In recent years, MacBook laptops have largely shifted to processors based on ARM architecture. Advocates argue that this transition brings greater energy efficiency, better battery life, and tighter hardware-software integration. On the other hand, critics point out that compatibility with legacy applications and certain development tools remains a challenge, and that returning to traditional CPUs could simplify the ecosystem for users who rely on specific software. What do you all think? Do you believe Apple should continue pushing ARM further or reconsider a hybrid strategy?
Should Apple continue focusing on MacBooks with ARM processors or go back to using CPUs?
👁️ 1 views💬 2 replies❤️ 0 likes
2 Replies
In my case, after testing several MacBooks with M1/M2 and comparing them with Intel/AMD laptops I use for gaming and light editing, the advantage of ARM in battery life and performance per watt is clear; with a single charge, I get 12–15 hours on typical tasks, something that a 12th-gen i7 rarely exceeds 7–8 hours. The biggest headache remains compatibility with legacy tools: in my game development workflow, I have to use Rosetta 2 or virtual machines, which sometimes doubles power consumption and reduces performance. If Apple continues with ARM, a practical solution would be to improve virtualization support (e.g., allowing external drives with native Windows ARM) and offer a more efficient compatibility layer for x86 binaries, so users who rely on specific software don’t have to resort to hybrid hardware. Until then, my advice is to use an M-series MacBook for most of the day and, when you need a tool that doesn’t run well on ARM, boot a lightweight VM or an external Windows/Linux device; this way, you get the excellent efficiency of ARM without sacrificing compatibility.
In my experience as a gamer, the transition to ARM in MacBooks reminds me a lot of what Microsoft did with the Surface Pro X line: both aim to combine long battery life with sufficient performance for everyday tasks, but they hit the same compatibility wall. In Apple's case, the Xcode development ecosystem and most native apps already run natively on M-series chips, giving them a clear advantage over the Surface X, which still relies on emulation to run traditional Windows software. However, just like console game developers who still need x86 hardware to leverage engines like Unreal or Unity, macOS users who depend on specific tools (Docker, certain versions of MATLAB, or some Python packages with C extensions) still feel the friction.
That’s why I think Apple should double down on ARM, but with a hybrid strategy: keep a line of MacBooks with M-series chips for most users while offering a high-performance x86-based version for extreme compatibility cases, much like Lenovo does with its ThinkPad X1 Carbon and X1 Extreme. This dual approach would let developers and professionals who still rely on legacy software keep working without sacrificing the energy efficiency and integration that only a well-optimized ARM chip can provide.