Aldo Kamper
Analyst · Jefferies. Please go ahead
Thank you, Rainer, we now turn to slide 7. We have just seen how fast design wins are translating into growth, market share gains, and stronger business performance today. Our design momentum accelerated significantly in Q2. We secured more than EUR 1.6 billion of new business, bringing the first half total to approximately EUR 2.5 billion, a first-half record. The wins were broad-based, with more than 1,000 trained individual projects awarded during the quarter. Automotive was strong once again, with demand across the entire portfolio and particular strength in advanced forward lighting. Industrial design wins were driven by professional lighting and horticulture applications. Consumer design wins included significant programs in display management and ambient light sensing for smartphones, despite ongoing memory-related constraints in part of the ecosystem. We also continue to make progress across our Digital Photonics portfolio. EVIYOS further strengthened its position as the leading advanced forward lighting technology, with design wins exceeding EUR 50 million during the quarter. We are also seeing strong interest from new customers in China. Advanced optical sensing. Our new multi-zone ToF platform secured its first design wins in robotics and smartphones. Augmented reality. We achieved key development milestones, bringing our micro light engine platform closer to volume production readiness. AI photonics. We expanded our roadmap and moved micro photodiode arrays into full product development, further increasing our opportunity to participate in the complete optical engine in the future. Taken together, these wins reinforce two important trends. Continued share gains in our core semiconductor business and growing customer traction in Digital Photonics. Let's take a closer look on slide 8. EVIYOS is our flagship Digital Photonics product and the market leader in advanced forward lighting. Revenues continue to grow. We continue to secure new design wins. Beyond its contribution to our ongoing share and content gains, EVIYOS is enabling a new generation of intelligent automotive lighting applications. The recently launched NIO ET9 flagship showcases the platform's advanced projection capabilities. The system enables visual communication with pedestrians and other road users, enhances situational awareness, and contributes to improved road safety. It also supports the driver in complex traffic situations through dynamic projected guidance information. Importantly, as OEMs gain experience with EVIYOS and software-defined lighting architectures, we continue to see new use cases emerging and addressable opportunity expanding. Turn to slide 9. Augmented reality smart glasses represents one of our most important long-term Digital Photonics growth opportunities. The market is still at an early stage. Adoption is accelerating. First AI-enabled smart glasses with integrated displays are now entering the market. Last quarter, we outlined our potential bill of material opportunity per device. Depending on the customer architecture and component content, we estimate a potential contribution of EUR 50 to EUR 100 per smart glass, spanning sensing, illumination, and light engine solutions. On this slide, you see an Omdia projection for AI smart glasses and VR headsets. In their view, by 2030, combined unit shipments could reach approximately 60 million devices. Importantly, the study suggests that around half of these devices could incorporate advanced display technologies, implying a market of roughly 20 million AI smart glasses with displays. We believe we are uniquely positioned to lead this opportunity. Our objective is to become the leading supplier of microLED-based light engines for the emerging AR smart glass ecosystem. We are confident in that ambition because our microLED array technology combines superior performance, scalability, and system integration capabilities. With that, let's move to the next slide. Turning now to slide 10. Our leadership in AR light engines builds on more than a decade of innovation. The journey started with our vision to revolutionize automotive lighting to highly pixelated, intelligent headlamp solutions. That vision led to the development of EVIYOS, which today is the market-leading microLED solution for advanced forward lighting. By extending the technology to red, green, and blue emitters and combining it with a unique eight-inch microLED manufacturing platform, we are now applying the same core capabilities to the next generation of AR smart glasses. Our solution integrates red, green, and blue microLED arrays with ultra-small pixel sizes and a CMOS backplane into a highly advanced light engine platform. This architecture delivers several key performance advantages, up to 3x higher power efficiency, enabling lighter and more attractive wearable devices as the batteries get smaller. Significantly higher brightness, supporting outdoor use while maintaining low power consumption, and up to 2x higher angular resolution, enabling sharper images and a more natural viewing experience. These capabilities are highly relevant for the consumer adoption and represent key requirements for scalable AR smart glasses platforms. Importantly, our differentiation goes beyond device performance. It combines proprietary microLED technology, system expertise, manufacturing know-how, and a clear product roadmap. Taken together, we believe this positions us strongly to lead the emerging AR smart glasses market. With that, let us turn to the next slide 11. Let me now move to another important Digital Photonics opportunity. We are expanding our development activities into the receive side of slow and wide optical interconnects for AI infrastructure. Our long-term ambition is clear: to participate in a complete optical engine covering both the transmit and receive functions. This vision is illustrated on the left side. Over the last quarters, we have systematically expanded our development roadmap. We have initiated programs in micro emitters, micro optics, and now micro photodiode arrays, while continuing to evaluate the remaining building blocks, including CMOS ASICs, advanced packaging, and testing. Step by step, we are broadening our technology footprint and increasing our opportunity to participate in a larger share of the optical engine value. With that, let us move to the next slide. On slide 12, let me highlight another interesting Digital Photonics opportunity in multi-zone Time-of-Flight sensing. Our multi-zone Time-of-Flight platform is setting a new benchmark for high-resolution depth sensing with up to 48 by 32 pixels. This performance makes it particularly well-suited for robotics applications. We have already secured design wins in household robotics, including autonomous lawn mowing systems, as well as advanced four-legged robots. The higher depth resolution enables safer and more reliable autonomous navigation. The same performance advantages are relevant to smartphones, where more accurate depth-sensing support enhance imaging capabilities. Importantly, we have now secured our first design wins in both robotics and smartphones, demonstrating the versatility of the new platform and validating our technology leadership. With that, let me hand over to Rainer for a deeper look in the financials.