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PC Monitor

A computer monitor, technically termed as a visual display unit, can be plainly described as an electronic device that transmits information from the computer onto a screen, thereby acting as an interface and connecting the viewer with the computer. At present, computer monitors are available in a variety of shapes, designs, and colors. 

What is the Best Monitor to Meet Your Needs?

Monitor Display Types
Many monitors use a liquid-crystal, or LCD displays. This type of computer screen produces a quality image and can do so at a competitive price. Light-emitting diode, or LED monitors are LCD monitors, but they use backlighting to produce even brighter, more vibrant images, all while consuming less power in a thinner design than basic LCD computer monitors.

With in-plane switching, IPS monitors take things to the next level with wider viewing angles, more precise colors, and darker blacks than even the best LCD and LED computer monitors. These models are a perfect choice if your work and play finds you editing photos or enjoying video games.

Touchscreen Computer Monitors
Another option to think about is monitors sporting touchscreen capability. These are perfect for home entertainment and using a computer with kids. Swipe effortlessly through images, launch programs with the touch of a finger, or enjoy addictive touch-based gaming. If you do decide on a touch-screen monitor, focus on models with stands that can easily be adjusted.

When shopping for a monitor, important factors to consider are screen size, display type and resolution. When considering screen size, think about how you will be using your monitor. For low maintenance tasks like checking email or browsing social media, a 20" and under screen will suffice. If you work or watch movies on your computer, a 21" to 26" monitor might be best while a 27" and up monitor is useful for those in graphic design, photography or PC gaming.


LCD (Liquid Crystal Display) Monitors
Liquid crystal display, also known as liquid crystal diode, is one of the most advanced technologies available at present. Typically, an LCD monitor consists of a layer of color or monochrome pixels arranged schematically between a couple of transparent electrodes and two polarizing filters. Optical effect is achieved by polarizing the light in varied amounts and making it pass through the liquid crystal layer. At present, there are two types of LCD technology available. These include the active matrix or TFT and a passive matrix technology. Among these, TFT technology is more secure and reliable, and generates better picture quality. On the other hand, passive matrix has a slow response time and is slowly becoming outdated.

In recent times, LCD monitors have become increasing popular with consumers. Some major advantages of using an LCD monitor include:

  • These monitors are compact, lightweight, and do not consume much desk space.
  • Secondly, these monitors do not consume much electricity and can even be operated by using batteries.
  • Also, the images transmitted by these monitors do not get geometrically distorted and have little flicker.
LED (Light-Emitting Diodes) Monitors
LED monitors are the latest types of monitors in the market today. Like LCD, it is again a flat panel display making use of light-emitting diodes for back-lightning instead of Cold Cathode Fluorescent (CCFL) back-lightning used in LCDs. Primarily, the display is of LCD only but the back-lightning is done by LEDs.

LED monitors are said to use much lesser power than CRT and LCD. Thus, they are also considered environmental friendly. Other core advantages of LED monitors are:

  • They produce images with higher contrast
  • They have less negative environmental impact when disposed
  • Lifespan and durability of LED monitors is more than CRT or LCD monitors
  • Because of the technology, the monitor panels can be made very thin
  • Do not produce much heat while running
There are multiple ways by which LED back-lightning is done.

  • White-edge LEDs are fixed around the rim of the monitor. It used a special diffusion panel to spread light evenly behind the screen.
  • An array of LEDs are placed behind the screen. Their brightness is not controlled individually.
  • Again an array of LEDs are placed behind the screen, but the brightness of each individual LED is controlled separately.


Get a good computer monitor today. Contact us.


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https://www.deluxe.com.ng/product-category/pc-monitors

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Electronics