Realme 14X Set to Debut in December with Three Colour Options and Multiple RAM & Storage Variants

The Realme 14X is expected to launch in India in the coming weeks, marking the first device in Realme’s next-numbered series. Although the company has yet to officially confirm the release, several details about the handset have already begun to emerge. According to recent reports, the Realme 14X is likely to debut in early December, with key specifications such as RAM and storage configurations already surfacing. The device will likely join the Realme 14 Pro and Realme 14 Pro+ models, which are anticipated to arrive in India by January 2025.

A report from 91Mobiles has revealed the possible launch timeline, suggesting that the Realme 14X will be available in three distinct colour options: Crystal Black, Golden Glow, and Jewel Red. These choices are expected to cater to a wide range of preferences, allowing users to select a finish that suits their style. In terms of memory and storage, the Realme 14X is anticipated to offer multiple configurations, including 6GB of RAM with 128GB of storage, 8GB of RAM with 128GB of storage, and a more premium option with 8GB of RAM and 256GB of storage.

One of the standout features of the Realme 14X will be its impressive 6,000mAh battery, which is expected to provide long-lasting power to keep users going throughout the day. This large battery capacity is becoming increasingly popular in smartphones as consumers seek devices that can support heavy usage without needing frequent recharging. Additionally, the device is likely to feature a square-shaped camera module, hinting at a modern design with a focus on photography capabilities.

As the expected launch date approaches, more details about the Realme 14X are likely to emerge, including its performance specifications, camera capabilities, and pricing. With the Realme 14X poised to launch alongside other models in the series, it will be interesting to see how it compares to its Pro and Pro+ counterparts, particularly in terms of features and performance.