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Canon Dual Pixel 3D (DP3D) Converter turns a compatible Canon image into either an editable 3D asset or a conventional MP4 preview. Choose OBJ or GLB when the recipient must rotate, edit, animate, embed, or place the model in PowerPoint; choose MP4 when you need the simplest file to upload and watch. The workflow depends on a narrow list of EOS R cameras and RF lenses, current firmware, and a Windows 11 64-bit computer. Capture DPRAW with Dual Pixel RAW enabled, or use the supported RAW+JPEG distance-data workflow, then import the folder, tune depth, and export the format your audience can use.
This guide covers capture settings, compatibility, exact converter steps, file-format trade-offs, sharing options, system requirements, and fixes for the most common failures.
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DP3D is Canon’s Windows Dual Pixel 3D Converter. It uses depth information recorded by compatible cameras to generate a textured model from one source image, then lets you export that result as a 3D file or as a rotating preview video. Canon describes the underlying method this way: “Dual Pixel 3D is a 3D model generation technology based on Canon’s proprietary on-sensor phase-detection autofocus technology, Dual Pixel CMOS AF.”
The converter is not a general photogrammetry application. It does not combine a turntable sequence or a set of photographs into a mesh. You supply one compatible DPRAW file, or a supported JPEG that contains Canon distance data, and the software estimates depth from the camera’s Dual Pixel information.
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| Export | Files produced | Best use | Main limitation |
|---|---|---|---|
| 3D model | OBJ, MTL, and JPG texture files, or one GLB file | Editing, interactive viewers, web embedding, animation, and PowerPoint | Recipients need a 3D-capable application or viewer |
| Preview video | MP4 | Websites, social platforms, presentations, messaging, and broad playback compatibility | It is a flat video; viewers cannot freely rotate or edit the model |
Background handling is another important choice. Keeping the background represents the complete captured scene. Removing it creates a subject-only model that is easier to place in an animation, web page, or presentation, but it also removes the surrounding visual context.
Which Canon cameras and lenses work with DP3D?
Canon’s September 2026 compatibility list includes the following EOS R bodies and RF-family lenses. The camera must run current firmware; an otherwise matching body with old firmware may not generate a usable source file.
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| Body | DP3D capture note |
|---|---|
| EOS R5 | Listed compatible body; update to current firmware |
| EOS R5 Mark II | Listed compatible body; update to current firmware |
| EOS R6 Mark II | Listed compatible body; update to current firmware |
| EOS R6 Mark III | Listed compatible body; update to current firmware |
| EOS R7 | Listed compatible body; update to current firmware |
| EOS R8 | Listed compatible body; update to current firmware |
| EOS R8 Mark II | Listed compatible body; update to current firmware |
| EOS R10 | Listed compatible body; update to current firmware |
Compatible RF and RF-S lenses
| Lens | Mount |
|---|---|
| RF24-70mm F2.8 L IS USM | RF |
| RF24-50mm F4.5-6.3 IS STM | RF |
| RF24-105mm F4 L IS USM | RF |
| RF24-105mm F4-7.1 IS STM | RF |
| RF35mm F1.8 Macro IS STM | RF |
| RF50mm F1.8 STM | RF |
| RF70-200mm F2.8 L IS USM | RF |
| RF70-200mm F4 L IS USM | RF |
| RF85mm F2 Macro IS STM | RF |
| RF100mm F2.8 L MACRO IS USM | RF |
| RF-S18-45mm F4.5-6.3 IS STM | RF-S |
| RF-S18-150mm F3.5-6.3 IS STM | RF-S |
Canon’s list is specific rather than a blanket approval for every EOS R body or every RF lens. If your combination is not listed, DP3D may reject the source or fail to generate a model, and there is no evidence that an adapter or a different lens makes it compatible.
What should I set before taking the photograph?
Capture quality determines whether DP3D can generate a model and how convincing the depth looks. Set up the camera first; the converter cannot recover missing distance data or detail lost to unsuitable exposure.
Use DPRAW or the supported distance-data JPEG path
- On a compatible EOS R body, enable Dual Pixel RAW and record a DPRAW image.
- If you intend to use Canon’s JPEG route, select RAW+JPEG and enable Add distance data to JPEGs on a model that supports that function. The JPEG must carry the camera-generated distance information; an ordinary JPEG exported later from another application will not substitute for it.
- Use the camera’s sRGB color space and turn HDR PQ off. These settings keep the source in the workflow DP3D expects.
- Do not use C-RAW. Canon’s converter does not support C-RAW input.
Stay within the exposure limits
- Use an aperture of f/5.6 or wider (for example, f/4, f/2.8, or f/1.8). Canon says a model cannot be generated when the aperture is above F8.
- Keep ISO at 1600 or lower for the recommended result. Canon says generation is unavailable above ISO 3200, so values from ISO 3201 upward are not a recovery path.
- Favor even, sufficient light so the subject retains texture without clipped highlights or deep noise.
Choose a model-friendly subject
DP3D works best with matte, low-gloss subjects that have thick, simple forms. Canon’s examples include ceramic, wood, food, leaves, rounded flowers, and large-leaf plants. Very shiny, transparent, thin, or intricately self-occluding objects can produce less reliable depth because the image does not provide stable surface cues.
Fill the frame with the subject while leaving enough separation from the background to make the depth boundary clear. Keep the camera and subject still during exposure; motion blur changes the texture that will be wrapped onto the generated geometry.
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How do I import an image into Dual Pixel 3D Converter?
The converter imports a folder rather than asking you to browse a catalog service. Copy the original DPRAW files, or the supported distance-data JPEGs, to a local folder before starting.
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- In-Body Image Stabilization (IBIS) with 7.5 stops of coordinated IS correction at image center
- New compact and ergonomic design - the lightest IBIS equipped camera in the EOS lineup
- Dual Pixel CMOS AF II autofocus with People, Animal and Vehicle detection
- Register People Priority Autofocus
- Launch Dual Pixel 3D Converter on the Windows computer.
- Choose the command to import or open a folder, then select the folder containing the source images.
- Wait for the thumbnail browser to populate. Select the image you want to convert.
- Open 3D Model Settings to preview and adjust the depth or 3D effect.
- Decide whether the background stays in the model or is removed. Removing it produces a subject-only result that is usually easier to reuse in presentations, animation, and web embeds.
Keep the source folder available until export finishes. DP3D needs the original image and its depth information while it builds the model and texture.
How do I export a 3D model as OBJ or GLB?
Use the model export when the recipient needs an asset rather than a movie. OBJ and GLB contain the generated geometry and texture, but they package that information differently.
- With the target image selected and the depth adjusted, open Export 3D Model.
- Choose OBJ or GLB in the format selector.
- Pick a destination folder and start the export.
- Open the result in a 3D application or viewer to confirm that the geometry and texture load correctly before sending it.
What does an OBJ export contain?
Canon lists the OBJ output as a bundle of three files: an .obj geometry file, an .mtl material-definition file, and a .jpg texture. Keep all three files together and preserve their filenames. If you send only the OBJ, the receiving application may show an untextured gray model because it cannot find the material or image.
What does a GLB export contain?
GLB is the compact, single-file alternative. It packages the model and its texture into one binary glTF file, which is convenient for uploading, attaching, or embedding when a service accepts GLB directly. The receiving software still needs GLB support, but there are no separate MTL or JPG files to lose.
| Decision | Choose OBJ when… | Choose GLB when… |
|---|---|---|
| File handling | You can deliver a three-file folder and want conventional interchange files | You want one self-contained file |
| Editing | Your application has an established OBJ/MTL/JPG workflow | Your application imports glTF/GLB efficiently |
| Web delivery | Your viewer expects OBJ and external textures | Your viewer accepts GLB and you want simpler asset management |
| Recipient risk | Forgetting the MTL or JPG breaks the intended texture | A single attachment reduces missing-file errors |
Canon names Blender, Babylon.js Sandbox, HTML website viewers, PowerPoint, and third-party animation software as possible destinations. Import behavior varies by application, so check the texture and scale after loading.
How do I export a DP3D video as MP4?
MP4 is the easiest choice when viewers only need to watch the result. It shows the converter’s preview animation rather than exposing the underlying mesh for interactive editing.
- After selecting the image and adjusting 3D Model Settings, choose Export Preview.
- Select the destination folder and enter a filename.
- Choose the MP4 quality setting offered by the converter.
- Start the export and play the finished file locally before uploading it.
A hands-on report describes three preview settings as High at 18 Mbps, Medium at 8 Mbps, and Low at 4 Mbps. Those bitrate figures are reported by TechRadar, not presented here as a Canon specification; treat the labels and available values in your installed converter as authoritative.
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- FULL-FRAME CMOS SENSOR: 24.2 effective megapixels (approx.) lets you capture sharp, detailed images even in low-light conditions indoors and outdoors (compatible with Dual Pixel CMOS AF).
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- ENHANCED SUBJECT ACQUISITION: In addition to people, small animals, cars and motorcycles, the R6 Mark II also easily detects horses, trains, and aircraft, with the option to automatically select the subject type without manually switching.
- ADVANCED HEAD, FACE, EYE DETECTION: Automatically detects and focuses on a person's head, face, or eye—even the left or right eye—plus, effectively tracks the whole body, face, or eye of animals for fast, accurate image or video capture.
When is MP4 better than a model file?
- Send MP4 for a quick email attachment, website upload, social post, or slide that only needs playback.
- Use MP4 when the audience may not have a 3D viewer or when you want every viewer to see the same camera move.
- Export OBJ or GLB instead when the recipient must orbit the object, change lighting, edit geometry, animate it, or embed an interactive viewer.
How should I share OBJ, GLB, and MP4 files?
Match the file to the recipient’s task and package it so the receiving software can find every required asset.
Sharing an OBJ bundle
- Place the OBJ, MTL, and JPG in one folder.
- Compress the folder into a ZIP if you are sending it through a service that accepts one attachment.
- Tell the recipient to open the OBJ from that folder, not from a copied location separated from the texture files.
Sharing a GLB
- Send the single GLB file through your normal file-transfer or asset-management service.
- For a website, use a GLB-compatible viewer or a framework such as a glTF-capable WebGL component.
- For a quick browser demonstration, Canon specifically lists Babylon.js Sandbox as a possible destination.
Sharing an MP4
- Play the file once after export to check that the preview is complete and the quality setting is appropriate.
- Upload it to the website, social platform, presentation, or messaging service that your audience already uses.
- Remember that MP4 cannot provide free viewpoint control; include the model file as well if interactivity matters.
What is the difference between a model with the background and a subject-only model?
The setting changes what DP3D treats as the reusable asset. A background-included export preserves the captured scene, while background removal isolates the principal subject before you export.
| Setting | What you get | Good fit | Trade-off |
|---|---|---|---|
| Background included | Subject plus the surrounding captured image represented in the result | Showing the original scene or documenting how the object was photographed | Less flexible when placing the object in a different composition |
| Background removed | Subject-only model | Animation, web embedding, PowerPoint, and compositing into another scene | Edges can be harder to separate on complex or low-contrast backgrounds |
Make this decision in 3D Model Settings before exporting. If you export with the background included, a later 3D editor may hide or crop parts of it, but it cannot always reconstruct a clean subject mask from the baked texture.
What can I do after export in Blender or another 3D editor?
DP3D handles conversion and preview; a downstream 3D application supplies deeper control. Canon names Blender and other animation software as examples of the next stage.
Typical downstream tasks
- Inspect and repair mesh areas that do not represent the subject cleanly.
- Reposition the camera, set a new focal length, and choose a controlled orbit.
- Adjust lights, materials, and the model’s placement in a larger scene.
- Animate the object or combine it with other assets.
- Render a new video or still image at a chosen resolution.
OBJ gives you separate geometry, material, and texture files to manage. GLB is usually easier to move between applications as one asset, but the receiving editor must support glTF/GLB and may expose different material controls. Always save a copy of the original export before making destructive edits.
What computer does the converter require?
Canon specifies a Windows-only desktop workflow with the following minimums and recommendations.
| Requirement | Canon specification |
|---|---|
| Operating system | Windows 11 64-bit, version 24H2 or later |
| Processor | Intel Core i series CPU; Intel Core i7 or higher recommended |
| Memory | 8 GB RAM minimum; 16 GB recommended |
| Free storage | 2 GB available |
| Display | 1024×768 minimum resolution |
| Supported interface languages | Japanese, English, French, Italian, German, Spanish, Russian, Simplified Chinese, Korean, and Turkish |
The 8 GB, 16 GB, 2 GB, and 1024×768 figures are Canon Singapore specifications published for 2026. They describe the application’s stated requirements, not a performance benchmark. Large source images, multiple exports, and a 3D editor running at the same time can still need more memory and storage than the minimum.
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Why does DP3D fail to generate a model?
Most failures come from the source file, camera settings, or compatibility rather than the export command. Check the following in order.
The image is rejected or does not appear
- Confirm that the file is a DPRAW image or a JPEG carrying Canon’s distance data.
- If using JPEG, verify that the original capture was RAW+JPEG with Add distance data to JPEGs enabled on a supported body.
- Check that the source was not converted, recompressed, or stripped of metadata by another application.
- Make sure the camera and lens are on Canon’s compatibility lists and that the firmware is current.
The converter says a model cannot be generated
- Review the aperture. Canon says generation cannot occur above F8; use f/5.6 or wider for the recommended result.
- Review ISO. Canon recommends ISO 1600 or lower and says generation is unavailable above ISO 3200.
- Confirm that the capture was not made in C-RAW, which DP3D does not support.
- Try a matte, low-gloss subject with a thick, simple shape and clear separation from its background.
The model is gray or the texture is missing
- For OBJ, keep the OBJ, MTL, and JPG together with their original filenames.
- In the 3D application, relink the JPG texture if the program cannot resolve the relative path.
- For GLB, confirm that the application supports embedded glTF textures and that the file was transferred without modification.
The result looks flat or has odd edges
- Return to 3D Model Settings and make a smaller depth adjustment rather than pushing the effect to an extreme.
- Use background removal only when the subject boundary is clear; a similar-toned or cluttered background can make the cutout less convincing.
- Use a sharper, better-lit source. DP3D wraps the source texture onto the model, so blur and noise remain visible after conversion.
Which export should I choose for a particular project?
Use this decision guide before you click Export.
| Your requirement | Recommended output | Reason |
|---|---|---|
| Recipient only needs to watch a rotating result | MP4 | Broad playback and simple uploading |
| Recipient must orbit the subject in a browser | GLB, if the viewer supports it | One file is easy to embed and retains interactive geometry |
| Recipient will edit in a traditional 3D pipeline | OBJ bundle or the format that pipeline requests | OBJ, MTL, and JPG are separate, familiar interchange assets |
| You are placing the object in PowerPoint | OBJ or GLB, depending on the PowerPoint workflow and add-ins available | The model remains a 3D object instead of a flat movie |
| You need to composite the subject into another scene | Background-removed OBJ or GLB | The subject is isolated before downstream animation or layout |
| You need a record of the original photographed setting | Background-included model or MP4 | The surrounding scene remains part of the presentation |
What is the complete DP3D workflow?
For a reliable first attempt, follow this sequence without skipping the capture checks:
- Update the EOS R body to current firmware and attach one of Canon’s listed RF or RF-S lenses.
- Enable Dual Pixel RAW and capture DPRAW, or enable RAW+JPEG plus Add distance data to JPEGs when using the supported JPEG route.
- Set sRGB, turn HDR PQ off, use f/5.6 or wider, and keep ISO at 1600 or lower. Avoid C-RAW.
- Photograph a matte, low-gloss subject with a simple, substantial shape and enough light for clean detail.
- On Windows 11 64-bit 24H2 or later, open Dual Pixel 3D Converter and import the folder containing the source image.
- Select the image in the thumbnail browser and adjust depth in 3D Model Settings.
- Choose background included or removed according to the final use.
- Select Export 3D Model for OBJ or GLB, or Export Preview for MP4.
- Verify the exported file locally. For OBJ, check all three bundle files; for GLB, check that the single file opens; for MP4, play the complete preview.
- Share the format that matches the recipient’s needs: interactive model for editing and embedding, MP4 for straightforward viewing.
Following this order separates capture problems from export problems. If the image never qualifies, changing the output format will not fix it; if the model looks correct in DP3D but not in another application, inspect that application’s import and texture handling.
Frequently Asked Questions
Can I run Dual Pixel 3D Converter on macOS or Linux?
Canon’s stated requirement is Windows 11 64-bit version 24H2 or later, so the documented workflow requires a Windows PC. A virtual machine or compatibility layer is not specified by Canon and may not provide reliable camera-file or graphics behavior.
Can I convert an ordinary JPEG from my phone or another camera?
No. DP3D needs a compatible DPRAW source or a supported Canon JPEG that was captured with distance data enabled. A regular JPEG can look similar but does not contain the Dual Pixel distance information the converter uses.
Can I make the exported MP4 interactive?
No. MP4 records the preview animation as a flat video. Export OBJ or GLB when viewers need to change the viewpoint, edit the asset, or embed a rotatable model.
What should I do if I only have C-RAW files?
C-RAW is not supported by the converter. Recapture with Dual Pixel RAW enabled, or use the supported RAW+JPEG distance-data setup on a compatible camera and lens.
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