Media247 Brings Vibrant Digital Display “The Palace” to Dubai

Daktronics and Media247, a OOH company in Dubai, have partnered to deliver a new, elegant digital display to Sheikh Zayed Road in Dubai, the main artery through the city with thousands of people passing the location on an hourly basis. Advertising and other special messaging are now delivered to residents and visitors with the display being completed early in 2024.

The display features 10-millimeter pixel spacing to deliver crisp, vibrant imagery to passersby along the heavily traveled Sheikh Zayed Road. It measures 18.24 meters high by 23.04 meters wide and features high-contrast louvers to ensure it makes a large impression on all viewers.

Each end of the display features a 1.92-meter area that curves backward from the face of the display. This curve adds intrigue to the display while assisting with viewing as traffic moves past in both directions. It is surrounded by a marble finish for added elegance to the overall appearance.

Daktronics provides digital technology solutions that offer flexible scheduling for multiple advertisers as well as quick and easy changes in content. Additional services provided to the OOH industry add value and generate revenue for customers.

Leyard Europe announces Luminate Ultra W MicroLED videowall displays

Leyard Europe has announced its Luminate Ultra W series of MicroLED videowall displays, designed for fine-detail imagery at close viewing distances and outdoor environments.

The Ultra W series features a 16:9 wide aspect ratio, with fine pixel pitches which support viewing from as close as 2.5 metres.

MicroLED technology is included for high brightness in direct sunlight conditions, with waterproof glue-on-board technology and an IP65 rating that enables the Luminate Ultra W to operate in harsh weather conditions.

The series is available in 1.2, 1.3, 1.5, 1.6, 1.8 and 2.0mm pixel pitches at a minimum of 3000-nits, and can be configured to match full HD and Ultra HD resolutions.

Front installation and maintenance options are available to reduce the overall footprint of the videowall, with the display shipping in 115-in, 145-in, and 173-in Full HD resolution, as well as 231-in 4K resolutions to reduce configuration time and complexity.

Good Earth Lighting Recalls More than 1.2 Million Rechargeable Integrated Lights

The U.S. Consumer Product Safety Commission (CPSC) and Good Earth Lighting Inc., of Mount Prospect, Illinois, are announcing the recall of more than 1.2 million Good Earth Rechargeable Integrated Lights following the report of a consumer who died, and another who was treated for smoke inhalation when the product overheated and caused a fire in their home last year. Good Earth Lighting is aware of nine additional reports of lights overheating, including six that resulted in fires and property damage.

This recall involves rechargeable lights with model numbers starting with RE1122, RE1145, RE1362 and RE1250. In addition, about 37,800 lights were sold in Canada. The model number is printed on a white sticker on the back of the light.

The lights’ lithium-ion batteries are intended for use as alternatives to permanently wired fixtures in areas such as closets, cupboards, staircases and any place where there are barriers to installing wired lights. The recalled lights measure about 12 inches long and are sold in packages of one or two units. They were sold in a variety of colors, including white, silver, almond, black and rose gold with a charging cable; and with or without a remote control and/or power adapter.

The recalled lights were sold at hardware and home improvement stores nationwide, including Lowe’s, Ace Hardware, Meijer, and Menards, and online at Goodearthlighting.com, Amazon.com, Lowes.com and QVC from October 2017 through January 2024 for about $20 for the single unit and about $35 for the bundle.

Consumers should immediately stop using the lights and contact Good Earth Lighting to receive a free replacement light of at least equal value to the purchase price of the recalled light, including shipping at no charge.

Historic cricket grounds make the switch to LED

As the ICC T20 Cricket World Cup captivates the cricket world this month, three of the sport's most historic venues, Kensington Oval in Barbados, Arnos Vale Stadium in St. Vincents and Lord's Cricket Ground in London, have become the first three cricket grounds in the world to install the state-of-the-art MAKO Sports Lighting system. Developed by Syracuse, NY-based M3 Innovation in partnership with specialist stadium lighting design manufacturer, Abacus Lighting, it is the first LED lighting solution designed specifically for cricket.

The MAKO system's patented optical lens meets both the new ICC T-24 standards and the more stringent ICC T20 World Cup standards, requiring illumination of greater than 3000 lux across the 22-yard-long by 10-foot-wide wicket. Its modular design and reduced weight enable seamless integration into existing infrastructure without exceeding weight limits or inflating project costs.

In early April, Lord's became the first UK men's Test Ground to transition to LED sports lighting. Installed by Abacus Lighting ahead of the 2024 season, the new lights enhance the game experience for players and fans while meeting sustainability standards mandated by Westminster City Council (WCC) and the England and Wales Cricket Board (ECB).

At T20 World Cup host sites Arnos Vale Stadium and Kensington Oval, the MAKO lighting solution was a key component of World Cup inspired multi-million-dollar renovation projects. MAKO and Abacus Lighting delivered the only LED lighting solution capable of meeting the strict standards, while maintaining the historic facility's existing infrastructure.

General Lighting Market size is set to grow by USD 60.8 billion from 2024-2028

The global general lighting market  size is estimated to grow by USD 60.8 billion from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of over 7.72%  during the forecast period.  Declining manufacturing cost of leds is driving market growth, with a trend towards growing number of households and urbanization. However, high average cost per led fixture  poses a challenge.

The LED lighting market faces an obstacle in its growth due to the high initial cost of LED luminaires and smart fixtures. Installation expenses include both the cost of the LED components and labor fees. Moreover, the implementation of IoT infrastructure for smart lighting systems adds to the financial burden. The price range for smart LED bulbs from major manufacturers is broad, ranging from USD15 to USD180.

The general lighting market faces several challenges in the implementation of various technologies. LED technology, such as CFLED and LFL, is becoming increasingly popular due to its energy efficiency and longevity. However, the high initial investment cost is a significant barrier for many businesses. Additionally, the integration of artificial intelligence and connectivity features, like those found in smart lighting systems, adds complexity and cost. Another challenge is the need for compatibility with existing infrastructure and the requirement for ongoing maintenance and updates. Furthermore, the regulatory environment, including energy codes and certifications, adds to the complexity and cost of implementation. Overall, the lighting market requires a balance between innovation and affordability to meet the needs of businesses and consumers alike.

Unilumin Opens New Showroom in Mexico City

Unilumin Group, The LED Application Pioneer, held a grand opening ceremony for its new showroom in Mexico City. This strategic initiative aims to better serve local customers by providing localized, one-stop pre-sales and after-sales LED application solutions.

The showroom features a variety of Unilumin's popular LED products and created a strong bonding moment, allowing local clients to experience the friendly appeal of the Unilumin brand. The event received widespread praise from attendees. Mexico has always been a critical part of Unilumin's strategic market layout. To better serve local users and empower its subsidiaries, Unilumin embarked on this grand opening ceremony.

The opening ceremony began with invited customers signing in and taking photos at the signature wall. The host then took the stage to welcome the guests and provided a detailed introduction to the structure and products of the Mexico showroom, giving attendees a comprehensive understanding of this new facility.

Absen and Kinly Announce Global Platinum Partner Agreement

Absen announced that Kinly has been named as the first European-based company to be awarded Absen Global Platinum Partner status.

This is a long-term, multi-year strategic partnership which recognises Kinly’s exceptional commitment to delivering sustainable and cutting-edge AV and LED display solutions, powered by innovative Absen technology.

Kinly’s Global Product Board (GPB), led by Jean-Paul Lemmens, conducted an extensive review of all LED manufacturers in the AV market based on performance, value to customers and sustainability.

Under the agreement, Kinly will be the first to access and integrate the latest advancements in LED display technology from Absen, as well receiving enhanced training and support from highly-skilled Absen technicians, ensuring that Kinly have the product expertise to design, install, and maintain Absen LED displays to the highest standards. In addition, Kinly will benefit from Absen qualified lead referrals, expanding its market reach and customer base.

In turn, Kinly customers will benefit from best-in-class LED technologies at shortened lead times, combined with the support of a trusted technology advisor for seamless user experiences.

The platinum partner agreement with Kinly further strengthens Absen’s commitment to continuous growth and diversification globally. In May this year, the leading LED display brand opened its first UK showroom, located in Theale, Berkshire. Serving as a hub for Absen’s European operations, this significant expansion solidifies the company’s commitment to its partners and customers by providing a showroom location to demonstrate its comprehensive range of cutting-edge solutions which cater to a vast array of markets.
 Absen announced that Kinly has been named as the first European-based company to be awarded Absen Global Platinum Partner status.

This is a long-term, multi-year strategic partnership which recognises Kinly’s exceptional commitment to delivering sustainable and cutting-edge AV and LED display solutions, powered by innovative Absen technology.

Kinly’s Global Product Board (GPB), led by Jean-Paul Lemmens, conducted an extensive review of all LED manufacturers in the AV market based on performance, value to customers and sustainability.

Under the agreement, Kinly will be the first to access and integrate the latest advancements in LED display technology from Absen, as well receiving enhanced training and support from highly-skilled Absen technicians, ensuring that Kinly have the product expertise to design, install, and maintain Absen LED displays to the highest standards. In addition, Kinly will benefit from Absen qualified lead referrals, expanding its market reach and customer base.

In turn, Kinly customers will benefit from best-in-class LED technologies at shortened lead times, combined with the support of a trusted technology advisor for seamless user experiences.

The platinum partner agreement with Kinly further strengthens Absen’s commitment to continuous growth and diversification globally. In May this year, the leading LED display brand opened its first UK showroom, located in Theale, Berkshire. Serving as a hub for Absen’s European operations, this significant expansion solidifies the company’s commitment to its partners and customers by providing a showroom location to demonstrate its comprehensive range of cutting-edge solutions which cater to a vast array of markets.
 

A must-read for all who take electric light for granted

THE LIGHT DOCTOR is a must-read for all who take electric light for granted. Dr Moore-Ede makes the compelling case that the light you see is as important to your health as the food you drink, the water you drink, and the air you breathe. He provides conclusive evidence that too many LED lights on store shelves produce cheap and bright "junk light" which can be as unhealthy for your body as junk food.

It is over twenty years since electric light at night was first identified as a carcinogen. Since then, thousands of scientific studies have documented the sobering health risks associated with our chronic exposure to blue-rich LED and fluorescent light in the evenings and at night. When we disrupt our circadian clocks with unhealthy light, breast cancer, prostate cancer, obesity, diabetes, heart disease, insomnia, anxiety, and a shortened lifespan result.

Yet over 90% of the lights sold today are static blue-chip LEDs and most consumers are quite unaware of the risks. THE LIGHT DOCTOR explains the science of lighting health in easily understandable terms and serves as a practical guide for finding healthy lights for your home, schools, workplaces, hospitals, and senior living facilities.

The book is written for anyone interested in living a healthier life with the correct lighting. The information provided in this book is backed by a recent survey of 248 scientists by the Circadian Light Research Center, led by Moore-Ede. The scientists, who have collectively published 2,697 peer-reviewed scientific articles on circadian clocks and light, confirmed that human circadian clocks are highly sensitive to blue wavelengths, and exposure to insufficient daytime blue-rich light and excessive blue-rich light at night, leads to many major health disorders.

Seoul Viosys Files LED Patent Lawsuit Against U.S. Home Lighting Company

Seoul Viosys Co. has filed a patent infringement lawsuit against Feit Electric (“Feit”), one of the largest home lighting companies in the United States in the U.S. District Court for the Central District of California.

The complaint asserts that the LED lighting products manufactured and sold by Feit infringe six patented technologies jointly developed by Seoul Semiconductor and Seoul Viosys, including proprietary omnidirectional filament LED technology. Currently, about half of general household light bulbs are filament-type products.

Seoul Semiconductor has also successfully pursued lawsuits against filament LED patent infringers in Europe. In 2020, based on a finding of infringement of Seoul’s patent, the German District Court of Düsseldorf issued two orders for permanent injunctions, recalls and destructions of filament LED products manufactured and sold by the affiliate of Philips brand lighting. In 2023, thanks to the establishment of the Unified Patent Court in Europe in 2023, Seoul Semiconductor's filament LED patented technology will be enforced in 18 European countries, including Germany, France, the Netherlands, and Italy.

Seoul Semiconductor has invested more than 10% of its revenue in LED research and development (R&D) for the past 30 years, committing to the second-generation LED technology. Thanks to its hard work and investment, Seoul has built one of the most extensive patent portfolios in the LED industry, holding rights to approximately 18,000 patents. This includes Seoul’s WICOP technology, which requires no wires and is essential for the production of Micro LEDs.

To foster a society where “Birth is Not Fair, but Opportunity Must be Fair,” Seoul Semiconductor and its affiliate have achieved successful results in 102 patent lawsuits in eight (8) countries over the past 20 years. Seoul’s efforts to protect intellectual property also encourage the creation and investment of intellectual property, and have been featured in The Wall Street Journal and Financial Times.

QLED+'s Immense Potential Unleashed by METZ: A New Horizon in Visual Excellence

Starting with radio manufacturing and evolving to camera flashlights and TV production, METZ has continuously expanded its brand since its establishment. In 2018, Metz Consumer Electronics GmbH officially launched the METZ blue brand, and based on its 85 years of traditional German manufacturing experience, it has consistently delivered high-quality smart TV solutions through the METZ blue brand. It seamlessly integrates rich historical legacy with contemporary vitality, embodying a synthesis of longstanding traditions and innovative dynamism in its offerings. With rich experience in doing business in Europe, METZ has now expanded its footprints from Germany to across the globe.

For most consumers, the key factor in purchasing a TV is often the picture quality. Among the main TV panels, LED, QLED, OLED and Mini LED are the most common that consumers can see. QLED TVs use quantum dots, which are semiconductor nanocrystals that emit specific colors of light when illuminated by a light source or an electrical current. The application of QLED can help to improve the picture quality of the TV.

Compared with the conventional QLED, METZ has updated the inner QLED technology into the fourth generation, which is named QLED+. As the crown jewel of METZ's technological achievements, QLED+ promises a revolution in picture quality, lifespan, and energy efficiency. At its core, QLED+ harnesses the power of quantum dots. The current fourth generation of QLED Technology, grounded in an innovative structure integrating quantum dot film into diffusion plate layers, makes wide custom color gamut points possible and expands light output efficiency. This strategic combination utilizes a singular layer framework to realize an enhanced wide color gamut. Those tiny particles that emit light of specific wavelengths when excited by an external source serve as the bedrock of the technology's ability to produce unmatched color accuracy and brightness. Addressing concerns over insufficient quantum dot density within quantum diffusion plates, the technology employs a wide-color gamut backlight to fortify the color spectrum. But QLED+ does not stop at harnessing quantum dots; it expounds on their potential. QLED+ refines the art of light control, achieving micro-level precision that elevates the viewing experience to new heights, all achieved through a fresh structural design.

Adding a layer of wide color gamut material on the backlight beads results in a purer range of backlight colors when compared to blue light backlight sources, and a wider bandwidth of white light presents more realistic color and uniformity. Where traditional QLED relies on a backlighting system that can sometimes fail to deliver true black levels and suffers from color volume limitations, QLED+ breaks free from these constraints. By incorporating an innovative forward lighting approach, QLED+ ensures that each pixel is masterfully controlled, resulting in deeper blacks, brighter whites, and a dynamic range that brings visual content to life with unprecedented vibrancy.

While traditional QLED expands the color gamut using red and green quantum dot film layers, fourth-generation QLED technology integrates QD film and diffusion plate layers into one. This single-layer structure improves backlight efficiency and results in a 25% increase in transmittance. QLED+ structure design also increases the service life of QLED+ displays by 15%.

Additionally, QLED+ panels are designed with the environment in mind. Eliminating the film layer in the structure makes QLED+ panels more environmentally friendly while creating a backlight with a low-blue-light chip greatly reduces blue light damage to the eyes. Viewers can enjoy enhanced visuals at a cost-effective price, without worrying about visual impairment. QLED+ is a display solution that not only meets but exceeds the demands of today's discerning viewers. Specifically, it offers a level of immersion that was once thought impossible to achieve in the home. Images burst from the screen with lifelike colors and contrast, while games and sporting events become so vivid and realistic that individuals feel they are part of the action. And with its superior durability and longevity, users can enjoy their investment without the worry of color degradation over time.

SKYVIEW to Improve Sports Performance by Appointing Dr. Troy Flanagan to its Circadian Lighting Scientific Advisory Board

SKYVIEW, the world's first human light, that brings the extraordinary power of the sun and sky into our homes, announced sports performance scientist Dr. Troy Flanagan, Ph.D. Has joined its Scientific Advisory Board. Dr. Flanagan has spent over 20 years directing the sport science and medicine programs for various Olympic and Professional sports teams where he has been exploring the use of adaptive lighting to improve athletic performance.

Troy is the Vice President of Performance for the Milwaukee Bucks. He oversees the sport science, medicine, nutrition, sports technology, and sports psychology program. The collaboration between Troy Flanagan and the Bucks' best-in-class performance team has been instrumental in optimizing player well-being. Additionally, Troy's strategic vision and dedication have made a significant impact within the organization, contributing to the Bucks' NBA championship victory in 2021.

Dr. Flanagan holds a first-class honors degree in Human Movement Science and a Ph.D. in Aerospace Engineering from RMIT University in Melbourne, Australia. Throughout his career, he has received several awards, including the ACHPER Award of Excellence, the Australian Postgraduate Award Scholarship, and the Tom Osborn Award for services and contributions to sports nutrition. Flanagan also actively participates in advisory boards and committees, including those for the Apieron Life Research Advisory Committee, the Steadman Philippon Research Institute, and the United States Olympic and Paralympic Committee (USOPC).

The Scientific Advisory Board at SKYVIEW is comprised of experts from diverse fields, each contributing their wealth of knowledge and lifelong dedication to creating innovative wellness solutions at the intersection of science and technology. Their collective expertise complements SKYVIEW's in-house circadian biology and light engineering resources to expand application of this powerful, adaptive lighting. The combined expertise and vision advances the company's mission to rekindle our relationship with natural light for a healthier, more fulfilled life. In a world where we spend more than 93% of our lives indoors under standard, unhealthy lighting, this is a critical mission.

Crystal IS and Asahi Kasei have achieved 99% usable area on 100 mm bulk aluminum nitride substrate

Crystal IS, an Asahi Kasei company, announced the successful serial production of 100 mm diameter single-crystal aluminum nitride (AlN) substrates with 99% usable area, based on current requirements for UVC LEDs, with manufacturing to take place in the United States. The ultra-wide bandgap and high thermal conductivity of AlN help to improve device reliability and performance not only in UVC LEDs but also in next-generation RF and power devices.

“The improvement of our large diameter substrate quality over the last nine months showcases the expertise of our team in Crystal Growth,” said Eoin Connolly, President and CEO of Crystal IS. “The inherent thermal benefits of aluminum nitride can enable higher performing RF and power devices in mission critical and telecom applications—we are excited to work with our partners to further develop this material to meet their needs.”

This achievement follows the company’s announcement of the first-ever recorded 100 mm diameter in August 2023, which won the Grand Prize in the category of Electronic Materials for Semiconductors in the 2024 Semiconductor of the Year Awards. The Semiconductor of the Year Awards are organized by Electronic Device Industry News, an industry journal published in Tokyo by Sangyo Times, Inc.

Crystal IS manufactures bulk single crystal AlN substrates at its headquarters in Green Island, New York, and began selling 2-inch diameter substrates for research and development in RF and power devices in late 2023. This 100 mm diameter milestone accelerates the development of new applications on AlN substrates as it integrates into existing fabrication lines for RF and power devices using alternative materials. The company plans to offer 100 mm diameter substrates, which will be exclusively manufactured in its US facility, to key partners this year as they continue to expand beyond UVC LEDs.

Go with Ledman for Assured Quality! Ledman’s First COB Display Project Operates for 6 Years with Zero Maintenance

Ledman introduced and began mass production of its Micro LED UHD Display products using innovative COB integrated packaging technology in 2018. This product offers unbeatable six-star protection, earning us market acclaim and customer kudos in real-world applications.

The first project of Ledman’s COB UHD display product, namely the Ledman COB UHD display for the intelligent analysis command center of Shanghai Group, has been in operation for 6 years. Over the past 6 years, the Ledman COB UHD displays have shouldered the task of monitoring and dispatching bus operations across urban Shanghai areas (excluding suburban lines and Pudong New Area), delivering clear visuals, stable and reliable performance, and requiring no maintenance post-installation, ensuring quality that is guaranteed. They have garnered significant accolades and commendations from relevant persons-in-charge of Shanghai Group.

Consistently striving ahead, Ledman has ceaselessly advanced in product R&D and innovation, rigorously adhering to national industry standards while committing to enhancing product quality management. This commitment guarantees clients a selection of displays that embody reliability and stand as a testament to impeccable quality!

Ledman’s recent launch, the COB UHD energy-saving ice screen, harnesses patented Pixel Sharing Engines Technology and cutting-edge COB advancements. With a surface temperature of merely 31.6°C and exceptional heat dissipation capabilities, this screen optimizes integrated circuits and display technologies. Thus, it boasts a 50% energy-saving advantage over comparable products, significantly curtailing costs while ensuring both economic and safety benefits.

Furthermore, adhering to Ledman’s molding technology roadmap, the COB UHD energy-saving ice screen boasts optimal protective properties. Its surface is resistant to organic solvents, humidity, and combustion—having passed the rigorous British Standard BS476-7 Surface Spread of Flame Class 2 certification. It also exhibits excellent resistance to decay, and adds collision, electrostatic, fog, moisture, dust, and water resistance to its repertoire, thus being adaptable to a wide range of usage scenarios.

University of the Arts London first worldwide to invest in new Sony Crystal LED VERONA displays

University of the Arts London (UAL) has signed the first deal to install Sony’s new Crystal LED, VERONA Displays, to create a state-of-the-art, research-grade Virtual Production Stage for frontier exploration of ambitious creative possibilities.

In June 2023, University of the Arts London (UAL) announced the development of a specialist Virtual Production (VP) research volume - via its Fashion Textiles and Technology Institute (FTTI) - to create capacity for innovative, trans-disciplinary practice-led research in VP/XR textiles and dress. To support this new facility, UAL went looking to outfit a space with a robust yet cutting-edge, future proof display solution. Research and university requirements pointed them towards display solutions that would provide value over an extend lifespan while delivering the highest possible colour accuracy and detail.

UAL worked with Lux Machina, specialists in display technology, to test all major brands and were impressed with the unmatched brightness of Sony’s Crystal LED technology and the Deep Black Anti-Reflective Surface Technology from VERONA. This new technology delivers both deep black image expression and low-reflection performance that greatly reduces the contrast loss caused by light from adjacent LED panels and studio lighting equipment. The University will also benefit from Sony’s Virtual Production Tool Set, a software-based solution that allows users to design the picture they need for virtual production and serve their creative projects. Researchers will be able to pre-visualise scenes and creative concepts using Virtual VENICE for Unreal Engine to develop, pre-visualise and configure the Crystal LED displays for rapid deployment of VP projects.

Signify delivers plan to reduce greenhouse gas emissions by 90%

Signify has released its plan to reduce greenhouse gas (GHG) emissions by 90% across its entire value chain against a 2019 baseline and reach net-zero by 2040. The plan builds on Signify’s long-established leadership in transforming the lighting industry.

The Plan includes initiatives and programs across the business and value chain, which include incentivizing suppliers to commit to renewable energy, electrification of the logistics fleet and further extending the use of energy-efficient LED lighting – the single biggest factor in reducing the lighting industry’s emissions in recent years.

Since more than 90% of Signify’s value chain GHG emissions come from the use of its products throughout their lifecycle, the company’s 2040 net-zero ambitions focus on continuing to lead the industry in developing increasingly efficient lighting technologies.

As a result of its actions and innovations, Signify has already achieved a 50% absolute reduction in GHG emissions across its entire value chain, including the scope 3 use phase, since 2019. Yet a sizeable proportion of the global lighting stock is still conventional, meaning there is a significant opportunity for rapid progress. A global switch to energy-efficient LED would reduce global GHG emissions by 1%, which is the equivalent of half the total emissions caused by the aviation industry.

Earlier this year, Signify joined forces with Climate Group and other partners to launch Renovation Revolution with the goal of boosting renovation rates across the European Union - a crucial step if the region is to achieve its 2050 net-zero objectives.

Automotive Laser Headlight System Market size is set to grow by USD 18.91 billion from 2024-2028

The global automotive laser headlight system market size is estimated to grow by USD 18.91 billion from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of  40.54%  during the forecast period.  Incorporation of energy-efficient solutions in automobiles is driving market growth, with a trend towards increase in r and d spending on headlight technology.

The automotive industry's lighting segment has seen advancements with the introduction of OLED technology, such as in Audi's 2016 TT RS. OLEDs offer efficient, visually appealing lighting with no harsh shadows or reflectors. While similar to LEDs, OLEDs are more flexible, energy-efficient, and thin, enabling color emission and uniformity. Audi and BMW use OLEDs for product differentiation in premium models. Vendors like HELLA and OSRAM invest in R&D for OLED and laser lighting panels, driving market growth during the forecast period.

The Automotive Laser Headlight System market is experiencing significant growth due to advancements in vehicle technology. These systems provide high-performance lighting, enabling better visibility and increasing road safety. The use of semiconductors and sensors in laser headlights contributes to their efficiency and longevity.

Additionally, the integration of these systems with other vehicle features, such as adaptive cruise control and collision avoidance systems, enhances overall driving experience. The market is expected to continue growing, driven by consumer demand for advanced safety features and increasing regulatory focus on road safety.

Fingal completes Ireland's largest LED switch across its public lighting network

The successful completion of Ireland's most extensive public lighting replacement project to date has taken place, as Fingal County Council installed its last two energy-saving LEDs across its network of roads, residential areas and public spaces.

The final milestone was reached by the council along the picturesque Coast Road in Malahide and means there have now been 35,315 environmentally friendly LEDs installed to replace their energy-guzzling counterparts throughout the county. With this accomplishment, Fingal has confirmed its commitment to sustainability and energy efficiency.

This large endeavour, which cost around €8 million, marks a significant step forward in Fingal’s mission to reduce its carbon footprint and promote eco-friendly practices. The switch to LED technology for public lighting not only enhances illumination, but also promises substantial energy savings and environmental benefits for generations to come.

The transition to LEDs has already reduced street lighting energy consumption by over 50%, as well as delivering tonnes of carbon savings. The LED lights are also easier to maintain, particularly as they are expected to last significantly longer – those installed in Fingal are specified to have a design life of 20 years, or 80,000 hours minimum.

Fluence Drives Improved Yields with Cannabis Cultivator Clade9

Fluence announced results from its successful partnership with California cannabis cultivator Clade9. In the first grow cycle under Fluence LEDs, Clade9 experienced a yield increase of 70%.

With more than 25 years of cultivation experience, Holmes is a pioneer in the California cannabis industry. Holmes created Clade9 in 2015 with a vision for providing consumers access to the highest-quality cannabis products. Clade9 firmly believes customers know the difference between “good enough” and premium cannabis.

To maintain and enhance product quality, Clade9 and Fluence worked together to convert a grow room outfitted with 72 high-pressure sodium (HPS) light fixtures to 72 Fluence RAPTRs, a high-output top light built specifically to function as a one-to-one replacement for legacy HPS fixtures. In the first harvest cycle under the new lights, Clade9 produced 281 pounds per grow room, up from an average of 165 pounds per grow room prior to the Fluence partnership—a 70% increase in yield—while maintaining the high standard of quality for which Clade9 is known.

Traffic Lights Market size is set to grow by USD 605.6 million from 2024-2028

The global traffic lights market size is estimated to grow by USD 605.6 million from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of over 5.82% during the forecast period.

The traffic lights market is experiencing significant growth due to the adoption of energy-efficient LED technology. LED lights offer cost savings and reduced maintenance requirements compared to traditional incandescent bulbs. In the US, over 50% of traffic signals have been converted to LED, with major cities such as Boston, New York City, and San Diego leading the way.

LED traffic lights provide superior visibility and true colors, making them a preferred choice for municipalities. This trend towards LED technology is expected to continue, positively impacting the traffic lights market.

The Traffic Lights Market is experiencing significant growth due to the increasing need for efficient and safe transportation systems. Smart traffic management systems, including intelligent traffic lights, are becoming increasingly popular. These systems use sensors and artificial intelligence to optimize traffic flow and reduce congestion.

The use of connected vehicles and the Internet of Things (IoT) is also driving innovation in the market. Additionally, governments and city councils worldwide are investing in upgrading their traffic light infrastructure to improve road safety and reduce travel times. The market is expected to continue growing in the coming years as technology advances and urbanization increases.

The global traffic lights market faces challenges in coordinating signal timings, leading to traffic congestion and delays. Ineffective synchronization results in inefficient traffic flow and increased travel times, especially during peak hours.
Outdated infrastructure and limited connectivity in many traffic light systems hinder optimal traffic management. Upgrading to advanced technologies and interconnected networks is necessary but requires substantial investments. Manual adjustments to signal timings are time-consuming and prone to error, impacting market growth negatively.
The Traffic Lights Market faces several challenges in the implementation and maintenance of traffic light systems. These challenges include the need for accurate and consistent technology, such as sensors and communication systems, to ensure efficient traffic flow. Additionally, the integration of new technologies like artificial intelligence and machine learning into traffic management systems can be complex and costly.
Durability and reliability are also crucial factors, as traffic lights must function in various weather conditions and heavy traffic situations. Furthermore, the increasing demand for sustainable transportation solutions calls for the development of energy-efficient traffic light systems. Lastly, the regulatory environment and compliance with various standards add to the complexity of the market.

Town Gets $100K To Install Climate-Friendly LED Lighting

The future in Northern Westchester just got a little brighter, thanks to a hefty grant from the State of New York.

NYS Sen. Pete Harckham announced a $100,000 grant for the Town of New Castle to install 198 new LED fixtures throughout Chappaqua as part of ongoing efforts to make environmentally sustainable upgrades in the town's public facilities. The funding is part of the Senate’s Community Resiliency, Economic Sustainability and Technology (CREST) program.

State Sen. Pete Harckham with (l-r) New Castle Town Supervisor Victoria Bayard Tipp and Michele Gregson, chair of the Friends of the Chappaqua Performing Arts Center. (James Persons/Sen. Pete Harckham)

The announcement was made last Friday at the Chappaqua Performing Arts Center (CPAC), where most of the lighting improvements are centered around. The center’s 425-seat auditorium, which the town took ownership of 30 years ago, has been the focus of consistent renovations since then. The new auditorium upgrade will go beyond simply replacing its 55 incandescent bulbs. It will also include the installation of new fixtures for each light and a new dimming system compatible with LED lights.

In addition to the lighting improvements at CPAC, local upgrades will include bulb and fixture replacements in the New Castle Town Hall building and the Town Hall / South Commuter parking lot. The low-energy requirements and longer lifespan of LED lights are expected to save the town on bulb replacements and energy costs, as well as reduce maintenance requirements.

CREST grant funding is among the State Senate grant programs administered by the Dormitory Authority of the State of New York (DASNY) to support community and economic development. Since taking office in 2019, Harckham has delivered more than $20 million of state grant funding to municipalities and nonprofits in the 40th Senate District.

A legend of the screen celebrates its 70th birthday

Its debut in 1954 was heralded as a revolution in cinema projection. Since then, OSRAM’s XBO projection lamp has played a major role in cinemas around the world. This year it celebrates its 70th anniversary – 70 years of outstanding success.

When it was launched in 1954 the OSRAM XBO lamp replaced the then common carbon lamp in German cinemas and quickly established itself as an international standard. Its crowning glory came in 1983 when it won an ACADEMY AWARD for its outstanding light output and technical innovation. By continually developing its projection technology over many years, OSRAM was instrumental in achieving the next major milestone in cinema history, namely the transition from 35 mm film to digital cinema more than 20 years ago based on new powerful generations of its projection lamps, all made in Germany. Xenon discharge lamps are still in demand today thanks to their enormous luminance and very high color rendering index, which together ensure razor sharp images on the screen with high color intensity.

The XL series of XBO projection lamps is one of the latest updates to this successful product. Their longer service life and stable light output come from their improved design and optimized manufacturing processes, making them still attractive for cinema operators despite the trend toward laser projection.

Today, the XBO family comprises products for a wide range of digital film projectors on the market. The lamps, which are produced in Berlin, are constantly being adapted in terms of their design and manufacturing processes in response to changing conditions in today’s cinema, ensuring that cinema operators can continue to reliably impress audiences with digital projection technology.

Visitors to CineEurope in Barcelona can learn all about the anniversary, the success story and the future of ams OSRAM’s cinema projection products. ams OSRAM will be at booth #422 at Europe's largest cinema trade fair from 17 to 20 June.

WWE Launches State-of-the-Art Production Facility In Stamford, Conn

WWE, part of TKO Group Holdings, launched The Studios at WWE, a 30,040-square-foot, state-of-the-art production facility equipped with five studios, highlighted by a cutting-edge virtual production stage built in collaboration with AbelCine and Meptik and featuring the latest generation technology from Sony Electronics and Disguise.

Located within the recently constructed WWE headquarters in Stamford, Conn., The Studios at WWE is ideal in both size and function, with production technologies that will enable WWE to tell more dynamic stories and enhance its production quality, versatility and efficiency, and serve a broad spectrum of clientele across broadcast, film and production. The full-service production facility features wide-ranging amenities, including a Cyclorama, two production control rooms, two live audio rooms, robotic camera control, two playback rooms, editing suites, seven post-audio suites, two green rooms, dressing rooms and office space.

Beyond the best-in-class production offerings, The Studios at WWE is equipped with a purpose-built virtual production stage housed within Studio 3. Equipment and service provider AbelCine, who provided design and installation of camera and lighting for the studios, brought in virtual production specialists at Meptik who spearheaded the design, installation, and integration of the virtual production stage that is positioned to redefine audience engagement for WWE and clients alike. Meptik’s team of creative and technical experts boasts extensive experience in virtual production, having successfully integrated virtual production workflows for clients ranging from major broadcasters to educational facilities in the past.

The LED stage leverages Sony’s latest generation Crystal LED VERONA, a modular display that provides quality and efficiency to in-camera VFX applications, and two mobile LED carts that can be moved around the set. WWE is the first U.S. facility to install Crystal LED VERONA, implementing a total of 158 cabinets across its main wall and auxiliary carts.
 
Studio 3 will feature Sony’s Virtual Production Tool Set, which is designed to tackle common problems with virtual production and to support quality In-Camera VFX, as well as Sony’s flagship full-frame digital cinema camera, VENICE 2. The combination of these products will allow WWE to leverage a color accurate ecosystem to bring quality and efficiencies to their productions.
 
The next-generation production stage is powered by the Emmy-award-winning visual experience platform Disguise, the industry’s most advanced and integrated virtual production workflow. Three Disguise VX 4+ media servers were chosen for their unrivaled playback performance and flexibility to power content of any size, format and complexity, providing WWE with the creative freedom to deliver next-generation storytelling.

Visual Comfort & Co. Introduces Outdoor Rechargeable Table Lamps

Visual Comfort & Co. announced the debut of its latest lighting collection of rechargeable LED table lamps. Crafted to redefine lighting possibilities, this collection seamlessly blends sleek design with advanced technology.

Crafted for both indoor and outdoor use, these rechargeable table lamps offer up to 12 hours of uninterrupted illumination. With a focus on versatility, they cater to areas lacking outlets, from poolside gatherings to intimate tablescapes. Designed by Sean Lavin, this versatile collection combines both innovation and elegance, bringing Visual Comfort to every space and setting.

Key features of the Rechargeable Lamps include:

Integrated LED delivering 90 Color Rendering Index (CRI)
Integrated 3-step touch dimmer
Slide resistance, felt bottom ring
Available in Black, Matte White and Natural Brass finishes
6 feet of USB C to C cable
IP65 wet rating
Each Signature Rechargeable Lamp includes the lamp, a six-foot USB-C charging cable, and a 10W Universal Charging Adapter.

Smart Lighting Market size is set to grow by USD 26.56 billion from 2024-2028

The global smart lighting market size is estimated to grow by USD 26.56 billion from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of almost 20.85% during the forecast period. The Internet of Things (IoT) is transforming the way we manage lighting systems for both consumers and organizations. IoT technology is driving the adoption of smart lighting solutions, such as smart bulbs and luminaires, which provide enhanced control and interactivity. These solutions generate valuable data, enabling energy savings and insights into building occupancy and usage patterns. Vendors like TVILIGHT Projects BV are leading the way with IoT-based smart lighting solutions, such as their RGBW smart street lighting project in Monheim (completed in 2022). The market for smart lighting is expected to grow significantly due to the increased efficiency and management capabilities offered by IoT technology.

The Smart Lighting Market is experiencing significant growth due to the integration of technology in lighting systems. Mercury sensors, long-life LEDs, and connectivity controls are trending in this industry. These technologies enable energy savings, improved lighting quality, and remote control capabilities. Producers are focusing on developing carbon footprint reduction strategies and cost-effective solutions.

The use of digital interfaces and apps for controlling lighting systems is also increasing. Additionally, dimmers and color temperature controls are becoming popular for creating customized lighting environments. The market is expected to continue growing with the increasing demand for energy-efficient and smart solution.

Market Challenges

    The LED market in industrial and outdoor applications faces challenges such as color variations, thermal degradation, moisture intrusion, installation issues, heat constraints, and sensitivity to voltage fluctuations. These challenges limit the adoption of LEDs and may impact the growth of the global smart lighting market. Proper voltage regulation and temperature management are crucial for optimal LED performance and longevity. Addressing these challenges will be essential for expanding the use of LEDs in industrial and outdoor settings.
    The Smart Lighting Market faces several challenges in its implementation and growth. Technological difficulties in integrating various systems and devices are a significant hurdle. Compatibility issues between different brands and protocols hinder the seamless operation of smart lighting systems. Additionally, high initial investment costs and the need for regular updates and maintenance add to the challenges.
    However, the potential benefits of energy savings, improved comfort, and enhanced security make it a promising market for innovation and growth. The LED industry, in particular, is driving the smart lighting market forward with advancements in technology and cost reduction strategies. The market is expected to grow significantly in the coming years, with a focus on developing user-friendly and cost-effective solutions.

Daktronics to Show Flip-Chip COB Product at InfoComm 2024

The latest in Flip-Chip COB (Chip On Board) LED technology will be showcased by Daktronics of Brookings, South Dakota, during InfoComm 2024, the largest pro-AV show in North America, taking place June 8-14 in Las Vegas, Nevada.

Daktronics will be set up in West Hall, Booth #W2617, with the 0.9-millimeter pixel pitch COB product creating a 7-foot-high by 12-foot-wide 4K screen on one side of the booth and two 0.9-millimeter COB displays on the other side of the booth – one with high frame rate and the other pure black contrast. The company’s latest Integrated Matrix Device (IMD) LED technology will also be in the booth, including a 1.2-millimeter floor display and a 0.7-millimeter display with a 110-inch diagonal size. A speed frame mounting demo rounds everything that can be seen at the Daktronics booth.

The line of products Daktronics offers with this COB technology ranges from 1.8 millimeters down to 0.9 millimeters. It brings less heat to the display face and removes the wire bonds to increase reliability. It also decreases the power consumption for a lower cost of ownership over time.

Godox ML100Bi Portable LED Video Light Announced

The new Godox ML100Bi is a compact and portable LED light fixture offering a bicolor temperature of 2800-6500K. With a maximum power of 120W and high color reproduction, it features a reflector for precise lighting and optional accessories for added control and versatility.

Buzbug Revolutionizes Insect Control with Launch of New UV-LED Bug Zappers in 2024

Buzbug, a pioneering force in innovative insect control technologies, is launching a new product line in 2024, featuring cutting-edge UV-LED technology. This launch not only introduces new products but also significantly upgrades the existing range to include advanced, energy-efficient UV-LED technology, marking a major leap forward in the insect control industry.

Enhanced Durability: UV-LED materials are less prone to breakage compared to traditional glass fluorescent tubes, offering greater resilience and reliability.

UV-LED lamps typically operate at a power range of 2-5 watts, considerably lower than the 10 watts often consumed by standard fluorescent lamps. This reduction in power usage translates to cost savings on energy bills and a decreased environmental footprint.

MO-008C: Ideal for both indoor and outdoor settings, this versatile insect killer combines robust construction with powerful performance to adapt to various consumer needs.
MA-015B: A stylish addition to any home, this model offers effective pest control while complementing modern home decor with its retro design.
MA-015C: Designed for outdoor activities, this model features a 5200mAh battery for portability and all-night operation, perfect for camping or evening gatherings.
MO-009: Equipped with three UV-LED lamps, this model is designed for larger areas requiring dependable pest control.

Ledman’s PM Glass Substrate Micro LED Display Panels Have Realized Small-batch Trial Production

Ledman has been proactively researching technologies and processes related to glass substrates and officially launched the world’s first PM Glass Substrate Micro LED display in October last year. At that time, the market did not realize that this exploration could potentially open up a new competitive field.

By innovatively applying PM Glass Substrate technology, Ledman is capable of creating high-cost-performance products that excel in energy efficiency, screen temperature control, and significantly lower costs. This innovation is seen as a crucial entry point for pushing large-scale Micro LED displays into the consumer market.

Due to the outstanding cost and performance advantages of PM Glass Substrate display panels, Ledman has begun exploring their application in commercial and consumer fields such as conference rooms, education, and household giant video walls. In the home market, Ledman has initially launched a 220-inch glass-based Micro LED 4K Household Giant Video Wall.

The reduction in the size of LED light-emitting chips is an effective path to lower costs for large-scale Micro LED displays. Currently, PCB substrates are nearing the limit of the LED chip sizes they can support, whereas glass substrates can accommodate smaller LED chips, which can significantly reduce the cost of LED displays. Additionally, Ledman’s unique PSE technology allows for achieving nearly the same resolution as existing products with fewer LED chips and fewer driver ICs. This means that Ledman’s next generation of large-scale Micro LED displays will not only use cheaper glass substrates and smaller, more affordable LED chips, but also require significantly fewer microchips. This combination paves a clear path for reducing the cost of Micro LED display products.

However, the miniaturization of Micro LED chips presents several challenges, such as reduced peak efficiency and etching sidewall damage. Techniques like sidewall passivation and DBR (Distributed Bragg Reflector) are key to improving light efficiency. Miniaturization also affects internal quantum efficiency, so strategies to enhance crystal quality, reduce defects, and optimize carrier transport are crucial for improving light efficiency across a wide temperature range.

Silanna UV Launches New 235nm Quad High-Power Far-UVC LED at ICFUST 2024 in Scotland

Silanna UV will launch a new 235nm Quad High-Power far-UVC LED at the International Congress on Far-UVC Science and Technology 2024 (ICFUST) this June. As a sponsor of the event, which takes place at the University of St Andrews in Scotland from June 19 to 21, Silanna UV will showcase their latest deep-UVC and far-UVC LED innovations.

The SF1-3M1FWL1 is a high-power, far-UVC emitting device, with a peak wavelength of 235nm in a compact LED package, enabling a variety of new applications and potential markets. This innovative 235nm UV LED is extremely effective for surface disinfection, air purification, medical device sterilization, home appliance sterilization, and liquid chromatography.

Silanna UV's new component, protected by a US patent, offers a typical viewing angle of 125 degrees and a typical output power of over 3mW at 30mA.

Unlike the outdated UV lamps still used in many high-value critical applications and legacy situations, Silanna UV's easy-to-implement LED replacements shine with superior energy efficiency and cooler operation. Free of mercury, these LEDs offer significant environmental and regulatory advantages. Moreover, their robustness greatly reduces maintenance and replacement costs.

The Surface Mount (SMD) SF1-3M1FWL1 UV LED component provides flexibility for application design and assembly. Electrostatic Discharge (ESD) protection is integrated in the UV LED's small-footprint 6.8 square mm package. Standard Tape and Reel or Gel-Pak packing options are available for manufacturers and users while Silanna UV also offers pre-solder on a starboard for an eco-friendly evaluation.

ICFUST 2024 is the only three-day congress dedicated to Far-UVC technology. This pivotal global gathering bridges the gap between cutting-edge research and industry, by connecting researchers, innovators, and policymakers from around the world. This year, ICFUST takes place at the historic and renowned St Andrews University in Scotland, UK. The event will address emerging challenges across sectors including public health, drinking water, wastewater treatment, air pollution, hospital infections, ballast water treatment, and industrial effluent management. Silanna UV is proud to be a sponsor of this unique event.

Grow Lights Market worth $6.4 billion by 2029

The grow lights market is expected to reach USD 6.4 billion by 2029 from USD 2.0 billion in 2024, at a CAGR of 26.5% during the 2024-2029 period according to a new report by MarketsandMarkets™. Various companies are investing in grow lights which gives an opportunity for growth in the grow lights market. The grow lights market is continuously developing, with the presence of multiple players. Currently Europe is contributing significantly to the growth of the grow lights market. Similarly, the Asia Pacific, North America and RoW regions are expected to be the growing market for the forecasted period.

The hardware segment currently leads the grow lights market and is expected to have the largest market share in the forecast period.

Grow lights serve as supplemental lighting for indoor cultivation of fruits, vegetables, and flowers. The adjustment of bulb types, electrical power, and the distance between the lamp and the plant varies accordingly. The grow light system comprises hardware components such as bulbs, fixtures, metal reflectors, reflective films, and ballasts.

Reflectors play a pivotal role in distributing adequate light to all plants, optimizing light efficiency in indoor horticulture. They help maintain optimal light levels and prevent excessive heat or cold. Available in various types, shapes, and sizes, reflectors are mounted on lamps to reduce energy requirements. Reflective films, lining walls, floors, and ceilings in farms, enhance reflectivity and prevent energy wastage.

Ballasts are electronic devices essential for powering high intensity grow lights. Their primary functions include lamp initiation and operation control. Ballasts convert electricity into precise currents required for lamp operation, ensuring constant light output, and preventing overheating or lamp burnouts. They maintain optimal light temperatures for indoor farming.

Bulbs and fixtures are vital hardware components responsible for energy conservation. Most edible plants require a minimum of 30 watts per square foot, while fruiting species like tomatoes may need 40 to 50 watts per square foot. Due to their superior energy efficiency, full-spectrum LED bulbs and fixtures are increasingly favored by growers.

In June 2023, ams-OSRAM AG introduced the fifth generation of its OSLON Square Hyper Red horticulture LED, aimed at accelerating plant growth and facilitating optimized system costs. This iteration reflects the company's commitment to innovation driven by customer feedback, offering LED solutions with increased photosynthetic photon flux (PPF) and higher efficacy compared to the previous Hyper Red 660?nm LEDs. The new OSLON Square Hyper Red LED is suitable for various horticultural lighting applications, including greenhouse top lighting and interlighting, sole source lighting, and vertical farming.

In March 2022, MegaDrive Vertical Series from California LightWorks, was designed for indoor cultivation across multiple levels. This series combines the MegaDrive central power supply with vertical LED fixtures, offering a cost-effective solution for multi-level shelves and low ceiling grow rooms. By eliminating the need for drivers and reducing power drops, it optimizes control and minimizes installation costs.

New Orleans Bridge to Receive $21M LED Light Job

The Crescent City Connection bridge in New Orleans is about to get a vibrant makeover! By the end of 2024, a new $21-million lighting system, featuring 1,600 LED lights, will illuminate this iconic structure. The timing couldn’t be better, as the city is gearing up to host Super Bowl LVIII, attracting tens of thousands of tourists and millions of viewers worldwide.

The new system will incorporate multiple light sources, including recessed lighting, pendants, sconces, lamps, and undercabinet lighting. This layered approach creates a balanced and versatile illumination scheme, enhancing both the beauty and functionality of the bridge1.

One of the standout features of the new lighting system is its ability to change colors and display various themes. Imagine the bridge bathed in different hues to celebrate special occasions or events

The decision to replace the existing lighting system was driven by practical considerations. Repair costs for the old system outweighed the expense of installing a new one. Frischhertz Electric Co., Inc. has been awarded the contract for this significant upgrade1.

The bridge’s frame elements, including the top chord and deck, will be equipped with weather-resistant LED lights. New wiring will be protected by flexible sheathing, ensuring longevity even in challenging conditions.

Research: Acceleration of radiative recombination for efficient perovskite LEDs

The increasing demands for more efficient and brighter thin-film light-emitting diodes (LEDs) in flat-panel display and solid-state lighting applications have promoted research into three-dimensional (3D) perovskites. These materials exhibit high charge mobilities, making them promising candidates for achieving efficient LEDs with enhanced brightness. To improve the efficiency of LEDs, it is crucial to minimize nonradiative recombination while promoting radiative recombination.

Various passivation strategies have been used to reduce defect densities in 3D perovskite films, approaching levels close to those of single crystals3. However, the slow radiative (bimolecular) recombination has limited the photoluminescence quantum efficiencies (PLQEs) of 3D perovskites to less than 80%, resulting in external quantum efficiencies (EQEs) of LED devices of less than 25%. Here we present a dual-additive crystallization method that enables the formation of highly efficient 3D perovskites, achieving an exceptional PLQE of 96%.

This approach promotes the formation of tetragonal FAPbI3 perovskite, known for its high exciton binding energy, which effectively accelerates the radiative recombination. As a result, we achieve perovskite LEDs with a record peak EQE of 32.0%, with the efficiency remaining greater than 30.0% even at a high current density of 100 mA cm−2. These findings provide valuable insights for advancing the development of high-efficiency and high-brightness perovskite LEDs.

ViewSonic Showcases Innovations for Future Workplace and Classroom at its Visual Solution Forum

ViewSonic Corp., a leading global provider of visual solutions, unveils the latest innovations at its Visual Solution Forum 2024 hosted at its R&D Center during COMPUTEX (June 4th – 7th). The event highlights its "ViewSonic Future Meeting Room" and "ViewSonic Future Classroom" initiatives, showcasing comprehensive solutions for workplace and education designed for easy accessibility and inclusive collaboration.

Another highlight is large-format Customizable All-in-One LED displays, providing expansive sizes up to 760 inches, crafted to demonstrate the unprecedented versatility and convenience that mega displays can offer.

As hybrid work becomes the norm, efficient and versatile meeting room setups are essential. The "ViewSonic Future Meeting Room" seamlessly integrates in-person and hybrid teamwork with high accessibility, inclusive collaboration, enterprise-grade security, and remote device management capabilities. For business professionals, it supports the entire workflow, from project initiation to brainstorming and showcasing work, ensuring smooth and effective team interactions while adhering to sustainable principles, making it ideal for modern businesses.

Built on this concept, ViewSonic offers a wide range of touch and non-touch display solutions that are paired with its latest TeamJoin solution designed for Microsoft Teams Rooms, TeamOne online collaborative software, and the Manager centralized device management software to present a future-ready meeting space.

At the forum, guests can experience an ideal setup for Microsoft Teams Rooms meetings – the ViewBoard 105 inch 5K Interactive Display paired with TeamJoin. This combination offers a streamlined user journey, ensuring instant and efficient meetings initiated by a single touch. This 21:9 ultrawide display enhances eye-to-eye connection and provides a full view of presentation content and chat messages through front-row display mode, simulating clear and engaging face-to-face communication. With exceptional audiovisual quality, this setup exemplifies how hybrid meetings can be made more intuitive and productive.

TeamOne features intuitive handwriting capabilities and integrates whiteboarding, flow charts, and other tools. It offers various workflow templates for brainstorming and note-taking, providing a unified collaborative experience for in-person and hybrid teams. The ViewBoard built-in Manager software eases IT administrative tasks by controlling and managing apps and displays remotely on a unified platform.

ViewSonic's latest innovation — the Customizable All-in-One LED displays (LDC series) combines the size versatility of conventional LED displays with the installation convenience of an All-in-One design. Guests will experience the real-world application of the LDC series, which is configured at 263 inches and installed at a second-floor height, serving as welcome signage in the lobby. The displays can be even larger, from 760 inches in one unit to over 1,000 inches when multiple units are combined, suitable for entrance decorations, public advertisements, event backdrops, etc.

Researchers develop high-performance blue organic LEDs based on thermally activated delayed fluorescence material

Organic light-emitting diodes (OLEDs) have become a leading display technology. The luminescent material is a core component of OLEDs. Thermally activated delayed fluorescence (TADF) materials have emerged as promising emitters for achieving high-efficiency OLEDs.

Blue TADF-OLEDs confront more pronounced efficiency roll-off and material degradation issues compared to their green and red counterparts, owing to the formation of high-energy excitons through bimolecular reactions of long-lived excited states.

To pave the way for future TADF-OLED applications, it is crucial to develop advanced blue TADF molecules with extremely short exciton lifetimes, ideally in the nanosecond scale. Simultaneously achieving a high photoluminescence quantum yield (PLQY), ultrashort exciton lifetime, and suppressed concentration quenching in TADF materials is desirable yet challenging.

In a study published in Advanced Materials, a research group led by Prof. Lu Canzhong from Fujian Institute of Research on the Structure of Matter of the Chinese Academy of Sciences reported a new strategy for designing high-performance blue TADF materials, and developed a blue TADF material with high emission efficiency, nanosecond emission lifetime, and effectively suppressed concentration quenching, enabling the realization of high-performance nondoped and doped blue OLEDs.

The researchers designed and synthesized a acceptor-donor-acceptor (A-D-A) type TADF molecule, namely 2BO-sQA, bearing a dispirofluorene-quinolinoacridine (sQA) donor and two cofacial oxygen-bridged triarylboron (BO) acceptors which are nearly orthogonal to the sQA donor.

Eaglerise Launches "All in 1" LED Driver Integrated Dimming Solution

Eaglerise announced "All in 1" LED driver, a new product. It provides a new approach to provide an efficient, versatile, and easy-to-integrate lighting power supply solution to meet the needs of modern lighting systems.

"All in 1" LED driver integrates DALI/0-10/PWM/resistance dimming and NFC function, meeting needs for diverse dimming modes and adapting to lights with different power. Developed based on a digital platform, this product enjoys excellent performance and precise control through integrated functions. It allows real-time reading of energy consumption and driver data, and supports full-voltage input (100-277V), providing a universal, efficient, intelligent, and highly cost-effective solution.

This LED driver is user-friendly, allowing users to switch dimming modes easily, thus improving the user experience. It enables efficient operation through integrated dimming functions and digital control technology. Aided by the real-time reading of energy consumption, it is more intelligent and convenient. Moreover, it guarantees more flexible lighting control, which helps reduce energy consumption and enhance cost-effectiveness.

It adopts the third generation semiconductor technology for development, coming with a smaller size and higher working efficiency, which makes it superior to similar products. In addition, this product applies some recyclable materials and efficient designs to be more green and eco-friendly, contributing to sustainable development.

Thanks to multiple innovative dimming functions of this single product, this product is more cost-effective than similar products. Therefore, we just need to increase its production volume instead of producing various models with a single function to satisfy the market demand for LED driver products.

Eaglerise has been focusing on the research and development, manufacturing, sales and service of lighting power supply products for more than 20 years, covering home lighting, commercial lighting, outdoor lighting and other lighting scenarios. Eaglerise is committed to providing customers around the world with more efficient, smarter, and greener LED driver power supplies and lighting solutions.