On July 19, 2011, Toshiba Corporation officially released the F750 laptop with naked-eye 3D function. The birth of this product has not only caused a huge wave in the notebook industry, but also a milestone for the entire consumer electronics industry. With the release of this naked-eye 3D notebook computer, electronic products with naked-eye 3D functions have penetrated into almost all consumer electronics fields, and are no longer limited to limited fields such as previous game consoles and DC/DV.
Toshiba's 12-inch, 20-inch naked-eye 3D TV commercial renderings launched in Japan
In fact, at the beginning of this year, there have been officially commercialized naked-eye 3D TVs in the Japanese home appliance market. These are the two small-size naked-eye 3D TVs launched by Toshiba (12å‹ and 20å‹ respectively). However, the size of these two products is really small, so it is difficult to count as a true mainstream product. After they were launched, there was no particularly sensational effect between the color TV industry and consumers.
So for the 32-inch flat-panel TVs that are more practical for ordinary consumers, what are the problems that hinder the popularization of naked-eye 3D technology? What is the current state of development of naked-eye 3D technology? Do you want to consider the factors of upgrading to "naked eye 3D" in the future when you buy TV? This article will give you the answer.
There is also "internal competition" in naked-eye 3D technology.
“Naked Eye 3D†is just a functional description vocabulary. If you subdivide further, the naked-eye 3D technology can also be divided into several completely different types. Different naked eye 3D technology principles are different, and the final imaging effect is also different. It can be said that the naked-eye 3D technology itself is still in the process of development and transformation, and has not reached a particularly perfect level.
At present, there are two relatively common naked-eye 3D technologies, one is the Barrier type and the other is the LenTIcular Lens. Among them, devices with smaller display areas choose the former technology, while larger devices such as televisions and monitors prefer the latter technology.
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