realme Philippines is changing the local smartphone landscape with the introduction of its first 108MP camera sensor technology. The new normal has signified technology’s major role in the transition to a digital lifestyle and people had to adapt to this shift. To support the youth, realme has been actively aiming to bring these powerful tech features to every Filipino.
With people encouraged to stay at home, Filipinos are turning to social media to share their creativity and inspiration. The rise of new content creators on platforms like TikTok, Kumu, and YouTube continues to grow at a steep pace. As such, realme responded by improving its camera features in order to take part in this youth movement.
Enjoying this newest feature, Kathryn Bernardo, realme’s brand ambassador, shared her delight with the brand’s leading 108MP camera technology.
Capture Infinity with realme’s 108MP camera sensor
realme’s 108MP camera sensor boasts a maximum resolution of 12000 x 9000, delivering ultra-sharp photos likened to those taken with mirrorless cameras. The 108MP sensor also support 9-in-1 Pixel Binning technology, which enables nine adjacent 0.7μm pixels to be combined into one large 2.1μm pixel, greatly improving image quality under dim light.
realme continues to deliver a better camera for every Filipino and has been consistent in bringing new technologies and features to the Philippine market ever since the launch of the realme 3 and realme 5 series. Last year, the mid-range champ realme 6 Series and content creator’s lifestyle partner realme 7 Series gained a lot of attention thanks to its spectacular camera features.
For more information on realme’s 108MP camera sensor technology and other realme products, you may follow realme Philippines on Facebook, Twitter, and Instagram.
Emman has been writing technical and feature articles since 2010. Prior to this, he became one of the instructors at Asia Pacific College in 2008, and eventually landed a job as Business Analyst and Technical Writer at Integrated Open Source Solutions for almost 3 years.
