Choosing the right flat panel monitor goes beyond size and resolution. Consider built-in features, brightness, color accuracy, and underlying technology. Test the image in-store and consider aspect ratio, finish, and LED vs LCD technology.
While all flat panel monitors may look the same except for size, there are significant differences between the different panels. Choosing the right one goes beyond just looking at the size and resolution. Flat panel monitor models also have different built-in features, brightness, color accuracy, and underlying technology. With all these variables, the best way to choose the right flat panel monitor is to spend some time looking at the image your monitor produces instead of shopping online for the least expensive one.
When choosing a flat panel monitor, the first consideration is size. While larger monitors might look better than smaller ones, the reality is that sitting very close to a large 28-inch screen can be uncomfortable and awkward. Go to a retail store and see which size fits your needs based on how far you will be sitting from it.
Pay close attention to the resolution and aspect ratio of a given flat panel monitor. Monitors usually come in one of two shapes or aspect ratios. Widescreen monitors are shaped like an HDTV screen and are 1.77 times wider than they are tall, while traditional monitors are shaped like non-HD televisions and are 1.33 times wider than they are tall. Within a given shape, monitors can have any number of resolutions, and in general, a higher resolution monitor can display a sharper image, even though the details will be smaller. For example, a 1080p widescreen monitor can display a full high-definition signal that is 1,920 pixels wide and 1,080 pixels high.
Flat screen monitors come with a large number of features and finishes. Users who want minimal desk space should look for a monitor with built-in speakers. Some monitors not only have built-in speakers, but they also have video inputs, tuners, and remote controls, allowing them to do double duty as a television. Setups where the computer sits on the floor can benefit from a monitor with a built-in USB hub, allowing you to connect devices in an easily accessible place. While a glossy or matte finish has little to do with the screen behind it, a matte finish will look best in environments with a lot of competing light, while a glossy screen can provide deeper colors if it doesn’t have to do the trick. deal with glare.
With very few exceptions, flat panel monitors on the market in late 2011 use liquid crystal display (LCD) technology. Light emitting diode (LED) monitors simply use LEDs instead of fluorescent lamps to light up the LCD display. LED monitors are typically thinner, longer lasting, and more energy efficient with some improvement in image quality, although some high-end LED monitors are thicker and more expensive because they use an array of dimmable LEDs behind the screen for better image quality and color accuracy. Manufacturers use a number of different technologies, such as in-plane switching (IPS), vertical alignment (VA), and twisted nematic (TN) panels. While IPS panels are often considered the best, low-cost TN panels have advantages beyond their affordability, which may be better suited to some users, such as gamers, who need a screen that can refresh their image a lot. quickly.
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