Realme RMX3993 TENAA Images Unveil Design, Possibly a Realme 12 Series Phone

A new Realme smartphone with the model number RMX3993 has been spotted on China's TENAA certification website, hinting at its imminent launch. While the initial listing revealed its specifications, it lacked images. However, the listing has been updated, showcasing the phone's design and solidifying speculations that it could belong to the Realme 12 series.

Design and Display:

Realme RMX3993 TENAA Images
Realme RMX3993 design revealed in TENAA listing.
The TENAA images reveal a flat display with a punch-hole cutout in the front, housing the selfie camera. The rear features a familiar circular camera module, but unlike other Realme 12 series phones, it only houses a single camera sensor alongside an LED flash. While the official marketing name remains unknown, the design suggests it could be part of the Realme 12 lineup.

Realme RMX3993 Specifications (Rumored):

Based on the TENAA listing, the Realme RMX3993 is expected to sport a 6.67-inch LCD panel with HD+ resolution. It measures 165.6 x 76.1 x 7.89mm and weighs 209 grams. The device is rumored to pack a 5,000mAh battery, but details about its charging capabilities are yet to be revealed.

The phone is powered by an unknown processor clocked at 2.2GHz. It might come with up to 12GB of RAM and up to 512GB of storage in China. The software side is expected to be handled by Realme UI 5 based on Android 14.

Camera and Other Features:

The RMX3993 is equipped with an 8-megapixel front camera for selfies and video calls. The rear houses a single 50-megapixel camera sensor. Additionally, the phone features a side-mounted fingerprint scanner and a microSD card slot for storage expansion.


With TENAA approval secured, the official launch of the Realme RMX3993 is expected to happen soon, possibly in March. While the official pricing and availability details are yet to be announced, this TENAA leak provides valuable insights into the phone's design, specifications, and potential launch timeframe.