A comprehensive resource database listing screen sizes, dimensions, viewport sizes, pixel density and other information for almost every device out there.
Nokia N-Gage Screen Size Dimensions
Nokia N-Gage screen size dimensions, viewport size, pixel density and more information.
Specs:
| WIDTH | 176 px |
|---|---|
| HEIGHT | 208 px |
| SCREEN SIZE INCH | 2.1" |
| PX DENSITY | ~130 ppi |
| ASPECT RATIO | 41/48 |
| DISPLAY TYPE | TFT, 4096 colors |
| PHYSICAL SIZE MM | 134 x 70 x 20 mm |
| OPERATING SYSTEM | Symbian 6.1, Series 60 v1.0 UI |
| RELEASE DATE | Released 2003, Q4 |
Information:
The Nokia N-Gage features a 2.1-inch TFT display with a screen width of 176 pixels and a screen height of 208 pixels, resulting in a pixel density of approximately 130 pixels per inch (ppi). The display offers a physical size of 134 x 70 x 20 mm (5.28 x 2.76 x 0.79 in) and an aspect ratio of 41/48, providing a compact yet functional viewing area for users. With a display capable of rendering 4096 colors, the N-Gage delivers vibrant and crisp visual content, making it suitable for various multimedia and gaming applications.
The screen technology utilized in the Nokia N-Gage ensures that users can enjoy clear and detailed visuals, whether they are gaming, browsing the web, or utilizing various applications. The combination of the TFT display and the pixel density contributes to a sharp and immersive viewing experience, allowing users to engage with content with clarity and precision. Additionally, the aspect ratio of 41/48 enhances the overall display quality, offering a balanced and visually appealing aspect for various types of content.
The N-Gage's display, in conjunction with the Symbian 6.1 operating system and Series 60 v1.0 UI, provides a seamless and user-friendly interface for navigating the device's features and applications. The compact yet efficient display, coupled with the device's overall dimensions, positions the Nokia N-Gage as a versatile and portable smartphone that delivers an engaging visual experience for users across different usage scenarios.
