Copilot+ PCs vs. MacBooks: The New Laptop War

For years, Apple Silicon has dominated the laptop market with unmatched battery life and performance. Now, Microsoft and its hardware partners are fighting back. Powered by Qualcomm Snapdragon X Elite chips, the new Copilot+ PCs promise to beat MacBooks at their own game. Let us see how they compare.

The Engine: Snapdragon X Elite vs. Apple M-Series

Apple changed the computer industry in 2020 when it moved away from Intel and introduced the M1 chip. This chip used an ARM-based architecture, similar to smartphones, which allowed MacBooks to run faster while using very little power. Currently, the MacBook Air features the M3 chip, while the newest iPad Pros use the M4 chip.

Windows laptops struggled to catch up until Qualcomm released the Snapdragon X Elite and Snapdragon X Plus processors. Like Apple Silicon, these are ARM-based chips. The Snapdragon X Elite features 12 CPU cores and a powerful Neural Processing Unit (NPU) dedicated to artificial intelligence tasks.

Early benchmark tests from outlets like Tom’s Guide show the Snapdragon X Elite often beats the Apple M3 in multi-core performance tests. This means tasks like video rendering and heavy multitasking run incredibly smooth on the new Windows machines.

Battery Life: Finally a Fair Fight

The biggest complaint about Windows laptops has always been battery life. Before 2024, a standard Intel-based Windows laptop might last five or six hours away from a wall outlet. Meanwhile, the 13-inch MacBook Air M3 easily pushes past 14 hours of real-world web browsing.

The Snapdragon chips change everything. Because ARM architecture is highly efficient, new Windows laptops are hitting MacBook numbers.

Here are some specific battery claims from the manufacturers:

Microsoft Surface Laptop 7: Up to 20 hours of local video playback.
HP OmniBook X: Up to 26 hours of video playback.
Apple MacBook Air 13-inch M3: Up to 18 hours of Apple TV app movie playback.

In independent testing, both the MacBook Air M3 and the new Surface Laptop 7 provide around 15 hours of continuous web surfing over Wi-Fi. Windows users no longer have to sacrifice battery life to stay in the Microsoft ecosystem.

AI Features: Copilot+ vs. Apple Intelligence

To earn the “Copilot+” label from Microsoft, a laptop must meet strict hardware requirements. It needs at least 16GB of RAM, 256GB of storage, and an NPU capable of 40 Tera Operations Per Second (TOPS). The Snapdragon X Elite NPU hits 45 TOPS. For comparison, the NPU in the Apple M3 chip tops out at 18 TOPS, and the newer M4 chip reaches 38 TOPS.

This extra NPU power allows Copilot+ PCs to run heavy artificial intelligence tasks locally on the device without needing an internet connection.

Specific Copilot+ features include:

Live Captions: The PC can translate live audio from 44 different languages into English text on your screen in real time.
Cocreator: Built into Microsoft Paint, this tool generates images based on your rough sketches and text prompts.
Windows Studio Effects: The NPU automatically blurs your background, improves your lighting, and maintains eye contact during Zoom or Teams calls.

Apple is launching its own suite called Apple Intelligence in macOS Sequoia. This will include writing tools, a smarter Siri, and custom emoji generation. However, Apple Intelligence relies on the M-series chips, making the fight for AI dominance incredibly close.

Pricing and Hardware Value

When you compare pricing, Windows laptops offer a significant advantage in baseline specifications.

The base model 13-inch MacBook Air M3 costs $1,099. However, this base model only includes 8GB of Unified Memory (RAM) and 256GB of storage. If you want to upgrade a MacBook Air to 16GB of RAM, Apple charges an extra $200, bringing the total to $1,299.

Copilot+ PCs start with much better base specs. The Microsoft Surface Laptop 7 (13.8-inch), the Lenovo Yoga Slim 7x, and the Asus Vivobook S 15 all start around $999 to $1,199. Every single Copilot+ PC includes 16GB of RAM as the standard baseline. This makes the Windows options a better financial value if you need extra memory for multitasking.

App Compatibility

Because Snapdragon chips use ARM architecture, they cannot natively run older software built for traditional Intel or AMD processors. Microsoft solved this by building an emulator called Prism.

Prism works quietly in the background to translate older x86 Windows apps so they run on the new Snapdragon chips. This is the exact same strategy Apple used with Rosetta 2 when transitioning to the M1 chip. Popular apps like Google Chrome, Spotify, Adobe Photoshop, and Microsoft Office run perfectly.

However, gaming remains a weak point for both platforms. Many PC games use anti-cheat software that completely blocks ARM-based Windows laptops. MacBooks also struggle with gaming due to a lack of developer support, though Apple has convinced developers to bring specific titles like Resident Evil Village natively to the Mac. If you are a hardcore gamer, neither a MacBook nor a Copilot+ PC is the right choice.

Frequently Asked Questions

What exactly is a Copilot+ PC? A Copilot+ PC is a specific certification created by Microsoft. To get this label, a laptop must have a Neural Processing Unit (NPU) capable of 40 TOPS, a minimum of 16GB of RAM, and at least 256GB of storage. These laptops are designed to process artificial intelligence tasks directly on the device.

Can I play PC games on a Snapdragon X Elite laptop? You can play some casual or older games, but these are not gaming laptops. Because the Snapdragon uses an ARM chip, it has to emulate traditional Windows games. This causes lower frame rates. Additionally, heavy anti-cheat software found in popular multiplayer games will often prevent the game from launching on an ARM processor.

Does a MacBook or a Copilot+ PC have better battery life? They are currently tied. Both the Apple M3 MacBooks and the new Snapdragon X Elite Windows laptops offer incredibly long battery life. Depending on your screen brightness and the apps you run, you can expect between 14 to 18 hours of real-world use from both machines.