A comprehensive resource database listing screen sizes, dimensions, viewport sizes, pixel density and other information for almost every device out there.
Philips 326P1H Screen Size Dimensions
326P1H screen size, viewport size, pixel density and more information.
Specs:
| WIDTH | 2560 px |
|---|---|
| HEIGHT | 1440 px |
| SCREEN SIZE INCH | 32" (inches) |
| CASE WIDTH | 28.11 in | 71.4 cm | 714 mm | 2.34 ft |
| CASE HEIGHT | 16.61 in | 42.2 cm | 422 mm | 1.38 ft |
| CASE DEPTH | 2.44 in | 6.2 cm | 62 mm | 0.2 ft |
| DISPLAY TYPE | IPS |
| PX DENSITY | 93 ppi |
| ASPECT RATIO | 16:9 |
| YEAR | 2020 |
Information:
The Philips 326P1H is a 32-inch monitor with a screen width of 2560 pixels and a screen height of 1440 pixels, resulting in a pixel density of 93 pixels per inch. The display type is IPS, known for its superior color accuracy and wide viewing angles. This monitor's 16:9 aspect ratio provides a widescreen viewing experience, making it ideal for multimedia consumption, gaming, and productivity tasks.
The large screen size and high resolution of the Philips 326P1H offer users an immersive and detailed viewing experience. Whether used for professional applications such as graphic design or video editing, or for entertainment purposes like watching movies or gaming, the ample screen real estate and sharp image quality contribute to an enhanced user experience. The IPS technology ensures that colors remain vibrant and consistent, even when viewed from different angles, making it suitable for collaborative work environments or multi-user settings.
The dimensions of the monitor's case, which measure 28.11 inches in width, 16.61 inches in height, and 2.44 inches in depth, provide a sleek and modern aesthetic while also offering practicality and versatility. The slim bezels surrounding the display further optimize the viewing area and minimize distractions, allowing users to focus on the content being displayed. Overall, the Philips 326P1H's screen dimensions and type contribute to a visually engaging and comfortable user experience across various applications.
