Silver camera on a charcoal pedestal, generated with GPT-Image-1.5

GPT-Image-1.5

Try transparent product cutouts, multi-image compositions, infographics and reference-guided edits with GPT-Image-1.5.

  • Supports transparent RGBA-style product cutouts for catalog workflows
  • Supports multi-image compositing, virtual try-on tests, and structured layout tasks
  • Choose output quality to suit your draft or final image

Compare the examples with your own requirements. Review small text, product edges and geometry before using a result.

Open image-to-image workflow

Where it may help

Where GPT-Image-1.5 may still be useful

GPT-Image-1.5 works best when the workflow has structure: a reference image, a layout to follow, or a specific production constraint like transparent output. These are the narrower cases where it makes sense to test.

Catalog cleanup workflows

Try it when the real need is transparent output, clean cutouts, and product-prep steps that are awkward to do manually at scale.

Virtual try-on experiments

Useful when you want to test whether a garment-application workflow can work with your existing model photography and product references.

Infographic and slide drafts

Worth testing when you need structured visual communication with readable labels and a more presentation-like layout.

UI and dashboard mockups

Still relevant for users who want to explore interface-like outputs and see how far the model gets on hierarchy and in-image text.

Geometry-led transformations

A reasonable test case when the output starts from a sketch, layout, or structured input and the model needs to keep that structure recognizable.

Users who specifically want OpenAI image output

Some users simply want GPT-Image-1.5 available as an option. This page exists to support that choice clearly and honestly.

Less ideal for

These tasks need extra testing before you choose a model.

Choosing an everyday model

Compare a few of your common tasks with Nano Banana 2 and GPT Image 2 before deciding.

High-volume everyday iteration

Run a small trial and compare output quality, time and credit use before choosing a model for a larger set.

Photorealistic scenes without structural input

Test open-ended scenes with several models when you do not have a sketch, reference or layout to guide the result.

What to expect

Match the model to the task

Test with your own product images, layout requirements and output settings.

The examples cover transparent backgrounds, layouts and multiple references. Use them to choose a task to try.

Transparent outputs

Useful when

You want to test background removal, clean product isolation, or other catalog-style tasks where transparent output is part of the workflow.

Watch for

The result still has to earn its place through output quality; capability alone is not enough.

Structured layouts

Useful when

You want to test infographics, dashboard-style mockups, or other images where hierarchy and readable text matter more than pure aesthetics.

Watch for

Output consistency can vary, so test with your actual inputs before committing to a production workflow.

Multi-image workflows

Useful when

You want to test compositing or virtual try-on scenarios that depend on multiple inputs rather than one prompt-only image.

Watch for

Support for the workflow does not automatically make it the best model choice overall.

Why it may still be worth testing

Put the output to work

Review the result for the placement where you plan to use it.

Transparent backgrounds and compositing can reduce manual steps. The final result still needs review.

Less manual masking

Transparent PNG output can remove a whole background-removal step from catalog prep and merchandising workflows.

Fewer design handoffs

Structured infographics and UI mockups reduce the need to move every early deliverable into Figma or Photoshop before it becomes readable.

Reuse existing photography

Virtual try-on and multi-image compositing let teams squeeze more value out of existing model and product photography instead of reshooting every variation.

Better production control

Compare the geometry, labels and visual hierarchy with your source material before approving a result.

Quality dial for the job

Use lower quality for faster iteration and higher quality when the final asset needs to hold up in production or client review.

Where to go next

Compare model results, explore a feature, or find a starting point for your next project.

Prompt starters

Start with the kind of brief this model is meant to handle

These prompts lean toward production deliverables instead of generic visual exploration, because that is where GPT-Image-1.5 should earn its keep.

Virtual try-on

Apply a garment to an existing model shot

Goal: Virtual clothing try-on for a fashion ecommerce product page. Background and scene: keep the original model photo exactly the same. Subject: the woman from the source image now wearing the uploaded yellow floral dress. Key details: match drape, folds, lighting, and body geometry naturally. Constraints: preserve her exact face, pose, hairstyle, and proportions.

Try this prompt
Transparent PNG

Extract a product onto a clean alpha background

Goal: Prepare a product cutout for catalog use. Background and scene: transparent RGBA PNG. Subject: the skincare bottle from the uploaded image. Key details: crisp silhouette, preserved label readability, clean edges, subtle contact shadow. Constraints: keep the product geometry exact and do not restyle the bottle.

Try this prompt
Infographic

Build a business-ready process slide

Goal: Create a polished educational infographic. Background and scene: deep navy presentation slide. Subject: the coffee roasting process. Key details: clear stage flow, minimalist icons, and the exact labels Green Beans, Drying Phase, First Crack, and Cooling. Constraints: keep typography clean, legible, and completely free of gibberish.

Try this prompt
UI mockup

Generate a shipped-looking finance dashboard

Goal: Create a realistic mobile app UI mockup. Background and scene: soft gray presentation background with a modern smartphone frame. Subject: a personal finance dashboard. Key details: donut chart, white interface, and transaction rows for Whole Foods, Uber, and Starbucks. Constraints: make it feel like a real shipped iOS app, not concept art.

Try this prompt
Sketch to render

Upgrade a controlled architectural drawing

Goal: Turn an architectural sketch into a photoreal render. Background and scene: golden-hour pine forest setting. Subject: the A-frame cabin from the uploaded sketch. Key details: charred timber siding, reflective glass, matte black standing-seam roof. Constraints: preserve the exact layout, perspective, and structural openings from the sketch.

Try this prompt

GPT-Image-1.5 FAQ

What is GPT-Image-1.5?
GPT-Image-1.5 is a supported OpenAI image model on HummingBytes for users who specifically want workflows like transparent PNG output, compositing, structured layouts, and UI-style image generation.
Does GPT-Image-1.5 support transparent backgrounds?
Yes. One of the clearest reasons to test it is transparent-background output for product extraction and catalog preparation workflows.
Is GPT-Image-1.5 good for UI mockups and infographics?
These are among the workflows this page focuses on. If your goal is interface-like layouts or structured visual communication, it is reasonable to test there.
Is GPT-Image-1.5 good for virtual try-on or multi-image compositing?
Those are supported workflows on HummingBytes and they are among the clearest reasons to test GPT-Image-1.5 specifically.
How do I choose between GPT-Image-1.5 and another model?
You can choose GPT-Image-1.5 in HummingBytes. Compare your usual tasks with other available models to find the output and cost that suit you. See Nano Banana 2 model page
Can I use GPT-Image-1.5 for ecommerce catalog prep?
Yes. That is still one of the clearest reasons to test it, especially when the workflow includes transparent extraction, product cleanup, or multi-image compositing.
When should I use GPT-Image-1.5 instead of Nano Banana 2?
Try both on your actual inputs. This page includes GPT-Image-1.5 examples for transparent output, multi-image compositing and structured layouts. See Nano Banana 2 model page

Your next image

Try your next brief with GPT-Image-1.5.

Start with a product cutout, a composition or a layout you need to create.