Waveform: HomePod 2 Review, Galaxy S23 Impressions & Tech Hype

Hardware Reviews: HomePod 2 and Samsung Galaxy S23

The HomePod 2 Dilemma

The team dives into the second-generation HomePod. Following the discontinuation of the original, Apple’s comeback is met with skepticism regarding value proposition and market position.
• Key changes include a removable cable, larger inset touch display, and revised internal microphone array.
• Despite hardware tweaks, it remains essentially unchanged from the 2018 model.
• The panel discusses the chip shortage theory versus the maturing Matter smart home ecosystem as potential reasons for its revival.

"I kind of had some YouTube comments that brought up some things that I didn't find. I'll just say the number one that I found the most compelling is that the original HomePod came out during the chip shortage."

Samsung Galaxy S23 Launch

The hosts analyze the iteration of the S23 lineup, labeling the update as "cruise control" to minimize R&D spend for future, more substantial changes.
• The S23 Ultra now features flatter, boxy sides reminiscent of the beloved Note series.
• Improved battery life and camera sensors are the focus, with a transition to 200 megapixels on the Ultra main shooter.
• The team highlights the new Maintenance Mode as a highly practical feature for data security during repairs.

Over or Under Hyped: Tech Edition

The hosts introduce a new segment, Over or Under Hyped, to evaluate different tech concepts and devices.
• Jony Ive (Current work): Unanimously overhyped.
• Foldable Pixel Phone: Generally perceived as overhyped due to early, non-existent status.
• AirTags: Highly underhyped for their utility and accessibility.
• Portrait Mode: Classified as overhyped, with natural depth of field often outperforming software-simulated bokeh.

Technical Trivia

The episode concludes with technical trivia highlighting engineering nuances:
• The HomePod mini adjusts EQ 180 times per second.
• QLED displays utilize a blue backlight rather than traditional white to optimize efficiency through quantum dot filtering.