realme GT6 Phone Features and Parameters Revealed
TapTechNews July 6th news, realme vice president, global marketing president, and China region president Xu Qi Chase today showed the shooting samples of the realme GT6 phone on Weibo. He claims that the phone is equipped with the same super light and shadow engine algorithm as the GT5Pro phone, which can achieve a tensile effect under the effect of the 50-megapixel flagship main camera of Sony.
Referring to the previous Ministry of Industry and Information Technology license photo, the realme GT6 phone adopts a rectangular camera module, and a ring-shaped flash is equipped in the module. The back of the fuselage adopts a back cover design of bright surface and foggy surface glass, and has a sense of some gradual color change.
In addition, the main parameters of the realme GT6 are also announced on the Telecom Equipment Terminal Network, and TapTechNews sorts them out as follows:
Fuselage dimensions: 162.02 × 76.07 × 8.43 inches (about 411.54 × 193.20 × 21.41 cm)
SoC: Snapdragon 8 Gen3
Screen: 6.78 inches (about 17.22 cm) 2780 × 1264 OLED display
Front camera: 16 MP
Rear camera: 50 MP + 8 MP
Battery: 5800 mAh, supporting 120 W wired charging
Weight: 206.7 grams (about 0.455 pounds).
As a comparison, the current realme GT5 phone was released on August 28 last year. The phone offers two color schemes of Streaming Silver Mirage + Star Mist Oasis, and is equipped with a 6.74-inch 2772 × 1240 resolution flexible OLED straight screen, adopting the Qualcomm Snapdragon 8 Gen2 processor, and the highest configuration has 24 GB LPDDR5X RAM + 1 TB UFS 4.0 storage space.
In terms of imaging, the realme GT5 phone is equipped with a 50-MP Sony IMX890 sensor, with a large 1/1.56-inch bottom, supporting OIS optical image stabilization. The super wide-angle lens is an 800-MP Sony IMX355, supporting 112 degrees super wide-angle, and there is also a 200-MP macro lens. Previously, the TapTechNews evaluation team has already introduced this phone, and interested friends can click here to access the relevant article.
