Several macOS Monterey features will not come to Intel Macs, like Live Text within photos, FaceTime's Portrait mode, and unlimited, on-device keyboard dictation
Intel Macs left in dust Stephen Hackett / Six Colors : WWDC 2021: macOS Monterey further blurs lines between Mac, Catalyst, and iPad apps Chris Barylick / O'Grady's PowerPage : Some macOS Monterey features will only work with Apple Silicon hardware Abdullah / Gizchina : Some macOS Monterey features will not be available for macs based on Intel processors JC Torres / SlashGear : macOS Monterey on Intel Macs won't be able to use some features Tyler Lee / Ubergizmo : Some macOS Monterey Features Won't Be Available For Intel Macs Cal Jeffrey / TechSpot : Some of macOS Monterey's best features won't work with Intel-based Macs Michael Kan / PCMag : Intel-Based Macs Won't Get Every MacOS Monterey Feature Tweets: Rene Ritchie / @reneritchie : It's because Intel Macs don't have the neural engine these features require. M1 is an A14X+. T2 is an A10 (pre-ANE). T1 was an S2 (watch SiP). Previous Intel Macs had nothing. These features all lean on the neural engine. https://t.co/jxqB7LsR2Q Thomas Ricouard / @dimillian : I'll go cry in a corner https://twitter.com/... Abby Fuller / @abbyfuller : Every year Apple fucks compatibility over in some new and exciting way 🙃 Rene Ritchie / @reneritchie : Previously: Apple Lossless won't be coming to inherently lossy BT headsets Currently: Neural Engine-dependent macOS features won't be coming to Macs without neural engines Each time we have a choice whether to serve our audience and educate or exploit them and rage-bait https://twitter.com/... @thelinuxexp : Excluding these features for Intel based Macs makes no sense apart from « we want you to buy a new one » https://twitter.com/... Vijay Shekhar Sharma / @vijayshekhar : Clearly someone is deeply inspired by Alan Kay 😇 “People who are really serious about software should make their own hardware.” https://twitter.com/... Mehedi / @mehedih_ : this is unacceptable considering the fact that Apple still sells Intel Macs — but they'll get away with it like with everything else https://twitter.com/... Steve Troughton-Smith / @stroughtonsmith : You didn't think they'd string along Intel Macs for long, did you...? 😅 https://twitter.com/...
Context & Ripple Effects
Apple had already committed the Mac to its own processor roadmap with the M1 system-on-a-chip launch, after earlier coverage framed the move as a transition away from Intel. The shared architecture also let Apple bring iOS apps natively to Apple-silicon Macs, making software capability—not just chip performance—a differentiator.
Monterey is the first clear feature-tiering signal in that transition: Apple is defining parts of the current Mac experience around hardware Intel systems do not have.
First-order effects
- Intel Mac owners receive Monterey without Live Text in photos, FaceTime Portrait mode, or unlimited on-device keyboard dictation, while Apple-silicon Mac owners receive those capabilities.
- Apple gains a direct software-feature distinction for Apple Silicon beyond the M1's previously reported performance gains.
Second-order effects
- Processor choice becomes part of the Monterey buying decision: customers comparing Intel and Apple-silicon Macs are no longer choosing between identical operating-system feature sets.
- Apple's Mac software roadmap can increasingly prioritize capabilities designed around its own silicon, widening the practical gap between new Apple-silicon Macs and still-supported Intel models.
Third-order effects
- If Apple repeats this approach in later releases, Mac support will evolve from a single platform with different performance levels into processor-specific feature tiers, with Apple Silicon setting the pace for new experiences.
- The transition shifts competitive pressure from benchmark comparisons toward control of the hardware-software stack, the direction signaled by Apple's planned ARM-based Mac transition.
The trend: Apple is using exclusive software capabilities to turn its silicon transition into a broader shift toward tightly integrated, heterogeneous on-device computing.