realme Philippines has announced that it’s going to livestream launch it’s latest flagship phone, the realme X3 SuperZoom this coming July 9 at realme Philippines’ official Facebook page and YouTube channel at 12:00 NN.
The realme X3 SuperZoom will have a 64MP quad-camera setup that comes with a 5x periscope telephoto lens with up to 60x Superzoom. The quad-camera setup includes a 64MP main camera powered by a 1/1.72-inch Samsung GW1 sensor, an 8MP ultra-wide angle lens, an 8MP periscope-style lens for 5x optical and 60x digital zooms, and a 2MP macro lens. The realme X3 SuperZoom’s back cameras are well-complemented by those at the front. The device sports an in-display dual camera with a 32MP Sony 80°wide-angle lens and an IMX616 + 8MP 105°super wide-angle lens.
A notable feature of the X3 SuperZoom will have it’s Starry Mode, the phone’s unique exclusive feature. The feature utilizes an AI algorithm combined with ultra-long exposure and multi-frame synthesis which allows users to capture photos of the night sky at a professional level.
We are happy to announce that we are once again launching a device that will surely enrich the digital lifestyle of Filipinos. Join us on July 9 as we announce the local availability of our flagship star-shooter, realme X3 SuperZoom! We are excited to champion real smartphone value in the flagship segment through this new device.
Shares realme Philippines Vice President for Marketing Austine Huang.
The realme X3 SuperZoom will have it’s 120Hz ultra-smooth display. The display is also covered by Corning Gorilla Glass 5 for better protection. It also comes with features like punch hole light effect, eye protection, customer color mode, and Object and Semantic Images and Eye-tracking (OSIE) Artificial Intelligence.
The realme X3 SuperZoom is powered by a Snapdragon 855+ processor. It also has a 2.96Hz Octa-core processor and UFS 3.0 high-speed flash memory that provides top computing performance, smooth multitasking capabilities, ultra-high download speeds, ultra-low latency, and robust network reliability.