Industrial Research Institute of Taiwan or ITRI is a globally recognized technology research institute from Taiwan. ITRI has developed a ultra thin coating for for flexible Touchscreen that is only 80 microns thin and use a special flexible ITO technology. Filmed at the I-Zone startups and New Tech Demos area at the SID Display Week.
Sensel high resolution touch screen technology senses force with a high degree of accuracy. The touch sensor offers a high dynamic range of force and can sense both how much force as well as the size of the object applying the force. The touch sensors are not capacitive and can therefore sense any item, such as styli or gloves touching the sensors. The technology can integrate with both Eink or OLED displays. There are also touch overlays for such things as pianos. Filmed at the I-Zone startups and New Tech Demos area at the SID Display Week.
Focus convergence conflict (AC-conflict or VAC) is the main visual bottleneck of 3D and virtual reality technology. 3D Lightfield technology overcomes the focus - convergence conflict problem. The light field 3D is simple in optical structure, which enables 3D rendering of full-resolution of a light field without a significant increase in the amount of data. The observer can receive real 3D spatial scenes and focus on any depth of the scene. Filmed at the I-Zone startups and New Tech Demos area at the SID Display Week.
REALDME is a video conferencing technology that enables a clear webcam video regardless of the angle being shot from. Video conferencing often requires adjusting angles to make video conferencing work better, with REALDME this is no longer necessary. Filmed at the I-Zone startups and New Tech Demos area at the SID Display Week.
Six Degrees Space high speed tracking technology has the potential to eliminate the user nausea that is currently one of the biggest barriers to widespread market penetration of VR/AR/MR technology. They are currently developing a revolutionary, high-accuracy, high-speed, inside-out optical rotation sensor for VR applications, working towards a full 6dof product. Locking onto room illumination features, the sensor provides a drift-free bearing output with true sub-millisecond latency. In addition to VR/AR application, the sensor can be adapted to be used in any application that requires a high speed response based on an existing light source. Filmed at the I-Zone startups and New Tech Demos area at the SID Display Week.
PI-SCALE is an open access pilot line offering world class capability in customizable flexible OLED lighting, enabling the latest in flexible OLED lighting innovations to be quickly turned from R&D to mass manufacturing. The pilot line brings together Europe’s experts and state-of-the-art infrastructure for flexible OLED fabrication. The light features they offer are unique in the world and the service they provide allows their customers in the automotive, design lighting, and other industries to make first-of-a-kind innovative products and bring them to a level where they are ready to be transferred to a mass production facility. Filmed at the I-Zone New Ideas and Startup area at the SID Display Week.
South China University shows their transflective Electrowetting full video speed display technology is an e-paper display that is meant as an alternative to leds for lighting such as advertisements and light shows. Filmed at the I-Zone New Ideas and Startup area at the SID Display Week.
New Vision is a startup spinning out of the South China University of Guangzhou China showing their plastics based flexible AMOLED technology using an oxide TFT backplate, enabling entirely new designs of electronics as new categories of products with flexible unbreakable displays can be made. Nuvision currently shows 400ppi Flexible AMOLED but they will also be able to soon present Flexible OLED with pixel densities of up to 1000ppi. Filmed at the I-Zone startups and New Tech Demos area at the SID Display Week.
Deepak Kumar Dubey, Research scholar at the Nano Organic Photonics Devices Lab, Dept. of Material Science & Engineering at the National Tsing Hua University, Taiwan presents their Blue hazardous free Candle light-style organic light emitting diode based lamp. Increasing studies report that blue light to possess a potential hazard to the retina of human eyes, secretion of melatonin and artworks. To devise a human and artwork-friendly light source and to also trigger a "Lighting Renaissance", they demonstrate here how to enable a quality, blue-hazard free general lighting source on basis of low color-temperature organic light emitting diodes. This blue-hazard free candlelight OLED desk lamp (2,000K) is made by the collaborative effort of National Tsing Hua University and WiseChip Semiconductor Inc. It is presumably 20 times safer in terms of retinal protection and 10 times better for melatonin generation as compared with the 5000K blue light-enriched white light. It is friendly to human eyes, physiologies, artifacts, ecosystems, the environment, and night skies, besides being free from UV, flickering and glare etc.
Floating image displays can provide a tactile response in the form temperature transmission. For example an image of a fire can make you feel heat while an image of a snowflake provides a cold feeling. Infinity mirror air provides project light source vertically and horizontally using a small strip of light. Yamamoto university also has technology for projecting 3D objects into its hologram. Filmed at the I-Zone New Ideas and Startup area at the SID Display Week.