The October 2023 AnTuTu benchmark crowned the latest flagship Xiaomi 14 as the most powerful smartphone in its overall ranking, drawing attention from readers of Sparrows News. In this performance showcase, the Xiaomi 14 sits at the top, followed closely by its sibling model, the Xiaomi 14 Pro, with both devices powered by the formidable Snapdragon 8 Gen3 platform and equipped with 16 GB of RAM and 512 GB of storage. The Xiaomi duo posted impressive scores of 1,997,427 for the standard Xiaomi 14 and 1,985,014 for the 14 Pro, underscoring their high-end processing capabilities and memory configuration. Close behind them is the OnePlus Ace 2 Pro, which achieved 1,663,507 points and represents a strong competitor in the premium tier with its Snapdragon 8 Gen2 processor and expansive memory options (24 GB RAM and 1 TB storage).
The list continues with the iQOO 11S scoring 1,650,842 points, followed by the iQOO 11 Pro at 1,633,169, then the Vivo X90 Pro+ with 1,624,675, Realme GT5 240W at 1,621,188, and the Oppo Find X6 Pro at 1,591,832. These numbers illustrate a wide spread between the top models and the rest of the flagships, highlighting how brand ecosystems and memory configurations can influence benchmark outcomes. Sparrows News notes that the Xiaomi flagships currently hold a substantial lead over their nearest rivals, with a gap approaching the 300,000-point mark. This edge is largely attributed to the Xiaomi models adopting the newest Qualcomm processors ahead of most competitors, along with their optimized cooling solutions and memory bandwidth. The result is sustained peak performance that translates into higher benchmark scores across the board (Sparrows News).
Earlier signals from Xiaomi suggested that the new flagships would deliver robust performance under sustained loads and improved power management, aligning with the expectations set by their hardware choices. The emphasis on the latest Snapdragon architecture and high memory capacity helps explain why the Xiaomi 14 series remains a dominant force in synthetic benchmarking, even as other manufacturers push their own high-end configurations. In the wider context of flagship devices, these score differentials reflect not only raw CPU power but also the overall system efficiency, thermal behavior, and software optimization that shape real-world performance (Sparrows News).