KAIST researchers have discovered a technology that enhances the efficiency of Quantum Dot LEDs.

The team exploited the phenomenon of so-called surface plasmonic resonances when nanoscale metallic structures are expos…

A team led by engineers at the University of California San Diego has used data mining and computational tools to discov…

Careful LED placement cuts down on wasted energy

If operated 8 hours every day, the electricity savings of the new design would reduce emissions of the greenhouse gas ca…

FUTURELED upgraded its 1050 nm LED to extend opportunities for applications in life science, medical and photovoltaic fields

With the FLD-440 1050 LED FUTURELED offers a world leading emitter for 1050 nm. As high power LED it is ideally suited f…

The hybrid LED provides smart headlighting with more than 1,000 individually controllable pixels

The light source has minimum luminous flux per pixel of 3 lm at 11 mA. Initial prototypes have already exhibited more th…

These machine vision systems are used for image processing in various industrial applications, including semiconductor…

Various new classes of vacuum-deposited and solution-processable OLED materials have been generated, and highly efficien…

Semiconductor study shows that the coupling between electrons and thermal vibrations may be sapping energy from LEDs

Using new computational methods developed at Caltech, a team led by Bernardi studied GaN at an atomic level and how latt…

A technology for obtaining luminescent ceramics which may become a cheaper alternative to modern light sources is being…

Proprietary Infrared Pattern Combined with Stereoscopy Eliminates Third-Party Interference, Improves System Performance Across Light Conditions, and Reduces Computational Complexity of Stereoscopy, Enabling New Architectures

The BELICE illumination platform enables highly configurable, cost-efficient stereoscopy, optimized for this specific ap…

The 3300P mounts to the LumiBright™ 3300B series of UV-LED Illuminators for high power UV DLP applications such as 3D pr…

These new insights, and their level of detail, can lead to powerful and predictive tools for LED designers. They help in…

The flow control provides the greatest improvement in stability and allows users to dial in a flow rate and create a set…

Industry-small form factor contributes to thinner, more vibrant displays in industrial and consumer devices

In recent years, chip LEDs are being increasingly used for numerical displays in industrial equipment and consumer devic…

Team of LESA faculty and graduate students at Rensselaer Polytechnic Institute and the University of New Mexico Awarded U.S. patent for inexpensive new growth process for large area cubic GaN

The research team and other investigators are working to develop a LED manufacturing processes that will allow LEDs to s…

Featuring Latest AllnGaP on Si Technology, Devices Deliver High Luminous Intensity to 14000 mcd and Emission Angle of ±22°

VLD.1535 series delivers extremely high brightness with luminous intensity to 14000 mcd and an emission angle of

The HKU-TCL Joint Laboratory for New Printable OLED Materials and Technology is to combine HKU’s strength in applying te…

The new low-power LEDs combine a smaller package with exceptional versatility to meet an extremely wide range of customer requirements

ThinGaN, thin film and Sapphire – the new Topled E1608 LEDs from Osram Opto Semiconductors are all based on the latest c…

With the LLPX and the LLPX-H Series’ new optically clear internal light dispersion grid and matte white–finished backing…

The 5500A is especially designed to ensure maximum output and lifetime from Innovations in Optics’ LumiBright 3300B UV-L…