Samsung’s QLED TVs have received a “Real Quaum Dot” certificate from the Tüv Rheinland Institute, indicating that the technology is capable of delivering 5 % color volume to produce high quality and vitality images. The certificate issued by Tüv Rheinland is an official confirmation of Samsung’s claims about its display technology and reinforces the brand’s position in the high -level TV market; Especially when the actual use of quaum dot technology in LED -based displays has been questioned by some brands.
The certificate issued by the Tüv Rheinland is not merely an advertising aspect, but rather the adaptation of Samsung’s QLED TVs to the IEC 62595-1-6 for quaum dot displays. This technical criterion examines how the red, green and blue wavelengths are separated and published. In order for a display to be recognized as a real quaum dot, these wavelengths must have at least overlap; A feature found in many cheap panels or imitation samples.
Independe tests conducted by TüV have confirmed that Samsung QLED panels correctly show the expected spectral separation from the original quaum dot material; This feature makes the colors more accurate and brighter reproduce on the screen. Samsung has announced that the certificate includes several models of the company’s QLED TVs, including the NEO QLED 8K flagship (QN990F and QN900F models), NEO QLED 4K models (including QN90F, QN85F, QN80F and QN70F) and Q8F 4K and Q8F samples.
All of these models are equipped with the Samsung Quaum Dot Sheet layer, which is located between the backlight source and the LCD panel. This layer coains more than 5 segmes per million of quaum dots that increase color accuracy, corast and brightness, while also helping to reduce the power consumption of the device. Samsung also uses artificial ielligence -based image processing to improve the resolution of images and adjust the coe display at the mome depending on the type of coe.
It is importa to note that the quaum dot materials used by Samsung lack cadmium. Although cadmium can improve light conversion efficiency and help increase brightness and saturation, it has been limited or banned in many couries due to its toxicity and environmeal requiremes, especially under EU ROHS laws. Samsung uses ierdium -based quaum -based quaum pois to fix this problem, which are more environmeally friendly and are also approved globally; In year 3, the Nobel Prize of Chemistry was awarded to researchers who have been involved in the developme of quaum uses in medical imaging and display technology.
Creditting institutions, including SGS and ROHS, have confirmed that Samsung’s quaum dot films are completely cadmium -free, which ensures more safety for the consumer and the production process. Another part of the Samsung QLED TV features is the Knox security platform. Although this feature is not directly related to image quality, it responds to the increasing concerns about the privacy of smart TVs and data protection. Knox provides a multilayer security framework that includes hardware, system software and network communication, designed to preve unauthorized access, illegal changes, and information leaks.
The Knox platform was initially iroduced on Samsung smartphones, but gradually expanded to other parts of the company’s product ecosystem, including TVs and home appliances. In rece years, several television brands have used the title of “QLED” in their advertisemes, without taking the real material material. Instead, these brands rely on extensive color filters or hybrid technologies that have a lower performance than the actual level of the quaum poi, which has confused customers and misleading advertising. Receiving a new certificate from Samsung’s Tüv Rheinland distinguishes its products from examples that rely on loose definitions or couerfeit technologies.
