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GOTHENBURG, Sweden, Sept. 5, 2024 /PRNewswire/ -- On Volvo Cars' Capital Markets Day, held today in Gothenburg, Sweden, we will reveal our new, game-changing approach to technology. This new approach will define the company's future by channeling all our engineering efforts into one direction: making cars that get better with time. Starting with the EX90, our future electric cars will be based on the same fundamental core of systems, modules, software and hardware, called the Volvo Cars Superset tech stack. It's a single tech and software base that contains all modules and functionalities that we will use in our future product line-up. Like a set of building blocks, it can be configured in many different ways. Each of our new cars will be a selection, or a subset, of building blocks from the Superset tech stack, and we will continuously improve and grow the tech stack. This approach makes sure that our cars truly get better with time, as all our engineering work will focus on improving and enhancing the one tech stack. It means that our work on the EX90 will directly benefit the ES90, and that the work done for ES90 will carry on - both into the development of EX60 coming after it, as well as improving the EX90 already in the hands of our customers, and so on. "The Volvo Cars Superset tech stack is a true game changer: it allows all of our engineering effort to be channeled into one single direction that powers all our products, instead of working on specific car projects," says Anders Bell, Chief Engineering & Technology Officer at Volvo Cars. "Our engineers will work on one superset, constantly improving, growing and expanding its capabilities and features. This allows for dramatically improved quality, increased speed-to-market and continually better cars for our customers." Closed-loop development The Superset tech stack approach, which enables us to deliver one brand in many different product flavours, is emblematic of our overarching idea of how to make cars. We now do closed-loop development based on data, connectivity, software and core computing. This shift to core computing is at least as significant as the shift to electrification. It impacts anything connected to the cars' electrical system, and the potential benefits are limitless. By creating a closed-loop development process we will be able to endlessly and relentlessly improve every aspect of our cars, thanks to real-time insight and advanced compute capabilities inside our cars, as well as by our engineers in our development centres. Our next-generation SPA3 platform One of the key building blocks for any of our cars is the electric technology base: a combination of the latest propulsion, electric and electronic systems on top of which the car is built. To put ourselves in a position to become leaders in next-generation mobility, we're developing a new electric technology base, called SPA3, which will be underpinned by the Volvo Cars Superset tech stack. Our first car to be built on SPA3 will be the forthcoming all-electric EX60 midsize SUV. SPA3 builds on many of the building blocks of SPA2 and introduces several key upgrades. It will, for example, have an enhanced core computing capability, which will allow us to secure higher performance and improve features through our tech stack. But the most important change is that the SPA3 architecture has been built to be far more scalable than its predecessor. This means that, if we wanted, we could continuously develop and build cars of all sizes - larger than the EX90 and smaller than the EX30 - using the same technology base. The modularity and upgradeability of SPA3 will allow for lower investment costs - with lower variance as well - in relation to sales, which in turn should lead to a stronger future cash flow. Lower production costs By having a scalable SPA3 architecture, we create increased synergies and improve technology efficiency when it comes to core computing, batteries, e-motors, megacasting and modular manufacturing - all factors that contribute to significantly driving down the costs of producing cars. Our Torslanda plant and its preparation for production of SPA3 cars showcase our approach to future manufacturing, with all capabilities needed to produce a car located in the same area. This approach becomes especially powerful when we're able to use the same key components across all cars built on SPA3, meaning that complexity goes down and flexibility goes up. For further information please contact:Volvo Cars Media Relations+46 31-59 65 25media@volvocars.com Volvo Cars Investor Relations John Hernander+46 31-793 94 00investors@volvocars.com This information was brought to you by Cision http://news.cision.com https://news.cision.com/volvo-car-ab--publ-/r/all-future-electric-volvo-cars-will-originate-from-one-single-technology-stack,c4032881 The following files are available for download: https://news.cision.com/volvo-car-ab--publ-/i/volvo-cars-superset-tech-stack,c3330819 Volvo Cars Superset tech stack
SINGAPORE, Sept. 5, 2024 /PRNewswire/ -- Common social empowerment initiatives foster equal opportunities, offering access to education, healthcare, employment, and participation in decision-making processes. Mitsubishi Elevator (Thailand) Co., Ltd., henceforth referred to as MET, contributes to society by enabling communities to live fulfilling lives by providing essential resources. The company's successful 'Hometown School Development' project was recently recognized under the Social Empowerment category at the Asia Responsible Enterprise Awards (AREA) 2024. The 'Hometown School Development' project was established in 2008. Each year, the school chosen for development will be nominated by one of MET's employees, and the company will develop buildings for students in the employee's hometown. The development process covers the construction of various buildings, such as school buildings, multi-purpose buildings, and canteens in rural areas. Building design is also one of the study programs of the Faculty of Architecture, Chulalongkorn University International program, (INDA). MET also takes into account the need to integrate this project with sustainability concepts and will push forward with its Green Schools Initiative by implementing eco-friendly practices in schools, such as solar power installations, recycling programs, and sustainable building materials. Since its inception, the 'Hometown School Development' project has found great success. MET is dedicated to empowering local communities and has ensured that the principles of altruism and compassion have been instilled within their employees. These actions are intended to empower long-term sustainability within the community by elevating the people with more equitable opportunities for future prosperity. About Enterprise Asia Enterprise Asia is a non-governmental organization in pursuit of creating an Asia that is rich in entrepreneurship as an engine toward sustainable and progressive economic and social development within a world of economic equality. Its two pillars of existence are investment in people and responsible entrepreneurship. Enterprise Asia works with governments, NGOs, and other organizations to promote competitiveness and entrepreneurial development, uplifting the economic status of people across Asia and ensuring a legacy of hope, innovation, and courage for future generations. Please visit https://www.enterpriseasia.org/ for more information. About Asia Responsible Enterprise Awards (AREA) The Asia Responsible Enterprise Awards program recognizes and honors Asian businesses for championing sustainable and responsible entrepreneurship in the categories of Green Leadership, Investment in People, Health Promotion, Social Empowerment, Corporate Governance, Circular Economy Leadership, Corporate Sustainability Reporting, and Responsible Business Leadership. For more information, visit https://enterpriseasia.org/area/.
BEIJING, Sept. 2, 2024 /PRNewswire/ -- OrionStar Robotics, the global innovator in service robot applications, has launched CarryBot, the world's first logistics robot designed specifically for Micro-Fulfillment Centers (MFCs). MFCs are small, highly automated warehouses located in urban areas or close to consumers, aimed at shortening order response times and enhancing customer satisfaction. CarryBot is engineered to meet the demands of these compact and efficient logistics environments. Its versatile transport capabilities, flexible adaptability, and comprehensive safety features mark a significant advancement in warehouse automation, providing unprecedented efficiency and flexibility to the logistics and delivery industry. CarryBot - The World's First Micro Fulfillment Center Logistics Robot Key Advantages of CarryBot: Multifunctional Transport Attachments: Handles various material needs in MFCs, boosting productivity by 2-3 times.Flexible Scenario Adaptability: VSLAM+ technology enables quick adaptation to layout changes without facility modifications.360° Safety Protection: Equipped with LiDAR, depth cameras, collision protection sensors, and emergency stop buttons, ensuring safe operation.Flexible and Configurable: Can be implemented without disrupting existing workflows. Benefits For Your Business Increased Worker Productivity: Frees workers from pushing heavy carts, allowing focus on more valuable tasks.Elimination of Wasted Walking Time: Handles long-distance transport tasks, whether picking, shelving, or preparing for shipment.Scalable with Changing Demand: Supports multi-robot collaboration, allowing quick and easy scaling during peak periods. The launch of CarryBot marks a significant breakthrough for OrionStar Robotics in logistics automation. Committed to providing advanced technology and solutions, OrionStar helps global customers excel in competitive markets. About OrionStar Robotics OrionStar Robotics, founded in September 2016, is a global leading AI service robot solution company. It employs self-developed, full-chain AI technologies and integrates unique product development capabilities. Their goal is to free people from repetitive tasks, allowing focus on more creative and meaningful work. As of December 2023, OrionStar Robotics has deployed over 60,000 robots in more than 60 countries. Watch the product introduction video: https://youtu.be/Ipdqg_Q0U3UFor more information, please visit en.orionstar.com or follow Orionstar on LinkedIn | Facebook | Instagram | Twitter | YouTube Media Contact: global_business@orionstar.com
Preliminary verification of designs using virtual simulation, reducing development time by 99% Increasing deployment of 'Digital Twin' technology to FC-BGA and electronic component production processes, maximizing manufacturing competitiveness "LG Innotek to become a 'meta-manufacturing' company by advancing Digital Twin technology" SEOUL, South Korea, Aug. 22, 2024 /PRNewswire/ -- LG Innotek is accelerating its digital transformation to enhance business competitiveness. On the August 22, LG Innotek (CEO Moon, Hyuksoo) announced that it will partner with Ansys, the world's top engineering simulation company, to expand the application of 'Digital Twin' technology to all its processes. 'Digital Twin' is a technology that replicates objects in a virtual space to predict the outcomes of possible real-life situations through computer simulations. It is heralded as a technology capable of solving various industrial and social problems. In particular, it is being rapidly deployed in the manufacturing industry as it can reduce product development time and costs. Ansys is known to possess world-leading technology and deployment experience in the field of simulation using 3D modeling, Artificial Intelligence (AI), and Machine Learning (ML). By collaborating with Ansys, LG Innotek will be able to leverage its latest 'Digital Twin' solutions and simulation software to build a state-of-the-art 'Digital Twin' environment. In collaboration with Ansys, LG Innotek conducted a trial application of its 'Digital Twin' technology to some development and production processes and has achieved tangible results. In the future, the company plans to expand the application of 'Digital Twin' to the development and production processes of its entire product range, including autonomous driving components such as vehicle connectivity and sensing devices. Preliminary verification of designs using virtual simulation, reducing development time by 99% LG Innotek is reaping the benefits of its 'Digital Twin' in R&D. After verifying designs in a virtual environment, the company uses the data to minimize the number of tests that need to be conducted and the time it takes to conduct them. It applied 'Digital Twin' technology to the development of package substrate (PS) products for semiconductors, managing to reduce the development time by 99%. Substrates require the minimization of 'Warpage' due to the heat and pressure to which they are exposed during manufacturing. This is achieved through a simulation process that optimizes the combination of the circuit design structure and materials composition ratio. Using virtual simulation through 3D modeling, LG Innotek has reduced the time required to predict the degree of 'Warpage' of a single substrate from 11 days to 3.6 hours. Increasing deployment of 'Digital Twin' to FC-BGA and electronic component production processes, maximizing manufacturing competitiveness LG Innotek has expanded the application of 'Digital Twin' technology to not only product development but also the FC-BGA (Flip-Chip Ball-Grid Array) production process. Using this technology, the company has succeeded in halving the ramp-up period (increase in production capacity by enhancing yield in the early phases of mass production) by establishing optimal conditions for the FC-BGA production equipment. In the past, the company had to conduct hundreds of tests to identify the optimal FC-BGA process conditions, which relied heavily on time and money. Using 3D modeling, it has replicated the FC-BGA production process in a virtual space. Running the process in a virtual space enables the computer to visualize and identify problems that could occur with various process equipment. This makes it possible to meticulously optimize conditions, such as the flow of liquids, heat, and air that cannot be measured inside such equipment. In addition, LG Innotek has managed to increase productivity by actively using 'Digital Twin' in the production process of electronic vehicle components. Since electronic vehicle components have a long product lifespan and are highly vulnerable to the weather, ensuring quality and reliability is crucial. LG Innotek applied 'Digital Twin' technology to the soldering process, which is a key process for ensuring the reliability of electronic vehicle components. The soldering process was simulated in a virtual space to predict the time it takes for the solder to crack. By optimizing process conditions such as the amount of solder applied and nozzle design to delay cracking as much as possible, the company plans to increase productivity by 40% compared to the previous process. "LG Innotek to become a 'meta-manufacturing' company by advancing Digital Twin technology" Through its partnership with Ansys, LG Innotek plans to rapidly expand the use of 'Digital Twin' technology to all product lines and processes, including new growth businesses such as vehicle communication modules and LiDAR (light detection and ranging) devices. In the future, the company plans to expand the use of 'Digital Twin' technology to customers and partners across the entire value chain, from development to production. As a result, partners and customers will be able to collaborate on product design and simulate the efficiency of production processes on the virtual 'Digital Twin' platform built by LG Innotek. All of the data generated in the virtual space will be collected in real time and used to improve product design and customer processes. All data from LG Innotek, its partners, and customers will be organically connected and shared in real time, enabling systematic quality control and efficient development. Furthermore, AI will be applied to the virtual design and quality process verification to increase simulation speed and accuracy. AI will learn from the data collected through simulation to derive optimal solutions and support decision-making by engineers. LG Innotek believes the productivity gains will be multiplied by combining the strengths of virtualization and AI technology. LG Innotek Chief Technology Officer S.David Roh said, "The future we envision at LG Innotek is meta-manufacturing, where simulation results from a virtual space are linked to physical production facilities and automatically lead to actual production." He added, "To this end, we will rapidly apply advanced 'Digital Twin' technology to the entire value chain, including R&D, production, and quality control, to create differentiated customer value."
SHANGHAI, Aug. 22, 2024 /PRNewswire/ -- In today's fast-paced technological landscape, swiftly transforming groundbreaking ideas into tangible products is paramount for business success. USI has established the Miniaturization Competence Center (MCC) to address this critical challenge and introduced the groundbreaking SiP Dual-Engine Technology Platform. This innovative solution empowers rapid modular design for diverse market applications. MCC's SiP Dual-Engine Technology Platform delivers comprehensive solutions for module production. Leveraging well-established transfer molding, the platform addresses the demand for large-scale, highly integrated modules with extreme miniaturization. Simultaneously, Printing Encap technology enables flexible modularization for various applications through its high-density, reliable, and adaptable encapsulation capabilities. Printing Encap offers a revolutionary approach to module encapsulation. By utilizing liquid compound printing in a vacuum chamber and eliminating the need for custom molds, development cycles are dramatically shortened from 12 weeks to just one. This process is also significantly more cost-effective. Unlike other molding technologies, Printing Encap operates at room temperature, accommodating a wide range of substrate materials including BT, SLP, FR4, flex and rigid-flex PCBs, glass, and ceramic. This flexibility allows for the use of lower-cost FR4 PCBs, further accelerating time-to-market and reducing barriers to miniaturization. Ideal for sensitive components, Printing Encap ensures high-density and fine-pitch encapsulation without exposure to extreme temperatures or pressures. The printing process also enables the encapsulation of large-sized modules. "MCC's miniaturization technologies offer unparalleled flexibility," USI CTO John Fang states. "Our collaboration with customers across diverse applications has resulted in flexible modular solutions tailored to specific component sizes, assembly complexity, substrate requirements, module dimensions, development timelines, production volumes, product diversity, and cost targets." MCC's capabilities extend beyond the SiP Dual-Engine Technology Platform to encompass heterogeneous integration of various components into complex modules. It has comprehensive design services, coupled with dedicated production facilities, providing a seamless path from concept to mass production, ensuring the successful realization of advanced system integrations. USI CTO Dr. John Fang will join Heterogeneous Integration Global Summit 2024 in 2024 SEMICON TAIWAN. Welcome to join us. Event InformationDate|Time: 2025/09/05 | 14:25–14:50Venue: 701GH, 7F, Taipei Nangang Exhibition Center Hall 2 Business Contact: hsin_huang@usiglobal.com About USI (SSE: 601231) USI, Universal Scientific Industrial (Shanghai) Co., Ltd., is a global leader in electronic design and manufacturing as well as a leader in the field of SiP (System-in-Package) technology. With Asteelflash and Hirschmann Car Communication, USI has 30 production and service locations across four continents of Asia, Europe, the Americas, and Africa, and offers customer diversified electronic products with D(MS)2 services: Design, Manufacturing, Miniaturization, Industrial software, and hardware Solutions, and material procurement, logistics and maintenance Services. USI is a subsidiary of ASE Technology Holding Co., Ltd. (TWSE: 3711, NYSE: ASX). To learn more, please visit www.usiglobal.com and engage with us on LinkedIn and YouTube.
TAIPEI, Aug. 19, 2024 /PRNewswire/ -- Minami-Funabashi, Delta Electronics Japan, renowned for its cutting-edge solutions in power and thermal management, needed cloud-based surveillance system to solve the issue of inefficient warehouse management. VIVOTEK VORTEX has revolutionized the landscape of warehouse and production line management, exemplifying Delta's unwavering commitment to innovation and excellence. VIVOTEK VORTEX has revolutionized the landscape of warehouse and production line management, exemplifying Delta Japan's unwavering commitment to innovation and excellence. Identifying Challenge Before embracing VORTEX, Delta Electronics Japan encountered several operational hurdles. - Production Line Efficiency: Struggling with the limitations of traditional production line management, Delta sought greater efficiency and flexibility. - Logistics Management: Inefficient logistics processes posed challenges, hindering seamless operations and resource optimization. - Disaster Response: Rapid situational assessment during crises was a daunting task, calling for enhanced disaster preparedness measures. - Safety Concerns: Safety management, particularly regarding the area in front of fire shutters, raised significant concerns and required immediate attention. Empowering Change with VORTEX VIVOTEK VORTEX cloud-based surveillance solution offers Delta Electronics Japan a new management system, helping Delta overcome challenges and enhance operational standards. With VORTEX's advanced features, Delta embarked on a cloud surveillance journey: - Remote Work Management: Achieved remarkable efficiency gains by transitioning to remote management of workspaces, empowering teams to work smarter and safer. - Enhanced Productivity: Leveraged VORTEX's video surveillance capabilities to visualize work progress, resulting in unprecedented productivity enhancements and streamlined operations. - Quality Standardization: Ensured consistent quality across operations through comprehensive video-based training and manuals, fostering a culture of excellence. - Optimized Logistics: Revolutionized logistics management, minimizing waiting times and maximizing efficiency through real-time monitoring and remote management Realizing Operational Excellence VIVOTEK VORTEX has successfully built a smarter and easier operational flow for Delta Electronics Japan, which includes: - Production Line Precision: Enhanced daily briefings with archived work sample videos, optimized workforce efficiency with AI insights, and ensured safety compliance with real-time monitoring. - Backyard Brilliance: Revolutionized logistics management, stayed ahead of issues with real-time video checks, enhanced inventory management, and bolstered disaster preparedness Conclusion: A New Era of Excellence VIVOTEK VORTEX's success with Delta Electronics Japan is a testament to its commitment to innovation and operational excellence. By embracing cutting-edge technology and overcoming operational challenges, Delta has paved the way to an efficiency, productivity, and security in warehouse and production line management.
A12 藝術空間
Electronic Design Automation
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