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SAN JOSE, Calif., March 15, 2025 /PRNewswire/ -- Compal Electronics (Compal; Stock Ticker: 2324.TW), a global leader in IT and computing solutions, is set to participate in NVIDIA GTC 2025, where it will showcase its latest advancements in AI-HPC GPU server solutions. Taking place on March 18, 2025, at the San Jose Convention Center, GTC 2025 is the premier platform for breakthrough AI, high-performance computing, and enterprise innovations. Compal Electronics showcases its AI-HPC GPU servers at NVIDIA GTC 2025, unveiling next-gen solutions for AI training and high-performance computing. At this highly anticipated event, Compal will unveil several high-performance GPU servers focused on optimizing AI training, accelerating data center operations, and supporting large-scale HPC applications. Attendees will have the opportunity to preview GPU servers based on the NVIDIA MGX architecture, along with other high-density computing solutions designed for next-generation computing environments. In addition, Compal has already started shipping servers equipped with the NVIDIA GH200 Grace Hopper™ Superchip, with expectations for larger shipment volumes in the future, reflecting strong market demand and confidence. Compal stated "GTC 2025 is the ideal platform to showcase our latest AI-HPC innovations, and we are honored to collaborate with industry-leading partners, including power solutions expert AcBel Polytech Inc., chassis leader Chenbro, software development pioneer Infinitix, globally renowned memory manufacturer Samsung Electronics, and ZutaCore®, a leader in zero-emissions data center cooling with HyperCool® technology." Additionally, Compal's partners will present keynote speeches at the Compal booth, sharing insights into cutting-edge technologies and innovative solutions, as well as exploring future trends in high-performance computing. Expanding AI and 5G Integration Leveraging its deep expertise in 5G RF, PHY layer, and Open Radio Access Network (O-RAN), Compal continues to innovate in wireless communication technology. Recently, Compal launched the AI server SX220-1N, which integrates NVIDIA Aerial with 5G base stations to create an AI RAN solution. By utilizing AI technology, this solution enhances network intelligence and efficiency, enabling cognitive automated testing for 5G systems, improving spectrum utilization, and expanding coverage, ultimately reducing operational costs. As AI applications continue to drive industry transformation, Compal is dedicated to building cutting-edge GPU server architectures to help businesses efficiently handle compute-intensive workloads. Attendees at GTC 2025 will have the opportunity to explore Compal's latest breakthroughs and gain insights into next-generation AI infrastructure. In addition to debuting at GTC 2025, Compal will also showcase its advanced GPU servers at the CloudFest event in Europe, highlighting its global innovation in AI and HPC solutions. For European audiences who are unable to attend GTC 2025, CloudFest offers an alternative opportunity to explore Compal's latest AI and HPC server technologies. About Compal Founded in 1984, Compal is a leading manufacturer in the notebook and smart device industry, creating brand value in collaboration with various sectors. Its groundbreaking product designs have received numerous international awards. In 2024, Compal was recognized by CommonWealth Magazine as one of Taiwan's top 6 manufacturers and has consistently ranked among the Forbes Global 2000 and Fortune Global 500 companies. In recent years, Compal has actively developed emerging businesses, including cloud servers, auto electronics, and smart medical, leveraging its integrated hardware and software R&D and manufacturing capabilities to create relevant solutions. More information on Compal server, please visit https://www.compalserver.com/
(台灣新竹，2025年03月27日)，隨著電動車、AI資料中心及儲能電網等市場需求增長，對電池品質性能的要求也不斷提高。電池檢測為確保產品可靠、安全與高效運行的關鍵環節。目前電芯生產線多數採用貝他 (Beta) 放射線設備，只能測量電芯極片厚度，具有游離輻射風險，且須經常校準。 筑波集團專注於太赫茲 (Terahertz) 技術研究，並成功將此前瞻技術應用於電池芯電極檢測領域。太赫茲電芯極片檢測機台 (BTS)，是目前全球唯一可提供非破壞、非接觸、無游離輻射、高速同時測量電芯極片的單/雙面塗層的厚度、密度、導電度及基重的系統。 車用電池、航太電源系統、儲能系統、資料中心BBU 系統，醫院備用電源系統，優質電池是關鍵。本交流會旨在與高階主管進行市場交流，探討電池產業的最新挑戰與創新技術，我們誠摯邀請各位一同參與，分享您的見解與經驗，共同促進這一領域的發展，名額有限，歡迎儘早至報名網站登記。 日期：2025年03月27日(四) 13:00-17:30 地點：筑波醫電大樓1F 諾貝爾講堂(新竹縣竹北市生醫二路66號) 報名：https://register.acesolution.com.tw/20250327_BTS_Seminar VIP貴賓/講師陣容/主題： l 工研院產科國際所：2025年鋰離子電池製程技術趨勢發展方向 l 筑波公司：太赫茲非破壞性檢測技術應用：電芯極片檢測系統 BTS 3500 l 格斯科技：卓越的鋰電池產品特點及應用 l 筑波公司：提升電池製程效率：UR/ MiR 協作自動化應用 聯絡筑波系統 筑波系統股份有限公司ACE Systemtek Co., Ltd 地址：新竹縣竹北市台元街28號2樓之2 電話：03-5500909 電子郵件: service@acessystek.com 網站：https://www.acesystek.com/web/index/index.jsp 關於筑波系統（ACE Systemtek Co., Ltd） 筑波系統股份有限公司（ACE Systemtek Co., Ltd.）的前身為筑波租賃股份有限公司，名稱變更旨在強調我們在系統整合解決方案領域的專業，業務範疇、聯絡方式及地址維持不變。筑波系統（ACE Systemtek）涵蓋無線通訊、行動通訊、半導體、高速數位傳輸、光通訊等技術整合，提供全方位的服務，包括硬體設備儀器、客製化治具、相關配件/線材/接頭、隔離箱/隔離室建構、智能自動化工具（機械手臂、自走車）及客製化自動化產測軟體等。我們將更專注於提供完整的系統整合與高品質服務，提供靈活的設備租賃與購買方案，包括短期和長期租賃及分期付款選擇，旨在幫助客戶提升設備利用率、降低資本支出與風險。我們根據客戶需求，提供Anritsu、Advantest、Keysight、R&S及Tektronix等知名品牌的設備和整合服務，確保客戶獲得最佳測試解決方案。為了更好地提供在地化服務，已在中國蘇州、深圳及越南河內設立據點，實現快速的台灣租賃及中國、越南交貨服務，確保客戶能及時獲取所需設備。隨著科技的進步，筑波系統將持續致力於成為您最值得信賴的系統整合合作夥伴。
HONG KONG, Feb. 21, 2025 /PRNewswire/ -- CLPS Incorporation (the "Company" or "CLPS") (Nasdaq: CLPS), today announced the formation of the CLPS AI Innovation Committee (CAIC). Led by Mr. Raymond Lin, CLPS's CEO, CAIC is responsible for the strategic planning, implementation, and value realization of artificial intelligence (AI) technologies across the Company's projects and client deliveries, developing high-quality, efficient, and intelligent solutions. According to IDC's report[1], the worldwide spending on AI, including AI-enabled applications, infrastructure, and related IT and business services, is expected to reach $632 billion by 2028. The rapid incorporation of AI, and generative AI (GenAI) in particular, into a wide range of products will result in a compound annual growth rate (CAGR) of 29.0% over the 2024-2028 forecast period. Meanwhile, the China Internet Network Information Center[2] reports that China's AI industry has reached a core market size approaching RMB 600 billion, indicating a significant transformation of IT services driven by AI. CAIC leverages cutting-edge AI tools, including OpenAI and DeepSeek, to create an intelligent engineering system that deeply integrates AI into every stage of IT development. This comprehensive approach spans from initial demand analysis and business process restructuring to intelligent solution design, code generation and transformation, automated testing, and ongoing operations. By focusing on AI-driven business process optimization and reengineering, CAIC empowers businesses to achieve successful digital transformation. CAIC has developed a unique competitive advantage in fintech, particularly in modernizing legacy systems for financial institutions. In a Hong Kong bank's loan system upgrade project, CAIC used AI to deconstruct legacy code, create a visual representation of program logic, and migrate the system from an undocumented legacy language to Java. This AI-driven approach significantly eased the project's complexity compared to traditional methods. It successfully addressed the challenges of transforming a "black-box" system and facilitated a modernized architectural upgrade. This successful project demonstrates CAIC's ability to provide financial institutions with a complete intelligent transformation solution, from code migration and architecture upgrades to business value enhancement. Mr. Raymond Lin, Chief Executive Officer of CLPS, stated, "In early 2025, CLPS established five key innovation engines: AI, low-code platform, RPA, cloud computing, and big data. CAIC, building upon these engines, will develop our AI application strategy for the next three to five years, focusing not only on optimizing existing processes but also on fundamentally reshaping business logic to ensure close alignment between technology and our business strategies. CAIC will concentrate on cutting-edge technologies such as GenAI, machine learning, and intelligent automation, deeply integrating the CLPS's RPA technology to create tailored enterprise intelligent solutions for clients in key vertical industries, including banking, wealth management, e-commerce, and automotive." About CLPS Incorporation Headquartered in Hong Kong, CLPS Incorporation is a leading global information technology ("IT") consulting and solutions service provider, primarily focused on serving global institutions in the banking, wealth management, e-commerce, and automotive sectors. As an IT services provider for a growing network of clients within the fintech and financial services industry, CLPS has expanded its business beyond core IT services, venturing into the loan, e-commerce, academic education, and tourism sectors. Through its diversified offerings, CLPS is committed to providing comprehensive services and solutions for its clients. The Company maintains 19 delivery and/or research & development centers to serve different customers in various geographic locations. Mainland China centers are located in Shanghai, Beijing, Dalian, Tianjin, Xi'an, Chengdu, Guangzhou, Shenzhen, Hangzhou, and Hainan. The remaining 9 global centers are located in Hong Kong SAR, USA, Japan, Singapore, Malaysia, India, Philippines, Canada, and UAE. For further information regarding the Company, please visit: https://ir.clpsglobal.com/, or follow CLPS on Facebook, Instagram, LinkedIn, X (formerly Twitter), and YouTube. Forward-Looking Statements Certain of the statements made in this press release are "forward-looking statements" within the meaning and protections of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. Forward-looking statements include statements with respect to the Company's beliefs, plans, objectives, goals, expectations, anticipations, assumptions, estimates, intentions, and future performance. Known and unknown risks, uncertainties and other factors, which may be beyond the Company's control, may cause the actual results and performance of the Company to be materially different from such forward-looking statements. All such statements attributable to us are expressly qualified in their entirety by this cautionary notice, including, without limitation, those risks and uncertainties related to the Company's expectations of the Company's future growth, performance and results of operations, the Company's ability to capitalize on various commercial, M&A, technology and other related opportunities and initiatives, as well as the risks and uncertainties described in the Company's most recently filed SEC reports and filings. Such reports are available upon request from the Company, or from the Securities and Exchange Commission, including through the SEC's Internet website at http://www.sec.gov. We have no obligation and do not undertake to update, revise or correct any of the forward-looking statements after the date hereof, or after the respective dates on which any such statements otherwise are made. Contact: CLPS IncorporationRhon GalichaInvestor Relations OfficePhone: +86-182-2192-5378Email: ir@clpsglobal.com [1] Data source: Worldwide Spending on Artificial Intelligence Forecast to Reach $632 Billion in 2028, According to a New IDC Spending Guide[2] Data source: Generative Artificial Intelligence Application Development Report (2024)
SAN JOSE, Calif., Feb. 19, 2025 /PRNewswire/ -- The automotive industry is undergoing a profound transformation driven by technological advancements. As the era of Software-Defined Vehicles (SDVs) emerges, digital features and applications are expanding rapidly, increasing demands for advanced hardware and computational power. With software codebases reaching billions of lines, the industry is rethinking vehicle software and electronic/electrical (E/E) architecture designs. To address these challenges, S2C has collaborated with Arm, Xylon, and ZC Technology to develop an innovative hybrid prototyping solution tailored for future automotive central and zonal E/E architectures. This innovative design integrates S2C's Prodigy Prototyping system, creating a versatile hybrid platform for automotive microcontroller units (MCUs). The platform is designed to reduce development time and mitigate risks with next-generation Arm® Cortex®-R52+-based automotive MCU designs, enabling faster and safer innovation. Revolutionizing Automotive Design: The Rise of Software-Defined Vehicles The shift toward electrification and intelligent vehicles propels the automotive industry toward digitalization and SDVs. Intelligent Connected Vehicles have become a key focus of industry upgrades, driving the evolution of E/E architectures from traditional distributed designs to domain-centric and, eventually, centralized structures. Central to this transformation is the consolidation of Electronic Control Units (ECUs), which now execute multiple system functions through high-performance ECUs. This approach reduces development and production costs while enhancing flexibility and enabling the transition from fixed functions to software-defined features. Major OEMs are embracing this paradigm and optimizing E/E architectures with various topologies. Among the components of automotive electronic systems, MCUs are one of the most critical parts of ECUs. MCUs are responsible for managing and controlling the vehicle's body electronics and safety systems while handling massive amounts of data, making driving decisions, and coordinating the operations of various systems. To meet the demands of complex driving environments and dynamic driving needs, MCUs must feature high-performance processors, ample memory, and diverse interfaces. At the same time, high reliability and stability are essential characteristics of MCUs designed for automotive applications. Automotive-grade MCU architectures must comply with stringent safety standards such as ISO 26262, as even the smallest malfunction could have severe consequences for driving safety. As driving environments grow more complex and safety requirements intensify, enhancing MCU performance has become essential for ECU consolidation strategies. This integration simplifies layouts, reduces hardware complexity, accelerates software updates, and lays a strong foundation for SDVs. A Hybrid Prototyping Solution Tailored for Automotive MCUs Based on this, S2C, in collaboration with Arm, Xylon, and ZC Technology, has developed a hybrid prototyping solution for automotive MCUs based on the Arm architecture. This innovative reference design is tailored for future automotive central and zonal E/E architectures, enabling customers to explore and evaluate new automotive architectures in depth and achieve product differentiation. The hybrid prototyping solution integrates S2C's Prodigy Prototyping system with automotive MCUs to support rapid prototyping for future high-performance ECUs and regional zonal controllers, and achieve real-time performance, with flexible features, and reconfigurable hardware that allows seamless integration with various Arm-based CPUs. Additionally, its peripherals leverage existing automotive MCUs to serve as external communication and networking interfaces. It empowers developers to analyze workloads and develop applications during the transition to E/E architectures. S2C's robust prototyping system, also demonstrates the migration steps, advantages, and supporting resources required to make a simple and seamless transition to the Arm architecture. Through a partnership with Xylon, the hybrid prototyping solution incorporates a high-speed bus interface IP that is fully compatible with automotive MCU chips, enabling seamless expansion of common automotive peripherals. Additionally, ZC Technology has developed an AUTOSAR CP-compliant multi-core real-time operating system and communication protocol stack, along with two powerful tools: the ZC.MuNiu configuration toolchain and the ZC.XuanWu performance monitoring tool. The MuNiu toolchain, based on the AUTOSAR ARTOP architecture, supports communication, diagnostics, network management, and software update protocols for multiple OEMs. Meanwhile, XuanWu offers robust diagnostic module solutions tailored for automotive electronic applications. These solutions encompass program updates, diagnostics, and automated testing, while also offering customized services to accommodate various application scenarios for OEMs and Tier 1 suppliers. The tool enables users to perform diagnostics and testing seamlessly in laboratory environments, on test vehicles, and in real-world applications. From operating systems to configuration tools and performance monitoring solutions, ZC Technology's comprehensive expertise in full-stack development is fully demonstrated. S2C Teams Up with Ecosystem Partners to Innovate Automotive Development ZC Technology, a high-tech enterprise specializing in foundational automotive software, has pioneered the development of China's first AUTOSAR-based foundational software platform. In the context of the global transition toward electrification, connectivity, intelligence, and software-defined vehicles, ZC Technology provides high-quality, efficient, and cost-effective software solutions for the automotive industry. "We're excited to partner with S2C, a global leader in FPGA prototyping solutions," said Zhiqiang Zhang, Vice General Manager at ZC Technology. "S2C's deep expertise in prototyping has earned the trust of numerous customers. Together, we're delivering powerful evaluation and development platforms that accelerate time-to-market for automotive electronics, while driving the SDV revolution. With our shared technical expertise and vision, we're confident that this partnership will play a key role in the continued growth of the automotive electronics industry." "Xylon is a leader in design services and optimized IP cores for automotive vision and interface applications, supporting prototyping and production designs based on programmable FPGAs and SoCs. Our logiRHSIF high-speed serial communication IP ensures seamless integration of FPGA-implemented peripherals with Renesas MCUs. Additionally, other communication IP cores in our portfolio enable future compatibility with a range of popular MCUs," said Davor Kovacec, Xylon CEO. "I am confident that our strong partnership with S2C, Arm, and ZC will enhance and amplify the value of the reference design, ultimately accelerating customers' software-defined vehicle (SDV) development." "Virtual prototyping solutions empower developers to design vehicle systems before physical hardware is available and this is increasingly important to deliver the advanced user experiences demanded by drivers today," said Suraj Gajendra, vice president of automotive product and software solutions at Arm. "By delivering a hybrid prototyping solution, developers are accessing the critical functional safety and real-time features of Cortex-R52+ earlier in the development process streamlining innovation for SDVs and providing opportunities for greater differentiation for automakers." By working with ecosystem leaders like Arm, Xylon, and ZC Technology, S2C offers customers a reliable and efficient platform to navigate the complexities of modern automotive development. Looking ahead, S2C remains committed to advancing the automotive sector through fostering open partnerships and delivering cutting-edge solutions. Through continuous technological innovation, S2C is poised to shape the future of automotive electronics and contribute to the sustainable growth of the industry. For more information, please visit: www.s2cinc.com
SANTA CLARA, Calif., Jan. 31, 2025 /PRNewswire/ -- P&R Measurement is showcasing its latest innovations at DesignCon 2025 in Santa Clara, California, one of the industry's premier events for high-speed communications and system design from January 29 to 30. During this prestigious gathering, P&R Measurement is presenting a portfolio of AI-enhanced industrial solutions designed to meet the dynamic needs of today's flexible manufacturing. Highlighting the company's commitment to innovation, P&R Measurement also unveiled its industrial AI Agent, PRIME, aligning with the evolving trends in industrial production. PRM was a big hit at DesignCon 2025 As AI technology is revolutionizing productivity, traditional manufacturing sectors are compelled to innovate to remain competitive. P&R Measurement is maintaining a competitive edge in this transformation with AI-empowered solutions that optimize flexible manufacturing systems, streamline manufacturing integration, and enhance human-machine collaboration. These advancements meet the growing demand for personalized, efficient manufacturing while driving the modernization of legacy industries. Embracing the Age of AI Agents: PRIME Empowering Industrial Manufacturing As we close out a transformative year in 2024, AI Agents—capable of perceiving their environment, understanding contexts, making decisions, and taking autonomous actions—are revolutionizing industries and unlocking vast potential. Aligning with its vision of "Empowering everyone to be an innovator," P&R Measurement is actively embracing the shift toward smarter manufacturing with PRIME, an industrial AI Agent designed to upgrade testing, measurement, and manufacturing with intelligence and automation. PRIME bridges the digital and physical worlds, transforming natural language commands into precise control of industrial equipment and systems. AI advancements have reduced the cost and complexity of deploying sophisticated technologies, allowing more people, particularly non-specialists, to use engineering solutions in real-world applications, as noted by Lei Wang, the Chairman of the company. Looking ahead, P&R Measurement engineers foresee that as PRIME evolves, it will integrate diverse industrial platforms and manage large-scale workflows, boosting efficiency and promoting more sustainable manufacturing by reducing energy consumption. The company firmly believes that through AI integration and cross-industry collaboration, PRIME will catalyze transformative change in both industrial manufacturing and service sector. This strategic approach will not only create exceptional value for customers but also strengthen business's competitiveness in an ever-evolving market. Flexible Manufacturing Takes the Spotlight: P&R Measurement Advancing Smart Manufacturing Innovation P&R Measurement is at the forefront of emerging industry trends, driving transformation across vertical markets. In response to rapid advancements in consumer electronics, home appliances, and automotive sectors, the company has leveraged its AI expertise to deliver high-performance solutions. P&R Measurement's flexible manufacturing systems, including innovative automated testing and assembly lines, offer precision and reliability, making them essential tools for modern manufacturers. At DesignCon 2025, P&R Measurement also introduces its Smart Lab—a platform that integrates advanced measurement, automation, digitalization, and AI-supported intelligence. Designed to accelerate product development, the Smart Lab provides R&D teams with an efficient, precise, and energy-saving testing environment. With the support of this platform, the company assisted a leading home appliance brand in optimizing resource, process, and data management. The client's high-energy labs achieved an over 30% reduction in energy consumption, driving substantial R&D cost savings and boosting overall innovation efficiency. Also featured at the exhibition were P&R Measurement's A²S Lab, the sensory testing solutions and the A²TP, the flexible testing platform, designed to help customers swiftly complete complex validation tasks in the product development cycle. These solutions are key to enhancing product reliability and user experience. Partnering with a global consumer electronics leader, P&R Measurement delivered automated testing for circuit board functionality and performance in highly integrated electronic products. By embedding precise temperature control, modular instruments, advanced algorithms, and high-precision design, the company achieved outstanding stability, minimized re-test rates, and ensured accurate automation in circuit board testing. Pioneering Global Change: P&R Measurement's Strategic Vision for a Diverse Future P&R Measurement is advancing its vision through the GD3 (Global Distributed Design and Delivery) strategy. Beyond enhancing its technological capabilities, the company is attracting top-tier talent from a wide range of fields and fostering a culture of innovation. By dedicating its efforts to upgrading intelligent manufacturing systems, P&R Measurement is driving advancements while maintaining its strong customer-centric focus. Lei outlined P&R Measurement's vision for the future: "We are committed to integrating state-of-the-art technologies to achieve three key goals: improving system efficiency and intelligence by addressing challenges in industrial measurement and automation, advancing flexible manufacturing to reduce CTM (Customer to Manufacturer) costs, and democratizing engineering capabilities by bridging the gap between natural and engineering languages to drive societal progress."
MARBURG, Germany, Jan. 31, 2025 /PRNewswire/ -- DRG Instruments GmbH ("DRG") has been a top developer and manufacturer of immunoassays for over 50 years. The company is creating a new division, DRG Neuroscience, and the new division is presenting on the market its fully automated CLIA tests for evaluating suspected Traumatic Brain Injury (TBI) - the GFAP and UCH-L1 combo Tests. These tests are designed for use on DRG's automated CLIA platform, DxDATA™, enabling the measurement of GFAP and UCH-L1 blood levels within 30 minutes when patients' serum samples are collected within 12 hours of suspected traumatic brain injury. By providing fast and accurate TBI assessments, these tests increase the likelihood of immediate and effective treatment while reducing the need for radiation-based diagnostic imaging for suspected TBI. "We are excited to bring these innovative TBI solutions to the global market," said Joerg Schloesser, Managing Director and VP of Commercial. "By leveraging automated testing and rapid turnaround times, we can help healthcare professionals make quicker, more informed decisions. Our mission is to advance patient care for those affected by traumatic brain injuries worldwide." DRG's TBI Tests are CE-marked and have been verified to meet CLSI (Clinical and Laboratory Standards Institute) requirements. They are intended for use in a clinical laboratory setting and are indicated for patients aged 18 years or older. To learn more about the test availability in your region or for more information about DRG's TBI Tests, please contact our Sales Representative or email drg@drg-diagnostics.de. DRG will also showcase the TBI tests at the upcoming MEDLAB Middle East, which will take place at the Dubai World Trade Centre from February 3 - 6 (Hall 1, Booth G50). The Product Development Team will be on hand to answer any questions about the TBI tests. About DRG Instruments GmbH DRG Instruments GmbH, was established in 1973 and is based in Marburg. Since 1990, DRG Instruments has developed and manufactured innovative immunoassays, both for routine and research applications, with distribution partners in over 120 countries. DRG is also the manufacturer of the DRG:HYBRiD-XL®, a fully automated analyzer for immunoassays and clinical chemistry. DRG is an ISO 13485-certified company and operates in accordance with the FDA 21 CFR 820 Quality System Regulation. To learn more, visit https://www.drg-diagnostics.de/, or follow us on LinkedIn,
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