A comprehensive resource database listing screen sizes, dimensions, viewport sizes, pixel density and other information for almost every device out there.
Micromax Q66 Screen Size Dimensions
Micromax Q66 screen size dimensions, viewport size, pixel density and more information.
Specs:
| WIDTH | 320 px |
|---|---|
| HEIGHT | 240 px |
| SCREEN SIZE INCH | 2.4" |
| PX DENSITY | ~167 ppi |
| ASPECT RATIO | 1 1/3 |
| DISPLAY TYPE | TFT, 256K colors |
| PHYSICAL SIZE MM | 71 x 71 x 18 mm |
| OPERATING SYSTEM | Feature phone |
| RELEASE DATE | Released 2010 |
Information:
The Micromax Q66 is a compact feature phone released in 2010, designed to cater to users who prefer a smaller form factor without compromising on functionality. The device features a 2.4-inch TFT display with a screen width of 320 pixels and a screen height of 240 pixels, resulting in a pixel density of approximately 167 pixels per inch. This pixel density ensures that the display is capable of rendering clear and sharp images and text, making it suitable for users who prioritize visual clarity and detail in their mobile experience.
The 1 1/3 aspect ratio of the screen offers a balanced viewing experience, ideal for users who frequently engage in tasks such as texting, making calls, or accessing basic applications. The physical dimensions of the device, measuring 71 x 71 x 18 mm (2.80 x 2.80 x 0.71 in), contribute to its pocket-friendly nature, appealing to individuals who value portability and convenience in their devices. Additionally, the 256K color support on the TFT display ensures vibrant and colorful on-screen content, enhancing the overall visual appeal for users who enjoy a lively display.
The Micromax Q66's screen specifications are well-suited for users seeking a compact and functional communication device. Whether it's for basic communication needs, occasional web browsing, or entertainment on the go, the device's display offers a balance of clarity, color vibrancy, and compactness, making it a practical choice for users who prioritize simplicity and ease of use in their mobile devices.
