AnTuTu’s September benchmark release shows Apple devices occupying the top spots in both tablet and smartphone charts. The 11-inch iPad Pro M4 posts an average of 2.52 million points, followed by the larger 13-inch model at about 2.49 million. The 12.9-inch iPad Pro M2 clocks in near 2.06 million. These figures reflect Apple silicon’s ongoing push to extract more performance from mobile hardware while balancing energy efficiency. Across tasks ranging from creative workloads to gaming and everyday multitasking, the top scores illustrate how Apple’s latest cores and GPU architectures translate into tangible speed gains for users. In North America and beyond, these results signal a new era of smooth, responsive mobile experiences that blend power and efficiency for professionals and casual users alike.
Down the line, the fourth through seventh places are dominated by iPad variants. The 13-inch iPad Air M2 posts 1.95 million, followed by the 11-inch iPad Pro M2 at 1.92 million. The 11-inch iPad Air M2 registers about 1.85 million, and the 12.9-inch iPad Pro M1 sits at 1.76 million. Taken together, these scores underscore a broad strength across Apple’s tablet family, with each model delivering meaningful CPU and GPU improvements while maintaining efficient power use that supports longer sessions of photo editing, video work, coding, and multitasking in real life scenarios. The result is a versatile lineup capable of handling demanding workflows without compromising battery life or heat management, a key consideration for creators and developers who rely on mobile devices for on‑the‑go productivity.
Next in line are the 11-inch iPad Pro M1 with around 1.69 million, the iPhone 16 Pro Max at about 1.66 million, and the iPhone 16 Pro powered by the A18 Pro chip. These devices are described as the most capable Apple smartphones in the current market, reflecting notable advances in graphics performance, machine learning accelerators, and sustained performance when workloads push the hardware. For users in Canada and the United States, this translates to faster rendering of high‑resolution games, smoother operation of graphics‑intensive apps, and steady responsiveness during prolonged multitasking across apps and services, even under heavy loads.
Beyond the top tier, the iPhone 16 Plus and iPhone 16 trail with scores near 1.55 million and 1.53 million, occupying the 12th and 13th spots. The iPhone 15 Pro stands in 14th place with approximately 1.5 million points, demonstrating that Apple’s current generation still dominates the premium end of mobile performance while older flagships remain competitive in real-world workloads such as streaming, photo editing, and multitasking across apps and services. This distribution shows how Apple spreads performance benefits across its catalog, giving consumers in North America a wide range of options that balance speed, efficiency, and value for different use cases.
Earlier reports noted a hardware nuance on the iPhone 16 when the device was subjected to drops, specifically affecting the Camera Control button in some test builds. This issue did not alter the overall performance assessment, but it did raise questions about long-term durability and hardware consistency in certain units, an important consideration for buyers who depend on reliability in daily use and professional settings.
Overall, the September evaluation underscores Apple’s leadership in processing power and graphics across both tablets and phones. The iPad Pro lines show top-tier CPU and GPU performance, while the iPhone 16 family demonstrates capable, sustained speed for demanding apps and games on mobile platforms. The scores reveal how Apple devices balance raw processing power with energy efficiency, enabling extended use without excessive heat or battery drain. These results matter for consumers weighing high-end tablets for creative work and flagship smartphones for gaming, multimedia, and multitasking across apps and services. The data provide a clear snapshot of Apple’s position in the premium segment of mobile devices, with multiple models delivering strong, reliable measurements across a range of tests and workloads.