Samsung Galaxy S25 Ultra's Low-Brightness Display Issues Resolved: Goodbye "Rag Screen," Hello Enhanced Visuals

Samsung Galaxy S25 Ultra's Low-Brightness Display Issues Resolved: Goodbye "Rag Screen," Hello Enhanced VisualsIT Home, January 30th - Prominent digital blogger @iIceUniverse recently revealed that the low-brightness display issues plaguing the Samsung Galaxy S24 Ultra have been significantly improved in the Galaxy S25 Ultra. The S24 Ultra's screen exhibited noticeable graininess at low brightness, derisively nicknamed the "rag screen" by netizens

Samsung Galaxy S25 Ultra's Low-Brightness Display Issues Resolved: Goodbye "Rag Screen," Hello Enhanced Visuals

IT Home, January 30th - Prominent digital blogger @iIceUniverse recently revealed that the low-brightness display issues plaguing the Samsung Galaxy S24 Ultra have been significantly improved in the Galaxy S25 Ultra. The S24 Ultra's screen exhibited noticeable graininess at low brightness, derisively nicknamed the "rag screen" by netizens. According to @iIceUniverse's comparative tests, the S25 Ultra drastically reduces this graininess, boasting improved screen uniformity and a smoother, more refined display.

@iIceUniverse posted comparison images of the Galaxy S25 Ultra and Galaxy S24 Ultra displays at low brightness on Weibo, clearly showcasing the difference. The comparison reveals that the S24 Ultra displays obvious granular texture and inconsistent color at low brightness, while the S25 Ultra shows superior performance with uniform color and virtually no visible grain. This improvement is crucial for user experience, especially when using the phone at night or in low-light conditions, providing a more comfortable and natural viewing experience.

The S24 Ultra's "rag screen" issue was primarily attributed to its use of M13 material OLED panels, which are prone to graininess at low brightness, impacting display quality. The S25 Ultra, however, employs improved display technology, successfully addressing the graininess problem associated with M13 material OLED panels and delivering a superior visual experience.

This improvement represents significant progress for Samsung. In today's intensely competitive smartphone market, display quality is a key factor influencing consumer choices. The S24 Ultra's "rag screen" issue generated considerable controversy and even impacted some users' purchasing decisions. The S25 Ultra's improvements directly address user feedback and enhance the product's competitiveness.

The enhancements extend beyond reduced graininess to include improved screen uniformity. Uniformity is a critical indicator of display quality, directly affecting color accuracy and consistency. The S25 Ultra exhibits superior uniformity at low brightness, meaning brightness and color are more consistent across the screen, resulting in a more comfortable viewing experience.

@iIceUniverse's report provides strong evidence supporting the improved display quality of the Samsung Galaxy S25 Ultra. Although official confirmation regarding the specific screen improvements in the S25 Ultra is still pending, this news is undoubtedly generating anticipation among consumers. Predictably, the S25 Ultra's display will be a leader in its class, providing users with a superior visual experience. This is not only a testament to Samsung's technological prowess but also demonstrates its commitment to user experience. Whether Samsung will further optimize its OLED panel technology remains to be seen. In short, the improved low-brightness display of the Samsung Galaxy S25 Ultra is a noteworthy and positive advancement.

The resolution of this display issue demonstrates Samsung's proactive efforts in addressing user feedback and improving its products. This not only boosts the S25 Ultra's competitiveness but also enhances its brand image. We look forward to Samsung continuing to refine its technology and deliver better user experiences in future products. This improvement will undoubtedly be a significant selling point for the S25 Ultra, attracting more consumer attention.