Chipset choice defines this category. The Xiaomi Pad 7 Ultra runs on Xiaomi's in-house Xring O1, a 10-thread, 3 nm chip — a notable milestone as Xiaomi's first serious foray into custom silicon. The Xiaomi Pad 8 Pro counters with the Qualcomm Snapdragon 8 Elite, a well-established flagship SoC with a strong performance pedigree. The benchmark numbers tell a clear story: the Pad 8 Pro scores 10,059 in Geekbench 6 multi-core and 3,234 single-core, against the Pad 7 Ultra's 8,125 and 2,709 respectively. That is a roughly 24% multi-core and 19% single-core lead — a gap large enough to matter in sustained workloads like video editing, AI processing, and complex multitasking.
Memory performance also tilts toward the Pad 8 Pro. Its RAM runs at 5,300 MHz versus the Pad 7 Ultra's 4,800 MHz, and its memory bandwidth reaches 85.1 GB/s compared to 76.8 GB/s — both meaningful advantages for data-hungry tasks. The Pad 8 Pro also supports a maximum of 24 GB of RAM in higher-configured variants, versus the Pad 7 Ultra's ceiling of 16 GB. On storage, however, the Pad 7 Ultra ships with up to 1,024 GB internally, doubling the Pad 8 Pro's 512 GB — a win for users who store large local libraries without cloud reliance. The Pad 7 Ultra's GPU clock speed of 1,612 MHz is higher than the Pad 8 Pro's 1,100 MHz, but raw clock comparisons across different GPU architectures (Immortalis-G925 vs. Adreno 830) are not directly equivalent.
The Pad 8 Pro also launches on Android 16 versus the Pad 7 Ultra's Android 15, offering a longer effective software support runway from day one. Taken together, the Pad 8 Pro holds a clear performance advantage: its lead in CPU benchmarks, memory speed, bandwidth, and maximum RAM capacity outweighs the Pad 7 Ultra's larger base storage. The Xring O1 is an impressive debut chip, but the Snapdragon 8 Elite is a more proven and faster performer by the numbers provided.