Himax Technologies, Inc. announced that its subsidiary Liqxtal Technology, in collaboration with iCatch Technology, Inc., will jointly showcase its latest  Drone AI Imaging Solution at the upcoming CES 2026, the largest consumer electronics show in Las Vegas, U.S.A. from January 6 - 9, 2026. The solution integrates Liqxtal's long-range electro-optical (EO) and thermal IR camera system, with iCatch's high-performance image processing and edge AI SoC serving as the core computing platform. This highly integrated architecture significantly reduces system complexity while ensuring data security and privacy. The Drone AI imaging solution delivers stable, high-efficiency AI visual processing for drone applications, targeting high-growth markets including aerial photography, security surveillance, and industrial inspection. For the showcase at CES, on the optical side of the Drone AI imaging solution, the system integrates Liqxtal's ultra-lightweight camera module, combining EO with up to 20 times optical zoom capability and thermal infrared (IR) imaging. This design delivers stable performance across daytime, nighttime, and low-visibility environments, while significantly enhancing aerial target detection and tracking. Featuring a lightweight design and high level of integration, Liqxtal's dual-spectrum long range EO and thermal IR camera modules are well suited for applications such as real-time image recognition, dynamic target tracking, and all-weather, around-the-clock monitoring. On the AI computing side, the newly introduced solution is powered by iCatch's advanced edge-AI vision SoC, delivering up to 4 TOPS (4 trillion operations per second) of AI computing performance, making real-time, on-device image analysis and object recognition possible, thereby significantly reducing reliance on cloud computing, while improving system responsiveness and minimizing latency and data-transmission overhead. In addition, iCatch's SoC integrates a suite of stable image-processing technologies, including electronic image stabilization (EIS), ensuring clear and stable image quality even in high-dynamic or complex flight environments.The newly launched Drone AI imaging solution also supports a wide range of mainstream communication interfaces and standard protocols, such as USB3.0, Ethernet and more, enabling flexible integration across various drone platforms. This versatility allows the solution to meet customized requirements for diverse applications including aerial photography, security and surveillance, and industrial inspection applications, while helping system integrators and end customers accelerate product deployment and real-world adoption. "Our collaboration with Liqxtal validates the platform value of iCatch's Vision System Solution. As physical AI applications continue to grow rapidly, iCatch integrates high-performance image processing with edge-AI computing to deliver a production-ready, deployable "The eyes of AI," helping customers reduce integration risk, shorten time to deployment, and accelerate commercialization," said Weber Hsu, President of iCatch.  "This collaboration fully leverages Liqxtal's expertise in optics and imaging system integration, together with iCatch's strengths in edge-AI computing and intelligent image processing, enable high level of integration between optical imaging and AI vision processing, further expanding application scenarios such as drone/UAV (unmanned aerial vehicle) aerial photography and industrial remote inspection," said by Dr. Hung Shan Chen, President of Liqxtal.Liqxtal and iCatch invite all interested parties to experience the latest dual spectrum Drone AI imaging solution at Venetian Expo, Titian 2201A, Las Vegas. To schedule a meeting or booth visit, please contact Liqxtal at info@liqxtal.com or iCatch at ir@icatchtek.com.

As AI applications rapidly expand across PCs, mobile devices, and content creation workflows, there is a parallel surge in demand for high-resolution video, real-time generative content, and on-device inference. This transition is redefining storage within system architectures: it is no longer just a matter of capacity planning, but a critical determinant of performance, bandwidth, and reliability.To address this, AGI Technology has sharpened its strategy and will debut next-generation storage solutions at CES 2026, targeting the high-speed and usability demands of the AI era. PresidentMiranda Lee pointed out that while high specs are now "table stakes" across the market, the real differentiator going forward will be how well products adapt to real-world scenarios - and whether brands can sustain stable delivery and consistent quality.Miranda emphasized that AI is doing more than just driving capacity growth; it is fundamentally changing how data is utilized.First, edge computing and multi-task content creation are becoming the norm. This increases the frequency of data access and the need for mobility, transforming storage devices from auxiliary components into critical links in modern production workflows. Second, pricing dynamics are reshaping consumer behavior. As the cost of high-end storage and memory rises, the market is witnessing more "buy-down" purchasing and phased expansion: users tend to select mid-range configurations initially, supplementing capacity with external devices later. Third, high speed and capacity are increasingly becoming entry requirements rather than differentiators. With interfaces such as PCIe Gen4/Gen5 and USB4 continuing to advance, adhering to these specifications has become a baseline standard that all brands must meet.Consequently, AGI Technology is moving beyond differentiation through specifications alone. The company is transitioning its brand identity from a component manufacturer defined by performance metrics to a solutions provider centered on usage scenarios. This strategic realignment ensures that while AGI continues to advance speed and capacity benchmarks, it also integrates robust reliability and environmental durability into its core design philosophy. Miranda emphasizes that while performance is a baseline requirement, enhancing stability and durability addresses the practical demands of mobile and outdoor workflows. This comprehensive approach creates tangible added value for users requiring consistent performance under pressure.AGI Technology will center its CES presence around a scenario-driven strategy that prioritizes reliability and practical application. According to Miranda, CES has long served as a vital stage for showcasing AGI's technological prowess. However, the company's recent strategy emphasizes private, high-level briefings over traditional exhibit formats. By moving toward a semi-exclusive engagement model, AGI can more effectively align its product roadmap with customer needs, ultimately strengthening brand loyalty and enhancing the performance of its international channels.At CES 2026, AGI is set to translate its strategic vision into a powerhouse lineup of tangible innovations, headlined by next-generation storage solutions tailored for the AI era. Leading the charge is a 6nm PCIe Gen5 SSD capable of blistering speeds up to 11,000 MB/s. By leveraging an advanced 6nm process, AGI has significantly reduced power consumption and thermal overhead, making flagship-tier performance more accessible for real-world deployment. Complementing this is AGI’s 10,000 MT/s low-latency DDR5 RGB memory, built for the rigorous demands of AI-native platforms. Furthermore, AGI is expanding its portable portfolio with three specialized external SSDs catering to content creators, outdoor adventurers, and power users, reinforcing the brand's focus on versatile, high-speed data management.Miranda emphasized that for AGI Technology, 2026 marks more than just another hardware iteration; it represents a strategic pivot in both brand identity and operational philosophy. The company is steadily evolving from a component supplier into a user-centric storage solutions brand. While continuing to push the boundaries of PCIe and USB performance, AGI is doubling down on real-world utility - tailoring products to excel in mobility, professional content creation, and long-term data archiving.She emphasized that in an era of ubiquitous AI and high-performance computing, true value transcends raw benchmarks; it is defined by unwavering reliability when it matters most. Whether capturing a split-second extreme sports feat, a creator's unrepeatable live recording, or years of cherished family milestones, storage devices house more than just data - they safeguard irreplaceable moments. Through a commitment to durable, high-performance design, AGI Technology aims to earn user trust across every scenario, transforming their brand promise, 'Preserve Your Uniqueness,' from a slogan into a lifelong digital legacy.Project K10 DDR5 - 10,000 MT/s Overclocking Flagship.Credit: AGI TechnologyProject S10 PCIe Gen5 SSD - 11,000 MB/s Performance with TSMDC 6nm Controller.Credit: AGI TechnologyNew Series of Portable SSD – Combination of High-Speed, Durability and Capacity.Credit: AGI Technology

As the world faces urgent climate challenges, governments worldwide are pledging to reach net-zero emissions by 2050, positioning clean energy at the core of energy transitions. Solar photovoltaic (PV) systems, known for their renewable and low-pollution attributes, have emerged as a crucial pillar in global net-zero strategies. However, as the solar market expands rapidly, a wave of PV module decommissioning is emerging. Recycling has become an increasingly pressing environmental issue. According to estimates from the International Renewable Energy Agency (IRENA), the cumulative volume of end-of-life solar panels awaiting recycling will reach 730 million tons by 2050, creating an urgent and massive processing demand.In response, TSGC has introduced its innovative PV Circulator solution, featuring a unique physical, chemical-free, and heat-free dismantling technology rarely found globally. The solution enables complete separation of aluminum frames, glass, junction boxes, solar cells, back sheets and EVA layers - achieving a 99.3% material recovery rate. In recent years, TSGC has partnered with multiple recycled-materials companies to establish a circular materials ecosystem. The company will also showcase a breakthrough hydrogen-production technology - using recovered crystalline-silicon solar cells - at CES 2026, signaling its ambition to capture emerging opportunities in the global sustainable economy.TSGC Co-Founder and Distinguished Professor at the Department of Greenergy, National University of Tainan, Dr. Yao-Hsiang Fu, noted that current industry recycling technologies remain limited. Most recyclers remove only aluminum frames and wiring, while other components - difficult to separate at high purity - are typically incinerated in brick kilns and repurposed as tile materials. This results in the loss of high-value materials such as silver and silicon. "A single solar module contains approximately 0.6 kg of silicon and 4.8 grams of silver, representing far greater economic value than most people imagine," Fu emphasized. TSGC has already helped its partners obtain Taiwan's first license for PV module recycling and repurposing, marking a significant milestone for Taiwan's solar recycling industry.Rising ESG demands fuel the global sustainable economyTraditional PV recycling methods heavily rely on high-temperature thermal processing or chemical dissolution, which require significant energy consumption and may generate toxic gases and wastewater. Furthermore, these methods struggle to recover high-purity silicon wafers, silver, and copper in forms suitable for reuse. As a result, California has explicitly banned the disposal of solar panels through incineration or landfilling, accelerating the search for more environmentally friendly and economically viable recycling pathways.In 2024, TSGC received approval from the California Department of Toxic Substances Control (DTSC), becoming the seventh company in California certified for solar panel recycling - and the only company capable of fully dismantling and recovering all materials. TSGC is currently in discussions with the six existing recyclers in the state. By transferring collected PV modules to TSGC for processing, these companies will gain significantly higher material-recovery revenue than through conventional methods.Fu emphasized that as global sustainability awareness continues to rise, carbon-related regulations are rapidly evolving. For example, the EU's Carbon Border Adjustment Mechanism (CBAM) already requires imported products to demonstrate low - or negative-carbon footprints. Products without transparent material sourcing and emissions data will struggle to enter international markets. Therefore, PV recycling is no longer merely an environmental solution - it is becoming a strategic driver of circular-economy development and international trade competitiveness. Identifying this pivotal moment, TSGC is positioned to lead the industry with a complete system for material recovery, reuse, and hydrogen production.High mobility represents TSGC's key advantage in entering the US marketTSGC has partnered with Taiwan Tech Arena (TTA) to strengthen its global footprint through participation in major international exhibitions and increased media exposure. The company has received recognition at events such as CES in the United States and VivaTech in France, boosting its global visibility and indirectly contributing to the approval of its solar panel recycling license issued by the California Department of Toxic Substances Control (DTSC).Fu noted that the United States hosts numerous utility-scale solar farms, many of which are approaching their 20-year operational lifespan - making solar panel recycling an imminent challenge. The TSGC PV Circulator offers exceptional mobility, allowing for on-site disassembly and material separation directly at the project location, significantly reducing transportation costs and providing a major competitive edge in the U.S. market.Looking ahead, TSGC will continue leveraging Taiwan's green energy R&D capabilities and global collaboration opportunities to further expand the applications of recycled solar materials across the energy, chemical, and green manufacturing sectors, strengthening the company's strategic role in the global sustainable economy.Credit: TSGC