Build reasoning agents, generate and edit images, and create video with OpenAI models through one LinkModel account.
OpenAI develops general-purpose and specialized AI model families. GPT models support language, reasoning, multimodal understanding, tools, and agents; Codex focuses on software engineering; GPT Image creates and edits images; and Sora generates video from text or image inputs.
Choose GPT and Codex for language, reasoning, coding, and agent workflows; GPT Image for image generation and editing; or Sora for video. The catalog below reflects the OpenAI models currently listed on LinkModel.
12 models listed
Generate video from text or image inputs with OpenAI's Sora family. Open the live model page to verify current task support, lifecycle status, duration, and pricing.
Sora2OpenAI's flagship video and audio generation model built on a diffusion transformer architecture, featuring realistic physics simulation, synchronized audio-visual generation, and multi-shot controllability for cinematic content creation.
Create new images, edit supplied images, and build reference-led visual workflows with the GPT Image family.
GPT Image2OpenAI's latest image generation and editing model with a reasoning thinking mode achieving 99%+ text rendering accuracy, supporting up to 2K resolution, flexible aspect ratios, and multilingual text, deeply integrated into ChatGPT and API.
Compare OpenAI models for complex reasoning, coding, long-context work, agents, and cost-sensitive production tasks.
GPT5.6 SolOpenAI's flagship frontier language model designed for complex reasoning, professional knowledge work, advanced agents, and software engineering, featuring long-context processing, multimodal understanding, and powerful tool capabilities.
GPT5.6 TerraOpenAI's next-generation general-purpose model balancing intelligence and cost, featuring long-context reasoning, multimodal understanding, and full agent tooling for enterprise AI, coding, automation, and professional knowledge work.
GPT5.6 LunaOpenAI's cost-optimized general-purpose language model designed for high-volume AI workloads, supporting long-context reasoning, multimodal understanding, and agent tooling for enterprise automation, assistants, content generation, and scalable applications.
GPT5.3 CodexOpenAI's agentic coding model merging prior Codex engineering strength with GPT-5.2's reasoning, supporting real-time mid-task steering, setting new highs on terminal and computer-use benchmarks for long-horizon autonomous development work.
GPT5.5OpenAI's natively omnimodal, agentic model processing text, image, audio, and video end-to-end, with a 1M-token context window and native computer use, leading coding and knowledge-work benchmarks for autonomous agents and research.
GPT5.4 MiniOpenAI's most capable mini model yet for coding, computer use, and subagents; supports text and image input, a 400K context window, and extensive tool calling, optimized for low-latency, high-volume production workloads.
GPT5.4 ProOpenAI's enhanced-reasoning tier built on GPT-5.4's architecture, applying extra compute for higher accuracy on complex, high-stakes tasks, with a million-token context and deep chain-of-thought for professional research and long documents.
GPT5OpenAI's unified AI system combining a fast-response model and a deep-reasoning model via real-time routing, delivering state-of-the-art coding, math, multimodal understanding, and health reasoning for chat, development, and agentic tasks.
GPT5.2OpenAI's flagship reasoning model for professional work and long-running agents, setting new highs in knowledge work, coding, and long-context understanding, offered in Instant, Thinking, and Pro modes for enterprise automation.
GPT5.4OpenAI's unified flagship merging Codex and GPT, the first mainline reasoning model with frontier coding capability, featuring a million-token context and native computer use, leading knowledge-work and coding benchmarks for agentic automation.
Start with GPT 5.6 Sol for complex reasoning and coding, Terra for a balance of intelligence and cost, or Luna for cost-sensitive volume. Choose Codex for long-horizon software engineering, GPT Image for image creation and editing, and Sora when the live catalog supports the video workflow you need.
Short-form visual storytelling that needs controlled motion, multi-shot direction, dialogue, sound effects, or background audio.
Text-to-video · image-to-video · synchronized audio · multi-shot control
Official source ↗Text-rich visuals, product concepts, image transformations, and controlled edits from prompts or reference images.
Difficult professional work, advanced coding, and agent tasks where capability matters more than lowest cost.
Long context · multimodal input · configurable reasoning · agent tools
Official source ↗General-purpose reasoning, coding, automation, and knowledge work that needs a capability-to-cost balance.
Long context · multimodal input · configurable reasoning · tool use
Official source ↗High-throughput assistants, extraction, classification, and automation where per-token efficiency is a priority.
Repository-scale implementation, debugging, terminal work, and coding-agent tasks that benefit from a specialized engineering model.
Agentic coding · tool use · long-running tasks · iterative steering
Official source ↗Combine OpenAI language, image, and video models in production workflows while keeping model access and usage management in one place.
Use GPT models for research, analysis, structured outputs, tool-driven workflows, and long-context knowledge tasks. Select the model tier according to required capability, latency, and cost.
Use a Codex or GPT coding model for repository analysis, implementation, debugging, migration, and terminal-driven engineering workflows.
Use GPT Image to generate concepts, text-rich campaign assets, product visuals, and controlled edits from approved reference images.
Use Sora for video concepts that combine visual direction with motion and synchronized sound, after confirming the live endpoint and lifecycle status for the selected model.
Draft campaign concepts with GPT, create approved stills with GPT Image, and turn them into video with Sora when all required model capabilities are available.
Use the OpenAI model family alongside other leading providers without adding another account, credential, or billing workflow.
Use one LinkModel API key for the supported GPT, Codex, GPT Image, and Sora models enabled in the live catalog.
Compare or combine OpenAI models with other language, image, and video providers without maintaining a separate platform account for each family.
Review usage and pay-as-you-go charges from one LinkModel account while selecting the model that fits each workload.
Use one LinkModel credential to select a listed OpenAI model, submit the matching request, and track usage from the same account.
Create a LinkModel API key and use it to authenticate requests for the OpenAI models enabled for your account.
Select a GPT, Codex, GPT Image, or Sora model, then open its model page to confirm the current identifier, request schema, and pricing units.
Send the request, handle the response or generation task, and compare usage before moving the workflow into production.
2026-07-10
2026-07-10
2026-06-26
![Sora 2 API: How to Access, Pricing & Alternatives [2026]](/_next/image?url=https%3A%2F%2Fstatic.linkmodel.ai%2Fblog-cover%2Fcover-sora-2-api.png&w=3840&q=75)
2026-07-03
FAQ
Model capabilities and selection guidance are reviewed against the official OpenAI sources listed here.
Editorial content reviewed: September 1, 2026
OpenAI and its model names belong to their respective owners. LinkModel is an independent API aggregation platform and does not imply a formal relationship.
