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“Taking on an emerging technology, this project needed a bold player that could take the risks — Samsung was it”
– Tae-yong Son, Vice President, MICRO LED Team, Visual Display Business at Samsung Electronics

 

Samsung Electronics stands at the forefront of transformative display technology, leveraging its industry prowess and expertise to lead product innovation in the global TV market for 17 years. The company has consistently changed the industry landscape through its groundbreaking advancements that allow users to experience the world in new ways.

 

Recently, Samsung raised the bar again with the release of the next-generation MICRO LED — an exceptional display technology that provides an unparalleled viewing experience. Samsung Newsroom sat down with Tae-yong Son, Vice President, MICRO LED Team, Visual Display Business at Samsung Electronics, to learn more about the display’s inception.

 

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▲ Tae-yong Son, Vice President, MICRO LED Team, Visual Display Business at Samsung Electronics, poses in front of a MICRO LED set

 

 

The Intricate Details of MICRO LED Technology

As customers continue to desire higher-definition screens for their homes, TV manufacturers must use the latest visual technologies to create more advanced displays. MICRO LED meets these demands, boasting a modular design that provides users with a superior viewing experience. The ultra-customizable MICRO LED panels allow users to personalize the shape, size and ratio of their screens to fit any space or environment.

 

In addition to incredibly versatile sizing options, MICRO LED displays utilize LEDs that are densely packed together and smaller than 50µm in size. Each individual LED emits light and the three primary colors — red, green and blue — resulting in stunning picture quality without the need for a color filter.

 

“Traditional displays such as OLED and LCD have a filter and additional layers of materials over their light source which can block or absorb some of the light and impact the visual experience,” explained Son. “On the other hand, MICRO LED does not utilize additional material layers, ensuring unmatched color reproduction.”

 

Another distinguishing feature of MICRO LED is Samsung’s nanometer technology, derived from the company’s leading semiconductor expertise. This allows for LED chip operation circuits to be directly deposited on the glass, mitigating any loss of brightness that users may experience with conventional displays. Additionally, inorganic LEDs eliminate the possibility of screen burn-ins or permanent screen discoloration.

 

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▲ The unique technological advantages of MICRO LED offers several benefits including better picture quality, durability and flexibility

 

 

Pioneering the Next Frontier in Displays

The creation of MICRO LED marked a significant step forward in visual display technology. While previous iterations of TVs were created and commercialized through collective industry innovation, the development of MICRO LED was notably different — combining years of extensive research and testing undertaken by Son and his team.

 

“We were determined to provide viewers with a next-level visual experience,” said Son. “As it was an emerging technology, there were various challenges to overcome. This project needed a bold player that could take the risks – Samsung was it. Samsung We recruited brilliant experts for the project and invested heavily in the success of the product which went through numerous rounds of trial and error.”

 

As the name suggests, a MICRO LED display consists of millions of LED units — the most fundamental yet essential part of a screen. For the display to function at peak performance, each LED unit is rigorously tested against the highest quality benchmarks.

 

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▲ Cutting-edge technologies from several neighboring categories, including semiconductor production, AI software, etc. were incorporated to create the MICRO LED

 

The substrate for the LED chips is constructed before the chips are meticulously transferred onto it, creating a unified module. Once produced, the module is assembled into a display and undergoes more than 600 hours of extensive reliability tests and stabilization procedures to ensure that the display provides a stunning visual experience for users.

 

Son explained the precision needed to place the LEDs that makes the process extremely challenging. “Imagine trying to place a tiny object, smaller than a human hair, in a specific position and angle. Then, repeat this action over half a million times. This is the process for placing LEDs, with each placement needing to be flawless,” he said.

 

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▲ Son explains how the arduous and often challenging process pushed the team to continue innovating, leading to the successful development of the MICRO LED screen.

 

To streamline this process, Samsung’s development team began to seek out a new solution. Drawing from the company’s semiconductor expertise, the team adopted techniques used to delicately place circuits on silicon wafers and applied them to MICRO LEDs displays. After testing out the method, the process was deemed a success and considered commercially viable for future production.

 

“We never lost sight of our goal of creating a revolutionary display. We never lost faith.”

– Tae-yong Son, Vice President, Samsung Electronics

 

The display’s modular nature posed another challenge for developers: How could they create a single, unified image uninterrupted by lines or bezels? After years of refinement, Samsung was able to create an advanced auto-assembly method, allowing 49 distinct modules to merge seamlessly into a single, breathtaking bezel-less display.

 

“After six years and more than 200 iterations, we honed the technology that integrates each individual module to create MICRO LED displays of all sizes,” said Son. “Despite the hurdles we faced along the way, we never lost sight of our goal of creating a revolutionary display. We never doubted that we’ll make it.”

 

 

Initiate, Iterate, Innovate: The Relentless Pursuit of Innovation

A sense of understanding and like-mindedness among the developers was instrumental during the development of MICRO LED technology. Son emphasized that “engineers need to overcome the fear of failure, understand that it’s part of the innovation process.” Realizing that failure provides an opportunity for future success and innovation, Son and his team used their setbacks as motivation to continue developing.

 

“Embracing a culture of courage and curiosity, we were able to forge ahead — recognizing that each challenge we encountered was a step in the right direction toward innovation,” explained Son. “Thanks to the hard work and dedication of our team, we were able to bring this revolutionary technology to life. Viewing the process of trial and error as a learning opportunity rather than a hindrance can help propel us closer to technological breakthroughs.”

 

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▲ Over a period of six years, Son and his team fine-tuned MICRO LED technology for commercial use.

 

 

Bringing MICRO LED Closer to Consumers

While MICRO LED displays are poised to redefine the industry, introducing them to the market poses certain challenges — longer consumer adoption cycles, significant initial investments and the need to scale manufacturing processes efficiently. Alongside these factors, well-established alternatives such as LCDs and OLEDs currently dominate the market, making market penetration of MICRO LED screens slower and more difficult.

 

Engineers need to overcome the fear of failure — it’s just part of the innovation process”

– Tae-yong Son, Vice President, Samsung Electronics

 

Despite this, Son views these challenges as opportunities. “The display market is constantly evolving and new technologies often take time to find their footing,” stated Son. “While adoption may be slow right now, it’s reflective of the typical incubation period for advanced technologies. As we continue to innovate and drive down production costs, MICRO LED technology will become more accessible to a broader consumer base.”

 

To introduce MICRO LED displays to more consumers, Samsung plans to invest in methods that will optimize manufacturing processes and effectively reduce costs — alongside targeted marketing efforts to educate consumers on the unique benefits of MICRO LED screens. Although MICRO LED technology is still in the early market stages, interest has been steadily growing with 110-inch MICRO LED displays having been sold since its official release. Likewise, the recently released 89-inch version has been pre-ordered from various nations around the world, indicating increased demand among consumers.

 

Micro-LED_interview_main6.jpg

▲ MICRO LED offers consumers the most cinematic picture quality.

 

“MICRO LED is truly the pinnacle of consumer display, and it will redefine the visual experience across various devices,” said Son. “From augmented reality to the next generation of wearables, this cutting-edge technology underscores the vision we hold for the future — an era of hyper-realistic viewing experiences, all powered by MICRO LED innovation.”

 

For more information on Samsung’s MICRO LED, please visit samsung.com.

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      ▲ Aerosyn-Lex Mestrovic
       
       
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       ▲ An interview with Aerosyn-Lex Mestrovic
       
       
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      VERSAEL BRUSH MMXXI (2021) introduces meticulous calligraphy which looks incredible in the crisp 4k of The Frame.  This piece speaks to my long standing passion from calligraphy and the written word. These large paintings are steeped in multicultural symbology and seek to find beauty in the pattern and rhythm of the calligraphic strokes and lettering used within the artwork.
       
       
      Pushing the Boundaries of Art With Technology
       Q: Your work often blends art with various forms of technology. How do you see this intersection shaping the future of art?
       
      The history of art cannot be separated from the progression of technology. Their stories are intertwined infinitely. As a huge tech nerd, technology is a space that I find endlessly fascinating and inspiring.
       
      We’re certainly moving into a radically new age with the proliferation of artificial intelligence, and I’m excited to participate in pushing creative methods forward with technology. I am truly looking forward to working on projects in this space, and I’m thrilled to combine them with the practices I’ve developed over my career. 
       
       
      Q: Can you give us a sneak peek at some of the projects you are working on?
       
      I’m excited to be working on major projects across various metropolitan cities including Tokyo, New York City, Los Angeles, Riyadh, Dubai and Abu Dhabi. These projects range from large-scale installations for major hotels to huge digital art installations in completely new city centers.
       
      I’m working on some new projects in the gaming space as well, which I’m thrilled about since I’m an avid gamer. I am also launching my own collection of luxury Japanese whisky, sake, shochu and wine this year with the award-winning Japanese distillery, Nishi Shuzo. Lastly, I’m looking to establish a large art studio in Los Angeles.
       
      I have a lot going on at the moment, but I wouldn’t have it any other way! 
       
      Visit Samsung Art Store in The Frame to see more of Aerosyn-Lex Mestrovic’s collection.
      View the full article
    • By Samsung Newsroom
      Robin Spinks, Head of Inclusive Design at the Royal National Institute of Blind People (RNIB), has dedicated his career to creating an inclusive environment. In this role, he not only represents the two million blind or partially sighted people in the U.K., but also advocates for the development of inclusive technology around the world.
       
      There are many nuances around technological inclusivity, from widespread misconceptions about disabilities to the unique needs of every individual. Through the partnership between Samsung and RNIB, Robin lends his perspective and expertise to help the two organizations navigate these complexities with the ultimate goal of creating “Screens for All.”
       
      Samsung Newsroom sat down with Robin to shed light on what today’s inclusive technology looks like, discuss his work with Samsung and get his perspective on what the future holds in the world of accessibility.
       
      ▲ Robin Spinks, Head of Inclusive Design at the Royal National Institute of Blind People
       
      Robin Spinks is Head of Inclusive Design at the Royal National Institute of Blind People (RNIB), spearheading efforts in global digital service and product accessibility. Before joining RNIB, Robin spent five years in Africa working collaboratively with NGOs, overseas governments and a leading assistive technology company in the U.K. to create a bespoke affordable screen reading and magnification solution for low resource environments. Now at RNIB for nearly 15 years, he continues to advocate for inclusive technology.  
       
      Assessing the Need for Accessible Technology
      Spinks and his team work to improve the design and usability of products and services to ensure they are accessible to all individuals, while reinforcing the organization’s commitment to improving usability and accessibility in every aspect of daily life.
       
      ▲ Robin Spinks, Head of Inclusive Design at RNIB (right) speaks with Richard Moreton, Samsung (left)
       
      Advocating for accessibility across such a diverse portfolio of products and services comes with unique difficulties, Spinks pointed out. “Some people will benefit from magnification, so enabling a zoom functionality on a portion of the screen, for example, will help optimize their viewing experience. Some may need assistance with edge detection or making the edges more discernible so they can follow the action on the screen,” says Spinks.
       
      Today’s technology is more integrated into our daily lives than ever before and there are countless possibilities to innovate around the user experience.  Samsung and RNIB have embarked on this partnership together to shape the future of accessible viewing by creating uniquely powerful and accessible features that will innovate the viewing experience for all.
       
      ▲ “We’ve worked on everything from showers to bank machines, smart TVs to smartwatches, mobile phones to apps, digital services, eLearning and much more,” said Spinks
       
       
      Power of Partnership: Samsung and RNIB’s Joint Mission for Better Accessibility
      Traditional televisions can present challenges for those living with visual disabilities. Samsung and RNIB, however, have worked collaboratively to address this for nearly a decade, leveraging the power of technology to create a more inclusive viewing experience.
       
      RNIB is heavily involved in testing user accessibility features, leveraging community insights and pain points to drive innovation. Combined with Samsung’s technological prowess and leadership in the television industry, Samsung Smart TVs and screens continue to incorporate groundbreaking improvements in their accessibility features and functions.
       
      Born out of this partnership are some popular features like Relumino Mode.1 Relumino Mode is designed to help improve the viewing experience for those with low vision, making it possible for more people to engage with and enjoy their favorite content. By enhancing specific parts of videos — such as highlighting outlines and improving contrast, color and sharpness — it is easier to discern content on the screen and follow all the actions. This important feature is designed to be powerful and customizable, so that it can work as a solution for all.
       
      The collaborative efforts between Samsung and RNIB are making a real impact, and among the many companies RNIB works with, the partnership with Samsung stands out, according to Spinks. “Samsung is leading the pack when it comes to accessible television, not just here in the U.K. but around the world,” he said. “It’s been a brilliant thing to be part of that story and to continue to see it developing and evolving professionally and personally. It’s been genuinely gratifying to be a part of something so powerful.”
       
      ▲ Robin Spinks explores Relumino Mode on a Neo QLED TV
       
      Through the partnership, Samsung’s Smart TVs have earned RNIB’s “Tried and Tested” Certification, which is awarded to products based on their suitability for people who are blind or partially sighted. Not only does this certification help guide consumer purchasing decisions, but it also holds manufacturers accountable to design products with all users in mind.
       
      ▲ Samsung’s Relumino mode offers customization of intensity appropriate to various viewing conditions
       
       
      A Glimpse Into the Future of Accessible Tech
      Samsung’s cutting-edge Relumino Mode is transforming home entertainment, making it more inclusive and accessible for all. And in Spinks’ experience, reception to Relumino mode has been positive. So why not expand its reach?
       
      Spinks highlighted that there are two million people in the U.K. today with significant sight loss, and by 2050, that number is expected to double to four million — a considerable number of people who would benefit from an increase in accessible technology. “Think about all the devices that have a digital interface or screen. I think it would be interesting to look at those other devices, and other applications, where Relumino Mode could be useful.”
       
      ▲ A blurry vision goggle simulation of what Relumino Mode may look like to people with visual impairment
       
      Spinks suggested that this type of technology should be expanded to a range of products that consumers encounter on a daily basis. Using public kiosks to order food, purchasing a train ticket, signing in digitally at the doctor’s office, and everything in between should be an equitable and accessible experience for all. “Our quest really is to achieve a culture where there are no barriers for people with sight loss when they’re accessing the digital world,” he said.
       
      ▲ Samsung Relumino Mode’s technology highlights outline while improving contrast and color for enhanced clarity
       
      As we look to the future of accessible technology, he envisions a “dynamic mix of increased inbuilt mainstream technology” and more specialist support for specific use cases. He sees the need for accessibility to grow alongside operating systems.
       
      When asked what advice he would give to companies or designers looking to develop accessibility features, he said, “Above all, talk to users and listen to their stories. Actively listen and understand the barriers that they’re facing and if you can, use a bit of simulation that enables you to learn and understand that.” He went on to say, “One of the best things about investing in accessibility is that everybody benefits from the fruits of your labors.”
       
      ▲ “It’s not just about providing solutions. Make accessibility features interesting,” said Spinks.
       
      At the center of it all is a great user experience for everyone. “That’s the critical element and ultimately, that’s what it will be judged by — how easy and pleasing it is to use,” Spinks adds. “It’s about creating and co-creating thoughtful experiences that people don’t just find easy to use, but want to go back and use time and time again because they enjoy the experience.”
       
      Spinks noted that designers, manufacturers, and engineers alike must adopt a forward-thinking attitude towards improving the user experience, offering a roadmap for the future of inclusive technology. “People talk about technological progress, but from our point of view, it’s only progress if it’s equitable,” he said. “If technology is inherently visual, that’s then exclusive and people with a visual impairment find it harder to participate in to enjoy those technologies.”
       
      Samsung and RNIB understand that, particularly when it comes to televisions as accessibility features are designed to create more equitable and enjoyable experiences for all. “What’s especially impressive about Relumino Mode is it doesn’t visually disturb the picture to the point where non-visually impaired people would dislike watching,” Spinks said. “I can sit down with my family and for the first time actually enjoy watching the TV together.”
       
      The journey toward a completely accessible technological landscape is far from over, but with the combined efforts of committed advocates like Robin Spinks and innovators like Samsung, progress will be made. Samsung and RNIB share the perspective that advancements in accessible technology underline the essential truth: technology should, and must, be for everyone.
       
      To learn more about Samsung’s accessible technology, visit https://www.samsung.com/.
       
      For more information on the Royal National Institute of Blind People, visit https://www.rnib.org.uk/.
       
       
      1 Relumino Mode targets those who suffer from severe visual acuity loss (Source: WHO, World report on vision, 2019) and symptoms of blurry vision. This feature is not intended for use in the diagnosis of disease or other conditions, or in the cure, mitigation, treatment, or prevention of any disease or medical problem. Any information found, acquired, or accessed through this feature is made available for your convenience and should not be treated as medical advice.
      Some features may be supported at a different time, and service availability may not be available at the time of purchase of this product. Relumino Mode is applied for TV models QN80C, QN90C, QN800C, QN900C and works on sources provided through DTV and HDMI only. The Mode does not work on other sources, OTTs, etc.
      View the full article





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