iMac (2024) review: M4 is speedy, 4.5K display is lovely, six speakers is great, upgraded webcam is nice, but lacks height adjustment and a touch screen option
https://sixcolors.com/... X: @ijustine : It's M4 Pink iMac appreciation day 🩷 [video]
Context & Ripple Effects
The 24-inch iMac’s Apple-silicon redesign established the combination of a slim all-in-one, 4.5K screen, six-speaker system and upgraded camera in 2021. The latest revision builds on that template with the M4 refresh’s higher memory baseline, Thunderbolt 4 and 12MP webcam.
Review coverage has repeatedly paired performance gains with fixed hardware compromises: the M3 generation’s gains over M1 did not resolve the limited-port and accessory concerns identified in the earlier model. This review suggests the core experience continues to improve faster than the physical ergonomics.
First-order effects
- Buyers get a faster iMac with strong display, audio and webcam hardware, while still accepting no height adjustment or touchscreen option.
- Apple’s M4 iMac refresh is validated as an incremental capability upgrade rather than a redesign of the all-in-one’s form factor.
Second-order effects
- Rival all-in-one PCs can use adjustable stands and touch input as clearer differentiators, while Apple competes on the integrated screen, speakers, webcam and silicon performance.
- Users who prioritize ergonomic positioning may need to add an external stand or choose another desktop setup, reducing the simplicity advantage of the all-in-one purchase.
Third-order effects
- If successive chip refreshes retain the same chassis trade-offs, desktop differentiation will increasingly hinge on integrated compute, communications and display quality rather than major industrial-design changes.
- The product line may further separate buyers who value a compact integrated desktop from those who require modularity, adjustability or touch-first interaction.
The trend: The iMac is one instance of Apple’s broader pattern of using rapid in-house silicon and component upgrades to extend established hardware designs.