OPPO Malaysia has revealed that the latest additions to the Reno Series – the Reno13 Pro, Reno13, and Reno13 F – will be available on 7 January 2024.
According to OPPO, these new devices are designed to set a new standard for smartphones, combining innovation and style.
The Reno13 Series is inspired by the delicate motion of butterfly wings, merging the elegance of nature with modern urban trends and advanced technology.
One of the standout features is the One-piece Cold-sculpted Glass back cover, crafted from a single piece of 1.5mm-thick glass.
This design integrates the camera decor and the back into a seamless, uninterrupted finish, enhancing both visual appeal and functionality.
The precise 65-step process of carving and polishing the glass takes significantly longer than standard methods, ensuring greater thickness around the camera module for better dust and water resistance.
The Reno13 Pro also boasts the exclusive Infinite View Screen with Ultra-Thin Bezels, providing an immersive visual experience.
Its curved bezel design seamlessly blends the screen with the back cover, offering a near-borderless appearance that enhances both aesthetics and usability.
The Reno13 and Reno13 F feature a sleek, straight-edged frame design, achieving a balanced screen-to-body ratio with narrow bezels for a polished and sophisticated look.
Both models offer a premium visual experience with a 93.8% and 93.4% screen-to-body ratio and a 120Hz refresh rate on the 1.5K OLED display.
The Reno13 Pro and Reno13 5G are equipped with an Aerospace-grade Aluminum Frame, which provides superior durability and a smooth, cool touch.
This frame enhances grip and reduces the risk of slips, making the phones both practical and stylish.
Weighing 195g and measuring 7.55mm for the Reno13 Pro, and 181g with a thickness of 7.29mm for the Reno13, these phones balance lightweight construction with robustness.
To learn more about the OPPO Reno13 Series, be sure to watch the official Malaysia launch this coming 7 January 2024 via the OPPO Facebook page.