NEWS  Smartphones  January 11, 2024  Reading time: ~1 minute)

Max (RS editor)

Realme has given enthusiasts a glimpse into the impressive camera technology awaiting them in the upcoming Realme 12 Pro series. The company confirmed that one of the phones in this series, presumably the Realme 12 Pro Plus, will feature a groundbreaking 3x periscope camera. This camera boasts the same 64MP OV64B sensor found in the acclaimed OnePlus 12, promising a high level of imaging performance.

Realme's revelation about the periscope camera goes beyond the sensor details. The smartphone is set to deliver a 6x in-sensor zoom, providing users with enhanced flexibility in capturing distant subjects. Additionally, the inclusion of "prism tilt OIS" ensures improved stability, enhancing the overall photographic experience.

 12 PRO SERIES ANNOUNCEMENT ON REALME WEBSITE 

What truly sets the Realme 12 Pro series apart is the promise of 120x "super zoom" support. While reaching such astronomical zoom levels might compromise image quality, the mid-range phone's capacity for 120x zoom is undeniably impressive. Realme is pushing the boundaries of zoom camera hardware, offering consumers a feature usually reserved for flagship devices.

 REALME 12 PRO SERIES PERISCOPE CAMERA EXAMPLE SHOTS 

Adding to the camera prowess, the Realme 12 Pro series will incorporate a 50MP IMX890 main camera, elevating the device to flagship-tier camera sensor status. This dual-camera setup indicates Realme's commitment to providing users with a versatile and high-quality photography experience, even in the mid-range smartphone segment.

Realme has set a timeline for the release of the Realme 12 Pro series, with the launch scheduled for January. While the exact availability details are yet to be disclosed, it is anticipated that the devices will hit markets in regions such as Asia, Europe, and India. As for pricing, there is no official confirmation, but considering the Realme 11 Pro Plus's price point of just under $370, a similar range is expected for the upcoming model.

 IMAGES CREDIT: REALME