, lighting, and detail across frames.
OpenAI Sora is an AI-powered video generation model that creates high-quality videos from text prompts. It can generate realistic and animated scenes, making it a powerful tool for content creators, filmmakers, marketers, and game developers. Sora excels at understanding complex prompts and maintaining coherent motion, lighting, and detail across frames.
OpenAI Sora is an AI-powered video generation model that creates high-quality videos from text prompts. It can generate realistic and animated scenes, making it a powerful tool for content creators, filmmakers, marketers, and game developers. Sora excels at understanding complex prompts and maintaining coherent motion, lighting, and detail across frames.
text-embedding-3-large is OpenAI’s most advanced embedding model designed to convert natural language text into high-dimensional vector representations. With 3,072 dimensions per embedding and cutting-edge architecture, it offers best-in-class performance for tasks like semantic search, content recommendations, clustering, classification, and more. Built to deliver top-tier semantic understanding, this model is ideal when accuracy and relevance are mission-critical. It’s the spiritual successor to text-embedding-ada-002, bringing huge improvements in contextual understanding, generalization, and relevance scoring.
text-embedding-3-large is OpenAI’s most advanced embedding model designed to convert natural language text into high-dimensional vector representations. With 3,072 dimensions per embedding and cutting-edge architecture, it offers best-in-class performance for tasks like semantic search, content recommendations, clustering, classification, and more. Built to deliver top-tier semantic understanding, this model is ideal when accuracy and relevance are mission-critical. It’s the spiritual successor to text-embedding-ada-002, bringing huge improvements in contextual understanding, generalization, and relevance scoring.
text-embedding-3-large is OpenAI’s most advanced embedding model designed to convert natural language text into high-dimensional vector representations. With 3,072 dimensions per embedding and cutting-edge architecture, it offers best-in-class performance for tasks like semantic search, content recommendations, clustering, classification, and more. Built to deliver top-tier semantic understanding, this model is ideal when accuracy and relevance are mission-critical. It’s the spiritual successor to text-embedding-ada-002, bringing huge improvements in contextual understanding, generalization, and relevance scoring.
GPT-4o Mini Realtime Preview is a lightweight, high-speed variant of OpenAI’s flagship multimodal model, GPT-4o. Built for blazing-fast, cost-efficient inference across text, vision, and voice inputs, this preview version is optimized for real-time responsiveness—without compromising on core intelligence. Whether you’re building chatbots, interactive voice tools, or lightweight apps, GPT-4o Mini delivers smart performance with minimal latency and compute load. It’s the perfect choice when you need responsiveness, affordability, and multimodal capabilities all in one efficient package.
GPT-4o Mini Realtime Preview is a lightweight, high-speed variant of OpenAI’s flagship multimodal model, GPT-4o. Built for blazing-fast, cost-efficient inference across text, vision, and voice inputs, this preview version is optimized for real-time responsiveness—without compromising on core intelligence. Whether you’re building chatbots, interactive voice tools, or lightweight apps, GPT-4o Mini delivers smart performance with minimal latency and compute load. It’s the perfect choice when you need responsiveness, affordability, and multimodal capabilities all in one efficient package.
GPT-4o Mini Realtime Preview is a lightweight, high-speed variant of OpenAI’s flagship multimodal model, GPT-4o. Built for blazing-fast, cost-efficient inference across text, vision, and voice inputs, this preview version is optimized for real-time responsiveness—without compromising on core intelligence. Whether you’re building chatbots, interactive voice tools, or lightweight apps, GPT-4o Mini delivers smart performance with minimal latency and compute load. It’s the perfect choice when you need responsiveness, affordability, and multimodal capabilities all in one efficient package.
GPT-Image-1 is OpenAI's state-of-the-art vision model designed to understand and interpret images with human-like perception. It enables developers and businesses to analyze, summarize, and extract detailed insights from images using natural language. Whether you're building AI agents, accessibility tools, or image-driven workflows, GPT-Image-1 brings powerful multimodal capabilities into your applications with impressive accuracy. Optimized for use via API, it can handle diverse image types—charts, screenshots, photographs, documents, and more—making it one of the most versatile models in OpenAI’s portfolio.
GPT-Image-1 is OpenAI's state-of-the-art vision model designed to understand and interpret images with human-like perception. It enables developers and businesses to analyze, summarize, and extract detailed insights from images using natural language. Whether you're building AI agents, accessibility tools, or image-driven workflows, GPT-Image-1 brings powerful multimodal capabilities into your applications with impressive accuracy. Optimized for use via API, it can handle diverse image types—charts, screenshots, photographs, documents, and more—making it one of the most versatile models in OpenAI’s portfolio.
GPT-Image-1 is OpenAI's state-of-the-art vision model designed to understand and interpret images with human-like perception. It enables developers and businesses to analyze, summarize, and extract detailed insights from images using natural language. Whether you're building AI agents, accessibility tools, or image-driven workflows, GPT-Image-1 brings powerful multimodal capabilities into your applications with impressive accuracy. Optimized for use via API, it can handle diverse image types—charts, screenshots, photographs, documents, and more—making it one of the most versatile models in OpenAI’s portfolio.
GPT-4o-mini-tts is OpenAI's lightweight, high-speed text-to-speech (TTS) model designed for fast, real-time voice synthesis using the GPT-4o-mini architecture. It's built to deliver natural, expressive, and low-latency speech output—ideal for developers building interactive applications that require instant voice responses, such as AI assistants, voice agents, or educational tools. Unlike larger TTS models, GPT-4o-mini-tts balances performance and efficiency, enabling responsive, engaging voice output even in environments with limited compute resources.
GPT-4o-mini-tts is OpenAI's lightweight, high-speed text-to-speech (TTS) model designed for fast, real-time voice synthesis using the GPT-4o-mini architecture. It's built to deliver natural, expressive, and low-latency speech output—ideal for developers building interactive applications that require instant voice responses, such as AI assistants, voice agents, or educational tools. Unlike larger TTS models, GPT-4o-mini-tts balances performance and efficiency, enabling responsive, engaging voice output even in environments with limited compute resources.
GPT-4o-mini-tts is OpenAI's lightweight, high-speed text-to-speech (TTS) model designed for fast, real-time voice synthesis using the GPT-4o-mini architecture. It's built to deliver natural, expressive, and low-latency speech output—ideal for developers building interactive applications that require instant voice responses, such as AI assistants, voice agents, or educational tools. Unlike larger TTS models, GPT-4o-mini-tts balances performance and efficiency, enabling responsive, engaging voice output even in environments with limited compute resources.
GPT-4o Transcribe is OpenAI’s high-performance speech-to-text model built into the GPT-4o family. It converts spoken audio into accurate, readable, and structured text—quickly and with surprising clarity. Whether you're transcribing interviews, meetings, podcasts, or real-time conversations, GPT-4o Transcribe delivers fast, multilingual transcription powered by the same model that understands and generates across text, vision, and audio. It’s ideal for developers and teams building voice-enabled apps, transcription services, or any tool where spoken language needs to become text—instantly and intelligently.
GPT-4o Transcribe is OpenAI’s high-performance speech-to-text model built into the GPT-4o family. It converts spoken audio into accurate, readable, and structured text—quickly and with surprising clarity. Whether you're transcribing interviews, meetings, podcasts, or real-time conversations, GPT-4o Transcribe delivers fast, multilingual transcription powered by the same model that understands and generates across text, vision, and audio. It’s ideal for developers and teams building voice-enabled apps, transcription services, or any tool where spoken language needs to become text—instantly and intelligently.
GPT-4o Transcribe is OpenAI’s high-performance speech-to-text model built into the GPT-4o family. It converts spoken audio into accurate, readable, and structured text—quickly and with surprising clarity. Whether you're transcribing interviews, meetings, podcasts, or real-time conversations, GPT-4o Transcribe delivers fast, multilingual transcription powered by the same model that understands and generates across text, vision, and audio. It’s ideal for developers and teams building voice-enabled apps, transcription services, or any tool where spoken language needs to become text—instantly and intelligently.
GPT-4o-mini-transcribe is a lightweight, high-speed speech-to-text model from OpenAI, built on the GPT-4o-mini architecture. It converts spoken language into text with exceptional speed and surprising accuracy for its size—making it ideal for real-time transcription in resource-constrained environments. Whether you're building voice-enabled apps, smart assistants, meeting transcription tools, or captioning systems, GPT-4o-mini-transcribe offers responsive, multilingual transcription that balances cost, performance, and ease of integration.
GPT-4o-mini-transcribe is a lightweight, high-speed speech-to-text model from OpenAI, built on the GPT-4o-mini architecture. It converts spoken language into text with exceptional speed and surprising accuracy for its size—making it ideal for real-time transcription in resource-constrained environments. Whether you're building voice-enabled apps, smart assistants, meeting transcription tools, or captioning systems, GPT-4o-mini-transcribe offers responsive, multilingual transcription that balances cost, performance, and ease of integration.
GPT-4o-mini-transcribe is a lightweight, high-speed speech-to-text model from OpenAI, built on the GPT-4o-mini architecture. It converts spoken language into text with exceptional speed and surprising accuracy for its size—making it ideal for real-time transcription in resource-constrained environments. Whether you're building voice-enabled apps, smart assistants, meeting transcription tools, or captioning systems, GPT-4o-mini-transcribe offers responsive, multilingual transcription that balances cost, performance, and ease of integration.
GPT-4o Search Preview is a powerful experimental feature of OpenAI’s GPT-4o model, designed to act as a high-performance retrieval system. Rather than just generating answers from training data, it allows the model to search through large datasets, documents, or knowledge bases to surface relevant results with context-aware accuracy. Think of it as your AI assistant with built-in research superpowers—faster, smarter, and surprisingly precise. This preview gives developers a taste of what’s coming next: an intelligent search engine built directly into the GPT-4o ecosystem.
GPT-4o Search Preview is a powerful experimental feature of OpenAI’s GPT-4o model, designed to act as a high-performance retrieval system. Rather than just generating answers from training data, it allows the model to search through large datasets, documents, or knowledge bases to surface relevant results with context-aware accuracy. Think of it as your AI assistant with built-in research superpowers—faster, smarter, and surprisingly precise. This preview gives developers a taste of what’s coming next: an intelligent search engine built directly into the GPT-4o ecosystem.
GPT-4o Search Preview is a powerful experimental feature of OpenAI’s GPT-4o model, designed to act as a high-performance retrieval system. Rather than just generating answers from training data, it allows the model to search through large datasets, documents, or knowledge bases to surface relevant results with context-aware accuracy. Think of it as your AI assistant with built-in research superpowers—faster, smarter, and surprisingly precise. This preview gives developers a taste of what’s coming next: an intelligent search engine built directly into the GPT-4o ecosystem.
GPT-4o-mini Search Preview is OpenAI’s lightweight semantic search feature powered by the GPT-4o-mini model. Designed for real-time applications and low-latency environments, it brings retrieval-augmented intelligence to any product or tool that needs blazing-fast, accurate information lookup. While compact in size, it offers the power of contextual understanding, enabling smarter, more relevant search results with fewer resources. It’s ideal for startups, embedded systems, or anyone who needs search that just works—fast, efficient, and tuned for integration.
GPT-4o-mini Search Preview is OpenAI’s lightweight semantic search feature powered by the GPT-4o-mini model. Designed for real-time applications and low-latency environments, it brings retrieval-augmented intelligence to any product or tool that needs blazing-fast, accurate information lookup. While compact in size, it offers the power of contextual understanding, enabling smarter, more relevant search results with fewer resources. It’s ideal for startups, embedded systems, or anyone who needs search that just works—fast, efficient, and tuned for integration.
GPT-4o-mini Search Preview is OpenAI’s lightweight semantic search feature powered by the GPT-4o-mini model. Designed for real-time applications and low-latency environments, it brings retrieval-augmented intelligence to any product or tool that needs blazing-fast, accurate information lookup. While compact in size, it offers the power of contextual understanding, enabling smarter, more relevant search results with fewer resources. It’s ideal for startups, embedded systems, or anyone who needs search that just works—fast, efficient, and tuned for integration.
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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