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PAD also represents an expandable idea of form which illustrates the beauty and innovative principles of transparent OLED lighting technology. PAD light can be modified, depending on the purpose and requirements of the lighting installation, to create larger area lighting designs that reflect the unique potential of transparent OLED panels. "In our work, we primarily concentrate on using light as a material, which I firmly believe is the future of lighting design,” said Marcus Tremonto. "Because they are thin, large area light sources, OLEDs are at the forefront of this future. By using transparent OLED panels in PAD, we showed this light source for what it truly is, a magical experience which takes full advantage of the unique design properties of OLEDs to create a work of art and light." "Collaborating with Marcus Tremonto was a great privilege for Novaled. The PAD light demonstrates the amazing potential of OLEDs for extraordinary lighting products today and for a wider range of area lighting applications in the future," said Gerd Günther, Chief Marketing Officer of Novaled.
Moreover, Novaled has entered into a licensing and purchase agreement with Samsung Mobile Display (SMD), a global leader in the display industry. As part of the agreement, SMD has committed to purchase dopant materials used in the transport layers of its AMOLED display modules from Novaled for several years. In addition, Novaled will provide its proprietary PIN OLED(R) technology to SMD for use in the production of SMD’s AMOLED display modules. Since 2005, Samsung has cooperated with Novaled in the field of technologies and materials for advanced OLED products. Novaled’s latest agreement with SMD extends the use of Novaled’s high-performance OLED materials and proprietary PIN OLED(R) technology to SMD’s next generation of mobile AMOLED devices. Novaled has developed several doping and transport materials that can be used in OLEDs to further enhance the advantages of Novaled’s PIN OLED(R) technology. As a result, these OLEDs have very low driving voltage and high substrate compatibility, while maintaining high power efficiency and long lifetime.