Thank you, Karen. The rapid rise in AI demand is placing unprecedented strain on memory chip supply, impacting many non-AI applications. This, in turn, has led to capacity tightness across foundry, packaging, and testing in mature process nodes where we are anchored, putting upward pressure on our cost structure. Rising gold prices have further compounded these cost pressures. With cost pressure expected to persist, we are actively working with customers on pricing adjustments to share rising costs, with some price increases already taking effect in Q2. Market conditions remain dynamic, compounded by ongoing geopolitical tensions, and the market's visibility remains limited on both consumer electronics and automotives for the second half of the year. That said, as indicated in our last earnings call, the first quarter marked the trough with the second quarter recovery tracking as anticipated, primarily driven by customer inventory restocking. We expect upward momentum through the remainder of 2026, supported by a meaningful number of new automotive projects scheduled to enter mass production in the second half, a view consistent with our outlook from last quarter's call. The positive outlook is also supported by the anticipated growth in our non-driver IC businesses, particularly Tcon and WiseEye AI. In our display IC business for automotive, we remain confident in our long-term growth prospects, as automotive is an area relatively insulated from memory price impact compared to consumer electronics products such as smartphone and notebook. The long-term positive outlook is underpinned by our leading technology portfolio, broad and diversified customer base, strong design-win pipeline across DDIC and TDDI, and substantial lead over competitors. Our display IC portfolio spans a comprehensive range of solutions which enable novel and stylish automotive displays. Such technologies include automotive Tcon with advanced local dimming functionality, LTDI for ultra-large displays, advanced Tcon solutions for state-of-the-art head-up displays, as well as automotive OLED and Micro LED technologies. Customer adoption of these advanced display technologies continues to accelerate across new vehicle models, driving higher content value per vehicle for us and creating new growth momentum for Himax's automotive display IC business in the years ahead. Despite ongoing macro uncertainty, Himax continues to expand beyond its traditional display IC business, focusing on key growth areas including smart glasses, ultralow power AI and CPO. These emerging technologies present significant growth opportunities that help diversify our revenue base into areas with attractive gross margin profiles and profitability while also strengthening our overall competitiveness. Starting with smart glasses, a key strategic focus area we are quite optimistic about. Himax is uniquely positioned as one of the few companies with both ultralow power AI capabilities and microdisplay, both critical for smart glasses. WiseEye provides ultralow power always-on AI sensing capabilities, targeting a broad range of smart glasses, while our LCoS microdisplay solutions enable display functionality critical for AR glasses with see-through displays. We are pleased to share that a leading brand has adopted our WiseEye for its smart glasses, with mass production expected later this year and additional prominent brands are expected to follow. In microdisplays for AR glasses, built on the debut of our proprietary Front-lit LCoS microdisplay at Display Week last year, Himax returned to Display Week 2026 with a new-generation upgrade that significantly enhances contrast, dynamic range, and optical efficiency. These advances, driven by Himax's proprietary technologies, deliver a substantial increase in contrast performance while effectively eliminating the postcard effect commonly seen for microdisplays in dark environments. Himax's Front-lit LCoS solution offers an optimal balance among weight, size, resolution, image quality, power consumption, and cost, positioning it as a compelling choice for AR glasses. For both WiseEye and LCoS microdisplay, supported by expanding customer engagements across technology heavyweights and smart glasses specialists globally, we are increasingly optimistic about the new space, even compared to just a few quarters ago. We expect revenues from AI and AR glasses applications to grow substantially over the next few years. Now I would like to provide a brief update on our progress in CPO. Together with FOCI, our strategic partner, we continue to make steady progress on both the Gen 1 and Gen 2 products as planned. Our Gen 1 solution, supporting 1.6T and 3.2T transmission bandwidth, is now ready with small quantity shipments expected to commence in the second half of this year. Meanwhile, our Gen 2 solution, targeting 6.4T bandwidth with significant volume potential, is nearing completion of customer product validation for AI data center applications. Building on this momentum, our main goal for 2026 is to achieve mass-production readiness, with only limited shipments expected during the year, followed by an accelerating volume ramp starting 2027. At the same time, in close partnership with FOCI, we continue to advance multiple future-generation high-speed optical transmission technologies and CPO architectures in collaboration with leading global customers and partners, focusing on higher fiber channels, more advanced optical designs, and enhanced optical precision to meet the explosive bandwidth demands of HPC and AI data center applications. In early March, FOCI completed a TWD 3.16 billion rights issue to support R&D, equipment purchases and preparations for CPO mass production. Himax, already a shareholder through 2 earlier tranches of share offerings in 2023 and 2024, participated in the rights issue, which not only demonstrates our continued support for our partner and further strengthens collaboration between the 2 companies, but also underscores that advancing CPO technology requires highly integrated efforts through close collaboration and joint development. With an average acquisition cost of TWD 120.6 per share, our equity stake, representing 5.36% of FOCI, now totals TWD 4.96 billion or USD 156 million as of May 7 when the market closed at TWD 815 per share. As a reminder, our FOCI investment has been booked as a so-called "financial asset measured at fair value through other comprehensive income" on the balance sheet since day 1 of investment. As such, based on accounting rules, FOCI's share price fluctuations are recognized in our books as so-called "accumulated other comprehensive income", a balance sheet item under owners' equity, and do not affect our profit and loss. Likewise, upon disposal, any resulting gain or loss will be recognized only on the balance sheet through change of retained earnings and, again, will have no impact on the profit and loss. This accounting treatment we chose underscores our long-term commitment to the FOCI investment. We expect CPO to become a major revenue and profit contributor in the years ahead. With that, I will now begin with an update on the large panel driver IC business. In Q2, large display driver IC sales are expected to decrease by high-teens quarter-over-quarter, attributable to customers pulling forward their inventory purchases for TV applications in prior quarters. In contrast, both monitor and notebook IC products are poised for sequential increases due to higher legacy product shipments to key customers. Looking ahead to the notebook market, our focus is on premium models featuring OLED displays and LCD displays with touch functionality. We offer a full spectrum of IC solutions for both LCD and OLED notebooks, including DDIC, Tcon, touch controller, and TDDI, enabling us to provide customers with a comprehensive one-stop solution while increasing our content per device. We continue to see strong design-in momentum, particularly in OLED for notebooks, where rising memory prices are depressing lower-end demand and accelerating the shift to premium segments. The scheduled ramp-up of new Gen 8.6 OLED fabs later this year and in 2027 in China adds another tailwind, further driving higher OLED adoption in notebooks. Turning to the small and medium-sized display driver IC business. In Q2, small and medium-sized display driver IC business is expected to increase high-teens from last quarter. Q2 automotive driver IC sales, including TDDI and traditional DDIC, are set to increase by a double digit quarter-over-quarter. Both DDIC and TDDI sales are expected to increase sequentially, driven mainly by the broad-based replenishment from panel customers with lean inventories, as well as the ramp-up of new TDDI and DDIC projects for a leading panel customer. Despite global softness in automotive sales, our long-term competitive position remains solid, supported by hundreds of design wins already secured across TDDI, DDIC, Tcon, and an expanding OLED portfolio. In addition, Himax is deepening its well-established supply chain in Taiwan while expanding across China, Singapore, Japan, Korea and Malaysia. This ensures production flexibility and cost competitiveness, while also addressing customers' geopolitical considerations. We continue to lead the global automotive display market with a 40% share in DDIC, well over half in TDDI, and an even higher market share in local dimming Tcon. We also continue to lead in automotive display IC innovation, pioneering solutions across a wide range of panel types while addressing diverse design requirements and cost considerations. Recent evidence of such efforts is our LTDI technology for ultra-large touch displays where multiple projects have entered mass production in several car brands across different continents. After years of engagement with customers globally, we expect meaningful revenue contributions from LTDI starting this year. Our integrated single-chip solution combining TDDI and local dimming Tcon represents another such innovation. Targeting smaller and lower resolution automotive touch displays, it delivers a compelling option for cost- and space-constrained applications without compromising performance. Design-in activities continue to expand globally, with multiple projects underway across leading panel customers, Tier 1s and OEMs. Looking ahead, the accelerating adoption of OLED displays in automotive creates significant opportunities for Himax. Our ASIC OLED DDIC and Tcon solutions have already been in mass production for several years, with continued customer adoption. We now also offer new standard DDIC and Tcon products to support scalable deployment. In parallel, collaborations are underway with leading panel makers on new custom ASICs, positioning us well to address diverse customer requirements across a wide range of automotive display applications. Together, these efforts position Himax to capture increasing semiconductor content as premium automotive displays evolve from LCD to OLED. In addition, Himax's advanced OLED touch ICs are a key pillar of our automotive OLED portfolio, delivering industry-leading signal-to-noise performance and high-precision multi-finger touch capability, enabling reliable operation even when wearing thick gloves or with wet fingers. Our OLED touch ICs started mass production in 2024. Since then, they have been increasingly adopted by leading panel makers and end customers across Korea, China, the U.S., and Europe. Multiple new projects are poised to enter mass production in the coming quarters. Moving to smartphone IC sales, we expect Q2 smartphone revenue, covering both LCD and OLED products, to decrease quarter-over-quarter following the initial ramp up of an OLED IC for a leading smartphone brand's mainstream model in the prior quarter. For tablet ICs, Q2 sales are expected to increase sequentially, driven by customers' early pull-in demand against the backdrop of rising memory price sentiment in the market, with ongoing shipments for a customer's premium OLED tablet also contributing to sequential growth. I'd like to now turn to our non-driver IC business update where we expect Q2 revenue to increase by double-digit sequentially. First for an update on our Tcon business. We anticipate Q2 Tcon sales to increase by double-digit quarter-over-quarter. Our automotive Tcon business is expected to deliver decent double-digit growth in Q2, driven by shipments from prior design-wins across the board. Despite automotive market headwinds, Himax continues to enjoy strong growth momentum in automotive Tcon. Particularly in solutions featuring local dimming functionality, backed by hundreds of secured design-wins across a broad and diversified customer base, we are well positioned for sustained growth. In Q2, we expect Tcon to account for over 12% of total sales, with more than half contributed by automotive Tcon. Meanwhile, head-up displays are poised to become an integral part of new-generation smart cockpits, driving demand for sophisticated Tcon technologies, an area where Himax holds a strong leadership position. Our multifunctional Tcon not only delivers excellent contrast, eliminating the so-called postcard effect often seen in HUDs, it also supports full-area selectable local de-warping to correct image distortion caused by windshield curvature and/or projection angle. In addition, integrated On-Screen Display function ensures that critical safety information remains visible even when the system is malfunctioning and/or powered down. Together, these features make our Tcon a compelling solution for customers' HUD applications, as evidenced by fast expanding design-in activities with leading panel makers and Tier 1 players. This growing HUD pipeline positions us well for broader deployment and meaningful revenue contribution starting in 2027. Switching gears to the WiseEye product line, a cutting-edge ultralow power AI sensing total solution, targeting endpoint device markets. WiseEye stands out due to its industry-leading, ultralow power design, operating at merely a few milliwatts, combined with an extremely compact size, on-device AI inferencing, and 24/7 always-on image and voice sensing. This combination enables advanced AI capabilities in endpoint devices that were once constrained by power and size limitations and has already been widely adopted across a wide range of applications, including notebooks, surveillance systems, access control devices, palm vein authentication, smart home solutions, and smart glasses, with further customer engagements currently underway. On the WiseEye modules front, design-in activities continue to expand, driven by their plug-and-play architecture, combined with ultralow power consumption and on-device AI capabilities. These features help developers accelerate innovation and scale their products from prototypes to commercial deployment. This broad applicability has led to adoption across a wide range of domains, including smart access control, space management, computer monitor, automotive, and bicycle applications. In particular, our PalmVein module is rapidly securing design wins, offering a touchless, high-security solution with high accuracy and advanced liveness detection. Combined with GDPR-compliant architecture, one of the world's strictest data privacy laws, our PalmVein solution ensures robust data privacy and protection of user biometric information through privacy centric on-device processing. We are seeing growing PalmVein module adoption across applications such as smart access control, workforce management, and smart door locks, with multiple projects progressing toward mass production in the coming quarters. As mentioned earlier, WiseEye is gaining broad market recognition in smart glasses as a compact, ultralow power, always-on perceptual front end. WiseEye supports both outward-facing environmental sensing, mainly object classification and scene understanding, and inward-facing capabilities, including eyeball tracking and iris authentication, delivering environment-aware vision AI and responsive, low-latency human-machine interaction for smart glasses. This combination of capabilities makes WiseEye ideally suited for wearable devices requiring real-time responsiveness with minimal battery impact and is a key factor driving design-in momentum among smart glasses players. Moving on to our latest advancements in LCoS microdisplay technology. At Display Week 2026 this week in Los Angeles, we showcased our ultra-luminous, high-contrast miniature Dual-Edge Front-lit LCoS microdisplay. We were also invited to deliver an in-depth presentation at the symposium, highlighting Himax's recognized expertise and leadership in LCoS microdisplay technology. Our LCoS solution is a full color microdisplay that integrates illumination optics and LCoS panel into an exceptionally compact form factor of just 0.09 cc and 0.2 grams, delivering up to 350,000 nits of brightness and 1 lumen output at just 200 mw total power consumption. It can also be configured for high-brightness, low-power, green-only mode and frictionlessly switched back upon command from the central processor, allowing for improved power efficiency across different ambient light conditions while supporting customers' cost targets. In addition, its ultra-high luminance ensures excellent visibility in bright environments, while our proprietary technologies significantly enhances contrast and reduce the postcard effect frequently observed in low-light conditions. Himax is currently working closely with multiple waveguide partners across China, Europe, Israel, Japan, Taiwan, and the U.S. to bundle these technologies into display systems for AR glasses, streamlining system integration and driving future design-in opportunities. We will provide further updates in due course. 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.