Redmi Note 14 Pro is expected to launch soon alongside the Redmi 14 and Redmi 14 Pro+. Over the past few weeks, rumors have surfaced hinting at various details about the upcoming handset. A new leak suggests that the Redmi Note 14 Pro could be powered by a recently launched processor from Qualcomm. While it is expected to debut in China and globally, there could reportedly be slight differences between models launching in both regions.
Redmi Note 14 Pro Specifications (Expected)
According to a report According to reports from XiaomiTime, the alleged Redmi Note 14 Pro could be powered by a Snapdragon 7s Gen 3 chipset under the hood. The processor made its debut recently and promises 20 percent better CPU and 40 percent faster GPU performance over the Snapdragon 7s Gen 2 SoC. Additionally, it will also support artificial intelligence (AI) courtesy of a dedicated AI Engine.
The Redmi Note 14 Pro is reportedly said to feature a triple camera setup, but with slight differences between the global and China-only variants. The global model is speculated to feature a telephoto lens while the China-focused variant could feature a macro lens. The smartphone is said to be internally codenamed “Amethyst”, with model number O16U.
Previous reports had suggested that the Redmi Note 14 Pro’s camera module could be spearheaded by a 50-megapixel “large” primary sensor. This was recently spotted on the Bureau of Indian Standards (BIS) website with model number 24094RAD4I, hinting at an imminent launch in India.
All variants of the Redmi Note 14 series are said to feature a 1.5K AMOLED display. If this rumor turns out to be true, it would mean that the standard model could be getting a screen upgrade over the Redmi Note 13’s 1080p display.
Furthermore, the Redmi Note 14 series was reportedly spotted on the IMEI database, hinting at a September launch. Renders were also reported online suggesting that it could come with a redesigned camera module, matching the look of the unit on the Xiaomi 14. It also appears to feature curved edges, compared to the flat design of its predecessor.
