Sony Xperia 10 V renders leaked, design remains largely unchanged
Leaked CAD-based renders of the Sony Xperia 10 V reveal that the upcoming smartphone's design is expected to remain largely unchanged from its predecessor.
Sony has a track record of creating smartphones with distinctive features and designs. However, in recent times, Sony has faced challenges in competing with rivals like Apple and Samsung in terms of market share and sales. Despite this, the company's most recent Xperia smartphones have received favorable feedback for their superior displays, camera setups, and overall functionality.
According to reports, Sony is getting ready to release a new mid-range smartphone called the Xperia 10 V, which follows last year's Xperia 5 IV. Unlike many other mid-range phones that have a waterdrop or punch-hole display design, Sony has maintained its devices' screen borders.
See the Sony Xperia 10 V CAD renders
A famous tipster, Steve Hemmerstoffer, also known as OnLeaks, has provided CAD-based renders of Xperia 10 V smartphone. Based on these renders, the design of the phone is expected to closely resemble its predecessor, featuring slim side bezels and thicker top and bottom bezels.
According to CAD-based renders, the upcoming Xperia 10 V will have a similar design to its predecessor, with slim side bezels and a thicker top and bottom bezel. The top bezel houses the selfie camera, earpiece mesh, an RGB LED indicator, an ambient light sensor, and a proximity sensor, while the bottom bezel has another speaker for stereo output.
The phone will measure 153.3 x 68.4 x 8.5mm, feature a flat display of around 6.1-inches, and have a triple camera setup with an LED flash on the rear panel, as well as NFC, Sony, and Xperia logos.
The device will also have a fingerprint sensor integrated into the power key, a 3.5mm audio jack on the top edge, a USB-C port, and another microphone on the bottom edge.
Although no other specifications have been revealed yet, more information is expected to be released by Sony as the launch date approaches.