Do you know the difference between Monitor and TV?

 

TVs and observers are made using the same base technology, they generally have fully different features, making them more suitable for specific operations.

For example, if you're looking to do some video editing, you might want a monitor instead of a TV. However, the opposite is true if you're looking for something to play home cinema or console games.

 

What is the difference between TV and Monitor?

Television and monitor are very similar. They are both visual output devices and are usually interchangeable. The difference is what they are designed to do. Monitors are usually designed to sit on a desk so that a closer look can be seen. They are attached to other hardware (such as computers) to display graphical information.

 

In comparison, a TV is typically a standalone monitor that's designed to be viewed remotely. TVs have in-built frequency tuners and different hardware to select up cable and satellite broadcasts.

Because of their totally different functions, many factors differ between TVs and monitors. 

 

Size

One of the most obvious differences between a TV and a computer monitor is the size of the unit. Typically, monitors are very small. This is related to the fact that they are seen so closely. TVs are huge because they are designed to be viewed from afar.

 

Screen size is generally measured by the distance between the diagonal corners. Common sizes for PC monitors are between 20 and 40 inches, whereas it’s not uncommon to see TVs over 70 inches.

 

aspect ratio

Related to size, the aspect ratio is an important factor that often varies. Aspect ratio is that the ratio of the width and height of the screen. TVs typically have a 16:9 aspect ratio (widescreen), while monitors can have a variety of aspect ratios.

Depending on the use of the monitor and the available space, the user may want a different aspect ratio. Whereas 16:9 is suitable for TV as most of the television and movies are made in widescreen format.

 cost

Generally, the larger the screen, the upper the price. For this reason, larger TVs are generally more expensive than smaller monitors. There are exceptions to this, which pertain to particular monitors.

Some monitors are designed with specifications for high color accuracy (for image editing) or for gaming (such as a 240Hz refresh rate). Some of these monitors can be more expensive than TVs of the same or similar size.

 

Screen type, resolution, and image quality

Monitors and TVs are both available on a variety of screens. The most common varieties are LCD (liquid crystal display), LED (light-emitting diode), OLED (organic light-emitting diode), and QLED (quantum light-emitting diode). These screen types differ in how the light is generated in pixels. LCD and LED screens to require a backlight, while OLED and QLED technology can light each pixel independently.

 

QLED and OLED technologies are fairly new. However, as QLED and OLED TVs become more common, there are still relatively few monitors on the market with these screen types.

 

When it comes to resolution, both monitors and TVs have a range available. Resolution refers to what percentage pixels are on the entire screen. on the market  resolutions include 1280x720 (720p), 1920x1080 (1080p), 3840x1960 (4K), and currently  7680x4320 (8K).

 

Pixel Density How many pixels are in one square inch of the screen. The higher the picture element density, the clearer, and sharper the image are.

Because of the TV viewing distance, the pixel density should not be that high as a result of the farther you are, the clearer the image is. For monitors, pixel density is much more than important.

 

refresh rate

Refresh rate refers to the number of times the screen is invigorated in a very second. The refresh rate really matters a lot. 60Hz refresh rate means it refreshes 60 times in a second. This is important when considering the frame rate of the source video. You want the refresh rate to be equal to or faster than the frame rate of whatever is on the screen. Otherwise, frames will be missed, and motion will appear blurry.

 

TVs generally have a 60 Hz refresh rate which is fine for most broadcast TV and movies. Some gaming monitors have refresh rates of up to 360Hz, with 120Hz now a very popular option. The faster the refresh rate, the faster your response time and the smoother in-game playback. 

 

Input interval and response time

Input lag is the time it takes for an input to be registered on your monitor or TV. Input lag is directly associated with the refresh rate. 

 

The faster the refresh rate, the faster the inputs will be recorded on the display. pc monitors typically prioritize minimal input lag whereas  TVs prioritize smooth video.

 

TVs typically have slower refresh rates and their video inputs square measure processed abundant quicker than pc monitors, which will increase input lag. While the difference in milliseconds may not be obvious, you will notice a difference when trying to do something that requires a quick response, such as online gaming. Having said that, many TVs have a "Game Mode," which minimizes image post-processing to reduce input lag.

 

Response time is often confused with input lag. Response time is how long it takes each pixel to go from light to black. Image ghosting will occur if the response time is too slow for the screen's refresh rate. It will appear as if fast-moving objects are lagging behind. To avoid ghosting in the monitor, a response time of 1 millisecond or less is recommended.

 

Do you need a monitor or a TV?

Choosing between a monitor and a TV should be pretty easy. To decide, figure out what you would like to try and do with the screen. For example, do you want to play fast online games? Or watch a movie in your living room?

 

Pay attention to screen size, resolution, available ports, refresh rate, and input lag, and get a screen that supports the function you want to use it for.