Yezz Andy A3.5EP

Yezz Andy A3.5EP Screen Size Dimensions

Yezz Andy A3.5EP screen size dimensions, viewport size, pixel density and more information.

Specs:

WIDTH 320 px
HEIGHT 480 px
SCREEN SIZE INCH 3.5"
PX DENSITY ~165 ppi
ASPECT RATIO 2/3
DISPLAY TYPE LCD, 256K colors
PHYSICAL SIZE MM 114 x 62 x 12.5 mm
OPERATING SYSTEM Android 4.2
RELEASE DATE Released 2013, November

Information:

The Yezz Andy A3.5EP smartphone features a 3.5-inch LCD display with a screen width of 320 pixels and a screen height of 480 pixels, resulting in a pixel density of approximately 165 pixels per inch. This display offers a compact and portable viewing experience, making it suitable for users who prioritize one-handed operation and pocketability. The 2:3 aspect ratio ensures that the screen is well-suited for viewing content in portrait orientation, which is ideal for tasks such as reading, messaging, and browsing social media.

The 256K color support of the LCD display ensures vibrant and visually appealing content, enhancing the user experience when viewing images, videos, and graphical content. Despite its modest specifications compared to modern smartphone displays, the Yezz Andy A3.5EP's screen remains functional for users who prioritize basic smartphone functionality without the need for high-definition multimedia consumption. The physical dimensions of the device, measuring 114 x 62 x 12.5 mm (4.49 x 2.44 x 0.49 in), contribute to its pocket-friendly form factor, catering to users who value compact and lightweight devices for everyday use.

The Yezz Andy A3.5EP runs on the Android 4.2 operating system, providing users with access to a wide range of apps and services via the Google Play Store. Despite being released in November 2013, this device remains a viable option for users seeking a budget-friendly and straightforward smartphone for essential communication and productivity tasks. Overall, the screen specifications of the Yezz Andy A3.5EP align with the needs of users looking for a compact, entry-level smartphone with a focus on portability and basic functionality.