Apple now provides solutions for nearly every requirement, from everyday tasks to intensive computations.
If I were one of Apple’s newly launched M5 MacBook Pro systems, I might feel somewhat overshadowed by the arrival of the new MacBook Neo, which seems to effortlessly command attention.
Indeed, the remarkably disruptive Neo presents a compelling option for almost anyone seeking an affordable, general-purpose computer. However, it’s crucial not to overlook the robust power and performance that Apple’s high-end line-up offers, catering to advanced users with the most demanding workloads.
Exploring the Data
Essentially, the inherent processing power of a MacBook Pro allows for tasks like 3D model building with similar ease to creating a spreadsheet on a Neo. Geekbench benchmarks underscore this point. (For context, I’ve included the M1 chip for comparison.) The following Geekbench scores highlight the significant differences:
- M1 Mac: 2,386 single-core; 8,571 multi-core.
- MacBook Neo: 3,467 single-core; 8,668 multi-core.
- M5 Mac: 4,227 single-core; 17,802 multi-core.
- M5 Pro Mac: 4,280 single-core; 28,030 multi-core.
- M5 Max Mac: 4,268 single-core; 29,159 multi-core.
The figures reveal that for the most intensive multi-core operations, Apple has more than tripled its computational performance within a mere five years. It’s also noteworthy that Apple states the M5 Pro/Max systems deliver over six times the peak AI compute compared to the original M1 systems.
This pace of advancement surpasses Moore’s Law, which predicts computational performance to double every 18-24 months. This trajectory demonstrates how rapidly Apple’s Macs have achieved highly competitive standing within the upper echelons of the PC industry. The thermal throttling limitations that hindered Intel Macs during demanding tasks are a thing of the past, replaced by the capability to leverage Apple’s computers for sustained high performance.
Macs have always been capable, which is why millions have adopted them. However, the advent of Apple Silicon elevated them with an unparalleled degree of hardware excellence they previously lacked.
This is Peak Performance
Collectively, this has led to entry-level MacBook Airs outperforming Intel-based MacBook Pros. Meanwhile, like the F1-series vehicles currently captivating Apple executives, MacBook Pro performance, including that of the new M5 Pro/Max systems, has accelerated at an incredible pace.
The reality is that performance across both professional and entry-level Macs has advanced so dramatically that it has created a substantial void at the lower end. The MacBook Neo, with its iPhone chip, can effortlessly fill this space. Consequently, Apple’s traditional two-tiered Pro/Consumer product model has evolved into a Good, Better, and Best hierarchy of options.
Moreover, Apple’s silicon development appears to be progressing so rapidly that it is carving out room for an entirely new ‘Ultra’ category for the most demanding users, as recent reports indicate.
As a result, the market segment Apple can cater to with Macs is expanding as quickly as its product lineup. Future Ultra Macs will extend this reach to the very highest tiers currently dominated by extremely expensive PC workstations, while the Neo range (which I anticipate will gain a backlit keyboard and more memory next year) reaches out to students and everyday computer users.
General Purpose, Not Generic
It’s important to remember that, despite being an entry-level, $599 system, the MacBook Neo is faster for everyday (single-core) tasks than the M3 Macs Apple launched in October 2023. Here are the Geekbench figures:
- MacBook Neo: 3,467 single-core, 8,668 multi-core.
- M3 Mac: 3,135 single-core, 12,042 multi-core.
The M3, naturally, maintains an advantage for complex operations. It will always hold true that if your work involves anything beyond casual video or image editing, you should opt for a more advanced Mac than a Neo.
By highlighting the impressive power of the iPhone chip within a MacBook Neo in terms of Mac performance, I also aim to illustrate the remarkable strides Apple has made at the premium end of its product spectrum. If you need to browse the web and send emails, a Neo will suffice; however, if your needs include researching and developing AI models, or running any workloads demanding maximum GPU compute and high unified memory bandwidth, the M5 Max MacBook Pro is designed to deliver.
Apple’s Growing Affordability Advantage
A further point of consideration:
A TrendForce report published earlier this week forecasts significant (40%) price increases for PC notebooks as manufacturers contend with drastic cost surges for memory and CPUs. This poses a much greater challenge for Windows OEMs than for Apple, partly because Apple controls the production of its own processors. This control makes them more cost-effective to acquire, and while Apple is incorporating more memory into some Macs, it can still provide these high-performance experiences with less RAM than a comparable PC would require.
Apple has consistently optimized its systems to achieve more with less memory. As the AI revolution drives memory prices upward, this efficient approach renders the Mac maker more resilient to component-driven price hikes than its competitors.
An Unprecedented Time to Adopt Mac
In summary, Macs no longer appear to be prohibitively expensive. For IT procurement managers, this suggests an unparalleled opportunity to integrate Macs into employee technology preference programs. Moreover, with Apple Silicon, the future promises even greater innovations.
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