vivo Y55s (2017)

Vivo Y55s (2017) Screen Size Dimensions

Vivo Y55s (2017) screen size dimensions, viewport size, pixel density and more information.

Specs:

WIDTH 720 px
HEIGHT 1280 px
SCREEN SIZE INCH 5.2"
PX DENSITY ~282 ppi
ASPECT RATIO 9/16
DISPLAY TYPE IPS LCD
PHYSICAL SIZE MM 147.9 x 72.9 x 7.5 mm
OPERATING SYSTEM Android 6, Funtouch 3
RELEASE DATE Released 2017, February

Information:

The vivo Y55s (2017) features a 5.2-inch IPS LCD display with a resolution of 720 x 1280 pixels, resulting in a pixel density of approximately 282 ppi. This screen size and resolution combination offers a balanced visual experience, providing clear and sharp images for everyday use. The 9:16 aspect ratio further enhances the viewing experience, making it ideal for multimedia consumption, web browsing, and social media interactions. The IPS LCD technology ensures good color reproduction and wide viewing angles, allowing users to enjoy vibrant visuals from various perspectives.

Measuring at 147.9 x 72.9 x 7.5 mm (5.82 x 2.87 x 0.30 in), the physical dimensions of the device make it comfortable to hold and operate with one hand, contributing to a user-friendly experience. The compact size and lightweight design make it convenient for users to carry the device on the go. The combination of the screen size and physical dimensions ensures that the vivo Y55s (2017) strikes a balance between a spacious display and portability, catering to the needs of users who value both screen real estate and practicality in their smartphones.

The vivo Y55s (2017) operates on Android 6 with Funtouch 3, offering a user interface that is intuitive and efficient. The combination of the device's display specifications and software optimization contributes to an overall user experience that is suitable for various tasks, from productivity to entertainment. Whether it's watching videos, browsing the web, or engaging in social media, the screen dimensions and display type of the vivo Y55s (2017) play a crucial role in enhancing the user experience across different usage scenarios.