SkyEyes leverages Chunghwa Telecom's hicloud, a virtual private cloud platform, as the main infrastructure of its services. This platform offers flexibility, high reliability, and robust data security, meeting the needs of large fleet management and tracking systems for the Dajia Mazu Pilgrimage.Whether for commercial logistics or recreational travel, using GPS combined with digital maps and IT-assisted analysis empowers users to understand vehicle and traffic routes in real time, helping them make the best decisions. Located in central Taiwan, SkyEyes specializes in providing digital positioning system services. By leveraging cloud technology and AI, SkyEyes integrates GIS with GPS to build a comprehensive Internet of Vehicles, offering solutions for business analytics, logistics management, and more.SkyEyes GPS Technology, a company founded through a technology transfer from the GIS Research Center at Feng Chia University, specializes in integrating GPS satellite positioning with other digital applications. CEO Ching-Yun Mu states, "Our core business is developing various solutions for tracking people, vehicles, and goods. We serve fleets ranging from fewer than five vehicles to large logistics companies with over 4,000 vehicles. With thousands of successful projects, we use satellite positioning to monitor people and vehicles, ensuring efficient route management and helping businesses optimize their operations.Due to the high maintenance costs during peak times, it is challenging to meet sudden demands.Different project scales and business service demands require varying IT service architectures in terms of processing efficiency, data security, reliability, and redundancy mechanisms. For example, an energy company using SkyEyes services implemented an in-vehicle information system for 400 transport vehicles in 2000. Initially, they invested heavily in a high-availability dual-host backup infrastructure to meet service-level agreements. However, the system's usage peaked only during specific times of the day, with the rest of the time utilizing just 20% of its capacity. Optimizing resource utilization and minimizing waste became critical concerns for the client as well as a non-negligible challenge for the service provider.SkyEyes faces challenges not only with uneven daily usage but also with sudden spikes in demand as their services expand. For instance, since 2006, they have supported real-time satellite positioning for the Dajia Mazu Pilgrimage. This year, with the event coinciding with the end of COVID-19 pandemic restrictions, the average number of online users reached 30,000, peaking at 120,000—more than three times the usual numbers. This surge far exceeded initial system capacity estimates, causing overloads that required rapid resource expansion to resolve.To balance the operational costs and profits, SkyEyes adopted hicloud to accommodate the functional requirements of all sizesTo cope with different scales and the sudden surges in demand, SkyEyes adopts Chunghwa Telecom's hicloud services. The flexible and versatile nature of the cloud platform allows them to meet diverse client needs effectively.CEO Ching-Yun Mu stated that for cloud service providers, the hicloud platform allows Chunghwa Telecom to handle SkyEyes' hardware maintenance. This not only reduces infrastructure costs but also effectively manages other expenses such as software licensing, risk, and maintenance costs. This enables IT staff to focus on system integration and application development, providing more resources to enhance service capacity and launch community-focused digital services. This is why the Dajia Mazu Pilgrimage positioning system platform is offered free of charge to the public.SkyEyes collects a significant amount of satellite positioning data and logistics management business secrets from its clients. To prevent the leakage of this sensitive information, Chunghwa Telecom's hicloud platform provides stringent data security management protocols. Located in Taiwan, its data centers are equipped with comprehensive access control and intrusion detection systems. This setup meets legal requirements for some clients to keep their data within the country, ensuring high standards of corporate data security and addressing critical challenges in SkyEyes' business operations.Ensuring open communication channels and responding swiftly to sudden demandsFrom its early days using a client-server architecture as the main server environment to now primarily utilizing a hybrid cloud platform, SkyEyes' service architecture reflects the evolution of IT. Continuously adapting to new technologies to achieve optimal operational performance, SkyEyes transitioned into the cloud era by considering customer needs and evaluating business models, technical support, and data security. Ultimately, they chose Chunghwa Telecom's hicloud CVPC virtual private cloud platform to build the infrastructure for their services.Reflecting on our collaboration with Chunghwa Telecom, from the early days using 3G mobile networks for vehicle communication to the evolution of our infrastructure and business expansion, including IDC facilities and hicloud services, the reason for our continued partnership is clear. CEO Ching-Yun Mu highlighted how Chunghwa Telecom's high-quality and efficient services have been instrumental in maintaining the reliability of SkyEyes. "Take the Dajia Mazu Pilgrimage, for instance. When the system experienced a slowdown due to a sudden surge in access during specific times, which led to complaints from users, we immediately contacted Chunghwa Telecom to upgrade hicloud resources. The streamlined approval process allowed for a swift upgrade, resolving the issue promptly."SkyEyes has enjoyed a long-standing partnership with Chunghwa Telecom. CEO Ching-Yun Mu expressed strong confidence in Chunghwa Telecom's expertise in transmission technology. Moving forward, SkyEyes plans to leverage other public cloud services from Chunghwa Telecom to meet diverse needs. Additionally, they are also evaluating the use of Chunghwa Telecom's smart cold chain system to partner with logistics companies in creating a fresh food delivery service. This will continue to expand the applications of GPS technology and create new business opportunities in the logistics industry.

Technology is never static — it evolves continuously, shaping and redefining various industries, including entertainment. From smartphones to AI-driven solutions, the impact of technological advancements is undeniable. One area experiencing significant transformation is the gambling industry, with many innovations redefining how people interact with and experience these games.Expanding the Horizon of Gambling GamesThe digital sphere has opened up a vast array of options for gambling enthusiasts. Online platforms now host a wide variety of casino games — from roulette to video poker — providing accessibility like never before. Thanks to the internet's boundless capacity, new games are regularly introduced, ensuring something fresh and innovative for players.Enhanced ConvenienceThe rise of mobile technology means that online games, including gambling platforms, can be accessed virtually anywhere. Whether during a long commute or while waiting at an airport, users can simply take out their smartphones and start playing. This convenience is a key reason for the growing popularity of online gambling platforms.Immersive GraphicsAdvanced graphics technology has significantly improved the visual appeal of online gambling games. The realism and quality of these visuals elevate the overall experience, making it more engaging for users. The design and appearance of a game now play a critical role in attracting and retaining players.Integration of Artificial IntelligenceArtificial intelligence (AI) has become an integral part of many industries, and online gambling is no exception. From chatbots providing customer support to algorithms personalizing user experiences, artificial intelligence is enhancing the way online platforms operate. These advancements aim to make interactions smoother and more efficient.Improved SecuritySecurity is a top priority for any online platform, especially when sensitive information such as personal and financial data is involved. Reputable online casinos utilize advanced encryption and secure payment systems, ensuring user data remains protected. Many platforms also offer a variety of payment options, including credit cards and cryptocurrencies, to cater to different preferences.A Glimpse into the FutureThe gambling industry's digital transformation is far from over. As technology continues to advance, further innovations are expected to redefine the sector. Online platforms are likely to evolve, offering new ways for users to engage with and experience these games.While online gambling offers accessibility and entertainment, it's important to approach it with caution. Setting limits, playing responsibly, and understanding the risks are key to ensuring a safe and enjoyable experience. Always think carefully before making decisions, and prioritize fun over financial gain.Whether for its convenience, variety, or integration of cutting-edge technology, online gambling remains a significant example of how digital innovation can reshape industries. As this trend develops, it will be fascinating to see how technology continues to shape the future of this space.

People today cannot live without their digital devices, especially, not without their GPS devices to help them navigate. However, GPS navigation has its limitations. For example, it does not work in tunnels or other areas with poor signal reception. To circumvent GPS navigation limitations, military weapon systems, aircraft, and large commercial drones are generally equipped with fiber optic gyroscopes (FOG) that are unaffected by environmental interferences. Combining inertial navigation and GPS navigation ensures that the aircraft stays on course and lands safely even without GPS signals.According to Aegiverse CEO Dr. Hung-Pin Chung, GPS navigation that many people are familiar with relies on satellites. When signal reception from satellites is blocked by buildings, it affects GPS precision or even causes GPS failure. A FOG calculates the rotation speed by measuring the phase difference caused by the rotation when light waves travel in a coil of optical fiber. Boasting superior precision and durability to traditional mechanical gyroscopes, FOGs, commercialized in the 1980s, have become important equipment used in military devices, aircraft, ships, and space probes for inertial navigation.However, conventional FOGs are bulky and costly. In view of this, many manufacturers are making efforts to develop next-generation FOGs that are smaller and cheaper. Aegiverse is among the few companies that have successfully achieved the goal. Its FOGs have entered commercialization and are being used in drones, underwater vehicles, and satellites.Multi-layered design realizes both footprint and cost reductionFounded in 2022, Aegiverse is a startup incubated by National Central University. Its in-house developed FOGs have been awarded multiple patents both at home and abroad. The Aegiverse team is completely capable of developing a product from concept to market. Aegiverse supplies FOGs and FOG inertial measurement units for use in mobility vehicles as an inertial attitude-sensing solution.Conventional FOGs are generally based on a discrete design integrating all functions. Such a design offers a complete range of functions but it also makes the product bulky and costly. In contrast, leveraging its experience and R&D strength, Aegiverse combined some function modules into a single chip and introduced a multi-layered FOG architecture. The approach allows Aegiverse to design circuit modules purpose-built for industrial, military, aerospace, and other applications. Not only does it effectively reduce the cost to replace an internal element but it also significantly slims down the product. As opposed to the round shape of conventional FOGs, Aegiverse's FOGs have a cubic shape and cost 50% to 70% less, making them extremely competitive on the market. Comprehensive customization services are also available.Foraying into the U.S. and India, Aegiverse looks for multi-sector partnership opportunitiesThe first-generation FOG that Aegiverse brought to existence was as big as a tabletop. With mechanical engineering specialists joining the team, Aegiverse was able to scale down the product to its marketable size today, allowing Aegiverse to secure more partnership deals. So far the company has more than 20 patents or patent applications and is working with partners to deploy its products in drones, submarines, and satellites.Dr. Chung co-founded Polaris Photonics with several industry veterans in 2016. In reminiscence of the experience, he said Taiwan's startup environment was more conservative at that time. Startups generally did not pursue angel investment, which was a big challenge to them. Taiwan's startup scene has significantly improved now with support from the National Development Fund and a large increase in the ratio of venture capital firms joining A-round financing. Aegiverse's application for the Ministry of Economic Affairs' Proof of Business (POB) program and participation at multiple Taiwan Tech Arena (TTA) events proved to be beneficial to the company's development.Going forward, Aegiverse will actively expand into the US and India while staying committed to the ext-generation product R&D. It plans to introduce a FOG that is the size of a business card and expects to grab market shares with the product.Aegiverse's GP series FOGsThe Aegiverse team conducting a flight test

Taiwan's national health insurance system is well known in the world for its unparalleled quality and services. It allows equal access to healthcare for all citizens. Even the economically disadvantaged enjoy comprehensive coverage and need not worry about unaffordable medical bills. However, national health insurance budget constraints limit the scope of medical services that can be made available to patients. For example, if a patient is diagnosed as requiring rehabilitation or physical therapy, the national health insurance system covers up to six follow-up therapy sessions with only an NT$50 self-payment for each session. Due to limited resources, each therapy session may be short and ineffective in relieving the patient's affliction amid the lack of a tailored one-on-one care plan. Patients therefore end up seeking self-pay treatment solutions.According to Meco Technology Chairman Joseph Chang, muscle or joint pain can mostly be treated with a series of well-planned rehabilitation or physical therapies and without the need for surgeries. However, this is hardly achieved with the current national insurance coverage. In fact, many physical therapy clinics now offer self-pay services but most of them do not provide comprehensive care plans that include physicians, physical therapists, and athletic trainers to alleviate patients' pain. Meco Technology was founded with the aim to provide patients needing self-pay physical therapies with a comprehensive treatment plan that makes their musculoskeletal pain go away.A team of diverse talent targets the self-pay healthcare marketEstablished in 2019, Meco Technology is dedicated to providing services including medical consultation, business operation, integrated marketing, and digital healthcare solution development. Combining the capabilities to operate a business and develop technologies, Meco Technology aims to introduce innovative breakthroughs to the medical sector. The Meco Technology team comprises over 130 physical therapists, 15 medical specialists, and over 50 exercise coaches, allowing it to provide all-in-one physical therapy treatments and optimized healthcare services to self-paying patients.Chang noted that there are three pillars to Meco Technology's business operation - AI Care, which provides self-pay physical therapy treatments; healthcare information systems (HIS) and customer relationship management (CRM) systems designed for franchise self-pay clinics; Youdon, which is a smart physical therapy platform offering a home exercise treatment app and prescription system. AI Care operates pain treatment clinics and physical therapy clinics with a comprehensive and innovative muscle and joint pain treatment model. Already running 11 physical therapy clinics and two pain treatment clinics as of 2023, it plans to increase its number of physical therapy clinics to 26 and pain treatment clinics to four by year-end 2024.More and more healthcare institutions are exerting efforts toward self-paying patients. In view of this, Meco Technology offers HIS solutions to such institutions. Its HIS solutions can connect with CRM tools and official Line accounts to help healthcare institutions manage customer data, find target audiences using filters, and achieve digital transformation goals.The biggest problem hindering the effectiveness of physical therapies is that patients do not follow doctor's orders and do at-home rehab exercises. The Youdon smart physical therapy platform can work with the AI Care system and provide more than 1,500+ videos for users to continue doing rehab exercises at home, enabling extended rehabilitation effects.Meco Technology makes all-out efforts to add branch offices in Taiwan while expanding its app services to markets abroadMeco Technology may be a young startup, but each of its founders has more than 20 years of experience in healthcare. Not only are they keen on market trends, but they are also well aware of hospitals' pain points and patients' needs. In the early-stage development, the company chose to work with BE Accelerator, which helped boost its revenue performance, accelerate the expansion of branch offices, and secure funding from two venture capital firms, allowing it to maintain steady and healthy growth.Chang commented that in 2024, apart from establishing a base in Startup Terrace Kaohsiung, Meco Technology was also awarded a project by the Industrial Development Administration, Ministry of Economic Affairs, which will benefit the company's long-term development. Moreover, thanks to the assistance from Taiwan Tech Arena (TTA) and BE Accelerator, Meco Technology will have several branch offices in operation in central and southern Taiwan this year and enter into partnerships with multiple medical universities. It is hoped that by exerting efforts through a diversity of channels, Meco Technology will secure a share of the enormous self-pay healthcare market in Taiwan. On top of that, it also plans to introduce Youdon to Indonesia, Singapore, and other overseas markets so as to build a solid foundation for the company's long-term development.Grand opening of AI Care Linkou officePhoto: Meco TechnologyAI rehabilitation equipmentPhoto: Meco Technology

The online gambling industry is undergoing a significant transformation powered by technological advancements. In Oceania, countries like Australia and New Zealand are at the forefront of this digital evolution. Understanding the factors driving this growth can provide valuable insights into the future of online gambling in the region.The online gambling industry is experiencing global expansion, largely driven by rapid technological advancements. Countries in Oceania, particularly Australia and New Zealand, are pivotal to this growth trajectory. As technology continues to evolve, it enables platforms to offer enhanced user experiences, drawing more participants into the virtual gambling world. With key players like Wildz leading the charge, the landscape of online gambling is poised for significant transformation.Market potential in OceaniaOceania presents a lucrative market for international gambling companies due to its favorable demographic and economic landscape. The region boasts a high internet penetration rate and a tech-savvy population that is eager to engage with digital platforms. Additionally, the growing popularity of online gambling in countries like Australia and New Zealand highlights the increasing demand for these services. This trend is not only attracting international companies but also encouraging local operators to enhance their offerings to stay competitive.The popularity of online gambling in Oceania can be attributed to several factors, including cultural attitudes and economic stability. With disposable income on the rise, more individuals are willing to explore entertainment options that offer potential monetary rewards. As a result, companies are investing heavily in marketing strategies and innovative technologies to capture this burgeoning market. By leveraging cutting-edge technology, companies have positioned themselves as key players in this evolving landscape.Regulatory environmentThe regulatory framework governing online gambling in Oceania plays a crucial role in shaping the industry's dynamics. Both Australia and New Zealand have established stringent regulations aimed at ensuring consumer protection and fair play. These regulations impact international companies seeking entry into these markets, often requiring them to adapt their strategies to comply with local laws. While such regulations may pose challenges, they also provide a level playing field for all operators.Understanding these regulatory nuances is essential for any company looking to enter or expand within the Oceanic market. The need for compliance with local laws means that international players must invest in robust legal teams and develop strategies that align with regional guidelines. Despite these hurdles, the potential rewards of tapping into this growing market make it an attractive proposition for many firms.Technological advancementsTechnology serves as a cornerstone for the growth of online gambling in Oceania by providing seamless access and innovative gaming experiences. Companies are utilizing advanced software solutions to deliver immersive environments that enhance user engagement. Innovations such as virtual reality casinos and live dealer games are examples of how technology is reshaping the online gambling experience.These technological advancements not only improve user experience but also enable companies to reach wider audiences across geographical boundaries. By integrating cutting-edge technologies into their platforms, companies can offer personalized experiences tailored to individual preferences. This capability helps differentiate them from competitors and attract a loyal customer base.Cultural factorsCultural attitudes towards gambling significantly influence consumer behavior in Oceania. In both Australia and New Zealand, gambling is often viewed as a popular leisure activity with social acceptance among various demographics. This cultural backdrop provides fertile ground for the growth of online gambling platforms seeking to cater to local tastes.The preferences of Oceanic consumers are shaped by traditional gaming practices combined with modern digital trends. Companies that successfully integrate these elements into their offerings can build strong connections with their audience. Furthermore, understanding local cultural nuances allows operators to design marketing campaigns that resonate well with potential customers.As the online gambling industry in Oceania continues to evolve, technological advancements and regulatory changes remain key factors shaping its trajectory. Industry players are adapting to these shifts, navigating challenges while identifying opportunities for growth. It is crucial to emphasize the importance of responsible gambling, with a focus on fostering safe and enjoyable experiences. As the saying goes, "Gamble responsibly—know your limits and play within them." Encouraging individuals to make informed decisions and take accountability for their actions ensures a healthier and more sustainable gambling environment.

Rugged embedded computer brand – Cincoze has launched two new series of GPU-embedded computers that overcome harsh environmental challenges, meet various application requirements, and provide comprehensive computing solutions for the booming Edge AI market. The dual full-length GPU expandable computers (GP-3100 series) support the latest 14th generation Intel® Core™ processors (Raptor Lake-S Refresh) and up to two 250W full-length GPU cards. They deliver the high computing performance required for Industrial AI, high-end machine vision, and machine learning applications. For space-limited Edge AI applications, the rugged and compact GPU computers (GM-1100 series) are the best choice. With a compact size of only 260 x 200 x 85 mm and support for an NVIDIA MXM GPU card, they combine powerful computing performance and excellent graphics processing capabilities. It has been the best-selling model in the GPU Computing - GOLD product line for many years.Credit: CompanyDual Full-length GPU Expandable Computer (GP-3100 series)As the flagship model in the Cincoze GPU Computing – GOLD product line, the GP-3100 series demonstrates top-notch capabilities in performance, functionality, and future scalability, targeting applications with heavy computing requirements such as high-end machine vision and machine learning. In terms of performance, it can be equipped with the latest 14th generation Intel® Core processor (Raptor Lake-S Refresh), supports up to two 250W full-length high-end GPU cards (length up to 328mm) and 5600MHz DDR5 ECC memory, provides high-speed NVMe SSD, and four front-accessible 2.5" HDD/SSD trays for multiple storage options. High-speed data transmission can rely on the native I/O (2.5 GbE LAN and USB 3.2) or expanded I/O through CMI and CFM modules. Three patented design features on the GP-3100 solve the common customer pain points of heat dissipation, stability, and upgrade flexibility. The patented heat dissipation design ensures stable operation of the CPU and GPU at full capacity; the Adjustable 3D GPU Card Mounting Bracket ensures that the GPU card is stable and does not loosen in high-vibration environments; and the GPU Expansion Box (GEB) can be replaced to support more high-end GPU cards or expansion cards, making future performance upgrades more flexible. The rugged nature of the GP-3100 series complies with many international and industry standards (E-mark, EN 50121-3-2 for rail applications, and MIL-STD-810H military standard), making it the best choice for efficient computing in harsh environments.Credit: CompanyRugged, compact GPU Computers (GM-1100 series)The GM-1100 series, which is only 260 x 200 x 85 mm, is designed for mobility and Edge AI applications with limited installation space. It is one of the few GPU computers on the market that combines small size and high performance, supporting 14th generation Intel® Core™ processors (Raptor Lake-S Refresh) to enable the choice of Hybrid or P-core Monolithic architectures to suit application needs. It supports NVIDIA MXM Type A and Type B GPU cards, providing excellent GPU computing performance. To overcome the high temperatures caused by the simultaneous operation of the CPU and GPU, an exclusive heat dissipation design and integrated external fans ensure stable and reliable system operation. The GM-1100 series provides a complete solution for mobility applications, with M.2 slots that support wireless communications modules such as 5G and Wi-Fi, and EN 50155 (EN 50121-3-2 only) for rail applications and E-mark certification. Various industrial-grade protection mechanisms and passing the MIL-STD-810H military standard are the basis for the GM-1100 series to win the favor of customers.About Cincoze Cincoze is a brand manufacturer dedicated to providing embedded computing systems for edge computing, AIoT, and critical applications in harsh environments. Its product lines include rugged embedded computers, industrial panel PCs, industrial monitors, and embedded GPU computers. Cincoze products meet the application needs of various vertical markets, especially manufacturing, in-vehicle, railway, transportation, energy, and logistics. Over the years, Cincoze has launched numerous innovative products and has won several patents, awards, and international certifications.

The renowned North American home security brand has adopted iCatch Technology's AI Imaging SoC, Vi57, to enhance its product lineup. The security brand has introduced user-friendly, highly reliable, and feature-rich smart imaging security solutions, earning widespread acclaim among North American consumers.The newly launched battery-powered smart doorbell incorporates advanced AI technology to deliver an exceptional intelligent experience. This product focuses on high-performance features such as 4K2K resolution and clear, full-color video streaming even in very low-light conditions without requiring additional LED lighting. It seamlessly integrates with a range of smart home products to provide comprehensive security services with easy installation. The product is now available in over 400 Best Buy locations across North America, achieving stable and large-scale sales performance.4K2K Battery-powered Smart Doorbell. Credit: iCatch SolutionAdvanced Image and AI CapabilitiesiCatch Technology's AI Imaging SoC, Vi57, is designed for outdoor, indoor, and doorbell camera applications, enabling real-time image analysis and 4K2K video transmission with AI-powered image noise suppression. The solution can detect unusual activities or identify intruders and issue alerts accordingly. Leveraging battery power and wireless connectivity, it features intelligent detection capabilities that minimize false activations and extend battery life. With a companion mobile app, users can monitor real-time conditions inside and outside their homes, significantly enhancing safety.Superior Audio CapabilitiesIn addition to advanced image processing, iCatch Technology's Vi57 incorporates audio recognition technology, optimizing voice clarity by eliminating background noise and echo. This feature is particularly beneficial for smart doorbells, ensuring clear voice communication during two-way talk. The SoC also supports a low-power standby mode, enabling it to detect ambient sounds and wake the system when needed, intelligently determining whether to initiate network reporting.Low-Power AIoT InnovationiCatch Technology GM, Weber Hsu, stated: "Our battery-powered video surveillance solution, Vi57, integrates iCatch's core imaging technology with AI learning capabilities, delivering smarter video and audio processing for our customers while achieving exceptional performance in low power consumption and real-time processing."Looking ahead, iCatch will continue to invest more resources in developing advanced AI technologies to create new products with low power consumption, high integration, and robust data security. The company is committed to providing customers with a broader range of intelligent video processing solutions that are both diverse and cost-effective.For more information about iCatch Technology products, visit www.icatchtek.com. For inquiries, please contact iCatch Technology's sales representatives at www.icatchtek.com/Requests.

SK Hynix Inc. announced today a new program on shareholder return for the 2025-27 period and the "Value Up" plan aimed at boosting corporate value.According to the new shareholder return program, SK Hynix (or "the company", www.skhynix.com) will maintain the existing principle of allocating half of the accumulated free cash flow for resources for shareholder return, while raising the annual fixed dividend (minimum dividend per share that SK Hynix plans to pay out every year) by 25% to KRW1,500 a share from KRW1,200.With the hike in the dividend, the total amount of the cash dividend is forecast to grow to KRW1 trillion annually.The move is aimed at meeting the expectations of the shareholders who have helped SK Hynix overcome difficulties and challenges and advance to a leading global AI memory provider.Despite the expected continuity of a volatile memory business, SK Hynix will make its utmost efforts to protect corporate value by pursuing a balance between shareholder return and financial soundness.For this, the company established specific targets for financial soundness such as net cash and optimal cash level, while deciding to put aside 5% of the free cash flow for enhancement of the financial structure.Net Cash: a company's cash balance after liabilities are subtractedOptimal Cash Level: resources for annual investment aimed at preparing for future growthSK Hynix plans to proceed with an additional return to shareholders within the extent that its finances are maintained sound if its financial targets are met until 2027 when the three-year program comes to an end. It will also review the possibility of an early return to shareholders prior to the expiration of the program if a better-than-expected business performance brings a meaningful increase in the level of free cash flow.Separately, SK Hynix also introduced its "Value Up" initiative aimed at bringing corporate value a notch higher.The Capex Discipline from the plan stipulates that the total amount of annual investment has to stay at an average mid-30% range, compared with the revenues to ease uncertainties of the future and enable quick decision-making in accordance with market conditions to eventually generate a stable flow of cash.The two plans come at a time when SK Hynix prepares to make its leadership in the AI memory space more concrete by establishing a desirable technology roadmap for the future amid diversifying customer demands and an increasing portion of premium products in the full-fledged AI era.Kim Woohyun, Vice President and Chief Financial Officer, said that SK Hynix's corporate value has risen sharply after successfully weathering a downturn amid growing optimism that it will report this year all-time high financial results well above those during a super cycle in 2018."Our goal is to promote the company's long-term prosperity together with our shareholders by carrying out the policies for shareholder return that matches the company's growth and stability of the financial structure," said Kim.

The rise of artificial intelligence (AI) and the new energy / autonomous vehicle industry presents both challenges and exciting opportunities for the printed circuit board (PCB) and packaging substrate manufacturing business. These dynamics create enormous opportunities and an appetite for fast, efficient, and massive computing resources. The mega-monolithic silicon chip is being replaced by 3D heterogeneous integration of multiple chiplets assembled on an organic build-up substrate platform.MKS Instruments is leading the way in PCB, package substrate, and many areas of wafer-level packaging. At the TPCA Show Taipei 2024, the company presented a wide range of solutions from its Atotech and ESI Laser Systems brands for the industry, from wet chemical processes and production systems to auxiliary equipment, laser drilling systems, and software solutions, demonstrating their new synergies and expanded capabilities to provide manufacturers with improved production results in terms of higher yield, reliability, and operational efficiency.In an interview at the MKS booth, Dr. John Lee, President and CEO of MKS Instruments, discusses the company's strategy to help customers design and manufacture specialized PCBs and package substrates for AI and automotive applications, and to scale operations globally. He explains that more than 85% of the semiconductor front-end applications and more than 70% of the critical steps in package substrate and PCB manufacturing use MKS products. "Our enabling technologies are essential to the development of next-generation electronic devices, from semiconductors to advanced printed circuit boards," he notes. The following summarizes what Dr. Lee shared.Optimize the Interconnect Powering the Future of ElectronicsSurround the Wafer and Surround the Workpiece is MKS's key strategy to address the needs of the semiconductor, advanced electronics, and packaging markets by providing customers with the key components, systems, and services to enable the successful implementation of these solutions. As the advanced packaging and heterogeneous integration technologies continue to follow Moore's Law and improve the performance of multiple silicon dies in a single package, high-speed and reliable interconnects between different dies play an important role.The challenges are many, including multilayer, small alignment, fine line spacing, new materials, and rapid technology upgrades. The industry needs better equipment, tools, and chemistry to meet these needs. MKS has the broadest portfolio of capabilities in the industry and the ability to do it all. The company leverages its expertise in lasers, optics, motion, process chemistry, and equipment to differentiate itself in the marketplace with the ability to Optimize the Interconnect, a key driver for the coming era of advanced electronics, characterized by increasing miniaturization and complexity.Key MKS Solutions at the TPCA 2024 ShowOn the chemistry side, highlights in surface treatment include EcoFlash S300, a new differential etch solution suitable for advanced package substrates, and our new high-tech inner-layer adhesion promoter for high-speed AI applications. For metallization, our highlights include Printoganth MV TP2, a high-performance electroless copper process specifically designed for SAP fine line applications, and our even more enhanced Printoganth MV TP3 process, which enables ultra-thin Cu deposition for fine lines down to 2/2 µm L/S, ideally combined with Cupraganth MV, our new and revolutionary copper-based activation system. For electrolytic copper plating, we highlight our new reverse pulse plating solution for inclusion-free, high aspect ratio through hole filling of package substrate cores, Inpulse 2THF2, and our production-proven InPro SAP3 process for BMV filling with best surface distribution at high current densities. For conformal high-hole density package substrate core plating we are promoting Cuprapulse XP7-IN, our new solution for excellent plating uniformity.For final finishing, highlights range from the OSP solution OS-Tech SIT 2, the new Aurotech G-Bond 3 versatile gold bath for nickel/gold, nickel/palladium/gold, and palladium/gold plating to Stannatech for flex PCBs, as well as for thick tin plating of µ-LEDs or solder depot plating and Stannatech IC for package substrates.PCB equipment systems promotions include G-Plate, a new HVM tool for PTH processes of next-generation package substrates enabling the highest yields and cutting-edge fine line capability targeting L/S <5/5 µm, vPlate, a new vertical continuous plating tool for advanced HDI and package substrate for best-in-class surface uniformity. And last but not least the new Uniplate, the company's flagship HVM system and industry-leading horizontal plating equipment for next-generation HDI PCBs and package substrate manufacturing.Laser equipment promotions include the latest Capstone, a high-performance/throughput productivity breakthrough for flex PCB UV drilling, and Geode (CO2 and UV laser for HDI and package substrate applications). A special show highlight is Geode A, our new CO2 laser system for high-precision and high-speed ABF build-up laminate processing. Geode G2 is our new CO2 laser system for high-precision and high-speed HDI and mSAP via drilling. The Geode platform provides 15% higher optical transmission, 21% less total service area, and up to 65% lower power consumption.These innovative production solutions and process chemicals, such as the above-listed equipment of the horizontal Uniplate for next-generation HDI PCB and package substrate manufacturing, are not only designed for maximum yield and effective fluid performance but also go a step further to significantly reduce water consumption and increase of energy efficiency.As another example, as advanced technology in PCBs moves closer to the semiconductor industry, MKS has developed a wide range of solutions for the next generation of package substrates, which use high-end SAP technology requiring less than 5/5µm lines and spaces. These breakthroughs leverage MKS' unique portfolio of combined services in local technical centers, enabling the company to reduce the cycle time for a typical ABF sample from three months or more to less than one month. In addition, MKS is currently working with industry partners to enable 20/20 µm lines and spaces for substrate-like PCBs using mSAP technology.In addition, MKS supplies several key products for surface treatment, desmear and metallization, electrolytic copper plating, and final finishing to meet the growing demand for FC-BGA and FC-CSP. And the new advances are also being implemented in new materials such as glass substrates and the associated wet chemical processes and manufacturing systems that enable the fine line and high-speed applications of the future of advanced packaging and heterogeneous integration technologies.This is because MKS offers a one-stop-shop destination for pre-treatment, via formation, plating, and final finishing with fast turnaround times that do not interrupt production, enabling customers to achieve better yields, productivity, and performance.New expansion to capitalize on opportunities in Southeast AsiaMKS continues to provide industry-leading products and support to customers in the APAC region. There are currently 14 manufacturing facilities in Asia, including China, India, Japan, Korea, Malaysia, Singapore, South Korea, and Taiwan. In addition, MKS has established various locations throughout the region, including R&D and engineering centers, manufacturing plants, tech centers, and sales and service offices.Much like the semiconductor industry, the printed circuit board, package substrate, and advanced packaging industries are increasingly demanding smaller features, higher density, better performance, and greater manufacturing capacity. The PCB manufacturing landscape in Southeast Asia is undergoing a significant shift, with Thailand quickly becoming the next PCB manufacturing hotspot, attracting significant investment from Chinese, Korean, Taiwanese, and Japanese PCB manufacturers. While cost efficiency has traditionally been a key driver of manufacturing relocation, the market shift to SEA, and Thailand in particular, is being driven primarily by supply chain diversification.Two major announcements in October 2024 highlight new investments from MKS. Firstly, MKS will begin construction of a new Super Center factory in Penang, Malaysia, to support wafer fabrication equipment manufacturing in the region and globally. With proximity to customers and suppliers and a robust technology infrastructure, MKS has chosen Penang as its home to support strong semiconductor ecosystem partners.This expansion in Malaysia is an important milestone for MKS as it continues to expand its capabilities as a leader across a wide range of semiconductor manufacturing applications. This Super Center in Malaysia will better serve the APAC semiconductor market and enable MKS to meet the skyrocketing demand for AI, high-performance computing, automotive technologies, and industrial Internet of Things solutions.A second significant development was the announcement that MKS is opening a technical center and manufacturing facility in Samut Prakan, near Bangkok, Thailand, to serve the growing PCB and package substrate industries in Southeast Asia. Increased competition in the region could lead to accelerated technological advancements in PCB manufacturing, and the emergence of Thailand as a PCB hub could further support the growth of the Southeast Asian electronics sector.While MKS has a strong presence in SEA today, particularly in Thailand, it is well placed to welcome and serve PCB manufacturers, particularly Chinese companies, overseas. "We will continue to invest in China and build more chemical production facilities to serve Chinese PCB customers. Our deep commitment to APAC is more than just strategic; it is the foundation of our future," said Dr. Lee."As semiconductor packaging and heterogeneous integration technologies become more advanced, the need for innovation in PCB and package substrate technology is accelerating. MKS has a well-established and industry-leading presence in APAC and here in Taiwan, with sophisticated equipment process expertise and highly skilled teams of experts. These investments in Asia reflect MKS' commitment to supporting the growth of the semiconductor, PCB, and package substrate markets to drive innovation and to be a key player in the future of technology. We look forward to continuing to invest in Asia's bright future," Dr. Lee concluded.Group picture for John, Gary, and MKS teamsMKS CEO Dr. John Lee interviewed by DIGITIMES Gary Cheng

Cypress Technology (Abbr. CYP) will showcase cutting-edge medical imaging solutions at the Taiwan Healthcare+ Expo from December 5 to 8. With a strong foundation in professional AV technology, combined with AI, 3D, and endoscopic integration, CYP aims to bring broader applications and enhanced value to medical imaging. This exhibition will feature a joint exhibition with Pentax Medical which is one of the world's top three endoscope manufacturers. CYP image processing solutions with multiple signal interfaces will be showcased alongside Pentax Medical's 4K endoscopes. Over the past year, this integrated solution has been promoted and successfully adopted into clinical practice at several renowned medical institutions in Taiwan through UM Medical Instrument Co., Ltd.The rapid advancement of high-end medical imaging digitalization has widely triggered faster revolutions of surgical techniques and methods in improving surgical procedures and efficiency. In response, demands for integrated high-end medical imaging and healthcare information continue to grow. To address the rigorous standards of the healthcare field, CYP has established a dedicated production line that has ISO 13485 and TFDA certified for medical devices.Innovative Breakthrough: Launch of the Second-Generation 3D Medical Images with AI SystemCYP will introduce the latest medical image solution featuring the newly upgraded second-generation 3D medical image processing technology with an AI system. This system is compatible with different types of 3D medical displays that include both naked-eye 3D and polarized 3D screens. The new system also includes an AI-enabled GPU expansion slot in order to fulfill the application requirements of AI-assisted image analysis and diagnosis.4K@60 Video Transmission Over 10G Bandwidth: Enhanced Imaging Quality for Medical Information and Images Dashboards In the field of medical information and image dashboards, CYP leads the way with a high-resolution 4K@60 video solution over a 10G network bandwidth. This medical image distribution solution provides real-time 4K@60 video transmission for medical applications that demand high levels of detail. Moreover, it supports flexible video distribution, streaming, and routing and simplifies the system configurations with displays in installations. It also improves the working efficiency as well as decreases the budget loading regarding the cost matter.Integrated Endoscopic Imaging: Showcasing an Efficient Surgical EnvironmentAt the upcoming Taiwan Healthcare Expo, CYP will demonstrate an integrated endoscopic imaging solution aimed at enhancing surgical efficiency and precision.Moreover, the versatility of AI, 3D, and advanced image processing applications that redefine the value of existing medical images will be fully covered in the solution. With high-resolution medical imaging, healthcare professionals can experience more intuitive and interactive visuals in order to support faster decision-making and precision in surgical operations.Through the solution, the AI platform as well as 3D image technology will be showcased. The solution is currently being promoted to major hospitals with the support of CYP's partner, UM Medical Instrument Corp., which is the sole agent of Pentax Medical in exploring the feasibility of clinical implementation for the Taiwan area.3D Medical Image Processing System with AI-enabled PlatformNextGen Healthcare Panel PC with Multiple Video Processing Module EmbeddedMultiple Medical Image Processing System with AI-enabled platforms & Audiovisual Module Embedded