Samsung - MicroLED status - Page 2

Samsung Electronics officially launched its first microLED RGB TV. The 115" TV is an LCD TV that is backlit by red, green and blue microLEDs. Samsung says that this TV "establishes a new benchmark for color accuracy, contrast and immersive viewing in the ultra-premium TV segment".  The TV supports a wide 100% BT.2020 color gamut.

The TV is now available in Korea, and it will also launch in the US - and globally - soon. The price in Korea is 45 million Won, or around $32,000 USD. This is a premium product indeed - although the price is much lower than a comparable true microLED Samsung TV.

During the K-Display 2025 conference, Samsung Display unveiled a new flexible wearable microLED display. This new panel offers a brightness of 6,000 nits, and a density of 326 PPI. 

Samsung says that this new display has 700,000 microLED chips, each 30 um in size. This means the resolution is likely to be 640×360. The size, in that case, will be about 2.25 inch diagonal, which is quite large for a smartwatch.

During CES 2025, Samsung Electronics demonstrated a 98-inch 8K microLED-backlit LCD TV, branding it as RGB MicroLED TV. This is not a true microLED TV, as it is not emissive, but unlike other LED- and miniLED- backlit LCDs, this one uses smaller red, green and blue microLEDs. A few weeks ago Samsung announced plans to produce this TV commercially by the end of 2025.

According to a new report in Korea, Samsung is now ready to begin trial production of this new TV type. Apparently the company's production process has matured enough and it is progressing as planned.

AUO announced that it will showcase new microLED display prototypes and technologies at Touch Taiwan next week. First up, the company has demonstrated a 42-inch single module microLED, which is said to be the world's largest (beating AUO's own record at 31-inch from 2024). The module offers a brightness of up to 1,000 nits, and AUO is showing a 127-inch tiled TV made up from these new modules. AUO will also show a full range of microLED TVs, developed in collaboration with Samsung Electronics. These TVs are based on AUO's MicroLED backplane technology.

Another new display will be the world's thinnest 17.3-inch dual-sided transparent Micro LED display.  AUO did not detail any more information on that display - or just how thin is it. Among its use cases are interactive, first-class cabin interfaces that facilitate seamless communication between passengers and flight attendants via real-time translation on a transparent screen. The display also has use in commercial advertising, home decoration, points of sales and many other fields where the display can increase tech and style while also transmitting information.

During CES 2025, Samsung Electronics demonstrated a 98-inch 8K microLED-backlit LCD TV, branding it as RGB MicroLED TV. This is not a true microLED TV, as it is not emissive, but unlike other LED- and miniLED- backlit LCDs, this one uses smaller red, green and blue microLEDs.

Samsung now says that it plans to launch this new TV, at a size of 115-inch, later in 2025. This will be Samsung's most premium LCD TV. One of the main advantages over its current miniLED-backlit LCDs, is the use of red, green, and blue microLEDs, rather than blue miniLEDs and color-conversion (QD and phophors) technology to create white-emitting LEDs. This should enable a larger image gamut. The microLEDs may also contribute to a higher contrast compared to the bigger miniLEDs, as there will be better dimming zone control.

China-based San'an Optoelectronics is experiencing increased demand for its microLED wafers, and the company is expanding its production capacity. San'an currently has the capacity to produce 250 6" microLED wafers per month, and by the end of the quarter, it will be increase its capacity to 1,400 monthly wafers.

San'an also has passed Samsung's audit and microLED validation tests for its latest chips, and the company is now entering into Samsung's supply chain for the company's large-area tiled Wall microLED TVs. 

At CES 2025, Samsung is showing an interesting microLED application, a smart mirror device. The idea is to provide a mirror with a display on top, that can scan your face and recommend treatment solutions to tailor your skin. 

Samsung said that it employed a "aluminum and niobium micro-patterned mirror structure" to provide a 80% mirror-level reflectance. The mirror (and display) is 21-inch in size. It seems as if this is just a demonstration project, it is not likely to turn into a commercial product anytime soon.

Samsung is showing an interesting new TV prototype at CES 2025, a 98-inch 8K microLED-backlit LCD TV. Moving forward from miniLED backlighting to microLED backlighting enables even more dimming zones (at least 3X as many LEDs as its miniLED TVs) - and so increase energy efficiency and contrast.

Samsung calls the new TV an "RGB MicroLED", which continues the company tradition of unfortunate LED TV naming, although what samsung tries to say is that it uses RGB microLEDs as opposed to its miniLED platform which uses blue LEDs with QD color conversion. These new native RGB microLEDs are also supposed to be brighter than Samsung's miniLEDs, another advantage.

Samsung Display is demonstrating its first microLED wearable display prototype, at CES 2025. The company did not share many specifications, beyond saying that the brightness is 4,000 nits peak, which makes it brighter than the 3,000 nits Apple Watch OLED display.

Samsung started developing wearable microLED displays back in 2023, hoping that Samsung Electronics will release a first product by the end of 2025. This was delayed, but it is great to see SDC showing this display publicly for the first time.

During the IFA 2024 tradeshow, Samsung demonstrated a 65-inch microLED TV. We do not have any technical detail, but it's likely this is a 4K display.

Samsung currently offers a range of microLED TVs, from 89-inch to 114-inch. It will be interesting to know whether Samsung aims to soon launch a 65-inch model, although it seems unlikely this will happen soon as the cost will be very high for such a size.