Micromax A36 Bolt

Micromax A36 Bolt Screen Size Dimensions

Micromax A36 Bolt screen size dimensions, viewport size, pixel density and more information.

Specs:

WIDTH 480 px
HEIGHT 800 px
SCREEN SIZE INCH 4.0"
PX DENSITY ~233 ppi
ASPECT RATIO 29/48
DISPLAY TYPE TFT, 65K colors
OPERATING SYSTEM Android 2.3
RELEASE DATE Released 2014

Information:

The Micromax A36 Bolt features a 4.0-inch TFT display with a screen resolution of 480 x 800 pixels, resulting in a pixel density of approximately 233 pixels per inch. This display offers users a clear and vibrant viewing experience for various applications. The 65K colors support provides a wide range of color reproduction, enhancing the visual quality of images, videos, and graphics on the screen. The aspect ratio of 29:48 ensures that the display is well-suited for both portrait and landscape orientations, catering to diverse user preferences.

The device's display characteristics make it ideal for a range of user applications. For multimedia consumption, the high pixel density and color support deliver sharp and detailed visuals, making it suitable for watching videos, viewing photos, and playing games. Additionally, the clear and vibrant display enhances the readability of text, making it convenient for tasks such as web browsing, reading e-books, and viewing documents. The responsive nature of the display further contributes to an enjoyable user experience, enabling smooth navigation and interaction with the device's interface.

With its Android 2.3 operating system, the Micromax A36 Bolt provides a platform for various applications, and the display characteristics play a key role in enhancing the usability of these applications. Whether it's productivity tools, entertainment apps, or communication platforms, the device's display ensures that users can engage with content in an immersive and visually appealing manner. Overall, the display characteristics of the Micromax A36 Bolt cater to the diverse needs of users, offering an enhanced viewing experience across different applications and activities.