Return to Scale View
About News Create With Us
Return to Scale View

How big is a LCD Pixel?

A LCD Pixel is 300 micrometers

Introduction

Have you ever looked really close at your TV, computer, or smartphone screen and noticed tiny little blocks of color? Those are called pixels. In particular, we’re going to learn about one type of pixel found in LCD (Liquid Crystal Display) screens. Each of these little blocks is like a tiny artist, painting a tiny piece of the big picture you see on your screen.

What is an LCD Pixel?

An LCD pixel, short for Liquid Crystal Display pixel, is the smallest piece of a digital image that can be changed or manipulated through software. It’s like the smallest building block in a LEGO set, but instead of bricks, we’re dealing with light and color. Each pixel contributes to the overall image you see on the screen, whether that’s a photo of your pet, your favorite movie, or the latest video game you’re playing.

Size of an LCD Pixel

It’s hard to imagine, but the size of an LCD pixel is incredibly tiny. On average, an LCD pixel is about 0.297 millimeters. To put it in perspective:

  • It’s about 85 times smaller than a grain of sand
  • It’s around 23,622 times smaller than an inch
  • It’s so small that you would need a magnifying glass or microscope to see it clearly.

How Does an LCD Pixel Work?

Even though they’re tiny, each LCD pixel is incredibly important. Each pixel is a sample of an original image. The more samples (or pixels) we have, the more accurate the image on the screen will be. But how does a pixel do its job?

  • First, each pixel is made up of three or four elements that can show different intensities of color - usually red, green, and blue (RGB), or cyan, magenta, yellow, and black (CMYK).
  • Second, by changing the intensities of these colors, the pixel can create any color in the rainbow.
  • Finally, by combining millions of these pixels, each showing a different color, your screen can display a full, detailed image.

Conclusion

The LCD pixel might be tiny, but it’s a crucial part of how we experience digital media today. Each pixel, despite being smaller than a grain of sand, works together with millions of others to create the images we see on our screens. So next time when you’re watching your favorite show, playing a game, or scrolling through photos, remember the tiny, powerful pixels that make it all possible.

Smaller By Category
Paramecium
Paramecia vary quite a lot in size, between 50 and 330 micrometers. These little guys are protists and like to swim in water. They can move two millimeters per second!
Thickness of Paper
Paper is very thin. It's so thin it can give you a paper cut. You can do a lot of things with paper, including writing on it, drawing on it, and even folding it into shapes like squares and triangles and dodecahedrons and others.
Mist droplet
Mist can reduce visibility a bit. It can also reflect light, so that you can see rays of light shining through it. That's pretty cool. If you want to find mist, go to the coast or the mountains. Mist is more common there.
Larger By Category
Dust mite
Dust mites like to eat dust, which you probably know is just dead skin cells. Many people are allergic to dust mites. Some people are allergic to their poop. Either way, almost all people want to get rid of this pesky pest.
Amoeba
Amoebae are unicellular, which means there is only one cell. Some amoebae can grow to an incredible 700 micrometers, which is almost an entire millimeter.
Grain of Sand
Of course, not all grains of sand are the same size. They vary a lot. Arenophiles are people who collect sand samples. Also, did you know that Papakolea Beach has green sand? This is because of crystals in the sand. Whatever.