OPPO reveals design journey to thinnest, unibody smartphone – the Reno8 Pro


OPPO launches the Reno8 Pro

 

Introduced in 2019 by OPPO – a leading global smart device manufacturer – the Reno series aims to elevate visual and physical user experiences for each edition of its smartphones. The all-new Reno8 Pro presents the next-gen of design and color – a burdenless, ergonomic unibody appearance in premium finishes. The designers reveal the journey, below, as they continue the pursuit for perfect form and form.

OPPO reveals design journey to thinnest, unibody smartphone - the Reno8 Pro
The all-new OPPO Reno8 Pro has a burdenless, ergonomic unibody appearance in premium finishes

All images courtesy of OPPO

 

 

concept of a burdenless smartphone

 

The OPPO Reno8 Pro touches users’ lives with a truly instinctive handheld and visual sensation. The brand’s designers observed how people hold as well as interact with their phones. This research prompted the concept of creating a burdenless device – a streamlined, ergonomic design. A key element was the design of the camera area that, firstly, helps form the unibody and, secondly, improves the smartphone’s user-friendliness.

OPPO reveals design journey to thinnest, unibody smartphone - the Reno8 Pro
The entire back of the phone is covered in a single piece of glass to smoothly encase the camera module

 

 

The entire back of the phone is covered in a single piece of glass. For the camera module, specifically, this ensures no abrupt transition in tactility for the user nor a build-up of dust around the joins of different materials. In a process that reaches up to 800C in temperature and 120kg in pressure, the glass is forged and shaped using a mold that is polished to eight more nanometer-scale for the smoothest of finishes. The result creates a smooth arc with glass to encase the camera module as one continuous piece.

OPPO reveals design journey to thinnest, unibody smartphone - the Reno8 Pro
The glass is forged using a mold that is polished to eight more nanometer-scale for the smoothest of finishes

 

 

As the user holds the smartphone, the curvature of the glass unibody fits perfectly in their fingertips. The camera module has been positioned using a 75-degree arc that connects it with the surrounding back cover. Appearing as if floating from the water, the lens rises up prominently in the upper left section on the device. Its macro camera and color temperature sensor as well as the Ring Flash design are composed in the module. The all-in-one structure delivers a design with a burdenless, natural user experience.

OPPO reveals design journey to thinnest, unibody smartphone - the Reno8 Pro
The manufacturing process reaches up to 800C in temperature and 120kg in pressure

 

 

At a closer inspection of the design details, a small bevel cut on the mid frame reduces the sharp sensation felt while holding phones normally. This subtle cue ensures a sleek appearance. The ultra-narrow bezels of the 6.7” Ultra-Clear 120Hz AMOLED screen is complemented visually by 2.37mm bottom bezels and 1.48mm on the side. The result offsets the overflowing appearance caused by the combination of the curved screen and right-angle mid frame. The highly immersive visual experience is heightened through the 93.4% Screen-to-Body Ratio. On top of that, the OPPO Reno8 pro is the series’ thinnest model to date at just 7.34mm.

OPPO reveals design journey to thinnest, unibody smartphone - the Reno8 Pro
The 93.4% Screen-to-Body Ratio offers a highly immersive visual experience

 

 

All-new color finishes dress the design

 

The next-gen design is tailored in the next set of fresh colors introduced to the Reno series. From dreamy tones to fresh vibrancies, new color finishes for Reno8 Pro offers more elegant options. Inspired by porcelain glaze techniques, the two choices – Glazed Green and Glazed Black – dresses up a calming, soothing character that also redefines the traditional black smartphone finish.



Source link

Similar Posts

Leave a Reply

Your email address will not be published. Required fields are marked *