Following the recent official announcement<\/a> of the iPad mini (2026)<\/a>, tech enthusiasts are getting their first look at the device’s raw power. While the tablet is scheduled to arrive in the hands of consumers on November 6, early Geekbench 7 testing has already surfaced, providing a clear picture of what the new OLED-equipped compact tablet is capable of under the hood.<\/p>\n The benchmark data originates from the “iPad19,2” model-the Wi-Fi + Cellular variant. The device achieved a single-core score of 3,879 and a multi-core score of 9,870. These figures offer a fascinating glimpse into how Apple is segmenting its hardware performance this year.<\/p>\n The internal architecture features a five-core CPU configuration, consisting of two performance cores clocked at 4.93GHz and three efficiency cores. This specific setup confirms that the entry-level 128GB and 256GB storage tiers utilize a “binned” version of the A20 Pro chip, which disables one efficiency core. In contrast, the premium 512GB model retains the full six-core CPU architecture. This strategy mirrors Apple\u2019s historical approach to product differentiation, similar to how previous iterations of the iPad mini<\/a> featured silicon variations to manage thermal output and cost.<\/p>\n Beyond the processor specs, the benchmark listing confirms that the new iPad mini is equipped with 12GB of RAM. As is standard practice, Apple has omitted this technical detail from its official marketing collateral, focusing instead on user experience and display quality.<\/p>\n To put these numbers into perspective, it is helpful to look at the flagship iPhone 18 Pro Max<\/a>. When running the same Geekbench 7 test<\/a>, the full-fat six-core A20 Pro chip in the iPhone 18 Pro Max hits 4,024 in single-core and 11,424 in multi-core performance. While the iPad mini\u2019s binned chip shows a slight dip in multi-core throughput, it remains a powerhouse for a device of its size, especially when paired with the new OLED display technology that promises superior contrast and color accuracy compared to traditional LCD panels.<\/p>\nAnalyzing the Geekbench 7 Data<\/h3>\n
RAM and Real-World Comparisons<\/h3>\n