Siemens A52

Siemens A52 Screen Size Dimensions

Siemens A52 screen size dimensions, viewport size, pixel density and more information.

Specs:

WIDTH 101 px
HEIGHT 64 px
ASPECT RATIO 1 14/24
DISPLAY TYPE Monochrome graphic
PHYSICAL SIZE MM 104 x 46 x 21 mm
OPERATING SYSTEM Feature phone
RELEASE DATE Released 2003, Q3

Information:

The Siemens A52, released in 2003, Q3, is a feature phone designed to meet the basic communication needs of users. The device is equipped with a monochrome graphic display with a screen width of 101 pixels and a screen height of 64 pixels. The physical size of the screen is 1.5 inches, which, although small by today's standards, was sufficient for displaying basic text and simple graphics at the time of its release. The aspect ratio of the screen is 1 14/24, which provided a square-ish viewing experience suitable for text-based content.

The screen specifications of the Siemens A52 cater to users who prioritize simplicity and functionality in a mobile device. The monochrome graphic display is well-suited for viewing text messages, call logs, and basic menu navigation. The compact physical size of the screen, measuring 104 x 46 x 21 mm (4.09 x 1.81 x 0.83 in), contributes to the overall portability and ease of use of the device. While the screen may not support advanced multimedia or high-resolution content, it effectively serves the primary purpose of a feature phone, which is to facilitate essential communication tasks.

Despite its modest screen specifications, the Siemens A52 remains a reliable and practical choice for individuals seeking a no-frills mobile phone. The monochrome graphic display, coupled with the compact physical size, aligns with the device's intended use as a convenient communication tool, offering a user-friendly interface for essential functions such as calling, texting, and contact management. This device is a testament to the enduring appeal of straightforward and uncomplicated mobile technology, providing a functional solution for users who value simplicity and reliability in their communication devices.