Under-display camera (UDC) technology has been present in the smartphone industry for several years, but only a handful of brands have fully embraced it. The technology has faced numerous challenges, particularly related to image quality due to light obstruction.

Nevertheless, a report indicates that UDC will finally become mainstream in both Android devices and iPhones by 2027. UDC technology enables front-facing cameras to be hidden beneath the device’s display, freeing screens from unsightly notches and punch holes.

Samsung has experimented with this feature in its Galaxy Z Fold devices, although the upcoming Galaxy Z Fold 7 may not include it. Similarly, gaming-focused brands like RedMagic have utilized UDC, but widespread adoption has been hindered by concerns over selfie quality—an issue that many consumers find unacceptable for flagship smartphones.

A credible source, Digital Chat Station on Weibo, has suggested that 2027 might mark a turning point for UDC technology. If true, this advancement could lead to an era of uninterrupted, edge-to-edge displays.

Manufacturers may soon solve existing challenges, paving the way for a more uniform display and enhanced image quality. The anticipation surrounding this development signals a shift in smartphone design aesthetics.

By 2027, users can expect more Android phones and iPhones to feature sleek, bezel-less screens without visible front-camera cutouts. This would create a more immersive experience for activities like watching videos, gaming, or browsing the web—without compromising the quality of selfies.

Apple, known for its meticulous approach to integrating new technologies, is also expected to adopt UDC by 2027. The company’s involvement would indicate the technology’s readiness for mass-market appeal and may encourage Android manufacturers to follow suit with their premium devices.

In summary, while 2027 may seem far off, the potential for UDC technology hints at a future where front cameras are virtually invisible, allowing smartphone displays to truly shine.