Storage and RAM are matched — both phones ship with 512GB of storage and 12GB of RAM — but the silicon underneath tells a very different story. The Redmi Note 14 Pro+ runs on a Snapdragon 7s Gen 3 built on a 4 nm process node, while the WP55 Ultra relies on a Dimensity 7025 on 6 nm. A smaller node generally translates to better power efficiency and more headroom for sustained performance, and the benchmark results confirm the gap decisively: the Redmi scores 736,300 on AnTuTu versus 488,970 for the WP55 Ultra — roughly a 50% lead that places these chips in distinctly different performance tiers.
CPU benchmarks reinforce this. In Geekbench 6 multi-core, the Redmi posts 3,239 against the WP55 Ultra's 2,291 — a lead of over 40% that will be felt in demanding workloads like video editing, gaming, and heavy multitasking. GPU performance follows the same pattern: the Redmi's Adreno 710 runs at 1,050 MHz with 128 shading units, compared to the WP55 Ultra's IMG BXM-8-256 at 900 MHz with just 18 shading units. That gap in shading units is enormous and directly limits the WP55 Ultra's capability with graphically intensive games and GPU compute tasks. One counterpoint worth noting: the WP55 Ultra uses faster DDR5 RAM at 3,200 MHz... wait, actually it's 2,750 MHz DDR5 vs 3,200 MHz DDR4 on the Redmi — the Redmi has faster RAM speed despite using DDR4, which benefits bandwidth-sensitive tasks.
The Redmi Note 14 Pro+ holds an unambiguous performance advantage in this category. Across every meaningful benchmark and key silicon metric — process node, CPU throughput, GPU capability — it outpaces the WP55 Ultra by a substantial margin. For users who care about gaming, app responsiveness, or future-proofing, the Redmi's Snapdragon 7s Gen 3 is the stronger platform.