Apple did swap out the old microphones for the same ones you'll find in the 16-inch MacBook Pro—that's a good thing. These mics do an excellent job of cutting ambient sounds out, and they've been incredibly helpful when I've joined my colleagues on the Gadget Lab podcast. My voice comes through very clear. You can listen for yourself if you want to hear what the mics sound like.
The biggest improvement is one that you'll have to pay extra for: nano-texture glass. It covers the display and is the same as what's on Apple's Mac Pro Display XDR. It's much better than a matte finish because it doesn't distort the screen's colors yet effectively eliminates all glare. I used the iMac right next to a window, and the sunlight that trickled in never distracted from my viewing experience. It's a pricey $500 upgrade, but if you know your iMac will sit near a window, snag it. Your eyes will thank you.
The screen now supports True Tone as well. Like it does on the iPhone, this shifts the screen's colors to match the ambient light around you. I've never noticed a huge difference with it on or off, but it might help your eyes adjust to the screen easier.
More Power
Apple sent me the top-of-the-line iMac with a Core i9, the most powerful graphics card (the AMD Radeon 5700XT), and nano-texture glass, which costs a bank-draining $4,500. It's overkill for most people.
There are four main configurations you can get with the iMac. You should be fine with the base 10th-gen Intel Core i5 processor, but if you do 4K video editing or other CPU-intensive tasks, go for the Core i7 or Core i9 model. What's more important is to upgrade the amount of RAM. The base 8-gigabytes is too little for such an expensive machine—16 GB is the way to go, or 32 GB if you're snagging the higher-tier versions.
Apple's biggest improvement in performance is its pivot to solid state drive (SSD) storage. The Fusion Drives are gone in favor of the faster read and write speeds that come with SSDs, which are also more energy-efficient and reliable because they have no moving parts. You'll see super-fast load times booting up your Mac and launching apps—load screens in video games are also quicker. The base model offers 256-gigabytes, but if you need more you have to go for the middle or top-tier CPU options. You can go all the way up to 8 terabytes, which is more space than I would know what to do with.
This machine handled 4K video rendering and photo editing tasks with ease. Macs aren't known for their gaming prowess, but I was able to play titles like Mad Max and Tomb Raider at a smooth 60 frames per second at max graphical settings. I just had to drop the screen resolution to 2,560 x 1,440 or lower. I mostly wish the gaming library on Macs was stronger—I own a large library of games on Steam for my Windows PC, but the number of titles I can play on the Mac (without using Boot Camp) is pitiful.
The Future of Apple Processors
Earlier this summer, Apple announced it will move to ARM-based processors, just like the ones inside the iPhone and iPad. This is a tectonic shift for the Mac. Apple software will theoretically have a kind of synergy across all Apple devices like we've never seen before.
Your iPhone apps will easily work on a Mac, and Apple will be able to do a lot more with its own specially crafted chips, improving energy efficiency, reducing heat, and sprucing up onboard artificial intelligence. The first ARM-based Mac will come later this year, and the entire lineup's transition is expected to take two years (expect a few more Intel-powered Macs during that time, too). Most likely, we won't see the true benefits of the transition to ARM for nearly half a decade.