Honor Magic 10 series will take display to new heights with dual-layer OLED

Honor Magic 10 series will take display to new heights with dual-layer OLED

Honor

Honor Magic 10 series will take display to new heights with dual-layer OLED

Honor smartphone

Honor Magic 10 series is rumored to get better display technology compared to the Magic 9 smartphones. The screen may get an upgrade to dual-layer OLED, which could show up with at least all high-end Magic 10 models. Here are the details.

Tipster SmartPikachu revealed in a new leak that the Honor Magic 10 series will likely use dual-layer OLED display technology. While the company has only used this screen solution for RSR models to date, it may bring it to other top-tier handsets.

As per the tipster, Honor is evaluating dual-layer screens for both smartphones and tablets. The tipster then tagged the Honor Magic 10 in the leak, suggesting that the 2027 flagship will support the advanced screen technology to offer better visuals.

When a netizen asked if all flagships next year will feature a dual-layer screen, the tipster replied, “No”. The response hints that Honor may integrate a tandem display for the Pro Max and Ultra smartphones.

Honor Magic 10 series display leak

Source – Weibo

Magic 6 RSR Porsche Design and Ultimate Edition began the dual-layer OLED trend in the Honor smartphone genre. Manufactured by BOE, it increases the display lifespan significantly by 600% over Magic 5 phones and elevates energy efficiency by 40%.

Honor Magic 8 RSR became another device to feature dual-layer OLED (Magic 7 RSR didn’t support the technology). However, the company plans to drop the RSR Porsche Design phones starting this year. Thus, it may bring this display tech to other handsets.

Dual-layer or tandem OLED involves two organic light-emitting layers instead of a single panel. It provides much higher peak brightness than a standard OLED screen and reduces power consumption by 30 to 40% based on usage.

Tandem OLED is also responsible for eliminating burn-in risk, as it uniformly distributes heat across the two light-emitting layers and reduces concerns of permanent image retention or burn-in issues during high-brightness scenarios.


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