M1 Max Meets After Effects 2026: A Real Workflow Test

Most performance tests are synthetic. Someone opens Cinebench, watches numbers go up, calls it a day. Adam Doing Tech's approach is different—he just screen-records his actual work. Six minutes of him building a video intro in After Effects 2026 on an M1 Max MacBook Pro, bouncing between applications, making mistakes, re-rendering.

It's mundane. It's also more useful than any benchmark score.

The test setup: M1 Max with 10-core CPU, 32-core GPU, 64GB RAM. Running After Effects 2026 alongside Final Cut Pro, with browser tabs, Spotify, Discord, and QuickTime all open. Not plugged in, but set to high power mode. Working on 4K compositions. This is how people actually work—multiple apps, interrupted focus, iterative changes.

The Performance Reality

Adam's workflow bounces between After Effects for motion graphics and Final Cut Pro for the main edit. He's building an intro sequence for a Blender tutorial, importing SVG assets, adjusting layers, rendering short clips that get pulled into his timeline.

Working at full quality in After Effects, playback is "a bit slow." Drop to half resolution, and he notes it's "definitely much better." At 33% preview quality, there's visible lag but he characterizes it as "doable"—"it's not bothering me to get that done."

That qualifier matters. Not "it's fast" or "it's smooth." It's not bothering him enough to stop. There's a difference.

RAM usage sits at 68% of his 64GB during active work. First render of a six-second 4K clip: 1 minute 56 seconds. Second render after making changes: 3 minutes 4 seconds. These aren't impressive numbers in isolation, but they're part of a rhythm—render, import to Final Cut, review, catch mistake, go back to After Effects, fix, re-render.

"Keep in mind when I am making videos and I am editing I am rendering multiple of these over and over and over and over and over," Adam explains. The workflow isn't about blazing through one render—it's about maintaining momentum through dozens of small iterations.

What This Actually Tests

This isn't a torture test. It's something more revealing: a workflow compatibility check. Can the M1 Max handle the cognitive overhead of a real editing process? The switching between applications, the accumulation of background processes, the decision fatigue of creative work?

The answer appears to be: yes, with compromises. Adam drops preview quality to maintain responsiveness. He works on battery but enables high power mode. He accepts "a little bit laggy" as the cost of working in 4K. These are the actual tradeoffs people make.

What's missing from this picture: thermal data. How hot is the machine getting? Is it throttling? Adam doesn't mention fan noise, which either means it's acceptable or he's edited it out of his audio. For a laptop doing 4K rendering on battery, that silence is worth noting.

Also missing: comparison points. How would this same workflow perform on M2 Max? M3 Max? An Intel MacBook Pro from 2019? Windows workstation with discrete GPU? Adam's demonstration exists in isolation—useful for understanding what's possible, less useful for understanding what's optimal.

The Workflow Architecture

Adam's process reveals something about how After Effects and Final Cut Pro actually integrate in practice. After Effects handles motion graphics and compositing. Final Cut Pro owns the timeline and the edit. The two applications don't really talk to each other—they communicate through exported video files.

This creates a specific kind of friction. Every iteration requires a full render-export-import cycle. You can't live-preview After Effects compositions in Final Cut. You can't round-trip between them like you can between Final Cut and Motion, or Premiere and After Effects.

It's a workflow that works despite the tools, not because of them. Adam has built muscle memory around the export dialog, around switching between windows, around re-importing clips that share the same filename. This is expertise that looks like efficiency until you realize it's really about minimizing the cost of architectural limitations.

The M1 Max's unified memory architecture theoretically should help here—applications sharing the same memory pool, faster access to assets, reduced copying overhead. In practice, those benefits are constrained by application architecture and file formats. You still export to disk. You still wait for renders. The hardware is faster than the workflow allows it to be.

The Unsaid Questions

Adam mentions he might change the logo "at the very end." He catches mistakes after rendering—a missing text element, positioning that doesn't look right. These are the friction points where hardware performance becomes secondary to workflow design.

How many times does he re-render the same composition? How much time is spent waiting versus doing? What's the actual ratio of active creative work to watching progress bars?

The video doesn't answer these, but they're the questions that matter for evaluating whether a machine is adequate for professional work. A three-minute render time isn't long in isolation. Multiply it by 20 iterations across 10 different compositions for one video, and suddenly you're looking at hours of wait time.

This is where the M1 Max's performance profile gets interesting. It's consistently quick, never screaming-fast. For sustained work across a full project, "consistently adequate" might beat "occasionally blazing" that comes with thermal throttling or stability issues.

What This Tells Us About Apple Silicon

Three years into the Apple Silicon transition, After Effects 2026 running on M1 Max represents a specific maturity point. Adobe has had time to optimize. Developers know these chips now. The performance is... fine. Workable. Not the revolutionary transformation Apple's marketing promised, but also not the disaster some predicted when Intel support started phasing out.

Adam's demonstration suggests the platform has crossed into "reliable enough for professional work" territory. The lag he experiences isn't crashes or incompatibility—it's just normal performance constraints of doing compute-intensive work on a laptop.

But here's what nags at me: he's using a three-year-old chip, and the software is After Effects 2026. The version number jumped far ahead of the hardware. Is performance limited by the M1 Max's capabilities, or by After Effects' ability to fully exploit them? We don't really know, and Adam's workflow test—valuable as it is—can't answer that.

What we do know: someone is out there making videos on this setup right now, finding it adequate enough to not complain, present enough to keep working. That's not a benchmark score. It's just how most technology actually performs—somewhere in the gap between marketing promises and deal-breaker limitations, good enough to keep going.

— Dev Kapoor