Introduction
Apple MacBooks use Apple unified silicon comprising CPU, GPU and memory elements, as opposed to separate Intel or AMD CPUs and NVIDIA or AMD GPUs as seen in most laptop PCs. They also are pre-installed with the macOS operating system rather than Windows, so the user experience can be quite different. This guide will take you through all the elements that will influence your decision of which Apple MacBook to choose, but we'll start first and foremost with the families, their differences and use case suitabilities.
The best place to start when choosing a MacBook is the type and size - as both have a significant impact on cost. There are three distinct families of Apple MacBook - Neo, Air and Pro - as detailed in the table below.
| SCREEN SIZE |
13in |
13.6in |
15.3in |
14.2in |
16.2in |
| PROCESSOR |
A18 Pro |
M5 |
M5 |
M5 / M5 Pro / M5 Max |
M5 Pro / M5 Max |
| WEIGHT |
1.23kg |
1.23kg |
1.51kg |
Up to 1.55kg |
Up to 2.15kg |
| PORTS |
2x USB-C |
2x Thunderbolt / USB-C |
2x Thunderbolt / USB-C |
3x Thunderbolt / USB-C, 1x HDMI, 1x SDXC |
3x Thunderbolt / USB-C, 1x HDMI, 1x SDXC |
| BATTERY LIFE |
Up to 16hrs |
Up to 18hrs |
Up to 18hrs |
Up to 24hrs |
Up to 24hrs |
| DISCRETE GPU |
✖ |
✖ |
✖ |
✖ |
✖ |
| COST |
£ |
££ |
£££ |
££££ |
£££££ |
| TYPICAL USE CASE |
Consumer |
Consumer |
Prosumer |
Professional Graphics / Video |
Professional Graphics / Video |
The Neo is an entry-level model, and is based around the older A18 Pro processor to keep the cost down. In contrast, the Air and Pro models are based on more capable M-series processors. The most major difference between the Air and Pro models is processor capabilities and connectivity. The Pro models use the latest processors, as they are aimed at professional users, whereas the Air models have also been stripped of some of the extra ports seen on the Pro models, in an effort to reduce weight and height.
Screen Resolution
Along with your decision on screen size, it's also worth thinking about the screen's resolution - after all you're going to be staring at it a lot whether you're working, browsing the web or using video calling applications such as FaceTime or Skype. If you're going spend a lot of time using graphics applications or spreadsheets you want as high a resolution as possible. All Apple MacBooks have a screen resolution well above 1,920 x 1,080, aka FullHD, so the viewing experience will be rewarding whichever model you choose.
| SCREEN SIZE |
13in |
13.6in |
15.3in |
14.2in |
16.2in |
| RESOLUTION |
2,408 x 1,506 |
2,560 x 1,664 |
2,880 x 1,864 |
3,024 x 1,964 |
3,456 x 2,234 |
All Apple MacBooks also support the ability to connect an external screen - through one of the Thunderbolt / USB-C ports - either to mirror the inbuilt display onto a larger monitor or extend the display area to two screens - most useful when using several applications at once so you can see them side by side. We'll have a look at external monitors later in this guide.
MacBook Processors
After the physical considerations of screen size and weight, the most important aspect of laptop choice will be the processor or CPU as this will ultimately determine its performance. Processor choice essentially comes down to what you intend to use the laptop for. Light web browsing and basic work applications such as Pages or Word, Numbers or Excel, and Keynote or Powerpoint, will be much less demanding or graphically-demanding tasks such as Photoshop or or Final Cut Pro. You should make your decision on the most intensive workloads to ensure the laptop doesn't struggle with any work you wish to do - even if you don't intend to use a processor hungry application very often, you'll still notice the problems you have when you do use it if your processor is underpowered.
The MacBook range of laptops use unified chips from the entry-level Apple A-series and mid-range/high-end M-series. These both contain three types of distinct cores - CPU, GPU and Neural Engine. CPU cores are divided into performance and efficiency cores and the Neural Engine is a specialised set of cores that accelerate AI. Much like Intel or AMD, the range evolves generation by generation, with a higher number indicating a later version - the below table compares processors currently used in MacBooks.
| A18 PRO |
6 (2+4) |
5 |
16 |
8GB |
60GB/s |
| M2 |
8 (4+4) |
10 |
16 |
8GB - 24GB |
100GB/s |
| M2 PRO |
10 (6+4) / 12 (6+6) |
16 / 19 |
16 |
32GB |
200GB/s |
| M2 MAX |
12 (8+4) |
30 / 38 |
16 |
32 - 96GB |
400GB/s |
| M2 ULTRA |
24 (16+8) |
60 / 76 |
32 |
64 - 192GB |
800GB/s |
| M3 |
8 (4+4) |
10 |
16 |
16 - 24GB |
100GB/s |
| M3 ULTRA |
28 (20+8) |
60 |
32 |
96 - 512GB |
819GB/s |
| M4 |
10 (4+6) |
10 |
16 |
16 - 32GB |
120GB/s |
| M4 PRO |
12 (8+4) |
16 |
16 |
24 - 64GB |
273GB/s |
| M4 MAX |
14 (10+4) |
32 |
16 |
36 - 128GB |
410GB/s |
| M5 |
10 (4+6) |
10 |
16 |
16 – 32GB |
153GB/s |
| M5 PRO |
15 (5+10) |
20 |
16 |
24 – 64GB |
307GB/s |
| M5 MAX |
18 (6+12) |
32 |
16 |
36 – 128GB |
460GB/s |
Additional Screens
As mentioned previously, having an additional external screen or monitor can either provide simply a larger screen when you are using your laptop in a fixed desk environment, or a second (or third) screen to enable applications open side by side. Much like your MacBook screen there are resolution considerations to think about - a higher definition screen will perform much better for graphical applications but will ultimately cost more - especially if you are considering Apple's own 5K 27in or 6K 32in screens.
VIEW RANGE
All MacBooks support a minimum of one external monitor as detailed in the table below.
| PROCESSOR |
A18 Pro |
M5 |
M5 |
M5 Pro |
M5 Max |
|
SINGLE EXTERNAL MONITOR SUPPORT
|
1x 4K at 60Hz |
1x 8K at 60Hz
or 5K at 120Hz
or 4K at 240Hz
|
1x 8K at 60Hz
or 5K at 120Hz
or 4K at 240Hz
|
See below |
See below |
|
MULTIPLE EXTERNAL MONITOR SUPPORT
|
|
2x 6K at 60Hz
or 4K at 144Hz
|
2x 6K at 60Hz
or 4K at 144Hz
|
Dual Monitor Configuration:
1x 8K at 60Hz
or 5K at 120Hz
or 4K at 240Hz
plus 1x 5K at 120Hz
or 4K at 200Hz
Triple Monitor Configuration:
3x 6K at 60Hz
or 4K at 144Hz
|
Dual Monitor Configuration:
2x 8K at 60Hz
or 5K at 120Hz
or 4K at 240Hz
Quad Monitor Configuration:
4x 6K at 60Hz
or 4K at 144Hz
|