Acer neoTouch P400

Acer neoTouch P400 Screen Size Dimensions

Acer neoTouch P400 screen size dimensions, viewport size, pixel density and more information.

Specs:

WIDTH 320 px
HEIGHT 480 px
SCREEN SIZE INCH 3.2"
PX DENSITY ~180 ppi
ASPECT RATIO 2/3
DISPLAY TYPE TFT resistive touchscreen, 256K colors
PHYSICAL SIZE MM 115 x 59.3 x 12 mm
OPERATING SYSTEM Microsoft Windows Mobile 6.5.3 Professional
RELEASE DATE Released 2010, May

Information:

The Acer neoTouch P400 is a smartphone device released in May 2010. It features a compact and portable design with physical dimensions of 115 x 59.3 x 12 mm (4.53 x 2.33 x 0.47 in). The device is equipped with a 3.2-inch TFT resistive touchscreen display.

The display of the Acer neoTouch P400 has a screen width of 320 pixels and a screen height of 480 pixels. This resolution provides a sharp and clear visual experience for users. With a pixel density of approximately 180 pixels per inch (ppi), the display offers good detail and clarity for various applications.

The aspect ratio of the display is 2:3, which is suitable for viewing content in both portrait and landscape orientations. This aspect ratio allows for comfortable reading of text, browsing the web, and viewing multimedia content.

The display type of the Acer neoTouch P400 is TFT resistive touchscreen. This technology enables users to interact with the device by touching the screen with a stylus or finger. The resistive touchscreen provides accurate and precise input, allowing for easy navigation and control of the device's features and applications.

The display supports 256K colors, which ensures vibrant and vivid visuals. This color depth enhances the viewing experience, making images, videos, and graphics appear more lifelike and engaging.

Overall, the display characteristics of the Acer neoTouch P400 make it suitable for various user applications. The compact size and high pixel density make it ideal for tasks such as reading emails, browsing the web, and viewing multimedia content. The resistive touchscreen technology provides accurate input, while the vibrant colors enhance the visual experience.