1. Strong reasoning for its generation

• Next-gen version of GPT-4 designed to be cheaper and faster than the original.
• Good for analytical tasks, structured writing, coding guidance, and multi-step reasoning.

2. Image input support

• Accepts images and provides text-only outputs.
• Useful for OCR, visual Q&A, document extraction, UI analysis, and design interpretation.

3. Stable performance

• Predictable model behavior suitable for legacy systems still built on GPT-4.
• Works reliably for established pipelines and enterprise workloads.

4. Large 128K context window

• Handles long documents, multi-file inputs, or extended conversational sessions.
• Allows complex prompt chaining and large instruction sets.

5. Broad endpoint compatibility

• Works with Chat Completions, Responses API, Realtime API, Assistants, Batch, Fine-tuning, Embeddings, and more.
• Supports streaming and function calling.

6. Good choice for cost-controlled GPT-4-class workloads

• Although older, still useful for teams who want GPT-4-level reasoning without upgrading immediately.
• A midpoint between legacy GPT-4 and modern GPT-4o/5.1 models.

7. Text-only output simplifies downstream use

• Ensures deterministic outputs for applications that need reliable text generation.
• Good for RAG, data pipelines, automation tools, and enterprise systems.

8. Recommended migration path

• OpenAI now recommends using GPT-4o or GPT-5.1 for improved speed, cost, reasoning, and multimodal capability.
• GPT-4 Turbo remains available for backward compatibility and stability.

1. Highly cost-efficient for large-scale workloads

• Extremely low input cost ($0.30/M) and affordable output cost.
• Built for production environments where throughput and budget matter.
• Significantly cheaper than competitors like o4-mini, Claude Sonnet, and Grok on text workloads.

2. Fast performance optimized for everyday tasks

• Ideal for summarization, chat, extraction, classification, captioning, and lightweight reasoning.
• Designed as a high-speed “workhorse model” for apps that require low latency.

3. Built-in “thinking budget” control

• Adjustable reasoning depth lets developers trade off latency vs. accuracy.
• Enables dynamic cost management for large agent systems.

4. Native multimodality across all major formats

• Inputs: text, images, video, audio, PDFs.
• Outputs: text + native audio synthesis (24 languages with the same voice).
• Great for conversational agents, voice interfaces, multimodal analysis, and captioning.

5. Industry-leading long context window

• 1,000,000 token context window.
• Supports long documents, multi-file processing, large datasets, and long multimedia sequences.
• Stronger MRCR long-context performance vs previous Flash models.

6. Native audio generation and multilingual conversation

• High-quality, expressive audio output with natural prosody.
• Style control for tones, accents, and emotional delivery.
• Noise-aware speech understanding for real-world conditions.

7. Strong benchmark performance for its cost

• 11% on Humanity's Last Exam (no tools) - competitive with Grok and Claude.
• 82.8% on GPQA diamond (science reasoning).
• 72.0% on AIME 2025 single-attempt math.
• Excellent multimodal reasoning (79.7% on MMMU).
• Leading long-context performance in its price tier.

8. Capable coding assistance

• 63.9% on LiveCodeBench (single attempt).
• 61.9%/56.7% on Aider Polyglot (whole/diff).
• Agentic coding support + tool use + function calling.

9. Fully supports tool integration

• Function calling.
• Structured outputs.
• Search-as-a-tool.
• Code execution (via Google Antigravity / Gemini API environments).

10. Production-ready availability

• Available in: Gemini App, Google AI Studio, Gemini API, Vertex AI, Live API.
• General availability (GA) with stable endpoints and documentation.