Steven V. Abramson
Thanks, Darice, and welcome to everyone on today's call. We are pleased to report record 2025 revenue of $651 million. Operating income was $249 million and net income was $242 million or $5.08 per diluted share. These results reflect strong execution across the business and the continued expansion of OLED adoption throughout the industry. Brian will share additional financial details shortly. In 2025, we continue to drive value as OLEDs proliferated across the consumer electronics landscape, including wearables, smartphones, tablets, laptops, monitors and TVs. At the same time, we remain focused on the long term. We expanded our R&D efforts, strengthened our intellectual property framework, broadened our global infrastructure and deepened engagement with customers across the OLED ecosystem. These investments are designed to support the next phase of growth for both the OLED industry and for us. As we look to 2026 and beyond, it's worth reflecting on how the OLED industry has evolved and how Universal Display has helped shape that evolution. For decades, the industry was largely centered around a single dominant architecture, single-stack OLEDs. Universal Display has played a defining role in this technology's advancement. Our phosphorescent materials unlock higher efficiency, longer lifetime and better performance, helping to enable OLEDs to scale into mass market products and transform display technology worldwide. Today, the OLED industry is entering a new phase, marked by broader applications, higher performance expectations and a more diverse set of device architectures. We remain at the forefront of this evolution. Our materials and technologies continue to play a central role in OLED innovation, supporting scale and helping define the performance benchmarks that will shape the industry's next chapter. While single-stack OLED is the dominant commercial architecture today, the road map is becoming increasingly multidimensional. Performance targets continue to rise and energy efficiency matters more than ever. New applications from foldable devices to automotive and IT displays introduce new requirements. As a result, multiple device architectures are now being explored and deployed across the industry, including tandem OLED structures, phosphorosensitized fluorescence or PSF-based approaches and other emerging hybrid architectures. Across all these architectures, one element is foundational, the phosphorescent material. In PSF and other hybrid architectures, our phosphorescent materials are designed to work alongside fluorescent emitters within the OLED stack. This design helps balance efficiency, lifetime and color performance while giving manufacturers greater flexibility in meeting application-specific requirements. As OLED structures grow more complex and efficiency demands intensify, our OLED materials, along with our long-term technology leadership and deep know-how become increasingly central to enabling performance, scalability and the next wave of OLED innovation. That leadership is grounded in decades of deep materials and device level expertise as well as a long history of exploring architectural concepts at the leading edge of technology. Early research included SOLED, our stacked OLED concept as well as PSF-based architectures, which expanded our technical foundation. More recently, we completed the acquisition of intellectual property assets from Merck KGaA that included PSF and related OLED technologies. Collectively, these efforts broaden our technology platform and expand the architectural design space within our portfolio as OLED design continues to evolve. At the core of our company is an R&D platform that has been built, refined and scaled over decades. And today, that platform is more active and more critical than ever. Across red, green and blue emissive layer materials, our pipeline is exceptionally robust, reflecting the expanding OLED industry road map. As applications proliferate and architectures diversify, the performance envelope continues to be pushed forward. Different form factors, different lifetime and efficiency targets all require continuous materials and device innovation. One of the most important evolutions in our R&D platforms is our increased investment in our in-house materials discovery, device modeling and characterization capabilities anchored by a deeply experienced R&D team. This hands-on foundation remains the engine of our innovation, whether advancing next-generation reds and greens or moving blue along the path to commercialization. In concert, AI and machine learning tools are emerging as powerful accelerators for our research engine. By combining AI-driven insights with our proprietary data, device expertise and decades of OLED know-how, we can explore broader design spaces more efficiently, shorten development cycles and make better, faster, smarter decisions about where to focus our efforts. Together, these capabilities strengthen our platform to support multiple architectures, customer road maps and end markets while continuing to push the boundaries of performance. One area where this platform approach is gaining particular traction is blue. With strong and growing interest in our phosphorescent blue, we are deeply engaged with multiple customers and collaborating across the industry to support multiple architectural and strategic paths. Our confidence in blue remains unwavering. Breakthroughs of this magnitude are rarely linear. Once adopted, we believe our phosphorescent blue can enable up to a 25% improvement in OLED panel energy efficiency, delivering a meaningful step change benefit for customers, consumers and the industry. Looking ahead to 2026 and beyond, the opportunities for OLED continue to broaden. The market is evolving from being primarily mobile and TV-centric to more diversified landscape with IT applications emerging as one of the strongest drivers of near and midterm growth. According to Omdia market research, global OLED shipments are projected to surpass 1.4 billion units by 2030, driven in part by accelerating adoption across tablets, notebooks and monitors. OLED smartphone shipments are expected to grow from 810 million units in 2025 to 967 million units by 2030, while OLED IT shipments are forecasted to more than triple from 27 million to 92 million units over that same period. In automotive, OLED is emerging as a strategic enabler of both design freedom and brand positioning. Adoption is gaining momentum among luxury OEMs and Chinese new energy vehicle manufacturers as displays play a growing role in shaping the in-vehicle experience. Omdia projects automotive OLED shipments will increase from 3 million in 2025 to 14 million units by 2030. At the same time, foldables are poised for renewed momentum as leading OEMs prepare to introduce a new wave of products. OLED-enabled form factor innovation is becoming a powerful catalyst for differentiation, expanding user experience and driving architectural advancements across multiple product categories. Market forecasts indicate that 2026 marks the beginning of a broader inflection point with foldable OLED unit volumes expected to increase more than 250% from 19 million units in 2025 to 71 million units by 2030. From a manufacturing perspective, the OLED industry has entered into a new multiyear phase of capacity expansion. Between year-end 2023 and year-end 2025, installed OLED capacity measured in square meters increased by approximately 10%. Looking ahead, we expect an additional 10% increase in installed capacity between the end of 2025 and the end of 2027, driven primarily by the introduction of Gen 8.6 capacity to support expanding IT and automotive OLED adoption. Importantly, 2026 marks a significant industry milestone with the world's first Gen 8.6 OLED facilities, Samsung Display in Korea and BOE in China entering mass production. As utilization tightens and new applications scale, we anticipate additional OLED fab investment announcements further expanding industry capacity and reinforcing the long-term growth trajectory of OLEDs. On that note, let me turn the call over to Brian.