Apple has unveiled its latest M4 processors, which herald significant enhancements in both CPU and GPU performance for the MacBook Pro 14 and MacBook Pro 16 laptops. The cutting-edge M4 Pro and Max chips, succeeding the previous M4 and M4 Pro updates for Apple’s iMac and Mac Mini desktops, are expected to deliver not only improved computational power but also optimized AI capabilities and extended battery life for users.
Each M4 chip is equipped with a state-of-the-art Gen 2, 16-core neural cluster, offering improved speeds over the initial generation, and designed to facilitate the rollout of early Apple Intelligence features. These advancements will be accessible as part of the upcoming MacOS 15.1 and subsequent software updates. The baseline M4 model features up to 10 CPU and 10 GPU cores, while the upgraded M4 Pro boasts up to 14 CPU and 20 GPU cores, and the M4 Max elevates this with up to 16 CPU and a staggering 40 GPU cores. This architecture indicates a substantial leap in performance, particularly for gaming, when comparing the M4 Pro to the M4 Max. Notably, the M4 Pro shows impressive progress from the previous M3 generation, with memory bandwidth soaring from 150GB/sec to an exceptional 273GB/sec.
M4-series processors
| Apple M4 | Apple M4 Pro | Apple M4 Max | |
|---|---|---|---|
| Chip configurations (CPU/GPU cores) | |||
| Performance cores | |||
| Efficiency cores | |||
| Neural engine cores (second gen) | |||
| Peak memory bandwidth (GBps) | |||
| MacBook Pro memory configurations (base/max, GB) |
All MacBook models, including both the M2 and M3 MacBook Air, are now equipped with a minimum memory capacity of 16GB, which is now deemed essential for efficient AI processing utilizing Apple’s integrated GPU. Fortunately, there will be no pricing increase for entry-level models. Specifically, the entry-level configuration of the MacBook Pro 16 has been enhanced with 24GB of RAM, a modest increase from the previous 18GB.
Physically, the new MacBook Pros maintain their sleek design without visible changes, aside from an additional Thunderbolt port on the MacBook Pro 14, now totaling three ports. All systems outfitted with the M4 Pro or Max will also feature the advanced Thunderbolt 5 ports. Additionally, these models will enjoy an upgraded 12-megapixel Center Stage camera, a significant advancement from the previous 1080p FaceTime camera. Moreover, the 14-inch M4 model is now available in a sophisticated space black finish, similar to the more premium versions.
Equipped with the innovative Tandem OLED video controller, the M4 chips enable Liquid Retina XDR displays to achieve brightness levels of up to 1,000 nits in standard dynamic range (SDR), with the added option of a new non-reflective nano-texture layer that, for an additional $150, enhances visual performance.
The new MacBook Pro models are anticipated to offer an increase in battery life, with estimates suggesting several additional hours of usage; however, actual performance will still depend heavily on individual component configurations and battery capacities.
The MacBook Pro 14 is priced starting at $1,599 (£1,599, AU$2,499), while the MacBook Pro 16 begins at $2,499 (£2,499, AU$3,999). Preorders for these highly anticipated models commence today, and they are expected to ship on November 8.
**Interview with Tech Analyst, Jamie Turner, on Apple’s New M4 Processors**
**Editor:** Thank you for joining us today, Jamie. Apple has just announced their latest M4 processors for the MacBook Pro series. What stands out to you about these new processors?
**Jamie Turner:** Thanks for having me! What really stands out is the significant performance boost in both CPU and GPU capabilities. The M4 Pro and M4 Max chips not only enhance computational power but also introduce impressive AI optimizations. The architecture improvements alongside the increase in memory bandwidth are quite noteworthy, especially for creative professionals and gamers alike.
**Editor:** You mentioned the increase in memory bandwidth. Can you elaborate on its importance, particularly for users in creative fields?
**Jamie Turner:** Absolutely. The M4 Pro’s bandwidth has jumped from 150GB/sec in the M3 generation to an impressive 273GB/sec. This increase means that tasks which require heavy data processing—like video editing and 3D rendering—will see substantial performance enhancements. Creative professionals will find these new models enable faster rendering times and a more efficient workflow.
**Editor:** There’s a lot of focus on AI capabilities with these new chips. What are the implications of the 16-core Gen 2 neural engine?
**Jamie Turner:** The new 16-core neural engine is a game changer. It’s designed to accelerate AI operations significantly, allowing for more advanced features in Apple’s software ecosystem. As we look forward to features in macOS 15.1 and beyond, users can expect smarter, more responsive computing experiences—everything from photo editing to speech recognition will be enhanced.
**Editor:** The new configurations offer a range from the M4 to the M4 Max. Who do you think will benefit the most from the higher tier M4 Max?
**Jamie Turner:** The M4 Max is tailored for power users—think professional photographers, video editors, and game developers. With up to 16 CPU cores and 40 GPU cores, it’s designed for intensive tasks that demand high performance without bottlenecks. The gaming community should also appreciate the leap in graphical capabilities, making for smoother gameplay and better graphics performance.
**Editor:** Many of the new MacBook models, including the M2 and M3 MacBook Air, now have a minimum memory capacity of 16GB. Why is this significant?
**Jamie Turner:** This is crucial because, as AI processing becomes more integrated into everyday applications, more memory is necessary to manage these heavier workloads effectively. With 16GB as the baseline, users are better equipped to handle advanced features without lag—ensuring a smoother user experience across tasks.
**Editor:** Final thoughts on the M4 series as they enter the market?
**Jamie Turner:** Apple’s M4 series brings substantial advancements that position the MacBook Pro models as serious contenders for high-performance computing needs. Whether you’re a creative professional or a gamer, there’s a noticeable leap in performance and capabilities that should satisfy current and future demands.
**Editor:** Thank you, Jamie, for your insights on the M4 processors!
**Jamie Turner:** My pleasure! Excited to see how these chips perform in real-world applications.
