Thank you, Karen. Uncertainty surrounding tariff policies persisted across the global economy throughout the third quarter and into July. However, starting in August, the U.S. began clarifying its tariff measures towards most of the countries, including major economies such as Japan and the EU. developments have helped reduce uncertainty in the global trade environment. That said, less than 24 hours ago, the U.S. government announced plans to impose tariffs of approximately 100% on semiconductor chips imported from companies that do not manufacture in the United States. As the details of the new tariff plan have yet to be released, we are unable to comment further regarding its potential impact at this time. We are closely monitoring the situation and will respond accordingly. It is worth noting that tariffs have not had a significant direct impact on Himax's business, as our IP products are not directly exported to the U.S. Instead, they are integrated into panels or modules by customers outside the United States, and they are sold globally, including in the U.S. market. Only a negligible portion, about 2% of Himax's products, are shipped directly to the U.S. In the automotive sector, the U.S. recently reached separate agreements with the EU, Japan, and Korea. These tariff agreements among the world's major automotive manufacturing and consumption regions help ease market uncertainty, and trade and shipments among these markets are expected to gradually normalize. Notwithstanding these early signs of clarity regarding automotive tariffs, given the timing of the announcements, which were made just days prior to this earnings call, we have not yet received any customer adjustments in demand for automotive ICs in response to the new tariffs. The situation remains dynamic and subject to further observation. Overall, automotive market demand visibility remains low, with customers continuing to adopt a cautious stance by maintaining low inventory levels and delaying new product introductions. As a result, we are maintaining a conservative outlook for the third quarter and continuing our strategy of strict expense controls while actively reducing procurement costs and enhancing supply flexibility. At the same time, we are accelerating the geographic diversification of our foundry and back-end vendors to address customers' diversified deployment needs stemming from geopolitical considerations. This strategy aims to strengthen our global manufacturing resilience and reduce risks associated with regional concentration. In the automotive sector, we remain optimistic about our long-term business outlook, primarily driven by the continued upgrade of smart cockpits where displays serve as a key component, fueling market growth. With nearly 2 decades of dedicated experience in the automotive field, Himax offers the industry's most advanced and comprehensive automotive display IC solutions, spanning LCD to OLED technologies. Himax holds the #1 global market share across all segments of automotive display ICs with an over lead over competitors. Looking ahead, we expect continued growth in automotive TDDI and Tcon technologies, both of which are relatively new and advanced display solutions for vehicles. To date, these technologies have been successfully designed into hundreds of projects worldwide, with approximately 1/3 already in mass production and the remainder expected to enter mass production within the next few years. In the area of traditional automotive DDIC, although DDICs have gradually been replaced by TDDI panels with touch functionality, traditional DDICs remain essential for applications such as dashboards, SUVs, and rear and mirrors, which do not require touch integration. In addition, Himax has spent years cultivating its automotive OLED business in close collaboration with leading panel makers. The number of new project engagements is rising rapidly, and starting in 2027, automotive OLED-related growth momentum is expected to accelerate significantly, making it one of our key long-term revenue drivers. Despite limited visibility to the second half of the year, the recent clarification of tariff policies and continued low inventory levels at panel customers provide some positive signals. We will remain prudent in navigating market dynamics by continuing to closely monitor customer demand. Throughout the ongoing macroeconomic uncertainty, we remain committed to expanding beyond display ICs into new business areas characterized by high growth potential, high added value, and high technological barriers, areas expected to drive our long-term growth. Himax has been deeply engaged in this field for 1 or 2 decades, establishing significant technical barriers and securing a robust portfolio of key patents. As all these efforts begin to bear fruit, they are expected to inject strong momentum into future operations. First, in the WiseEye AI domain, we continue to collaborate with several leading notebook brands such as Dell and Laser, achieving significant results. We expect this growth to continue over the coming years by adding more leading notebook customers and introducing further AI features to the notebook. In addition, Himax has made both technological and market breakthroughs in additional battery-powered applications such as small balls, powered recognition, and smart home, jointly developing unprecedented and innovative AI applications with top-tier global customers. These applications are mostly battery-powered, showcasing WiseEye's unique advantage in ultra-low power computing. Further, a recent major application addition is in smart glasses, where WiseEye has gained strong design traction due to the stringent power efficiency requirements of smart glasses. Looking ahead, the WiseEye business is entering the phase of revenue growth after years of customer and application development, becoming one of our key growth drivers. In the field of co-package optics or CPO, Himax's proprietary WLO technology plays a critical role. Together with our partner, we have achieved a significant breakthrough in silicon photonics technology, with the first-generation solution being validated by our anchor customers/partners. We are working towards the goal of entering mass production in 2026. Meanwhile, Himax and FOCI are collaborating with several heavyweight customers and partners to jointly develop future-generation high-speed optical transmission technologies to meet the explosive bandwidth demand of HPC and AI applications, while also helping to address the pain point of overheating associated with high-speed transmission. Turning to smart glasses. After years of warm consumer reception, smart glasses are getting extraordinary market attention of late and becoming a segment of strategic importance for Himax. With the adoption of generative AI and large language models, AI and AI glasses are widely expected by the industry to become the next breakout market. Numerous world-class hyperscalers and specialized smart glasses developers from around the globe are actively investing in the development of new smart glasses, with China in particular leading the way in terms of the number of players. Himax stands out as one of the few companies in the industry to possess 3 critical enabling technologies for smart glasses, namely ultra-low power intelligent sensing, metro display, and nano optics, giving it a unique competitive advantage in this emerging field. In intelligent sensing, Himax's WiseEye AI delivers all-day ultra-low power contextual awareness with average power consumption of just a few watts. It significantly enhances the activity and perception of smart glasses while preserving battery life and data privacy. The technology has been widely adopted and successfully integrated into the next-generation smart glasses of multiple customers. In micro display, Himax's latest microdisplay features 350,000 nits of brightness, exceptional optical power efficiency, and outstanding image quality, all in an extremely compact and lightweight form factor. It is considered the most commercially viable solution closest to the ideal microdisplay for seeing through AI glasses. Since its debut at Display Week 2025, the module has drawn strong attention and is soon entering the stages with multiple customers. In the field of nano optics, Himax offers proprietary WLO technology for advanced nano optical foundry service to selected customers, developing solutions that can significantly enhance both transmission and display efficiency of AI glasses. Looking ahead, we expect revenues from AR and AI glasses-related applications to grow substantially over the next few years, becoming a key driver of the company's mid- to long-term growth. Lastly and before I get into comments on the specific sectors, regarding foreign exchange, while Himax is a Taiwan-based company, our financial statements are U.S. dollar-dominated. Since both our revenue and cost of goods sold are in U.S. dollars, this provides a natural hedge for Himax's trade activities. Additionally, a portion of our operating expenses is also in U.S. dollars, offering further natural hedging. The non-USD-denominated operating expenses primarily include employee salaries and utility costs. Other non-U.S. dollar expenses are mainly OpEx taxes. Overall, the impact of currency fluctuations on Himax's financials is relatively limited. Based on internal estimates at around current revenue levels, a 1% appreciation of the NT dollar against the U.S. dollar will reduce operating margin by approximately 0.15%. Himax's third quarter financial guidance is calculated based on TWD 29.4 against the U.S. dollar, which is equivalent to the daily average of the quarter after the day before the earnings call. With that, I will now begin with an update on the large panel driver IC business. In Q3, large display driver IC sales are expected to decline by double digits sequentially. Amid the volatile macro environment, most panel customers remain cautious, adhering to a make-to-order model and maintaining lean inventories in response to a murky demand outlook. The absence of traditional seasonal shopping momentum, coupled with customers pulling forward purchases in previous quarters, is expected to drive declines across all 3 product lines in the large panel driver IC segment for Q3. In the notebook sector, we continue to focus on the growing trend among premium models to adopt OLED displays and touch features. This shift is driven in part by the rise of AI PCs and increasing demand for more interactive technologies that enhance user experience, boost productivity, and support creative applications. Himax is well-positioned to capitalize on this trend by offering a comprehensive range of ICs for both LCD and OLED notebooks, including DDIC, Tcon, touch controllers, and TDDI. In addition, we are expanding our high-speed interface product portfolio to support faster data transmission, low latency, and improve power efficiency features that are critical for next-generation displays. Turning to the small and medium-sized display driver IC business. In Q3, small and medium-sized display driver IC business is expected to decline by single digits from the last quarter. Q3 automotive driver IC sales, including TDDI and traditional DDIC, are set to decline slightly quarter-over-quarter as customers adopt a cautious stance, with delayed orders amid ongoing tariff negotiations. Despite near-term headwinds, global adoption of automotive TDDI continues to expand, fueled by growing demand for intuitive, interactive, and cost-effective touch features in modern vehicles. Himax remains the leader in this market with cumulative shipments already exceeding 100 million units, representing a market share well above 50%, far outpacing most of our competitors. To date, we have secured around 5 design-in projects across a wide range of global automotive brands and Tier 1s, spanning entry- level to high-end vehicle models. Supported by a continuous flow of new project pipelines and widespread design wins, we are well-positioned to maintain our growth momentum and reinforce our leadership in the market. While traditional automotive DDIC sales declined in Q3 due to partial replacement by TDDI, the transition remains gradual as many automotive displays, such as dashboard, SUVs, and rear and side view mirrors, do not require touch functionality and typically have long product life cycles. Himax holds a solid 40% market share in the traditional DDIC and remains the go-to supplier for both legacy and next-generation automotive display applications. Himax also continues to lead in automotive display IC innovation by pioneering solutions across a wide range of panel types, addressing diverse design needs and cost considerations. For ultra-large displays, we offer LDI, where we led the industry by introducing the technology and commencing its production in Q3 2023. Additional LDDI projects with multiple leading global brands are on track for mass production in the third quarter, with more programs expected to follow as we move into 2026. For smaller displays with tight form factor and budget requirements, we provide single-chip designs that combine TDDI and novel Tcon. This enables advanced local dimming in small-sized displays, reduces overall system costs, and improves power efficiency. Meanwhile, Himax is recognized for its dominance in lower TC technology, which I will elaborate on in a few minutes. We continue to lead the global automotive display market with a 40% share in DDIC, over 50% in TDDI, and even higher market share in lower Tcon. Moving to smartphone and tablet IC sales. We expect revenues for both segments to decline quarter-over-quarter as customers pull forward purchases in prior quarters. Next, an update on our OLED business. In the automotive OLED market, we have established strategic partnerships with leading panel makers across Korea, China, and Japan. As OLED technology gains broader adoption for premium vehicles, Himax is well-positioned to become the partner of choice, leveraging our nearly 2 decades of experience and strong foothold in the automotive display market. Capitalizing on our first-mover advantage, we offer a comprehensive suite of solutions, including DDIC, Tcon, and on-cell touch controllers. Our automotive OLED driver and Tcon solutions began production for EVs of leading car makers a few years ago. We now also offer standard ICs ready for broader deployment. In parallel, we are collaborating with leading panel makers of custom ASIC development. In addition, our advanced OLED on-cell touch control technology features an industry-leading signal-to-noise ratio, ensuring reliable performance even in challenging conditions such as glass or [WE-I ASIC chip]. The OLED on-cell touch ICs entered mass production in 2024 and are being increasingly adopted by major global automotive brands for the upcoming car models. Looking ahead, we expect OLED panel adoption in automotive displays to accelerate starting in 2027. Himax is well-positioned to be a key beneficiary, unlocking a new growth engine that further strengthens our leadership in the automotive display market. We have also expanded our comprehensive OLED portfolio into the tablet and notebook markets, covering DDIC, Tcon, and touch controllers through partnerships with leading OLED panel makers in Korea and China. Several new projects are slated to enter mass production with top-tier brands later this year. Meanwhile, we are developing new technologies for value-added features such as active stylus, ultra, based on design and gaming models, to further differentiate our products and reinforce our competitive edge. In the smartphone OLED market, we are making solid progress in our collaborations with customers in Korea and China, with mass production on track starting at the end of this year. I would like to now turn to our non-driver IC business update, where we expect the third quarter revenue to decline double digit sequentially. First, for an update on our Tcon business. We anticipate Q3 Tcon sales to decrease by double digits sequentially, but increase by single digits year-over-year. The CO decline is primarily a result of customers putting forward inventory purchases of Tcon for monitor, notebook, and TV products during the prior quarters, against the backdrop of Chinese government subsidies boosting domestic consumption. In automotive, our Q3 sales are set to increase by single digits sequentially, fueled by a strong pipeline of over 200 design win projects gradually entering mass production. We believe our automotive Tcon business is well-positioned for sustained growth in the years ahead. We continue to lead the industry in the innovation of automotive Tcon technology. Our new generation low Tcon offers advanced features such as edge and high dynamic range, ideal for customers looking to upgrade their displays for better panel performance. Switching gears to the WiseEye ultra-low power AI solution. The cutting-edge endpoint AI integration feature industry-leading ultralow power AI processor, always image sensor, and CM-based AI algorithm at its core. Amid the rapidly evolving AI landscape, WiseEye AI stands out by delivering on-device AI inferencing with industry-leading ultra- low power, nearly a few milliwatts, alongside a contact form factor and industrial-grade security, enabling AI functionality in battery- powered endpoint devices. With always-intelligent low-power perceptual input, WiseEye serves as an ideal front end for [indiscernible] supporting multimodal AI that goes beyond vision, language, audio, and intent to include rich contextual awareness such as motion, proximity, and behavior for smarter, more responsive user experiences. Wi-Fi adoption is accelerating across dilications, including notebooks, tablets, surveillance systems, access control, smart home and more recently and more recently, smart glasses and many others. [Indiscernible] We are pleased to report that it has also adopted Wise for its AI PC. Wise is now being integrated by other leading notebook vendors, with some entering production later this year and expanding further into 2026. WiseEye's advanced local inferencing capability goes beyond human presence detection, supporting a broad set of intelligent features, including proximity detection and pressure, and presence awareness, alert posture reminders, and automatic cursor to the display the user is viewing. In the surveillance domain, WiseEye AI enhances security systems by combining 2 key capabilities, namely accurate human option distinction and event-driven activation. This significantly reduces false triggers, conserving power and minimizing system overhead. Outperforming widely used conventional PR sensors that often misidentify motion and unnecessarily activate the high-power-consuming processor and/or image sensor. In addition to the China market where shipments to leading smart door lock vendors are already underway, we are now partnering with leading door lock vendors worldwide to introduce advanced AI features such as biometric access, par recognition, and anti-pinch protection with several designs slated for mass production starting in 2026. Recently, we achieved another competing demonstration of our ultra-low-power AI motion sensing through our collaboration with [indiscernible], marked by the launch of the AI built over 6 axis gyroscope, Bond AI empowers wearables with advanced on-demand capabilities such as motion analysis, posture recognition and behavior interpretation, all delivered with low latency, exceptional energy efficiency and a privacy-first design. With WiseEye AI, the Bond AI platform can also interface with ALS, further expanding its ability to perceive, understand, and interact with complex real-world scenarios. This enables a wide range of real-world applications, including smart health care, sports, education, and interactive learning. Next, for an upgrade on our WiseEye module business, which integrates Himax's ultra-low-power image sensor AI processor and pretrained no-code/low-code AI algorithm, enabling easy deployment across a broad spectrum of applications. Himax's biometric authentication portfolio complies with Europe's General Data Protection Regulation or GDPR, one of the world's strictest data privacy laws, ensuring strong privacy protection and enabling adoption in highly regulated markets. Our panel module has attracted strong interest across multiple industries, rapidly securing design wins in areas such as smart access, workforce management, smart locks, and more, with some projects scheduled to enter mass production in 2026. To address the growing demand for more flexible access control, we have upgraded the WiFi panel suite with multimodal authentication capabilities, combining panel and facial recognition to enable multilayer biometric verification, delivering stronger security and greater user convenience. In the field of AI sensing for AR and AI glasses, we are excited to see WiseEye AI's growing adoption and active engineering engagements across major tech giants, traditional OEMs, brands, and start-ups. Smart glasses makers are leveraging WiseEye to enable instant responsiveness for a wide range of AI applications while ensuring extended battery life. More specifically, WiseEye empowers both outward and inward vision sensing capabilities. For out vision sensing enables environmental awareness and real-time analysis, such as object recognition, navigation assistance, and environmental mapping, significantly enhancing AI interactivity for consuming just a few million watts of power concurrently for in vision sensing. WiseEye AI movements, gas direction, people, and to support intuitive user interactions. Multiple projects are underway for customers' next-generation AI and AI glasses, further validating WiseEye as the preferred option for a powerful AI solution for emerging wearable education requiring real-time user environment interaction. Moving on to our latest advancements in LCOS micro display technology. Following the debut of our proprietary dual-edge LCOS microdisplay at Display Week this May. Customers across the board are eagerly anticipating samples of our newly introduced LCOS solution targeted for release in September for their new C AR glasses projects. This industry-leading solution integrates both the illumination optics and LCOS panel into an exceptionally compact form factor as small as 0.09 cc and weighs just 0.2 grams, while achieving up to 350,000 nits of brightness and wide movement output at just 250minwatt maximum power consumption. The Luminous breakthrough ensures excellent high-level visibility even in bright conditions, while the offshore compact form factor makes sleek everyday AI glasses possible. The collaborations with leading global tech companies and specialized smart glasses vendors continue to progress steadily. We'll provide more updates as they come about. That concludes my report for this quarter. Thank you for your interest in Himax. We appreciate you joining today's call and are now ready to take questions.