With the increasing size of flat-screen TV screens, the two have started to have some differences in recent years, but these differences are only in the size of the screen. The TV screens usually placed in the living room and bedroom are larger in size. The size of the monitor placed on the desk is relatively small, so the two have always been in the relationship of "well water does not violate river water". TVs and monitors have always had a deep relationship, and they are very similar in structure and shape: both are composed of LCD panels equipped with related circuit boards (in the era of CRT, a picture tube with a series of original circuit boards), Just from the point of view of the structure of the circuit board, because the TV needs to receive special program signals and various multimedia devices such as players, the structure and module of the circuit board are more complicated than the display. With the increasing size of flat-screen TV screens, the two have started to have some differences in recent years, but these differences are only in the size of the screen. The TV screens usually placed in the living room and bedroom are larger in size. The size of the monitor placed on the desk is relatively small, so the two have always belonged to the relationship between well water and river water. However, many TV brands have launched small-size LCD TV products. Their sizes are basically below 32 inches, such as 20 inches, 23 inches, 27 inches, etc., and the resolution has reached 19201080, which is basically the same as that of desktop monitors. The size is not much different, it is very suitable for small rooms, such as single apartments. Compared with ordinary desktop monitors, these small-size TVs are almost the same as desktop monitors in terms of size, appearance, screen resolution, etc. In addition to realizing the monitor functions, they also support TV functions. In order to save costs, many users also There will be such an idea: buying a small-size TV is completely used as a display, so that one product can be used to realize the functions of two products, why not do it? Before discussing whether small-screen TVs can completely replace desktop monitors, let's take a look at the differences between these two types of products. Although they are relatively similar in terms of structure, form, and technology used, they have been divided into two major products in the industry for so many years, indicating that they are still essentially different, otherwise the two will have been merged together. . From a macro perspective, TV consumer groups mainly watch dynamic TV programs, and monitors are aimed at users who process documents, pictures, and browse the web. This difference in design direction will make the two different. Let's take a closer look. Differences in design At present, the frame of the display is more narrow and narrow, which is convenient for splicing of multiple screens Maybe there will be a lot of differences between people here: will there be any difference in appearance between the TV and the monitor? Although the two are close, the design concept is still somewhat different: TVs are usually placed separately in the living room and bedroom, so their design tends to be more trendy and fashionable, so they generally use acrylic materials and pianos. Elements such as lacquering and arc modeling make it appear less monotonous and highlight the user ’s personality; while monitors are generally placed in studios, offices, and writing desks, although users also want them to be fashionable, they are not It would be too exaggerated. Considering that many office users, program developers, and design drafters often need to use multi-screen stitching, the borders of the monitors are usually very narrow. The purpose is to reduce the stitching as much as possible when forming the stitching system. The width gives users a better viewing experience, so we can see that the frame of the display has become thinner and narrower in recent years. There is no market demand for splicing for small-size TVs, so manufacturers will not spend too much cost to make the frame narrower. Although many LCD TVs also adopt the ultra-narrow bezel design concept, these are only used on high-end large-size TVs promoted by major manufacturers, and small-size TVs under 32 inches rarely use such equipment. Differences in IC chip tuning styles For displaying static pictures and text, the TV is completely incapable USB 3.0 is the future and the new generation in transmission tech, with the following advantages: Super speed – It`s 10 times faster than its predecessor and backward compatible with all USB 2.0 interfaces. It uses a 9-pin connector with 4 pins compatible with USB 2.0 and another 5 pins for bi-directional data transfer. Usb 3.0 Cable,Usb3 Cable,3.0 Usb Port,Micro Usb 3.0 Cable UCOAX , https://www.ucoax.com
External Differences
The USB 3.0 connector is blue.
The top 5 pins provide the two-way data transfer.
The bottom 4 pins provide backward compatibility with USB 2.0.
Note: All USB 3.0 Interfaces are blue