According to a recent report, Samsung's choice of materials for the AMOLED display in the Galaxy S23 Ultra could be the reason for the device's energy efficiency. Despite still using M11 materials for blue pixels, the screen of the Galaxy S23 Ultra achieves higher energy efficiency than the M12-based panel used in the iPhone 14 Pro Max.
The Galaxy S23 Ultra's display appears to have broader green emissions than the M12-based panels, with new red light emitters contributing to its energy efficiency. In addition, the Galaxy S23 Ultra's M11-based blue light emitters perform better than those used in the Galaxy S22+ and the iPhone 14 Pro Max, achieving higher energy efficiency at similar brightness levels.
The energy consumption of the Galaxy S23 Ultra, the Galaxy S22+, and the iPhone 14 Pro Max at various brightness levels.
The Galaxy S23 Ultra and the iPhone 14 Pro Max perform equally well in terms of energy consumption and screen brightness up to a certain point. However, the Galaxy S23 Ultra outperforms the iPhone 14 Pro Max after 400 nits of brightness, and at 1150 nits of fullscreen brightness, in HBM (high brightness mode), the Galaxy S23 Ultra display uses approximately 600 mW less than the iPhone 14 Pro Max.
Even the Galaxy S22+ display outperforms the iPhone 14 Pro Max at certain brightness levels. Still, the Galaxy S23 Ultra's display is far more impressive, especially since it doesn't rely solely on M12 materials, achieving better energy efficiency than its counterparts.
Samsung's Galaxy S23 Ultra has taken significant steps forward in the smartphone industry, improving upon its predecessors in many areas. The device's impressive battery life is a standout feature, and the AMOLED display's energy efficiency is one of the significant contributing factors. The Galaxy S23 Ultra's superior user experience is a testament to Samsung's commitment to innovation and excellence in the smartphone industry.
Post a Comment
0Comments