Johnson Controls to Sell Residential and Light Commercial HVAC Businesses

Johnson Controls International has reached a definitive agreement to sell its Residential and Light Commercial (R&LC) HVAC business in an all-cash transaction to the Bosch Group.

The transaction includes the North America Ducted business and global Residential joint venture with Hitachi, Ltd., of which Johnson Controls owns 60% and Hitachi owns 40%. The total transaction is valued at $8.1 billion, and the Company's portion of the consideration is approximately $6.7 billion. As part of the transaction, Hitachi will retain certain ductless HVAC assets located in Shimizu, Japan.

Following the close of the transaction, the Johnson Controls portfolio will be substantially simplified with enhanced strategic focus, aligned with the Company's objective to be a pure-play provider of comprehensive solutions for commercial buildings. Johnson Controls delivers a unique value proposition to customers, with its unmatched service and digital offerings that improve commercial building efficiency and reduce operational costs through its OpenBlue digital platform. The transaction represents a significant portion of the Company's previously announced strategic evaluation of non-core product lines.

Johnson Controls' R&LC HVAC business, which is reported in the Global Products segment, engineers and manufactures ducted and ductless HVAC equipment and components globally for both residential and light commercial applications. In fiscal 2023, the R&LC HVAC business generated approximately $4.5 billion in consolidated revenue. Following the close of the transaction, the R&LC HVAC business will continue to provide residential and light commercial HVAC products under the York and Hitachi brands as well as Coleman, Champion, Luxaire, Guardian, Evcon, TempMaster and others.

Sycamore School Becomes First EC-8th Grade School in the United States to Install BrainLit's Biocentric Lighting System

Sycamore School is proud to announce its groundbreaking collaboration with BrainLit and Hagerman to install state-of-the-art Biocentric lighting. This initiative marks Sycamore School as the first Early Childhood (EC) through eighth grade institution in the country to adopt this innovative lighting technology, designed to enhance the learning environment and improve the well-being of students and staff.

This installation is part of a broader initiative by the BrainLit and Hagerman partnership to bring Biocentric lighting to a wide variety of Hagerman’s projects, including educational institutions, corporate offices, and healthcare facilities, creating environments that support both learning and overall well-being.

This installation is part of a broader initiative by the BrainLit and Hagerman partnership to bring Biocentric lighting to a wide variety of Hagerman’s projects, including educational institutions, corporate offices, and healthcare facilities, creating environments that support both learning and overall well-being.

The installation, which is set to be completed by August, integrates BrainLit's Biocentric lighting system in the school's media center. This system is scientifically proven to synchronize circadian rhythms, improve sleep quality, and boost cognitive function, thereby fostering an optimal learning environment.

Research has shown that traditional fluorescent lighting can negatively impact students' sleep patterns and cognitive performance. In contrast, Biocentric lighting mimics the natural progression of daylight, supporting circadian rhythms and promoting better sleep, mood, and concentration. Studies indicate that exposure to blue-enriched light can enhance alertness and improve academic performance, making it an invaluable tool in educational settings.

This installation is part of a broader initiative by the BrainLit and Hagerman partnership to bring Biocentric lighting to a wide variety of Hagerman's projects, including educational institutions, corporate offices, and healthcare facilities, creating environments that support both learning and overall well-being.

US LED, Ltd. Wins "Best Lighting" in Inside Self-Storage's 2024 Best of Business Poll

US LED, the full-service provider of ultra-long-life LED lighting and Operational Efficiency Solutions, announces its recognition as the "Best Lighting" company in the prestigious 2024 Inside Self-Storage Best of Business reader-choice poll.

US LED, Ltd. Wins "Best Lighting" in Inside Self-Storage's 2024 Best of Business Poll
The Inside Self-Storage Best of Business recognition, established in 2011, symbolizes excellence within the self-storage sector. Each year, industry professionals cast their votes online via the ISS website, endorsing their top suppliers across 40 categories. The winners are then honored in the ISS magazine and prominently featured online throughout the year, providing a valuable resource for industry professionals seeking trusted partners.

US LED's reputation for excellence is built on its unwavering focus on providing ultra-long-life lighting solutions that meet the unique needs of self-storage facilities. With dedicated nationwide project management and installation teams, US LED delivers solutions to reduce operational costs, elevate lighting quality, and enrich the customer experience.

NBC Sports to Utilize Planar LED Video Walls for its Production in Paris

NBC Sports has selected Planar to provide LED video walls for its production of the 2024 Paris Olympics and Paralympics, July 24 - August 11, and August 28 - September 8, respectively.

NBCUniversal’s coverage of the Olympic Games Paris 2024 will feature multi-platform offerings across NBC, Peacock, USA Network, E!, CNBC, GOLF Channel, Spanish-language networks Telemundo and Universo, and NBCOlympics.com and the NBC Sports app. Every day, NBC will provide Olympic fans with at least nine hours of daytime coverage of the Summer Games’ most exciting events, including live finals coverage. Peacock will be the streaming home of the 2024 Paris Olympics, providing fans with the most-comprehensive Olympic destination in U.S. media history, including live streaming coverage of every sport and event and all 329 medal events.

The Opening Ceremony will be presented on Friday, July 26, live on NBC and Peacock and again in primetime. NBCUniversal is presenting its 19th Olympic Games, 12th consecutive overall, and owns the U.S. media rights on all platforms to all Olympic Games through 2032. The Paralympics take place from Paris August 28 - September 8, 2024.

NBC Sports will utilize Planar’s award-winning LED solutions to present high brightness and superior precision for unrivaled image detail, helping NBC Sports route the excitement in Paris back to viewers watching coverage of the Games in the United States. NBC Sports’ production will feature Planar® DirectLight® Pro Series LED video wall in a 1.2 millimeter pixel pitch, as well as an outdoor Planar® Luminate™ Ultra Series LED video wall in a 1.5 millimeter pixel pitch for its production of the 2024 Olympic and Paralympic Games.

Cultivator LightSky Farms Collaborates with Fluence on Innovative LED Lighting Strategy

Fluence, a Dutchl provider of energy-efficient LED lighting solutions for commercial cannabis and food production, announced the success of its partnership with award-winning, Michigan-based cannabis grower LightSky Farms.

Founded in 2009 by wine industry veteran Shannon Walters, LightSky Farms was created with a precise vision for preserving original source terpenes, building a world-class team of cultivation experts and leveraging leading technologies to cultivate an unmatched cannabis experience.

Known for their advanced growing techniques such as phenotype hunting and selective breeding to grow novel cannabis strains, LightSky leverages Fluence’s VYPR and RAZR-M LED light fixtures to optimize plant expression and improve energy efficiency from seed to harvest.

LightSky’s focus on achieving superior plant quality requires extensive research. The LightSky team tested a variety of lighting options before deciding that Fluence fixtures were a natural fit for growing high-quality cannabis that is rich in cannabinoids and desirable terpenes.

New LUXEON HL4Z Delivers High Intensity, Very-High Light Output, and High Efficacy

Lumileds announces the release of the LUXEON HL4Z un-domed power LED intended for applications that require very high intensity and superior efficacy. Optical designers and engineers must typically make a tradeoff between optimizing optical design and achieving high efficacy. Lumileds addresses this dilemma with its innovative LUXEON HL4Z. At maximum current, the undomed LED delivers tremendous intensity – over 1400lm – from its 2.16mm2 light emitting surface at 85°C. And at 70CRI, 4000K, 85°C, and 700mA, typical efficacy of the new LUXEON HL4Z is an impressive 189lm/W.

LUXEON HL4Z at a Glance

Un-domed emitter enables maximum optical control by OEM
2.16mm x 2.16mm light emitting surface
3.5A maximum drive current
Superior quality of light, output, and efficacy for stadium and similar lighting
CCT options of 3000K, 4000K, 5000K, 5700K, and 6500K
CRI options of 70, 80, and 90
Maximum punch and intensity for highly focused applications
Industry standard 3535 package with a 3-stripe footprint
Large thermal pad allows high drive currents and close-packed LEDs
LUXEON HL4Z is available directly through Lumileds distribution network including Future Electronics, Mouser, and others.

Dominant launches L-Spice 30°/ 80°

Tail and stop lamps could get bulkier and heavier than initially outlined. For customers to achieve the desired thin, slender, and light weight lamps, DOMINANT introduces L-Spice 30°/80°, featuring a rectangular beam pattern. With key applications in Rear Combination Lamp (RCL), Tail Lamp, Brake Lamp Turn Signal and especially Center High Mounted Stop Lamp the L-Spice 30°/80° will reduce the number of LED’s needed, simplify lamp design, and hence lower its bulk mass. DOMINANT L-Spice 30°/80°, with a viewing angle of 30° vertically and 80° horizontally, comes in the dimensions of 2.8 x 3.0 x 1.88mm and in 3 colours amber (11 lumens), yellow (10 lumens) and super red (6 lumens).

Designed for targeted and efficient illumination, L-Spice 30°/80° addresses applications where precise light control and coverage have been compromised. It is best suited for narrow and homogenous applications, as required in long and through tail lamp and narrow stop lamps. It eliminates the need for a reflector, enabling simpler lamp design and optical path. There will be a 25% reduction in LEDs for narrow beam applications, resulting in lower overall system cost and power consumption.

This LED has a typical operating current of 60mA, maximum current of 80mA at a typical forward voltage of 2.35V. Junction temperature is 125°C the electrical thermal resistance at junction solder point is 35K/W. The features in this LED will enable customers to achieve cost reduction and carbon footprint goals. The L-Spice 30°/80° will be released in June’ 2024.

Automotive Adaptive Front Lighting System Market size is set to grow by USD 3.09 billion from 2024-2028

The global automotive adaptive front lighting system market is poised to grow significantly, with an estimated increase of USD 3.09 billion between 2024-2028, driven by a projected CAGR of nearly 8.18%. The adoption of AFL systems as product differentiators is a key growth factor, alongside the trend towards AI-enabled ADAS solutions. However, challenges such as the high repair costs associated with ADAS technologies are notable. Major players contributing to this market include ams OSRAM AG, Continental AG, Ford Motor Co., Hyundai Motor Group, and others like Koito Manufacturing Co. Ltd. And Valeo SA.

Automotive companies prioritize customer needs and personalized solutions in a connected environment. Artificial Intelligence (AI) technology is increasingly adopted in Advanced Driver-Assistance Systems (ADAS), mimicking human brain functions. AI-based ADAS continuously learns and enhances object detection and recognition. This technology consumes less power and reduces development time. Leading ADAS manufacturers invest in AI-based solutions, as they improve object detection and recognition, such as NVIDIA DRIVE AutoPilot. Technavio predicts AI-enabled ADAS will dominate the automotive industry, enabling effective active safety and reliable driving systems. This trend significantly contributes to the growth of the global automotive adaptive front lighting system market. Notable vendors have recently introduced AI-based ADAS solutions, making it a crucial market trend.

The Automotive Adaptive Front Lighting System market is experiencing significant growth due to increasing demand for advanced safety features in passenger vehicles. Image sensors play a crucial role in these systems, enabling headlights to adapt to various driving circumstances, including automobile collisions, driver fatigue, and nighttime conditions. Adaptive control systems improve road safety by adjusting headlight intensity and direction based on climatic factors, road conditions, traffic, and curve roads. LED technology, including LED, OLED, and laser headlights, is driving innovation in this market. Premium vehicles and electric/hybrid models are leading the adoption of these advanced lighting systems. Pedestrian safety is a key focus area, with AI and machine learning technologies being integrated to enhance nighttime safety features. The market is expected to continue growing as the demand for vehicle safety features increases, particularly in the context of reducing fatal accidents and improving overall road safety.

Hazardous Location LED Lighting Global Market Forecast & Analysis 2023-2033: Focus on Luminaires

The "Hazardous Location LED Lighting Global Market Forecast & Analysis 2023-2033" report has been added to ResearchAndMarkets.com's offering. This report provides an analysis and forecast of global market consumption of LED-based hazardous location luminaires (explosion-proof and other evaluation levels).

Unsafe lighting is one of the most common potential sources of ignition causing and explosion. Working environments that contain explosive gases or dust are extremely volatile environments. A variety of luminaires (light fixture + LED light source) are available that are considered suitable for hazardous locations, since they prevent any possible ignition sources from being exposed to the air. In various lighting applications, hazardous locations are defined as areas that are at risk of fire or explosion due to the combined presence of electrical equipment and flammable gases or vapors, flammable liquids, combustible dusts, ignitable fibers, or other substances.

In the process of this market research project, in addition to interviewing existing customers and potential customers of LED-based hazardous location lighting, lighting manufactures with various ranges of hazardous area lighting products were also studies. The luminaires are designed for locations where explosive gases and dust are found, providing suitable lighting without enabling a risk of explosion.

The emergence of solid-state lighting (SSL) light emitting diodes (LEDs) in the general lighting industry continues to push lighting-industry vendors, as well as end-users, to consider innovative solutions (new products) to adopt hazardous location LED lighting solutions.

The light emitting diode (LED) market, despite exciting innovative devices driven by technological advances and ecological/energy-saving concerns, still faces challenges in overcoming performance/price limitations and in attracting widespread consumption.

Display Market worth $173.7 billion by 2029

The display market is expected to reach USD 173.7 billion by 2029 from USD 135.2 billion in 2024, at a CAGR of 5.1 % during the 2024-2029 period according to a new report by MarketsandMarkets™. Various companies are investing in display which gives an opportunity for growth in the display market. The display market is continuously developing, with the presence of multiple players. Currently the Asia Pacific region is contributing significantly to the growth of the display market. Similarly, the Europe, North America and RoW regions are expected to be the growing market for the forecasted period.

The consumer electronics market has seen a surge in demand for high quality and high-resolution displays in recent years. Organic light emitting diode OLED and liquid crystal display LCD dominate the market. Nevertheless, other display technologies such as micro-LED, quantum dot displays, and mini-LED are gaining popularity due to their superior picture quality, high contrast ratio, and energy efficiency.

OLED displays are becoming more popular, especially in the high-end smartphone and TV markets, because they're thin, flexible, and bright. OLED displays have higher contrast ratio and viewing angles than LCDs. The high-end TV market is shifting from LCD technology to LCD due to this change.

LCD displays are a popular choice for midrange and budget friendly smartphones and TVs because they are cheap. LCD market is facing challenges due to oversupply and price competition, leading market players to focus on developing panels using advanced display technologies such as mini-LEDs and quantum dot displays. Micro-LED is a new display technology that combines the advantages of OLED displays and LCD displays, such as high contrast ratio, broad color gamut, and low power consumption. Micro-LED displays are still being explored by manufacturers for potential uses, even though they are still in their early stages and cost. Micro-LED is to make big strides in the display industry and will be used in a range of applications including smartphones, TVs, and wearables.

Consumer electronics and displays are poised to thrive in the upcoming years, with the growing demand for high-quality displays in a variety of devices. Smartphones, TVs, and smart wearables, like smartwatches and VR HMDs, are expected to be the main drivers of this growth. The demand for larger and higher resolution displays is expected to increase, driven by the increasing popularity of advanced display technologies like quantum dots, micro-LED, and mini-LED. Display is expected to remain fiercely competitive as manufacturers continue to innovate and commercialize new technologies that meet the evolving needs of consumers.

Liquid crystal display technology is widely used in modern display devices such as televisions, computer monitors and smartphones. An LCD is a liquid crystal that has been electronically modified to pass or block light. The lens is comprised between two flexible electrodes and two polarizing filters, and the alignment of the lenses determines how much light passes through the display, three subpixels are used on LCD displays to create colors, each with a color special filter—red, green, and deep. By changing the intensity of each subpixel, the display can produce millions of colors.

LCD technology replaced numerous technologies, along with cathode ray tube (CRT) and plasma shows. LCDs are thinner, lighter, and consume less strength. Additionally, it also presented better resolution, coloration accuracy, and viewing enjoyment as compared to in advance show technologies.

LCD technology includes advances in Twisted Nematic (TN) displays, which offer faster response times and periodic power consumption to date limited viewing angles Past switching (IPS) displays with a wider and more colorful view more accurate than TN specification. Vertical alignment (VA) provides high comparison ratios but can be afflicted by gradual reaction times. Additionally, superior fringe subject switching (AFFS) technology has been evolved for progressed coloration replica, and LED backlighting has been introduced for higher brightness and decreased strength consumption. These advancements have made LCD generation appropriate to be used in a wide range of devices, which include smartphones, televisions, and computer video display units.

Asia Pacific has emerged as an attractive market for manufacturers of smartphones, tablets, laptops, and televisions. Asia Pacific is the key consumer and producer of display panels. The display devices advancement at an unpredictable pace and the new technology is being rapidly adopted in Asia Pacific region. Some of the key companies in Asia Pacific region include SAMSUNG DISPLAY, LG Display Co., Ltd., Sharp Corporation, BOE Technology Group Co., Ltd., Sony Group Corporation, TCL China Star Optoelectronics Technology Co., Ltd., and many others.

High Purity Alumina Market size is set to grow by USD 6.82 billion from 2024-2028

The global high purity alumina market size is estimated to grow by USD 6.82 billion from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of over 33.95% during the forecast period. Rising adoption of led lighting is driving market growth, with a trend towards declining manufacturing cost of LED and lithium-ion batteries. However, high cost of production of hpa poses a challenge.

The global high purity alumina market is anticipated to grow due to the declining costs of LED manufacturing and the increasing adoption of lithium-ion batteries. The decrease in semiconductor chip and component prices, economies of scale, and shift to larger sapphire substrates have reduced LED manufacturing costs, leading to lower installation costs and increased demand. Similarly, the falling production costs of lithium-ion batteries, driven by expanding production scales and cost-effective technologies, have boosted their adoption in various industries. These trends are expected to continue fueling the growth of the high purity alumina market.

The High Purity Alumina (HPA) market is experiencing significant growth due to increasing demand from various industries. LED manufacturing is a major driver, as HPA is essential for producing high-quality LED chips. The market is also influenced by the semiconductor sector, where HPA is used in the production of sapphire substrates. The demand for high-performance capacitors is another trend, as HPA is a key component in their manufacture. The market is competitive, with major players focusing on technology innovation and cost reduction to meet customer needs. The market is expected to continue growing, driven by the expanding electronics industry and the increasing use of HPA in various applications.

Light-Emitting Diode (LED) Market size is set to grow by USD 219.8 million from 2024-2028

The global light-emitting diode (LED) market is estimated to grow by USD 219.8 million from 2024 to 2028, at a CAGR of 18.52%, according to Technavio. The market growth is driven by the growing adoption of energy-efficient lighting technologies, with a trend towards intelligent lighting systems. However, the high average cost per fixture poses a challenge. Key market players include Acuity Brands Inc., ams OSRAM AG, and Samsung Electronics Co. Ltd. The target market for LED lights includes residential, commercial, industrial, and outdoor applications.
Technavio has announced its latest market research report titled Global light-emitting diode (LED) market 2024-2028.

The digital revolution is transforming the lighting industry with the adoption of intelligent lighting systems and controls. Energy efficiency and cost savings are key drivers for businesses seeking to upgrade their lighting. Intelligent LED fixtures incorporate occupancy and daylight sensors, automatically adjusting artificial lighting based on natural daylight. Wireless controls enable easy adjustment of lighting settings. In industrial and outdoor applications, long-lasting LEDs withstand harsh conditions and offer energy savings. LEDs integrated with sensors and controls optimize energy usage and provide valuable data for energy analysis and maintenance. The increasing demand for these advanced lighting solutions will fuel market growth during the forecast period.

The LED market is thriving in the lighting technology sector, with LED lighting becoming increasingly popular due to its energy efficiency and longer lifespan compared to traditional bulbs. LED technology is not just limited to lighting but also used extensively in display backlighting applications, such as TVs and computer monitors. LED products, including LED bulbs, fixtures, panels, screens, signage, and street lights, offer cost-effective financial savings in the long run. Backlighting, a key application of LED technology, is a trending area with its use in ceiling lights, LED drivers, and LED grow lights. The LED value chain includes LED chips and components, which are environment-friendly and free from harmful substances like mercury. The production cost of LED products is decreasing, making them more accessible to businesses and consumers. LED technology's energy efficiency and cost savings have led to its widespread adoption in various industries, including advertising, horticulture, and outdoor lighting. Despite the initial investment, the financial savings and environmental benefits make LED lighting a sound business decision.

The LED market faces challenges due to the higher initial costs for consumers, which include the expense of LED fixtures and installation labor. In older homes, the need for electrical system renovations increases these costs. Additionally, the adoption of smart lighting solutions involves extra expenses for IoT infrastructure. Price variations among manufacturers for smart lighting products further hinder market growth. Despite declining Average Selling Prices (ASPs) for LED lighting products, these factors impede widespread adoption.

The LED market is thriving, with LED lighting leading the charge as the new energy-efficient alternative to traditional incandescent light sources. LED bulbs and fixtures offer numerous benefits, including longer lifespan, energy savings, and versatility in applications. From LED displays and signage to LED panels and screens, the industry is innovating at a rapid pace. LED technology is used in various sectors, including street lights, grow lights, floodlights, tubes, downlights, headlights, and more. LED manufacturers and suppliers are investing heavily in research and development to improve production, materials, components, and controllers. The LED market trends reflect a shift towards sustainable and cost-effective lighting solutions, making it an exciting space for businesses and consumers alike.

Flexible Display Market Size to Grow USD 28130 Million by 2030

The Global Flexible Display Market was valued at USD 4882 million in 2023 and is anticipated to reach USD 28130 million by 2030, witnessing a CAGR of 27.9% during the forecast period 2024-2030.

The market for flexible displays is expanding quickly as a result of developments in display technology and rising consumer desire for creative and adaptable electronics. Compared to conventional rigid displays, flexible displays—which can be twisted, rolled, or folded—offer a number of benefits, such as increased durability and new design options. Their use in smartphones, wearable technology, televisions, and other consumer electronics has increased as a result. The market is further driven by consumers' increasing inclination for small, stylish gadgets and by major industry players' ongoing expenditures in R&D to enhance the functionality and productivity of flexible displays.

The market for flexible displays is expanding at a substantial rate because of Organic Light Emitting Diode (OLED) technology, especially in the smartphone and tablet segments. When compared to typical LCD displays, OLED displays are preferred due to its greater image quality, which includes higher contrast ratios, faster reaction times, and better color accuracy. Their small, light weight, and flexibility enable the creation of cutting-edge gadget designs, such curved and folding screens, which are becoming more and more well-liked by users. Since OLED technology satisfies customer desire for svelte, highly functional, and aesthetically beautiful gadgets, its adoption by top manufacturers in flagship smartphones and high-end tablets is driving market expansion.

The flexible display industry is expanding at a substantial rate thanks to the usage of flexible screens in wearable technology. The development of lightweight, robust, and flexible screens that can follow the curves of the human body has been made possible by flexible OLED and e-paper technologies, which improves the wearable devices' use and comfort. These displays may be easily integrated into a variety of form factors, such as smartwatches, fitness trackers, and medical monitors. They also have excellent image quality and low battery consumption. Flexible display usage is speeding up and the market is developing as a result of customer desire for wearable technology that is both innovative and visually beautiful, as well as the increased emphasis on health and fitness monitoring.

Another important element propelling market expansion is the deployment of flexible displays by the automobile industry. Advanced infotainment, dashboard, and head-up display systems are becoming more and more common in modern cars. Flexible screens provide automakers the chance to create creative, curved, and ergonomic interfaces that improve the look and feel of their vehicles. Flexible displays are in high demand as a result of the rising trend towards connected and autonomous vehicles. These displays offer adaptable and aesthetically pleasing ways to integrate cutting-edge technologies into the interior of automobiles.

The market for flexible displays is being greatly impacted by the growing popularity of foldable smartphones. Leading smartphone makers are introducing foldable versions that provide bigger screens in smaller form factors by utilizing flexible display technology. Customers looking for rich viewing experiences and multitasking capabilities may find these devices appealing. Flexible display demand is being driven by the creative design and improved functionality of foldable smartphones, which are generating consumer attention and acceptance. The rivalry grows as more companies join the foldable smartphone space, which accelerates the development of flexible display technology.

Latest outdoor luminaires from Glamox

LED lighting vendor Glamox AS has added a family of toughened outdoor wall luminaires which are made partially from recycled aluminum, are designed for reuse, and which carry DarkSky International certification on at least one model.

Glamox designed the new O21-W line as a durable offering that can withstand physical punishment such as vandalism or errant soccer balls on school playgrounds.

The Oslo, Norway company has positioned the O21-W for use in illuminating perimeters and entrances outside commercial and public buildings. Early customers include the Manchester Royal Infirmary in Manchester, England, and Beaulieu Village Primary School in Brockenhurst, England.

Signify and Mercedes-AMG PETRONAS Formula 1 Team launch new partnership

Signify announces a new partnership with the Mercedes-AMG PETRONAS F1 Team. Connected by their shared passion for technological innovation and sustainability the partnership will drive forward the team's vision of becoming one of the world’s most sustainable professional sports teams.

Signify and Mercedes-AMG PETRONAS F1 are committed to responsible innovation, founded on a shared belief that performance should not come at any cost and that sustainability does not compromise on performance. As both teams continue to drive the transformation of their industries, responsible innovation elevates performance and leads to sustainable outcomes.

Signify has led the transformation and decarbonization of the lighting sector, and recently announced its 2040 Climate Transition Plan, setting out its vision to reach net-zero by 2040. The company has reduced GHG emissions across the full value chain by 50% since 2019 and continues to advocate for energy efficiency and an accelerated energy transition. With the new partnership, comes a commitment from Signify to share knowledge and expertise to support Mercedes-AMG PETRONAS F1 Team in developing its Climate Transition Plan.

To win in Formula One, every member of the team must perform to their full potential at every moment. Signify’s lighting innovations will augment the team’s efforts to create optimal conditions for drivers, engineers and team members, helping them see, feel, and perform at their best. NatureConnect, EyeComfort and other technologies will bring the power of daylight indoors to aid concentration with light that is comfortable for the eyes and, support the body’s natural rhythm and ability to adjust to a challenging global schedule.

Christie lights up screens at Toronto’s IncluCity Festival

Christie is sponsoring the Lavazza IncluCity Festival, presented by ICFF, for the fifth consecutive year. The film and cultural festival runs from June 27 to July 21, 2024, and takes place in Toronto’s Distillery Historic District.

The festival transforms the Distillery into an open-air cinema village that includes Trinity Theatre—an outdoor theatre that welcomes guests with inviting couches, noise-canceling headphones, and a 28-foot screen illuminated by a Christie CP4435-RGB pure laser cinema projector. In case of inclement weather, a Christie CP4415-RGB pure laser cinema projector will light up the screen at Canadian Stage, an indoor theatre that is a short walk from the Distillery

Attendees of the festival will enjoy a premium moviegoing experience with incredibly colorful, detailed, and true-to-life visuals with Christie RGB pure laser cinema projectors. In keeping with the festival’s sustainability initiatives, these projectors feature best-in-class energy efficiency: the CP4435-RGB is 22% more efficient than its competitors, and the CP4415-RGB is 18% more efficient, producing 11.9 lumens per watt.

Philips Hue bulbs randomly switching to 100% brightness

A number of people have reported their Philips Hue bulbs suddenly switching to 100% brightness, seemingly randomly.

Owner Signify says this is a problem related to Matter compatibility, and that the bug may take around a week to fix: 'After extensive analysis, we have identified an interoperability issue with the Matter smarthome standard, in which random temporary radio traffic disruptions are incorrectly recognized as legacy switch power toggles, turning low brightness lights to full brightness,” Signify third-party spokesperson Kate Helander tells The Verge:

“A permanent fix for the issue is in progress and will be rolled out within the next week."

SemiLEDs Reports Third Quarter Fiscal Year 2024 Financial Results and Engages Financial Advisor

SemiLEDs Corporation, a developer and manufacturer of LED chips and LED components, announced its financial results for the third quarter of fiscal year 2024, ended May 31, 2024.

Revenue for the third quarter of fiscal 2024 increased to $1.3 million, compared to $886 thousand in the second quarter of fiscal 2024. GAAP net loss attributable to SemiLEDs stockholders for the third quarter of fiscal 2024 decreased to $319 thousand, or $(0.06) per diluted share, compared to a net loss of $559 thousand, or $(0.11) per diluted share, in the second quarter of fiscal 2024.

GAAP gross margin for the third quarter of fiscal 2024 increased to 41%, compared to 13% for the second quarter of fiscal 2024. Operating margin for the third quarter of fiscal 2024 was negative 36%, compared with negative 94% for the second quarter of fiscal 2024. The Company’s cash and cash equivalents were $1.7 million at May 31, 2024, compared to $1.6 million at the end of the second quarter of fiscal 2024.

SemiLEDs develops and manufactures LED chips and LED components for general lighting applications, including street lights and commercial, industrial, system and residential lighting, along with specialty industrial applications such as ultraviolet (UV) curing, medical/cosmetic, counterfeit detection, horticulture, architectural lighting and entertainment lighting. SemiLEDs sells blue, white, green and UV LED chips.

Alloy LED Launches Flexible, Field-Cuttable, High Performance FocaLine 6 Wall Grazing Luminaire

Alloy LED, a leading designer and manufacturer of premium quality LED tape lights, is announced the launch of the FocaLine 6, a flexible, field-cuttable wall grazer with a narrow 10-degree optical beam spread for precise wall grazing for a wide range of ceiling heights. The FocaLine 6 is offered with an array of accessories – from mounting clips to louvers – to transform indoor and outdoor commercial and residential spaces.

“The multi-element optic utilized in our FocaLine 6 provides a dramatic result by highlighting architectural details and textures utilizing a narrow 10-degree optical distribution to precisely illuminate the raised features on the wall while creating pronounced shadows in recessed areas,” said President Joe Flynn, Alloy LED.

The 24-volt wall grazer is only 0.78 inches wide and 0.4 of an inch in height and consumes 6 watts per foot, while providing up to 473 lumens per foot. Offering an impressive, high performance 4000+ peak center beam candela, FocaLine 6 also provides exceptional color quality with a 95+ color rendering index and high R9 and R13 values. The luminaire is offered in 2700K, 3000K, 3500K and 4000K color temperatures. The product is dimmable and designed to last 50,000 hours.

Field-cuttable every 6 inches, the linear light can be mounted continuously up to 33 feet. Optional mounting accessories include an adjustable mounting bracket that provides precise positioning, ensuring optimal illumination angles. Additional accessories include a unique, snap-on, anti-glare hex louver, offered in black or white, to cut down on glare, as well as connectors and tape-to-tape flexible extensions. Optional power supplies and controls are available.

Offered with a black aluminum channel as part of a 4-foot kit, the kit also includes a snap-in lens, end caps, inner clips and mounting clips with screws, and two straight connectors with screws.

FocaLine 6 is California’s Title-24 JA8 and RoHS compliant, and UL Listed. When ordered through the company’s customization department, FocaLine 6 is IP68-rated for wet locations with factory-sealed connections. The wall grazing luminaire is also CE compliant, meeting requirements of relevant European product safety legislation. The luminaire has a six-year warranty. All Alloy LED products are backed by its guarantee of satisfaction.

ROHM Develops a Novel VCSELED Infrared Light Source that Combines Features of VCSELs and LEDs

ROHM has established VCSELED, a new infrared light source technology that encapsulates a VCSEL (Vertical Cavity Surface Emitting Laser) element in a resin optical diffusion material for laser light. ROHM is currently developing this technology for commercialization as a light source for improving vehicle Driver Monitoring Systems (DMS) and In-Cabin Monitoring Systems (IMS).

To further enhance automotive safety, driver monitoring systems are increasingly being installed in vehicles equipped with Advanced Driver Assistance Systems (ADAS) to detect drowsiness, sleepiness, and distracted driving. In Japan, the Ministry of Land, Infrastructure, Transport, and Tourism (MLIT) has created guidelines that define the design and functions of the system, and in the EU, there are plans to make installation mandatory in all new vehicles sold in Europe from July 2024 onwards. Automakers and suppliers are also developing in-vehicle monitoring systems to detect occupants other than the driver, and there is a growing awareness of the need for high-performance light sources that enable detection systems to function with greater precision.

In response, ROHM has developed VCSELED that achieves high-accuracy sensing. Minimal wavelength temperature variation combined with a wide emission beam angle make it ideal not only for in-vehicle monitoring systems, but also contribute to improving the accuracy and performance of inspection systems for robots and industrial equipment as well as spatial recognition and ranging systems.

VCSELED™ extends the beam (irradiation) angle similar to LEDs by combining a high-performance VCSEL element and light diffusion material to enable sensing over a wider area with higher accuracy than VCSELs. What’s more, the light emitting element and light diffuser are integrated into a compact package, contributing to smaller, thinner applications.
 

HS Series projectors light up Suzhou Creek bridges

Christie HS Series 1DLP laser projectors are illuminating major bridges along the scenic Suzhou Creek in Shanghai, making them come alive at night with fascinating content that enhances the city’s aesthetic appeal.

As a cornerstone of the municipal government’s vision to enhance the allure of this iconic waterway, this initiative not only beautifies the surroundings but showcases the city’s deep cultural heritage as well. It also serves to educate both locals and visitors alike about the historical significance of the bridges and the creek. Christie’s trusted partner, Shanghai Qingying Digital Technology, played a pivotal role in the design and installation of multimedia solutions that brought this vision to life.

Over 30 Christie DWU15-HS laser projectors are used to illuminate Jiangning Road Bridge and Gonghe New Road Bridge, two magnificent structures along the meandering Suzhou Creek that are a testament to Shanghai’s urban and economic development. Eight projectors are discreetly installed beneath Jiangning Road Bridge to project stunning images spanning 53 meters (174 feet) in length and 18 meters (59 feet) in width. Additionally, two dozen DWU15-HS projectors are positioned on both sides underneath Gonghe New Road Bridge, creating captivating visuals measuring 63 meters (207 feet) long and 49 meters (161 feet) wide after nightfall.

Organic Lighting Launches FortaCast Internationally

Organic Lighting announces the international launch of FortaCast, a patented modular drive-over lighting system that simplifies the complexities of inground drive-over lighting with an innovative, proven, and futureproof design. FortaCast introduces a new era of creative design possibilities in lighting, featuring environmentally friendly Glass Fiber Reinforced Concrete (GFRC) sections that allow for continuous straight lines, circles, squares, intersections, and curves with a minimal radius of 30cm.

Engineered for simplicity and robustness, FortaCast can be installed as easily as standard pavers providing significant savings against alternative options. It boasts a high durability level, supporting over 10,000PSI and is suitable for high-traffic areas. The system operates efficiently across extreme temperatures, from sub-zero conditions to above 50°C, and features IP68 certification for long-term submersibility. Maintenance is straightforward, thanks to its pioneering clamshell service point design and slide-in track for each LED strip.

The FortaCast system is illuminated by the encapsulated, diffused Aqueon LED, offering options in mono, tunable white, addressable RGB, and RGBW. These LEDs are floodproof, chemical-resistant, and vibration-proof. With a very low energy consumption of 6 to 12 W/m and operating at 50% power, Aqueon LEDs boast enhanced longevity.

A primary goal in developing FortaCast is guaranteeing uninterrupted lighting for users. System reliability is maintained by using non-corrosive materials and enabling the replacement of up to 30 meters of Aqueon LED through a single access point, eliminating the need for excavation or lens removal.

Powerful LEDs from ams OSRAM – now also for bicycles

ams OSRAM now offers its powerful LED technology to cyclists with the new LEDsBIKE RACE sets, available in three variants. The most powerful model provides up to 100 metres of illumination with a light output of up to 100 lux. Certified in accordance with the German road traffic regulations (StVZO), the lights are easy to mount on any type of bicycle – from city bikes to road racers – thanks to the rubber band and flexible 360° bracket, without the need for tools. The LEDs ensure an exceptionally long battery life of up to 14 hours for the front light and 13 hours for the rear light.

The new LEDsBIKE RACE bicycle lights from ams OSRAM not only impress with their brightness but also allow simple, tool-free 360-degree mounting on all kinds of bicycles. The three variants produce 50, 80 and 100 lux and offer an impressive illumination range of up to 60, 80 and 100 metres respectively. The 80 and 100 lux versions offer two lighting modes: manual and automatic. In manual mode, a brightness level of 25, 50 or 100 per cent can be selected. In automatic mode, the light output adjusts to the ambient light conditions – for perfect illumination at any time of day or night.

These lights impress not only with their powerful performance but also thanks to their sleek and innovative design. The modern side lighting adds a stylish touch while increasing visibility from different angles. Featuring premium build quality with a black ABS housing and a transparent polycarbonate lens, the lights are designed for maximum durability and reliability. The 100 lux version also features an additional aluminium heat sink and an integrated rear brake light for additional safety, especially in heavy traffic or during group rides.
The rechargeable lithium-ion batteries boast an impressive usage time of up to 14 hours for the front light and up to 13 hours for the rear light, making them ideal for long bike rides or commutes. Thanks to integrated displays showing the battery level, charging status and other functions, the LEDsBIKE® lights are also dependable performers.

Vyv's Registered Antimicrobial White LED Technology Now Available in Canada

Vyv, the U.S. based global leader in non-UV antimicrobial white light technology, is excited to announce that its innovative, proprietary 405nm white LED solutions, used to reduce bacteria on hard surfaces, is now a registered product in Canada: REG. NO. 34711 P.C.P. ACT.

This registration marks a significant milestone for Vyv, allowing the company to expand its market reach and provide advanced antimicrobial solutions to Canadian businesses and consumers, including healthcare facilities, life sciences facilities, food and agriculture, transportation, athletics, and consumers.

This innovative patented LED technology provides continuous antimicrobial action by emitting a specific wavelength of visible light that kills bacteria on hard surfaces and is certified to International Electrotechnical Commission (IEC) standard 62471 for continuous and unrestricted use around people. Vyv's 405nm light is unique in that it operates in white light (i.e., provides illumination) while also continuously killing bacteria, making it an ideal solution for a wide range of environments including healthcare facilities, food processing plants, life sciences, schools, and public transportation.