Micromax Canvas Amaze 4G Q491

Micromax Canvas Amaze 4G Q491 Screen Size Dimensions

Micromax Canvas Amaze 4G Q491 screen size dimensions, viewport size, pixel density and more information.

Specs:

WIDTH 720 px
HEIGHT 1280 px
SCREEN SIZE INCH 5.0"
PX DENSITY ~294 ppi
ASPECT RATIO 9/16
DISPLAY TYPE IPS LCD
OPERATING SYSTEM Android 5.1.1
RELEASE DATE Released 2016, February

Information:

The Micromax Canvas Amaze 4G Q491 is a smartphone that boasts a 5.0" IPS LCD display with a screen resolution of 720 x 1280 pixels, resulting in a pixel density of approximately 294 ppi. This display offers several benefits across various user applications. The high pixel density ensures that the screen delivers crisp and clear visuals, making it ideal for tasks such as web browsing, photo viewing, and video streaming. The 9:16 aspect ratio further enhances the viewing experience, providing a balanced and immersive display for multimedia content consumption.

The device's display characteristics make it particularly well-suited for gaming, as the IPS LCD technology delivers vibrant colors and wide viewing angles, allowing users to fully immerse themselves in their gaming experience. Additionally, the responsive nature of the display ensures smooth and accurate touch interactions, which is essential for gaming and other interactive applications.

Moreover, the 5.0" screen size strikes a balance between compactness and usability, making the device comfortable to hold and operate with one hand while still offering ample screen real estate for productivity tasks such as email communication, document editing, and multitasking. The display's specifications, combined with the Android 5.1.1 OS, contribute to an overall user-friendly interface and seamless navigation, enhancing the user experience across a wide range of applications and usage scenarios.

Overall, the Micromax Canvas Amaze 4G Q491's display characteristics cater to diverse user needs, providing an optimal viewing platform for multimedia, gaming, productivity, and everyday smartphone usage.