Company Category: Light-Field Technology

Sanayi System Co., Ltd.

Sanayi System provides various simulation platforms for display panels. Users can generate a 3D structure based on the layout using the program and obtain analysis results for the optical, electrical, and circuit characteristics of the designed display panel (LCDs, OLEDs). Additionally, engineers can obtain results for panel deformation analysis caused by external forces and thermal analysis results generated by electrical signals applied to the panel. Parallel technology and fast matrix solvers make it possible to achieve accurate and fast calculation results. Sanayi System is continuously developing new technologies and products to address customers’ issues and needs.

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Samsung Display

Samsung Display has maximized business synergy by merging OLED and LCD in 2012 and is supplying premium display products including smartphones, laptop PCs, monitors and TVs on the back of its unmatched technology. The world’s first mass production of flexible OLED and foldable displays is just the tip of the iceberg in Samsung Display’s realization of displays which once only existed in the imagination. Currently, Samsung Display has embarked on a new challenge to revolutionize the large format display market with its game-changing QD-OLED project. Samsung Display provides a total solution tailored for individual customers with quality display resolutions capable of life-like embodiment of nature’s beauty and technology for creating lighter and slimmer displays. Through a diverse range of design innovations, a refresh rate and low power operation, brand new values are provided to customers by developing unparalleled super-gap technology including displays specialized for the 5G era, blue light reduction technology for customer well-being and many more. As the number one company and leader of the global display market, Samsung Display will continue to perform this role based on the fundamentals of advanced technology, cutting-edge products and most importantly, the trust of customers.

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Realfiction Lab ApS

Founded in Denmark in 2008, Realfiction is a provider of cutting-edge 3D display technologies designed for tomorrow’s needs, featuring technological breakthroughs with its Directional Pixel Technology for LCD, OLED and microLED. These technologies support a wide range of use cases, including enhancing driving safety, medical imaging, immersive gaming and entertainment, digital signage, as well as applications in architecture, engineering, and design. The Company offers a comprehensive intellectual property portfolio tailored for OEMs and Tier-1 partners involved in developing and marketing displays for markets and industries requiring high-resolution multistereoscopic displays. All technologies are ready for licensing, and Realfiction is actively pursuing commercial licensing agreements and partnerships to pave the way to mass production. Realfiction’s IP portfolio comprises 15 patent families and registered trademarks, including patent applications filed in multiple countries. Realfiction Holding AB’s shares are publicly traded on Nasdaq Stockholm First North under the symbol “REALFI”, with the share’s ISIN code being SE0009920994. | Realfiction has developed Directional Pixel Technology, a glasses-free 3D display technology which is able to deliver multiple 2D or 3D views at the same time, including individual look-around capability. This technology will enable true multi-user 3D displays without the resolution loss which is cuased by the lenticular approach.

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PoLightFilters

PoLightFilters develops angle-stable thin-film optical filters that maintain consistent spectral performance across wide angles of incidence. By eliminating the angular dispersion inherent to conventional interference filters, our technology prevents spectral shift in real optical systems. Based on strong light–matter coupling, we decouple spectral response from angle of incidence, enabling higher signal-to-noise ratios, wider fields of view, and simpler optical designs. In-house design and fabrication enable implementation across diverse substrates and form factors, including direct integration onto optical components, providing true system-level design freedom. PoLightFilters is an EXIST-funded research transfer project at the University of Cologne.

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Metavista3D Inc

Metavista users experience 3D spatial imagery on a display without headaches or eyestrain caused by Head Mounted Displays. Introducing the revolutionary Metavista 3D display: the ultimate immersive experience that will redefine your immersive journey, all without the need of glasses! | Metavista3D is at the forefront of developing AI-driven, pseudo-holographic display technologies designed to transform how we interact with spatial content. With over 20 patents and a commitment to innovation, Metavista3D is shaping the future of immersive, glasses-free 3D experiences.

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Incom

Incom is a global leader in glass and polymer microstructure innovation, developing advanced optical components that enable next-generation imaging and display technologies. Working closely with OEM partners and research institutions, Incom designs highly customized microstructured materials that enhance resolution, control light emission, and enable novel display architectures across automotive, aviation, AR/VR, and scientific imaging applications. At SID Display Week, Incom highlights three breakthrough technologies transforming display performance and design: Nanoguide™ – The highest-resolution image guide ever produced, Nanoguide transfers images from input to output surfaces with exceptional fidelity, uniformity, and minimal distortion. Its nanostructured waveguiding architecture enables ultra-high-resolution imaging in lightweight formats, opening new possibilities for AR/VR, holographic displays, and advanced imaging systems. DARC Glass™ (Dynamic Angle Regulating Composite Glass) – A unique microstructured glass technology that precisely controls display emission intensity and directionality. DARC Glass enables bright, high-contrast images within a defined viewing cone while blocking visibility outside that angle, supporting privacy displays, reduced reflections, and improved cockpit and automotive display performance. Infinity Tile™ – A novel polymer fused fiber-optic technology that allows multiple displays to be seamlessly tiled into a single imaging plane. By expanding and bridging images across bezel gaps with controlled distortion and high transmission, Infinity Tile enables the creation of large-area, borderless display systems for simulation, immersive environments, and advanced visualization platforms. Through advanced manufacturing and collaborative development with display innovators, Incom continues to push the boundaries of resolution, optical control, and display integration—helping customers bring the next generation of display technologies to life. | Incom is the world leader in polymer/glass microstructure innovation. Sensors used in medical radiology are very sensitive to XRay exposure. Incom’s fused fiber optic faceplates eliminate the damaging XRays as well as transfer the image seamlessly to the detector itself. From 2cmx3cm or 40cmx30cm, the Incom faceplate can block 99.9% of all harmful XRays. Incom’s diverse products highlight their broad customization capabilities, enabling the vision of tomorrow with ground breaking innovation.

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Fraunhofer IPMS

Fraunhofer IPMS is a leading international research and development service provider for electronic and photonic microsystems in the application fields of Intelligent Industrial Solutions, Bio and Health, Mobility as well as Security. In three state-of-the-art clean rooms and with a total of four development sites in Dresden, Cottbus and Erfurt, the institute develops innovative MEMS components and microelectronic devices on 200 mm and 300 mm wafers. Services range from consulting and process development to pilot production. Fraunhofer IPMS is specialized in the development of OLED microdisplays for AR and VR glasses, other wearables as well as for the use in sensor applications. The concept and the parameters of the display like resolution, pixel size and embedded functions can be varied in a wide range appropriate to the project specifications or customers needs. The spectrum ranges from ultra-low-power displays for small and lightweight data glasses over high resolution HD displays for VR headsets and viewfinders up to bidirectional displays with embedded image sensor functionality. Fraunhofer IPMS offers a selection of evaluation kits for a straightforward transfer of the microdisplays into customer-specific applications. During SID 2026, we will present latest microdisplay solutions from semi-transparent up to a OLED microdisplay realized in 28nm technology with smallest pixel sizes of 2.5 micrometers. The highlight will be a high-voltage CMOS-backplane for very bright OLED microdisplays.

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Ennostar Corporation

Ennostar Corporation was jointly founded by EPISTAR and Lextar, ranking among the Global Top 5 Optoelectronic Solution Providers. Ennostar offers a vertically integrated optoelectronic supply chain, covering epitaxy, chips, packaging, modules, and integrated solutions. This enables highly efficient, competitive one-stop services to meet diverse application needs.

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