Blender on Mac: install it, enable the GPU and render faster

Menu names are those of the English interface of Blender, which is the default. The settings described apply to versions 4.x and 5.x.

Which version of Blender should you download for Mac?

It depends on the chip in your Mac:

• Mac with Apple silicon (M1, M2, M3, M4 and later): take the macOS Apple Silicon build of the latest release from blender.org. That covers every Mac sold since late 2020.
• Mac with an Intel processor: Blender 5.0 dropped these machines. The last release for Intel Macs is Blender 4.5 LTS, supported until July 2027, which you can download from the previous versions on blender.org. The Blender 5 guide (in French) covers what this series changes.

To find out which chip your Mac has, open the Apple menu > About This Mac: a "Chip" line means Apple silicon, a "Processor" line means an Intel model. Each version of Blender requires a minimum version of macOS, shown on the download page; a Mac that is too old may be stuck on an earlier version of Blender.

Installation works as for any Mac app: open the .dmg file and drag Blender into the Applications folder.

How do you enable the Metal GPU for Cycles rendering?

By default, Cycles renders on the CPU. On a Mac with Apple silicon, the GPU usually renders faster. Enabling it takes two steps:

1. Edit > Preferences > System, Cycles Render Devices section: choose the Metal tab and tick the chip that appears. On M3 chips and newer, Blender may offer the MetalRT option, which uses hardware ray tracing acceleration: compare a render with and without it on your own scene.
2. Render Properties > Device: set it to GPU Compute. This setting is saved in the .blend file.

OptiX and CUDA do not appear on Mac: they are NVIDIA technologies. Eevee is not affected by this setting, as it always uses the GPU. The other rendering basics (choosing between Cycles and Eevee, F12, saving the image) are in the guide how to render in Blender.

How good is a Mac for Blender rendering?

Apple chips have a real advantage: their unified memory. The CPU and the GPU draw from the same memory, so a Mac with plenty of memory can load scenes that would not fit in the video memory of a consumer graphics card.

In raw rendering speed, on the other hand, the gap with a high-end NVIDIA card is large. The score used by our render time calculator, aligned with the public Blender Open Data results, puts an M1 or M2 Max chip at 45, against 152 for an RTX 4090: about 30% of its speed. It is an order of magnitude; the real gap depends on the scene and on the chip generation.

The model matters too. A MacBook Air has no fan: it copes with a short render, but slows down when the chip heats up during a render that lasts several hours. A MacBook Pro, a Mac mini or a Mac Studio cools better and keeps its speed. To compare with a PC, the guide best PC for 3D rendering gives reference points for the graphics card and memory.

Blender on iPad: where does the project stand?

There is currently no official version of Blender for iPad. In July 2025, the Blender team presented an iPad port, as part of a project on uses beyond the mouse and keyboard, with a touch interface and the goal of distributing it on the App Store. That port was never released.

In early 2026, the iPad project was put on hold until further notice: the team chose to focus on Android tablets first. Its head of product, Dalai Felinto, explained the decision by a lack of funding, adding that part of the work will be used for the iPad later. No date has been announced.

To open and edit a Blender scene today, you therefore need a Mac, or a PC running Windows or Linux.

My Blender render is slow on Mac: what can I do?

1. Check that the GPU is being used. Metal ticked in the preferences and GPU Compute in the scene: this is the most common oversight, especially with a file that comes from another computer.
2. Set the quality to what you actually need. The noise threshold, the number of samples and the number of light bounces account for most of the render time in Cycles. The guide render faster in Blender Cycles goes through each setting.
3. Give the Mac room to breathe. Plugged in, on a hard surface, with other apps closed: a laptop that heats up slows down.
4. For an animation, do the maths. Time per frame multiplied by the number of frames: at 2 minutes per frame, 250 frames keep the Mac busy for 8 h 20. Beyond what the machine can absorb, rendering the frames elsewhere frees the Mac for the rest of your work.