Quick answer: if Windows says 64-bit operating system, x64-based processor, download Windows x86 from Blackmagic Design. Despite the name, this is the normal 64-bit Resolve build for modern Intel and AMD PCs. Choose Windows ARM only when System Type identifies an ARM-based processor and the computer meets Blackmagic's current Windows ARM requirements.
The label catches people out because x86 often means 32-bit software elsewhere. In Blackmagic’s picker, it identifies the Intel and AMD family. Blackmagic staff confirmed that both Windows downloads are 64-bit. There is no current 32-bit Resolve package hiding behind the x86 button.
Requirements checked September 7, 2026: the figures below come from Blackmagic’s Resolve 21.0.4 readme, updated August 4. Read the notes for the version you are downloading; an older tutorial or a laptop’s marketing page cannot establish support for a newer release.
Choose the Build in 30 Seconds
| What Windows reports | Resolve download | Typical hardware |
|---|---|---|
| 64-bit operating system, x64-based processor | Windows x86 | Intel Core, Intel Core Ultra, AMD Ryzen and AMD Threadripper PCs |
| 64-bit operating system, ARM-based processor | Windows ARM, after checking the current supported baseline | Supported Windows-on-ARM PCs that meet the listed Snapdragon X Elite baseline |
| 32-bit operating system | Neither current build | Unsupported operating-system architecture for current Resolve |
The words “64-bit” alone do not settle the choice because both families are 64-bit. What matters is the processor architecture: x64-based versus ARM-based. A product name such as Surface, Galaxy Book or Copilot+ PC is not enough either; those families can span different processors and generations.
How to Check x64 or ARM in Windows
- Open Settings.
- Select System, then About.
- Find System type under Device specifications.
- Match the exact result to the table above.
Microsoft’s System type instructions distinguish the operating-system type from the processor type. Read the processor part of that line. Depending on your Settings version, the section may be called Device specifications or Device info, as in the annotated example above.
Do not infer the processor from a Program Files (x86) folder: Microsoft documents that folder on Windows ARM too. Before buying a computer, check its exact processor on the manufacturer’s specification page. “Windows 11, 64-bit” alone does not tell you which Resolve package it needs.
If the machine is a conventional Intel or AMD PC and you want the complete installation path, continue with the Windows download and installation guide. For the other operating-system routes, the Resolve download hub keeps the official Windows, Mac, Studio and older-version choices in one place.
Why Does Blackmagic Call the Intel and AMD Build x86?
x86 names the processor family that grew from Intel's earlier x86 instruction set. Modern Intel and AMD Windows PCs normally use the 64-bit extension called x86-64, x64 or AMD64. Software download pages do not all label that family the same way.
Blackmagic’s support explanation of the download buttons maps Windows x86 to standard Intel and AMD PCs. Windows ARM is the separate ARM64 package. Choose by the operating system and processor together:
- Intel or AMD Windows PC: Windows x86.
- Supported ARM-based Windows PC: Windows ARM.
- Mac with Apple silicon: Mac OS, not Windows ARM.
Use Blackmagic Design's official Resolve page or its support center. This site does not host or repackage either installer.
Current Resolve 21 Windows Requirements
The current minimums are not identical. The values below combine Blackmagic's Resolve 21.0.4 readme with Blackmagic support's x86-for-Intel-and-AMD build distinction:
| Requirement | Windows x86 | Windows ARM |
|---|---|---|
| Operating system | Windows 10 Creators Update (the readme’s listed minimum) | Windows 11 for ARM |
| Processor baseline | Intel or AMD x64 family | Qualcomm Snapdragon X Elite series |
| System memory | 16GB; 32GB when using Fusion | 16GB; 32GB with 4K or Fusion |
| Graphics | Integrated or discrete GPU with at least 4GB VRAM; OpenCL 1.2 or CUDA 12.8 | No separate GPU or VRAM minimum is stated in the ARM section; use the supported platform and its required drivers. |
| Driver requirement | Official AMD/Intel GPU drivers; NVIDIA Studio 581.57 or newer when using NVIDIA | Check the PC and peripheral vendors for Windows ARM support; the ARM readme does not list an NVIDIA driver floor. |
Blackmagic’s Windows 10 compatibility floor is not a recommendation to run an unmaintained OS. Standard Windows 10 support ended October 14, 2025; check your update coverage separately. The x86 readme also calls for Desktop Video 12.9 or later when using Blackmagic monitoring hardware, not for every laptop installation.
These are compatibility floors, not promises of smooth playback. For GPU choices and memory planning, use the complete Resolve system requirements guide. Our PC compatibility checker is a first filter based on the details you enter—not a hardware scan or a substitute for testing your footage.
“Snapdragon X Elite series” does not mean every Snapdragon or every Copilot+ PC. Blackmagic's current readme names a specific ARM baseline. If a newer processor or another ARM vendor is absent from that document, check the latest readme and Blackmagic support material before treating it as supported.
Why Use the Native ARM Build Instead of x86 Emulation?
Microsoft's Windows on Arm FAQ explains that Windows 11 ARM can run many x86 and x64 applications through emulation. That does not make the x86 Resolve installer the best default when Blackmagic supplies a native ARM build for the supported machine.
A native package avoids translating the application's processor instructions at runtime. Microsoft says native ARM apps generally provide the best performance, responsiveness and battery behavior on ARM devices. That is a platform principle, not proof that every Resolve operation will be faster on every ARM laptop.
Resolve performance still depends on the source codec, GPU path, memory capacity, thermal limits, effects, plugins and export format. Compare a real timeline, not two architecture labels. A controlled test should use the same media, timeline, effects, playback settings and output preset.
The Real ARM Risk Is the Dependency Chain
The application can be native while one critical part of the editing system is not. Before moving paid work to Windows ARM, inventory everything that touches the project:
- OpenFX video plugins and their licensing managers.
- VST audio plugins used on tracks, buses or the Fairlight page.
- Control surfaces, capture devices, card readers and video I/O hardware.
- Camera utilities, codec components and media-management tools.
- Shared-storage, backup and cloud-sync clients.
- Font managers, subtitle tools and delivery quality-control software.
Microsoft's current emulation documentation states that emulation supports user-mode code but not drivers. Kernel-mode components must be built for ARM64. Its platform FAQ also warns that an x86 or x64 setup program cannot install an ARM64 driver.
That distinction matters for audio interfaces, video I/O, dongles and other peripherals. The control application may launch under emulation while the device still fails because the required driver is not available for ARM64.
Check the exact plugin version and its license helper, not a blanket claim that all plugins work or none do. Look for explicit Windows ARM or ARM64 support from the vendor. “Windows 11,” “64-bit,” or support for Apple silicon on macOS does not establish compatibility with Resolve on Windows ARM.
Free, Studio and Architecture Are Separate Choices
First choose the edition: DaVinci Resolve Free or DaVinci Resolve Studio. Then choose the architecture: Windows x86 or Windows ARM. A Studio licence does not convert one installer architecture into the other, and downloading the Studio package does not create a paid entitlement.
If you are deciding between editions, use the Free versus Studio comparison. If you already own Studio, download the Studio row that matches the same System Type rule. Keep the licence or activation details available before replacing a working production installation.
Move a Resolve Project Between x86 and ARM Safely
A Resolve project can move between computers, but its project file is not a copy of the whole workstation. Media paths, plugins, fonts, LUTs, audio tools and hardware may still need attention. Use the same Resolve version on both machines for the first transfer test, with the required edition and supported dependencies.
Keep a pre-update backup. Blackmagic’s 21.0.4 readme warns that an individual project created or opened in 21.0.4 will no longer open in 20.3.2, even though the library can remain accessible. Installing the older app does not undo that project change. Follow the safe update and backup workflow before combining a computer move with a Resolve upgrade.
- Back up the project library and export the important project separately.
- Duplicate the project so the first ARM test is disposable.
- Record every required plugin, font, LUT, control surface and media utility.
- Install only versions that their vendors support on Windows ARM.
- Relink media and check clips from every camera or capture source.
- Open Fusion compositions and Fairlight buses that depend on external tools.
- Render a representative section and compare the output outside Resolve.
A lightweight H.264 sample proves very little when the production project uses 10-bit HEVC, RAW, multicam, noise reduction or Fusion. Test the hardest normal section of the real job. If a source format behaves differently, compare it with the Resolve codec and format guide before blaming the CPU architecture.
If You Downloaded the Wrong Build
Recheck System type and return to Blackmagic’s official picker before changing drivers or deleting preferences. If the download is incomplete, discard only that installer file and obtain the correct package. If Resolve is already installed, back up active projects before uninstalling or replacing it. Keep project libraries and source media intact.
Keep diagnosis narrow:
- Installer will not run: verify the package architecture and current OS requirement.
- Resolve opens but a device is absent: verify the device's ARM64 driver as well as its control app.
- A plugin is missing: verify its exact Windows ARM build and licensing component.
- Media is offline or slow: separate file paths, codec support, storage and GPU behavior from the installer choice.
- A project changes appearance: compare fonts, LUTs, plugins and color-management settings on both systems.
Make one reversible change at a time. Deleting several settings folders at once makes it harder to tell what caused the fault. If the correct package still will not install, use the installation-errors guide with the exact message and your processor details.
Frequently Asked Questions
Should a 64-bit x64 PC download DaVinci Resolve Windows x86?
Yes. If Windows reports a 64-bit operating system and an x64-based processor, choose Blackmagic's Windows x86 download. That is the current standard package for modern Intel and AMD Windows PCs.
Is the DaVinci Resolve Windows x86 download 32-bit?
No. Blackmagic support has confirmed that the current Windows x86 and Windows ARM Resolve packages are both 64-bit. The x86 label identifies the Intel and AMD processor family in Blackmagic's picker; it does not mean that Resolve is a 32-bit application.
Can I install the Windows x86 build on a Snapdragon PC?
Windows 11 ARM can emulate many x86 and x64 user applications, but Blackmagic supplies a native Windows ARM build for its supported ARM baseline. Use the native ARM package when the machine meets the current requirement, then verify plugins, drivers, media and export behavior.
Does DaVinci Resolve ARM work on every Snapdragon processor?
Do not assume that it does. Blackmagic’s Resolve 21.0.4 readme names Windows 11 for ARM and the Snapdragon X Elite series. Another Snapdragon model is not established as supported by that baseline; check its current release notes and Blackmagic support before relying on it.
Will my Resolve plugins work on Windows ARM?
Compatibility depends on each plugin and its licensing components. Check the vendor's current page for the exact version and explicit Windows ARM or ARM64 support. “Windows 11” or “64-bit” alone does not prove native ARM compatibility.
Do x86 device drivers work through Windows ARM emulation?
No. Microsoft says emulation covers user-mode application code, not kernel-mode drivers. Hardware that needs a driver requires an architecture-compatible ARM64 driver, even when its companion application can run under emulation.
Can the same Resolve project open on x86 and ARM computers?
A project can move, but use matching Resolve versions for the initial test and check the required edition. Back up and duplicate it, then verify media, codecs, fonts, LUTs, plugins, audio and a representative export. A project opened in a newer Resolve release may not reopen in an older one; the 21.0.4 readme specifically warns about 20.3.2.
