Perfect for Galaxy S23 Ultra: New Samsung display presented
With the Galaxy S23, S23 Plus and S23 Ultra, Samsung will be presenting three new top smartphones in just a few weeks, with the Ultra cell phone in particular set to set new standards in many areas. Now the South Korean company has shown a new display that would be perfect for the Galaxy S23 Ultra.
New Samsung display is extremely bright
Samsung is developing better and brighter smartphone displays from year to year, but these are only installed in the top smartphones. As part of CES 2023, Samsung presented a new UDR2000 panel, which has a Achieved brightness of over 2,000 nits. Although Samsung has not yet confirmed that the new panel will be used in the Galaxy S23 Ultra, it has been speculated before that the new top model will have a brightness of over 2,000 nits. This is how you could content can be read optimally from the display, regardless of the lighting situation. The direct comparison shows the difference in brightness:
Just like with an HDR TV, brighter areas would shine much more and could simply appear more intense. At the same time, the display would have to use less energy to achieve a lower brightness in everyday use. That’s how it could be Save energy and extend the battery life of a mobile phone. However, the UDR2000 display would only be used in the Galaxy S23 Ultra. The Galaxy S23 and S23 Plus would probably get slightly weaker panels again. This is also the case with the current Galaxy S22 generation.
For comparison: The Samsung Galaxy S22 Ultra (test) achieves a maximum brightness of 1,750 nits. The normal Galaxy S22 (test) comes to 1,300 nits. There should also be similar differences in the new generation of smartphones.
What else awaits you in 2023:
Samsung Galaxy S23: price details
While Samsung wants to improve the Galaxy S23 smartphones in many areas, according to the latest information, there should be no increase in price. Accordingly, after much deliberation, Samsung has probably decided to keep the prices of the new smartphone generation unchanged.