GoKawiilUpdated: May 8th, 2026 with pricing and availability update
Preface: I’m not really a Mac guy. But I have deep respect for what Apple has done with their silicon, and I’ve been following their CPU journey since the Motorola 68k days through PowerPC, the Intel transition, and now their in-house Apple Silicon. What they’ve accomplished in the last five years is genuinely remarkable. Apple is one of the few original tech companies that has survived and thrived over the decades while still staying in the consumer tech space.
As a kid I used both Apple and Compaq computers in the text based OS days. Over the years I’ve purchased Apple systems periodically over the years and their recent entrants are extremely capable. While in the modern era I’ve never fully made the switch away from Windoze and Linux, I do give Apple props for doing what they do. 💪
The following (attempted) analysis hits close to home for me. AnandTech was one of my go-to sites when I built my first PC back in the day: a Tyan motherboard, Pentium II 233 MHz, SCSI hard drive, with Anand’s articles as the guide (I was a sophomore in HS I believe, and Anand was young as well). That was a blast, and Anand’s deep-dive hardware coverage was a huge part of what made the hobby so rewarding. (Anand eventually joined Apple, which tells you something about the caliber of talent they attract.) AnandTech had some of the best Apple silicon analysis ever published, and this article is written in that spirit: real data, real math, no hand-waving. At least as much as can be for a product that hasn’t been released (thankfully the CPU is a pretty known entity and we know how Apple puts these sorts of products together).
With all that said, here’s a look at how Apple, and really only Apple, can deliver this kind of vertically and horizontally integrated product at a $599 price point while maintaining a comparatively high-quality build. They designed the chip, they control the OS, they negotiate directly with TSMC, and they amortize silicon costs across 230 million iPhones a year. Nobody else has that supply chain.
Yes, 8GB of RAM is a real limitation. But give it a year and the next version will almost certainly ship with 12GB and a modest CPU bump. Apple will maintain their margins, the world will continue on, and early adopters will have gotten a surprisingly capable machine in the meantime. There’s also a silver lining to the tight memory envelope: Apple has to keep macOS running well within 8GB, which is actually a nice forcing function against bloat and inefficiency. We could all use a little more of that.
Now, let’s get into the numbers. ⬇️
Availability Heads Up Due to high demand, Apple has been periodically backordered on MacBook Neos lately, but somehow Amazon has them in stock for ~$589 ($10 less than Apple).
Technical Analysis
What processor is in the MacBook Neo? The MacBook Neo runs Apple’s A18 Pro, the same chip used in the iPhone 16 Pro. Six CPU cores (2 performance + 4 efficiency), a 5-core GPU, a 16-core Neural Engine, fabricated on TSMC’s second-generation 3nm process (N3E). Geekbench 6 (cold, 3-run average): 3,569 single-core, 8,879 multi-core
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