The much-anticipated Mobile World Congress (MWC) 2025 is underway, bringing an exciting array of technological innovations from leading brands. Among the highlights of this year’s event, Realme took the opportunity to unveil its globally launched Realme 14 Pro series along with innovative features centered around artificial intelligence.
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Introducing the Realme 14 Pro Series
The Realme 14 Pro series, previously launched in select territories, has now made its way to European consumers. This lineup features two models—the standard 14 Pro and the enhanced 14 Pro+. One of the standout aspects of these devices is their rear panels that change color based on temperature fluctuations. While visually appealing, their true strength lies in performance; powered by Qualcomm’s Snapdragon 7s Gen 3 chipset for the Pro+ model and MediaTek’s Dimensity 7300 for the standard version. Though not flagship-level processors, they provide ample power suitable for mid-range smartphones.
The pricing for this impressive series starts at €529.99 for the Realme 14 Pro+ and €429.99 for the basic model.
AI Innovations Shown Off by Realme
Realme also introduced several AI-centric software advancements during their presentation—most notably a voice-operated AI Retoucher feature allowing users to effortlessly enhance photos with verbal commands. For instance, commands like “change background” or “add fireworks” let users customize images with ease. Furthermore, an AI Video Eraser tool enables immediate removal of undesired elements from video footage.
An Innovation in Photography? The Interchangeable-Lens Concept
Perhaps one of the most intriguing reveals was what Realme dubbed as its “Interchangeable-lens Concept.” This prototype showcases a custom-built Sony sensor at one inch paired with an innovative lens mount design that can accommodate DSLR lenses directly on a smartphone—think adding specific portrait or telephoto lenses to expand mobile photography capabilities significantly.
While there’s no confirmation on whether this concept will progress toward mass production yet, it certainly holds promise as an exciting potential development in smartphone technology interfaces worldwide.
