Novaled, a leading company in Organic Light Emitting Diodes (OLEDs) for display and lighting applications, introduces a guide to OLED lighting which provides an indepth coverage of technical, marketing and practical aspects.
OLED technology is gaining attention in the lighting field. An increasing number of commercial companies are expressing confidence in this new solidstate lighting technology. The unique technical features of OLEDs are expected to result in a fundamental change not only in lighting applications but also in the structure of the lighting industry itself. Only OLEDs can deliver unique design features: ultrathin and potentially flexible light sources that can be transparent or mirrorlike in the off state.
Novaled is introducing its 200 pages report to meet the growing number of knowhow request from designers, luminaire makers, artists, engineers, planners and others involved in the lighting business. This report does not limit itself to a market analysis of materials, technologies and industry players. Instead, the emphasis is on providing an introduction to OLED lighting technology with a view to making and marketing lighting products.
In the OLED lighting guide readers will:
- learn about key OLED lighting attributes, unique application aspects and their design potential
- get a view on the industrial development of OLED lighting technology including an application roadmap
- receive a strategic analysis of the potential OLED lighting industry development considering market drivers and players
- learn about how the topic connects into the current lighting industry and ponder potential changes OLED lighting may introduce
- be introduced to a rethink on lighting: away from thinking only of point sources and away from thinking of lighting only for space illumination
- get an overview on a range of actual lighting and design products based on OLED lighting technology including Novaled case studies
- find out why new ideas and design creativity are the most important resources for building successful lighting businesses around OLED lighting technology
"Novaled is delighted to offer a compact source of knowhow covering a large portion of questions we receive", says Gerd Guenther, Novaled CMO. "With our OLED Lighting User's Manual we want to move discussions and industry activities beyond technology and onto the application level."
about OLEDs
OLEDs (organic lightemitting diode) are semiconductors that are made of thin organic material layers that measure just a few nanometers in thickness. They emit light in a diffuse way to form an area light source. This disruptive technology represents an entirely new approach for architects, designers, system integrators, planners and luminarie makers when working with light. OLED lighting has a dual nature, which means it can function both as a lamp and a luminarie. OLEDs herald the future of a vast array of completely new lighting applications and by combining color with shape, OLEDs will create a new way of decorating and personalizing surroundings with light. Furthermore, organic LEDs will make a significant contribution to sustainability due to their energy efficiency, environmentally friendly materials and reduced packaging requirements.
OLED technology is gaining attention in the lighting field. An increasing number of commercial companies are expressing confidence in this new solidstate lighting technology. The unique technical features of OLEDs are expected to result in a fundamental change not only in lighting applications but also in the structure of the lighting industry itself. Only OLEDs can deliver unique design features: ultrathin and potentially flexible light sources that can be transparent or mirrorlike in the off state.
Novaled is introducing its 200 pages report to meet the growing number of knowhow request from designers, luminaire makers, artists, engineers, planners and others involved in the lighting business. This report does not limit itself to a market analysis of materials, technologies and industry players. Instead, the emphasis is on providing an introduction to OLED lighting technology with a view to making and marketing lighting products.
In the OLED lighting guide readers will:
- learn about key OLED lighting attributes, unique application aspects and their design potential
- get a view on the industrial development of OLED lighting technology including an application roadmap
- receive a strategic analysis of the potential OLED lighting industry development considering market drivers and players
- learn about how the topic connects into the current lighting industry and ponder potential changes OLED lighting may introduce
- be introduced to a rethink on lighting: away from thinking only of point sources and away from thinking of lighting only for space illumination
- get an overview on a range of actual lighting and design products based on OLED lighting technology including Novaled case studies
- find out why new ideas and design creativity are the most important resources for building successful lighting businesses around OLED lighting technology
"Novaled is delighted to offer a compact source of knowhow covering a large portion of questions we receive", says Gerd Guenther, Novaled CMO. "With our OLED Lighting User's Manual we want to move discussions and industry activities beyond technology and onto the application level."
about OLEDs
OLEDs (organic lightemitting diode) are semiconductors that are made of thin organic material layers that measure just a few nanometers in thickness. They emit light in a diffuse way to form an area light source. This disruptive technology represents an entirely new approach for architects, designers, system integrators, planners and luminarie makers when working with light. OLED lighting has a dual nature, which means it can function both as a lamp and a luminarie. OLEDs herald the future of a vast array of completely new lighting applications and by combining color with shape, OLEDs will create a new way of decorating and personalizing surroundings with light. Furthermore, organic LEDs will make a significant contribution to sustainability due to their energy efficiency, environmentally friendly materials and reduced packaging requirements.
