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The Masterpiece born from sapphire. An ice blue sapphire ball falls and shoots through a dark enclosed corridor. Texts such as Born from Sapphire, Modular display, Micro Masterpiece, Timeless color impressions, Breathtaking realism are seen passing on the wall. Docent named Chris D. appears. Welcome to MICRO LED Docent Tour. He ushers to a hallway filled with medieval paintings of ancient Persians on display. We see a painting of a male character holding out his hand and a glowing sapphire stone appears and rises. We see the ceiling sparkling with glowing sapphire stones. As the narrator says just like this blue room, we see a close-up of a faceted sapphire stone that zooms out and falls into a hand. Basis of MICRO LED technology: Sapphire. The faceted sapphire stone breaks into small pieces that flow through the air. The pieces are assembled to become a big LED screen. Legal disclaimer says Screen images simulated. We see the room of components: Meet our micro masterpiece. We see a strand of hair turning into a straight white line. The middle part breaks that measures 1 centimeter. It is zoomed in to one two hundredth to highlight how small micro LED is. Legal disclaimer says Based on the standard of measuring average thickness of hair as 100 micro, standard based on 89,101-inch product. The size of the micro LED may vary for different inches. We see a square block colored red, green and blue appear that depicts a micro LED. It overlays a circuit board. Legal disclaimer says Screen images simulated Sequence shortened. We see the block spreading out to cover a whole screen. Semiconductor Technology. Display Technology. As the docent says let’s take a closer look at this amazing technology, it zooms back in to show the block up close. We see the room of innovation: For stories that define our tech. We see a laboratory room with a large screen in the middle with the text that says Tolerance & Distortion. The letters become twisted to depict distortion. A screen composed of distorted lines of dots become clear and precise. Glass substrates for the screens. A glowing tilted line passes over the screen showing LEDs at a higher density. Legal disclaimer says Screen images simulated Sequence shortened. Two images are shown. The one on the left is titled Conventional transfer and the one on the right MICRO LED transfer. Conventional transfer shows each RGB chip placed individually one stamp at a time. MICRO LED transfer shows a batch of chips being placed all at once. More precise laser technology. Multi chips at once. Below appears a circuit board with words Vacuum Optics appearing above it. It becomes a shiny black module. Modular display. It shows the LED modules combine together to become a large screen. The screen displays a clean image of a colorful flowerbed moving like a wave. Resolution free, Bezel free, Ratio free, and Size free. The LED modules are duplicated and assembled into a screen of various sizes. The screen shrinks and displays its size of 76 inches at the bottom left corner. The screen becomes bigger with the size number rising to more than 117 inches. Legal disclaimer says Screen images simulated Sequence shortened. New generation of displays. We see the room of brilliance: More contrast for breathtaking realism. A man is sitting under the light. Shades on his face and body shifts depending on where the light hits. Legal disclaimer says Screen images simulated Sequence shortened. We see a close-up of a micro LED module that plunges into a white panel causing a ripple. The panel turns black and zooms out to show a Rembrandt’s painting. Two faces are detected from the painting including the face of a figure hidden in the dark background. Fine details in 20bits. It zooms in to show colors and brightness levels rising from 65,536 to 1,048,576 levels. We see another painting by Rembrandt with the colors becoming more vivid and clear. As the docent says what about the color, a little shiny dot appears above his hand. It then transforms into a micro LED module. Self-illuminating while the module emits red, green and blue lighting. No backlight or color filter. We see a screen that is divided in three frames. The one in the middle is pulled out to show that there is no need for a backlight or color filter. True-to-life perfect color. We see white light passing through a glass prism that splits into a spectrum of rainbow colors. As the docent talks about solving light and color issues, he walks in front of screens displaying colorful images. Timeless color impressions. We see the room of new experiences: Feel the ultimate sound. It shows a wall screen and disassembled parts of the center speaker appearing in front of the screen. Center speaker. Legal disclaimer says Images simulated Broadcast reception requires additional devices, such as cables and a set-top box. A man is sitting on a sofa watching and listening to an orchestra’s performance. Waves of sound come from the screen. 120W, 6.2.2ch, OTS Pro. Legal disclaimer says Screen images simulated. The side design of MICRO LED models vary depending on size. Broadcast reception requires additional devices, such as cables and a set-top box. To see additional specifications and information, please visit www.samsung.com. A wall screen displaying different colorful images are seen in different home settings. As the docent ends his narration, we see two crystal whales swimming freely against a black backdrop on a screen. Legal disclaimer says Screen images simulated. The one and only MICRO LED. Samsung. The Masterpiece born from sapphire. An ice blue sapphire ball falls and shoots through a dark enclosed corridor. Texts such as Born from Sapphire, Modular display, Micro Masterpiece, Timeless color impressions, Breathtaking realism are seen passing on the wall. Docent named Chris D. appears. Welcome to MICRO LED Docent Tour. He ushers to a hallway filled with medieval paintings of ancient Persians on display. We see a painting of a male character holding out his hand and a glowing sapphire stone appears and rises. We see the ceiling sparkling with glowing sapphire stones. As the narrator says just like this blue room, we see a close-up of a faceted sapphire stone that zooms out and falls into a hand. Basis of MICRO LED technology: Sapphire. The faceted sapphire stone breaks into small pieces that flow through the air. The pieces are assembled to become a big LED screen. Legal disclaimer says Screen images simulated. We see the room of components: Meet our micro masterpiece. We see a strand of hair turning into a straight white line. The middle part breaks that measures 1 centimeter. It is zoomed in to one two hundredth to highlight how small micro LED is. Legal disclaimer says Based on the standard of measuring average thickness of hair as 100 micro, standard based on 89,101-inch product. The size of the micro LED may vary for different inches. We see a square block colored red, green and blue appear that depicts a micro LED. It overlays a circuit board. Legal disclaimer says Screen images simulated Sequence shortened. We see the block spreading out to cover a whole screen. Semiconductor Technology. Display Technology. As the docent says let’s take a closer look at this amazing technology, it zooms back in to show the block up close. We see the room of innovation: For stories that define our tech. We see a laboratory room with a large screen in the middle with the text that says Tolerance & Distortion. The letters become twisted to depict distortion. A screen composed of distorted lines of dots become clear and precise. Glass substrates for the screens. A glowing tilted line passes over the screen showing LEDs at a higher density. Legal disclaimer says Screen images simulated Sequence shortened. Two images are shown. The one on the left is titled Conventional transfer and the one on the right MICRO LED transfer. Conventional transfer shows each RGB chip placed individually one stamp at a time. MICRO LED transfer shows a batch of chips being placed all at once. More precise laser technology. Multi chips at once. Below appears a circuit board with words Vacuum Optics appearing above it. It becomes a shiny black module. Modular display. It shows the LED modules combine together to become a large screen. The screen displays a clean image of a colorful flowerbed moving like a wave. Resolution free, Bezel free, Ratio free, and Size free. The LED modules are duplicated and assembled into a screen of various sizes. The screen shrinks and displays its size of 76 inches at the bottom left corner. The screen becomes bigger with the size number rising to more than 117 inches. Legal disclaimer says Screen images simulated Sequence shortened. New generation of displays. We see the room of brilliance: More contrast for breathtaking realism. A man is sitting under the light. Shades on his face and body shifts depending on where the light hits. Legal disclaimer says Screen images simulated Sequence shortened. We see a close-up of a micro LED module that plunges into a white panel causing a ripple. The panel turns black and zooms out to show a Rembrandt’s painting. Two faces are detected from the painting including the face of a figure hidden in the dark background. Fine details in 20bits. It zooms in to show colors and brightness levels rising from 65,536 to 1,048,576 levels. We see another painting by Rembrandt with the colors becoming more vivid and clear. As the docent says what about the color, a little shiny dot appears above his hand. It then transforms into a micro LED module. Self-illuminating while the module emits red, green and blue lighting. No backlight or color filter. We see a screen that is divided in three frames. The one in the middle is pulled out to show that there is no need for a backlight or color filter. True-to-life perfect color. We see white light passing through a glass prism that splits into a spectrum of rainbow colors. As the docent talks about solving light and color issues, he walks in front of screens displaying colorful images. Timeless color impressions. We see the room of new experiences: Feel the ultimate sound. It shows a wall screen and disassembled parts of the center speaker appearing in front of the screen. Center speaker. Legal disclaimer says Images simulated Broadcast reception requires additional devices, such as cables and a set-top box. A man is sitting on a sofa watching and listening to an orchestra’s performance. Waves of sound come from the screen. 120W, 6.2.2ch, OTS Pro. Legal disclaimer says Screen images simulated. The side design of MICRO LED models vary depending on size. Broadcast reception requires additional devices, such as cables and a set-top box. To see additional specifications and information, please visit www.samsung.com. A wall screen displaying different colorful images are seen in different home settings. As the docent ends his narration, we see two crystal whales swimming freely against a black backdrop on a screen. Legal disclaimer says Screen images simulated. The one and only MICRO LED. Samsung.
The Masterpiece born from sapphire. An ice blue sapphire ball falls and shoots through a dark enclosed corridor. Texts such as Born from Sapphire, Modular display, Micro Masterpiece, Timeless color impressions, Breathtaking realism are seen passing on the wall. Docent named Chris D. appears. Welcome to MICRO LED Docent Tour. He ushers to a hallway filled with medieval paintings of ancient Persians on display. We see a painting of a male character holding out his hand and a glowing sapphire stone appears and rises. We see the ceiling sparkling with glowing sapphire stones. As the narrator says just like this blue room, we see a close-up of a faceted sapphire stone that zooms out and falls into a hand. Basis of MICRO LED technology: Sapphire. The faceted sapphire stone breaks into small pieces that flow through the air. The pieces are assembled to become a big LED screen. Legal disclaimer says Screen images simulated. We see the room of components: Meet our micro masterpiece. We see a strand of hair turning into a straight white line. The middle part breaks that measures 1 centimeter. It is zoomed in to one two hundredth to highlight how small micro LED is. Legal disclaimer says Based on the standard of measuring average thickness of hair as 100 micro, standard based on 89,101-inch product. The size of the micro LED may vary for different inches. We see a square block colored red, green and blue appear that depicts a micro LED. It overlays a circuit board. Legal disclaimer says Screen images simulated Sequence shortened. We see the block spreading out to cover a whole screen. Semiconductor Technology. Display Technology. As the docent says let’s take a closer look at this amazing technology, it zooms back in to show the block up close. We see the room of innovation: For stories that define our tech. We see a laboratory room with a large screen in the middle with the text that says Tolerance & Distortion. The letters become twisted to depict distortion. A screen composed of distorted lines of dots become clear and precise. Glass substrates for the screens. A glowing tilted line passes over the screen showing LEDs at a higher density. Legal disclaimer says Screen images simulated Sequence shortened. Two images are shown. The one on the left is titled Conventional transfer and the one on the right MICRO LED transfer. Conventional transfer shows each RGB chip placed individually one stamp at a time. MICRO LED transfer shows a batch of chips being placed all at once. More precise laser technology. Multi chips at once. Below appears a circuit board with words Vacuum Optics appearing above it. It becomes a shiny black module. Modular display. It shows the LED modules combine together to become a large screen. The screen displays a clean image of a colorful flowerbed moving like a wave. Resolution free, Bezel free, Ratio free, and Size free. The LED modules are duplicated and assembled into a screen of various sizes. The screen shrinks and displays its size of 76 inches at the bottom left corner. The screen becomes bigger with the size number rising to more than 117 inches. Legal disclaimer says Screen images simulated Sequence shortened. New generation of displays. We see the room of brilliance: More contrast for breathtaking realism. A man is sitting under the light. Shades on his face and body shifts depending on where the light hits. Legal disclaimer says Screen images simulated Sequence shortened. We see a close-up of a micro LED module that plunges into a white panel causing a ripple. The panel turns black and zooms out to show a Rembrandt’s painting. Two faces are detected from the painting including the face of a figure hidden in the dark background. Fine details in 20bits. It zooms in to show colors and brightness levels rising from 65,536 to 1,048,576 levels. We see another painting by Rembrandt with the colors becoming more vivid and clear. As the docent says what about the color, a little shiny dot appears above his hand. It then transforms into a micro LED module. Self-illuminating while the module emits red, green and blue lighting. No backlight or color filter. We see a screen that is divided in three frames. The one in the middle is pulled out to show that there is no need for a backlight or color filter. True-to-life perfect color. We see white light passing through a glass prism that splits into a spectrum of rainbow colors. As the docent talks about solving light and color issues, he walks in front of screens displaying colorful images. Timeless color impressions. We see the room of new experiences: Feel the ultimate sound. It shows a wall screen and disassembled parts of the center speaker appearing in front of the screen. Center speaker. Legal disclaimer says Images simulated Broadcast reception requires additional devices, such as cables and a set-top box. A man is sitting on a sofa watching and listening to an orchestra’s performance. Waves of sound come from the screen. 120W, 6.2.2ch, OTS Pro. Legal disclaimer says Screen images simulated. The side design of MICRO LED models vary depending on size. Broadcast reception requires additional devices, such as cables and a set-top box. To see additional specifications and information, please visit www.samsung.com. A wall screen displaying different colorful images are seen in different home settings. As the docent ends his narration, we see two crystal whales swimming freely against a black backdrop on a screen. Legal disclaimer says Screen images simulated. The one and only MICRO LED. Samsung.

With the world's tiniest self-lit RGB LEDs crafted by Samsung's exclusive innovative diode technology,
MICRO LED has finally arrived at your home.

MICRO Contrast

Individually controlled pixels generate micro-level expressions of black and whites.

MICRO Color

Every microscopic detail of color comes to life in its purest form.

MICRO HDR

Textures and dimensions come alive through infinite gradations.

  • * 110 inch : 1,048,576 steps of the color spectrum
  • * 101 inch, 89 inch : 65,536 steps of the color spectrum

MICRO AI Processor

Self-supervised AI controls every self emitting light.

MICRO LED is optimized for professional use for editing video and graphic images and has completed the quality test verification of Professional Display.

A monumental design that draws
the line with the past.

Infinity Screen

Full-scale viewing experiences blend all boundaries between content, screen and wall.

Powerful sound engineered for
the largest screen ever.

OTS Pro

Dynamic action-tracking sound from all corners takes sound to new levels of immersion.

Q-Symphony

Sound from TV and soundbar come together in harmony and as one.

  • * Sound devices are sold separately.
  • * (Samsung’s sound device) μ-Symphony is supported by Samsung Sound Bar with Samsung's Q Symphony function.
  • * (Third party’s sound device ) μ-Symphony is supported only for sound devices with AV receivers that support center channel output.

Simultaneous multi-source experience,
all on one screen.

Art Mode

Get magnificent inspiration as in an art museum.

See Specs

* Separate devices such as STB, cable are required to receive broadcasts.