Can't replace several major differences between resolving TVs and monitors

The liquid crystal display industry includes LCD TVs and liquid crystal displays. The two display devices are considered by many users as alternatives to each other. Some manufacturers have even introduced dual-use products for televisions and monitors, and others have shared television as a display installation and use technique. However, there are major differences in terms of professional use and product positioning.

Can't replace several major differences between resolving TVs and monitors

First of all, the working principle and imaging mode of LCD and LCD TV are basically the same. The functions of the two are highly overlapped. The same as the output of the screen, the internal structure design and the backlight source are not much different. Compared to the monitor, the LCD TV has a cost performance ratio. Outstanding advantages, according to conventional thinking, television should be rolling the display market, but in fact the display market has grown bigger and larger these years.

The working principle and imaging mode of LCD and LCD TVs are basically the same

The current LCD TV data interface generally has VGA and HDMI. There is no pressure to connect to the host computer, but there is a difference in the display performance and use. If you try to connect the host computer to the LCD TV, you will It was found that the images displayed on the LCD TVs have become too bright, and the degree of color cast of some models has reached an appreciable level. Let us look at some of the factors that cause the gap in the use of LCD TVs and liquid crystal displays today.

The use of a TV as a monitor is difficult for users to accept

The cause of serious color cast is the gamma adjustment. The default gamma value of the monitor is 2.2. Due to the different application scenarios, the gamma value of the TV is around 2.4. In this case, the use of a TV as a monitor is difficult for users to accept. Yes, it's OK to watch the video on TV, but there is a gap between browsing the web and the like.

TV screen is larger and viewing distance is longer

At present, the mainstream display brightness is generally 200-300cd/m2, by adjusting the brightness can reach 120-150cd/m2 of the best brightness interval, but the TV because the screen is larger and the viewing distance is far, so the general brightness will reach 400-700cd/m2 The use of near vision has a great impact on vision, commonly known as bright blinking.

The mainstream display brightness is generally 200-300cd/m2

Not saying that too much brightness will cause too much detail in the dark part of the picture to be lost. Even after adjustment, it is difficult to balance the relationship between the brightness of the TV and the display of the color. In such a high brightness condition, if placed at a distance from the display, long-term use will inevitably increase the use of the burden, causing serious damage to the user's eyes.

When watching TV at close range, you will find that the details of the picture are lost more seriously

When watching TV at close quarters, it is found that the loss of details of the picture is serious. This indirectly reflects the loss of the gray-scale output of the TV. Taking 256 gray levels as an example, the television will display 16-236 parts, and the remaining part of the gray-level will be lost. So even in the current price difference, the same price or recommend the player to select the monitor.

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