Xiaomi is preparing to unveil the Redmi Book Pro (2025), a new addition to its popular line of laptops under the Redmi brand. A recent teaser has surfaced, indicating that this new model will be equipped with an Intel Core Ultra 5 processor. This news comes directly from Ma Zhiyu, product marketing director at Xiaomi, who shared images of the upcoming laptop on Weibo, showcasing its specifications and performance capabilities.
The excitement around the Redmi Book Pro (2025) is not just about the upgraded Intel processor. The device will come pre-installed with Xiaomi’s PC Manager software, signaling an enhanced user experience right out of the box. The laptop is also expected to feature Intel Arc integrated graphics, which could indicate its suitability for gaming and other graphics-intensive tasks.
Performance benchmarks have emerged, demonstrating the laptop’s capabilities through gameplay on popular titles such as Black Myth: Wukong. The laptop reportedly averages 67 frames per second (fps), with peak performance reaching 75 fps, and minimal drops to 59 fps under strain. These performance metrics paint a promising picture for gamers and content creators who require efficient and powerful hardware.
Notably, the teaser image shows a wallpaper featuring the Xiaomi SU7 electric car, hinting at a broader integration of Xiaomi’s technology and products. The Xiaomi SU7 is set to launch next month, adding another layer of anticipation for fans of the brand.
This announcement follows the earlier reveal of the Redmi Book 14/16 (2025) models in China, suggesting that Xiaomi is committed to expanding its laptop offerings. The market for high-performance notebooks continues to grow, and Xiaomi’s efforts in this sector could position it as a formidable player against established competitors.
As Xiaomi continues to innovate and refine its product line, the Redmi Book Pro (2025) is poised to excite both tech enthusiasts and everyday users looking for reliable performance. The official launch details remain unconfirmed, but interest in the device is expected to rise significantly as more information becomes available.