1. Types of Connections
The first question that you’ll need to focus on is the type of connection your system supports, including the monitor and video output. Sometimes, a video card or motherboard specifications might deny your monitor selection, simply by stating or showing an error related to unsupported computer parts. The two most common connection types for monitors are:
• DVI connectors: These are used as a digital output for PC monitors, and it supports all the modern video cards including DVI video cards and HDMI cards.
• VGA connectors: VGA connectors are generally paired up with an older PC that might not even install a video card or support DVI standards.
2. Screen Size
There is no standard phenomenon behind selecting an ideal screen size as it entirely depends on the user’s preference and personal choice. Cost of the PC monitor also plays a vital role in deciding the screen size.
Following are some of the guidelines you should check before buying a monitor:
• Larger monitors are better for graphics related purposes like watching or editing video, playing graphics intensive video games or giving final touch to your digital photographs
• If you’re looking for a completely productive setup, then use normal-sized multiple displays to finish up numerous tasks within stipulated time-period
• If you don’t use the PC regularly, then you may not need a large display
3. Native Resolution
Modern LCD monitors support pixels technology to provide amazing video and picture quality to its users. Analog CRT monitors can easily use lots of different resolutions without losing the exact quality of an image or video. LCDs employ pixels at fixed points, and this arrangement of pixels combines to make the native resolution of the display.
Consider the following factors to select an ideal computer upgrade:
• Always select a monitor with a high native or recommended resolution
• Ensure that your selected computer components deliver the best possible video quality
• Farsighted users may prefer PC monitors with smaller native resolutions to read small text easily.
4. Brightness and Contrast Ratio
Monitor brightness and contrast ratio can impact the actual functioning of major PC parts and is usually not something that interests a user. Computer screens offering a vast difference between brightest white and the darkest dark settings can be highly dangerous for naked eyes. So keep the following parameters in mind while selecting optimal brightness and contrast ratio of your hardware upgrade for PC monitors:
• Grab a monitor that rates greater than 200 cd/m2 on brightness
• Brighter monitors allow better display of color and better contrast ratios that are ideal for graphics professionals, video editors, and other professionals
• Always avail a device having contrast ratios higher than 350:1 and you can easily find PC monitors at reasonable prices with 1000:1 contrast ratio
• Try to search for monitors supporting Dynamic Contrast Ratios or Advanced Contrast Ratios to enjoy optimal video experience
5. Colors Display
Usually, all computer monitors and displays are capable of producing a full array of 16.7 million colors (24 bit), which is possible by using the entire shades of an RGB colorspace. Some older VGA monitors may not display all of them and only work in color modes having density lower than 24 bit. Old VGA monitors aren’t in style now so replace them with the new DVI monitors that possess all the capabilities to support 24 bit color schemes.