Tommy_tvs
Member
In recent years, the prices of mainstream televisions have been on a steady decline due to mature manufacturing processes and intense market competition. However, OLED screen television prices have remained relatively high. A recent breakthrough in production technology by researchers at Dongguk University in South Korea suggests that OLED TV prices might soon see a further reduction.
The Cost Challenge of OLED Screens: One significant factor contributing to the high cost of OLED screens is the use of rare earth minerals in their internal components. While the actual production cost is low, the scarcity of these materials has kept their prices high.
A New Production Solution: The latest research introduces a potentially more affordable and efficient method to achieve similar results. The study utilizes a solution made from benzyl triphenyl phosphonium bromide grinding manganese bromide ([Ph3BzP]2[MnBr4]), which is then dissolved into individual MnBz crystals. These crystals are used in the manufacturing of light-emitting devices, specifically the LED component of OLEDs.
Advantages of the New LED: These innovative LEDs not only offer quality comparable to traditional OLEDs but also boast higher efficiency and lower on-state voltage, thereby reducing production costs.
Challenges Ahead: While the prospects of this breakthrough are promising, the commercialization of this mass production process still faces notable technical challenges. It may take several years before this technology is ready for widespread implementation.
The potential reduction in OLED TV prices through the development of alternative materials is an exciting prospect for consumers and the industry alike. As scientists continue to push the boundaries of technology, advancements like these pave the way for more accessible and cost-effective display solutions in the future. However, it's important to note that the practical application of this new production process will require overcoming various hurdles, making it a journey that might unfold over the course of several years.
The Cost Challenge of OLED Screens: One significant factor contributing to the high cost of OLED screens is the use of rare earth minerals in their internal components. While the actual production cost is low, the scarcity of these materials has kept their prices high.
A New Production Solution: The latest research introduces a potentially more affordable and efficient method to achieve similar results. The study utilizes a solution made from benzyl triphenyl phosphonium bromide grinding manganese bromide ([Ph3BzP]2[MnBr4]), which is then dissolved into individual MnBz crystals. These crystals are used in the manufacturing of light-emitting devices, specifically the LED component of OLEDs.
Advantages of the New LED: These innovative LEDs not only offer quality comparable to traditional OLEDs but also boast higher efficiency and lower on-state voltage, thereby reducing production costs.
Challenges Ahead: While the prospects of this breakthrough are promising, the commercialization of this mass production process still faces notable technical challenges. It may take several years before this technology is ready for widespread implementation.
The potential reduction in OLED TV prices through the development of alternative materials is an exciting prospect for consumers and the industry alike. As scientists continue to push the boundaries of technology, advancements like these pave the way for more accessible and cost-effective display solutions in the future. However, it's important to note that the practical application of this new production process will require overcoming various hurdles, making it a journey that might unfold over the course of several years.
