Nokia 6111

Nokia 6111 Screen Size Dimensions

Nokia 6111 screen size dimensions, viewport size, pixel density and more information.

Specs:

WIDTH 128 px
HEIGHT 160 px
SCREEN SIZE INCH 1.8"
PX DENSITY ~114 ppi
ASPECT RATIO 19/24
DISPLAY TYPE TFT, 256k colors
PHYSICAL SIZE MM 84 x 47 x 23 mm
OPERATING SYSTEM Feature phone
RELEASE DATE Released 2005, June

Information:

The Nokia 6111 features a 1.8-inch TFT display with a screen width of 128 pixels and a screen height of 160 pixels, resulting in a pixel density of approximately 114 pixels per inch. This display is capable of producing vibrant and sharp visuals, thanks to its support for 256k colors. The aspect ratio of 19:24 ensures that content is displayed in a balanced and visually appealing manner. The physical size of the display, measuring 84 x 47 mm, makes it convenient for users to view content without straining their eyes.

The display characteristics of the Nokia 6111 offer several benefits across various user applications. For basic phone functionalities such as making calls and sending messages, the clear and legible display ensures that users can easily navigate through contacts and messages. Additionally, the vibrant color reproduction enhances the user experience when viewing images and multimedia content, making the device suitable for entertainment purposes. Despite its compact size, the display is well-suited for accessing basic internet services and viewing simple web pages, providing users with a functional browsing experience.

The Nokia 6111's display characteristics also make it a practical choice for users who prioritize portability and ease of use. The compact physical size of the device, measuring 3.31 x 1.85 x 0.91 inches, combined with the clear and sharp display, ensures that users can comfortably interact with the device while on the go. Overall, the display characteristics of the Nokia 6111 cater to a wide range of user applications, from essential communication tasks to multimedia consumption, all within a compact and user-friendly form factor.