According to official information, REDMI's upcoming Note 15 Pro series features significant upgrades in several core user experiences, particularly in audio performance. The system introduces a 400% loudspeaker mode for the first time, reaching a maximum volume of 82.5dB. This feature aims to address the pain point of users struggling to detect incoming calls in noisy environments. This feature, combined with flagship-grade 1115 symmetrical dual speakers, not only boosts volume but also ensures excellent sound quality, ensuring calls, notifications, and media playback are clearly audible, preventing important information from being missed.
As REDMI's next-generation "Little King Kong," positioned as the "king of mid-range user experience," the Note 15 Pro series has been comprehensively optimized in terms of screen, battery life, and durability. It features a 6.83-inch 1.5K Super Sunlight display, using the same luminous material as its flagship models. It boasts a peak brightness of 3200 nits and a global brightness of 1800 nits. Its intelligent "stronger light, brighter screen" adjustment mechanism ensures clear visibility even in direct sunlight, significantly enhancing the outdoor user experience.
In terms of battery life, the Note 15 Pro+ will be equipped with a large-capacity 7000mAh Xiaomi Jinshajiang battery, combined with 90W wired fast charging and 22.5W reverse fast charging, creating a "golden battery life combination." Officially, the battery supports 1600 cycles and can maintain high health after five years of normal use, balancing long battery life and durability.
In terms of design, the series debuts a "full-depth micro-curved screen" and wide-angle bezel design, enhancing the grip and visual immersion. Furthermore, the screen is covered with Xiaomi Dragon Crystal Glass for enhanced drop and scratch resistance. To verify its durability, REDMI demonstrated the rigorous testing the product underwent during its R&D phase, including extreme scenarios such as a 1.8-meter drop from granite, a steel ball impacting the screen, and continuous impacts with a large pendulum, to ensure the device's reliability in complex usage environments.
