LCD monitors consume the least amount and provide a brighter display with better contrast, a thinner panel, and lesser heat dissipation. They work on the principle of blocking light rather than emitting it.
These monitors use CCFL (cold cathode fluorescent) backlighting which is generally 20-30% less power than CRT displays in standby mode (as they are not emitting light). CRT monitors consume the most amount of power.
LED monitors have an average usage of around 1 watt per hour when displaying text or graphics and do not need to be turned off, unlike other types of screens that will use more energy to conserve battery life when on standby mode.
Which Monitor Consumes The Least Power?
It isn’t easy to make a monitor that consumes less power in the present day. Most monitors utilize CCFL backlighting with poor-quality LEDs requiring higher quality. This results in a longer lifetime.
More specifically, LCD monitors are made up of two components:
- The display panel is what you see.
- The backlight unit emits light from behind a glass window.
These two components have several different lighting technologies such as CCFL, LED, and fluorescent for several different uses.
- The CCFL technology generally had a shorter life span and consumed more power.
- However, the LED technology, developed from the CCFL, has a longer lifespan but consumes more power.
Currently, monitors have started to utilize LED backlighting as they work on blocking light rather than emitting it.
The Types Of Monitors in use today are:
A TV has a CRT (cathode ray tube)
Computer screens have LCDs
LED TVs have LEDs, which are light-emitting diode lights
All these three are some of the most commonly used monitor types. It’s easier to see on these screens from a distance than on some other monitor types.
LCDs have been around for decades but began to become less popular with the introduction of LEDs.
LED monitors are the most popular because they are:
- The lightest
- Have a higher contrast ratio
- Their colors are bolder
The main problem with LED monitors is that their colors fade over time. LCDs take less energy, but they present a different picture, so people who care about color saturation and clarity should also use an LCD monitor.
Different monitor types handle colors in different ways
Because they work on CRT and LED technology, these monitors tend to be cheaper than those on this list. In-between monitors can be found sometimes, which vary between them.
However, overall, these will be less expensive than the other monitor types. The particular monitors will have different advantages, but overall you’ll be getting a greater one for the price.
CRT monitors work on an entirely different principle. They work because a beam of electrons (which is a type of subatomic particle) shoots out from the cathode, which is a part inside the CRT. Then it hits the screen, and then it bounces back.
This process creates a light pattern on the screen, which looks like an image. Pixels are the individual dots that makeup images displayed on your monitor. You can adjust them to make text bigger or smaller and eliminate any jagged edges around images. LCDs typically have fewer pixels than LED displays, but they still produce high-quality images.
LED TVs have been around for twenty years. They are very fast in processing signals and need virtually no power to run. They are lightweight and have a long lifespan, usually lasting about five years or more.
The best part of LED TVs is that they have a wide range of colors and brightness levels, making them easy to view from different angles and distances. However, some people still prefer the crispness of an LCD TV over an LED model’s wider color range.
Ehtesham Shehzad is a 24-year-old Blogger. He is a Tech-Enthusiast & Software Engineer and currently doing Masters in Computer Science & Networking from the University Of Pisa Italy.