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    Trump’s tariffs drive up auto steel and aluminum costs
    New steel and aluminum tariffs, scheduled to take effect March 12, represent a significant shift in US trade policy. The tariffs were announced by President Trump on Feb. 10, and they expand the 2018 measures imposed under Section 232 aiming to protect domestic industries. However, the tariffs are expected to increase costs for the automotive sector, which would ultimately lead to higher consumer prices. Additionally, the potential for retaliatory trade actions introduces further uncertainty and...
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    The impact of semiconductor tariffs on automotive costs: A quantitative analysis
    Amid escalating trade tensions, US President Donald Trump has intensified pressure on key industries with a series of executive orders, ordering a review of US trade agreements and signaling further tariffs on automotive, semiconductors and pharmaceuticals. With a potential 25% tariff on all imported vehicles and new steel and aluminum tariffs set to take effect on March 12, 2025, the automotive sector faces mounting uncertainty. With the rise of software-defined cars, semiconductor content p...
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    Navigating change: How automotive suppliers are adapting to consumer demands
    The automotive industry is rapidly evolving, shaped by shifting consumer preferences and economic pressures. Suppliers must be agile and proactive, swiftly responding to consumer demands while balancing production costs and profitability in a fiercely competitive market. The S&P Global Mobility 2025 Supplier Outlook emphasizes the need for suppliers to tackle these market changes head-on. Consumer behavior in flux Economic factors are key in shaping how consumers behave. In turn, these...
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    The Case for Solid-State Batteries: Interview with Ilika
    Suppliers are increasingly exploring solid-state batteries (SSBs) as a potential solution for the automotive industry, particularly as manufacturers seek to enhance the performance and safety of electric vehicles. Unlike traditional lithium-ion batteries that use liquid electrolytes, SSBs use solid electrolytes, which have several advantages, including improved energy density, greater safety and longer life cycles. However, while these benefits are promising, the technology is still in the devel...
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    Teamwork makes the dream work in automotive
    In an era where vehicles are as much about software as they are about steel, partnering has become essential rather than just beneficial. It is the powerhouse driving advancements in connected vehicles, autonomous driving innovations and sustainable practices within the automotive industry. However, collaboration in this sector can be a double-edged sword; while it sparks innovation, it also presents challenges. Cultural clashes, intellectual property dilemmas and the need for agility in respons...
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    How AI is powering the next generation of vehicles
    AI is now a necessity in the automotive industry. From autonomous driving systems that promise seamless travel to in-cabin technologies that personalize our journeys, AI is a catalyst for change. Insights from S&P Global Mobility’s 2025 Supplier Outlook highlight how AI can change vehicles and the entire automotive ecosystem. By analyzing user behaviors, AI can adjust settings and keep track of driver alertness, moving maintenance from a reactive to a proactive approach. This enhances f...
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    Charting a course through automotive supply chain disruptions
    The automotive industry is grappling with a myriad of supply chain disruptions that have become increasingly common since the pandemic struck. In addition to Brexit complexities, rising material costs, natural disasters, geopolitical tensions and economic instability are forcing companies to rethink their logistics and sourcing strategies on the fly. While improvements are anticipated in the global car chip shortage, challenges persist. As Nimish Ashar, associate director of E/E & Semicon...
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    Steering through regulations in the automotive sector
    As the automotive industry evolves, suppliers must prioritize regulatory compliance due to stricter environmental laws linked to climate change. Investing in new technologies is essential to avoid penalties and enhance competitiveness. We examine the regulatory challenges facing suppliers and share insights from industry executives in S&P Global Mobility’s 2025 Automotive Supplier Outlook. Regulatory pressures: A catalyst for change Automotive suppliers are facing numerous challenges...
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    Q&A with Harman on future-proofing connected vehicles
    According to S&P Global Mobility, the average age of cars and light trucks in the United States is now 12.6 years, and software obsolescence is a pressing challenge for Original Equipment Manufacturers. To stay competitive in the software-defined vehicle landscape, OEMs must ensure their vehicles are future-proof; this means designing telematics control units (TCUs) that easily upgrade from 4G to 5G and incorporate satellite communications for high-bandwidth, low-latency connections. Over...
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    How AI is shaping the future of mobility — interview with PhysicsX
    Artificial Intelligence is increasingly being integrated into the automotive industry, primarily to enhance product development through advanced simulation techniques. The shift from physical testing to numerical simulations has led to substantial time and cost savings. However, this transition has created new bottlenecks, particularly with the running times of complex simulations, such as crash tests, computational fluid dynamics and finite element analysis. These simulations can take hours or ...
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    We plan to focus more on building EV charging hubs at strategic sites: SengTeong Chua, MD, ChargEV, Malaysia
    S&P Global Mobility: Please tell us about chargEV. What does the EV charger footprint look like and what countries do you operate in? SengTeong Chua: ChargEV was initially launched by the government under the Malaysian Green Technology and Climate Change Corporation (MGTC) in 2015 to develop a comprehensive charging infrastructure for Malaysia’s EV ecosystem, making it the oldest charge point operator (CPO) in the country. Yinson GreenTech acquired ChargEV in 2022 as part of its diversi...
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    AI-driven mobility
    In the high-octane world of automotive manufacturing, AI is more than just a tool — it is the powerhouse driving a monumental shift across the entire industry. From design to the showroom, AI is breaking barriers and igniting innovation. While self-driving technology often steals the spotlight, AI's impact is felt everywhere in the automotive landscape. S&P Global Mobility recently tapped into insights from AI specialists to explore its vast potential. When it comes to safety, AI emerge...
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    Insights from Great Wall Motor's CTO on industry challenges and future prospects
    Great Wall Motor Co. Ltd., (GWM) is a Chinese vehicle manufacturer based in Baoding, Hebei Province. GWM is a global intelligent technology company, whose business includes vehicle and parts design, R&D, production, sales and service. Its brands include HAVAL, WEY, ORA, TANK and GWM Pickup. We spoke to Wu Huixiao, chief technology officer of GWM. (Image source: GWM) Key takeaways: Challenges: User demand for smart cars is growing, prompting Great Wall Motor to enhance user...
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    How AI is shaping the future of mobility — Interview with Elektrobit
    The automotive industry is undergoing a significant transformation through the integration of AI technologies. AI is being leveraged to enhance various aspects of vehicle performance, safety and user experience. One of the most prominent applications is in the development of advanced driver-assistance systems (ADAS), which utilize machine learning algorithms to improve safety features such as adaptive cruise control, lane-keeping assistance and collision avoidance. These systems analyze vast amo...
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    How AI is shaping the future of mobility - Interview with Ansys
    The automotive industry is increasingly using artificial intelligence to enhance various aspects of vehicle design, production and user experience. AI technologies are proving essential in streamlining processes, improving safety and enabling new business models, ultimately shaping the future of mobility. One of the most significant applications of AI in automotive design is in simulation processes. Traditionally, simulations can take days to complete, but AI-driven tools are reducing this ti...
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    How AI is shaping the future of mobility - Interview with Yanfeng
    The automotive industry is increasingly leveraging artificial intelligence to enhance efficiency and improve customer experiences. Manufacturers are using AI for supply chain optimization, predictive analytics, and safety enhancements in advanced driver assistance systems (ADAS). AI is also transforming customer interactions through personalized services and intelligent virtual assistants, while predictive maintenance helps ensure timely vehicle servicing. As the industry faces challenges like r...
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    How AI is shaping the future of mobility — interview with DXC Technology
    The automotive industry is experiencing a profound transformation as it increasingly integrates AI into its operations, fundamentally altering how manufacturers engage with consumers and streamline processes. This shift is not merely about enhancing efficiency; it reflects a broader strategy to redefine the mobility landscape in response to evolving market demands. AI technologies are being deployed across various dimensions of the automotive sector, from supply chain optimization to predicti...
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    Nio's insights on navigating the evolving EV market
    In 2024, the global automotive industry faced several challenges. Tariffs and trade barriers imposed by various countries on Chinese new-energy vehicles (NEVs) have disrupted market access and intensified competition. To navigate these challenges, companies are prioritizing innovation and quality. Advanced technologies, such as artificial intelligence and autonomous driving features, are becoming essential for standing out in a crowded market. Automakers are investing in smart technology, enhanc...
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    Automotive Supplier Outlook 2025: Volume 4 Companies P - Y
    S&P Global Mobility’s Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights into the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the final volume in a four-part series. The key discussion points include the challenges faced by automotive suppliers in 2024, ...
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    Automotive Supplier Outlook 2025: Volume 3 Companies K - N
    S&P Global Mobility’s Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights into the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the third of four volumes. The key discussion points include the challenges faced by automotive suppliers, including increased r...
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    Automotive Supplier Outlook 2025: Volume 2 Companies E - I
    S&P Global Mobility’s Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights into the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the second of four volumes. The key discussion points include ongoing supply chain disruptions, labor shortages, and regulatory ...
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    Automotive Supplier Outlook 2025: Volume 1 Companies A - D
    S&P Global Mobility's Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights on the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the first of four volumes published in late 2024. Key discussion points encompass significant trends impacting suppliers, such as sh...
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    Interview — Citroën will follow dual approach of electrifying existing models and developing dedicated EV platform: Shishir Mishra
    Citroën, one of the youngest car brands in India, has already taken a step that some of the earliest brands have yet to undertake — launching an electric vehicle. The Stellantis Group brand launched the electric version of its hatchback C3 within six months of introducing the internal combustion engine (ICE) C3 in 2022. Citroën said the move reflected its confidence in the Indian EV segment, despite its infancy and challenges. Srikant Jayanthan and Viroop Narla of S&P Global Mobility spo...
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    Steel deal: The weight is over
    The automotive industry is increasingly focused on reducing vehicle weight to enhance fuel efficiency, reduce emissions, and comply with stringent regulations. Steel, a primary material in vehicle construction, plays a pivotal role in this lightweighting trend. The shift toward lighter vehicles is driven by regulatory frameworks such as the EU's CO2 emissions targets, which mandate a reduction in average fleet emissions to 93.6 g/km by 2025, and the UK's zero-emissions vehicle (ZEV) mandate, whi...
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    Interview with CTO of Stellantis: “Relying solely on cloud processing is impractical”
    Stellantis is a global automotive leader formed from the merger of Fiat Chrysler and PSA Group, encompassing 14 brands such as Jeep, Peugeot and RAM. The company focuses on electrification, connected technologies and operational efficiency, aiming for a sustainable future while addressing diverse consumer needs across major markets. The original equipment manufacturer is committed to achieving a 100% zero-emission lineup in Europe by 2030, focusing on affordability and technological innovatio...
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    Lighten up: How aluminum is stealing the show
    As regulatory pressures to reduce emissions intensify, manufacturers are increasingly turning to aluminum to boost fuel efficiency. Vehicles made from aluminum can weigh up to 50 percent less than their steel counterparts, leading to significant reductions in fuel consumption and greenhouse gas emissions. This lightweighting trend aligns with global regulatory frameworks designed to lower carbon footprints, including the European Union's strict CO2 emissions targets and the US Corporate Avera...
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    From scrap to strength: Novelis Europe on vehicle lightweighting and sustainable solutions
    As the automotive industry grapples with stringent emissions regulations and growing demand for sustainability, the use of aluminum in vehicle manufacturing has emerged as a pivotal trend. This lightweight metal, known for its strength and durability, is increasingly being adopted by automakers to reduce vehicle weight, thereby enhancing fuel efficiency and lowering carbon footprints. Regulatory frameworks, particularly in Europe and North America, are driving manufacturers to rethink their m...
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    The shifting landscape of EV batteries: Watt's next?
    Battery swapping is an approach in the electric vehicle (EV) industry, featuring two solutions: full battery swaps and modular systems. Full swaps allow for battery replacement at stations, providing convenience but requiring infrastructure investment. Modular systems enable drivers to add battery packs for longer trips, offering flexibility and reduced vehicle weight. Both solutions depend on advancements in battery technology and infrastructure to be effective. As the industry evolves, optimiz...
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    Interior Insight: Nissan X-Trail
    The Nissan X-Trail is a popular sport utility vehicle (SUV) that balances functionality and comfort. We delve into its interior design, infotainment system, connectivity features, luggage capacity, cabin versatility, and interview Alex Edmond, Qashqai & X-Trail product section manager at Nissan Motor (GB) Limited. Interior design and comfort The interior layout is straightforward, with controls positioned for easy access. While the materials used throughout the cabin are generally of g...
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    Balancing lightweighting and sustainability goals: Interview with World Auto Steel
    The automotive industry is increasingly adopting diverse materials to achieve lightweighting, crucial for enhancing fuel efficiency and reducing emissions. Traditional materials like steel are being complemented or replaced by advanced high-strength steels, aluminum, composites and magnesium. Advanced high-strength steel (AHSS) allows for thinner sections without compromising strength, enabling manufacturers to reduce weight while maintaining safety and structural integrity. Aluminum, known f...
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    Lightweighting with advanced polymers: Interview with Envalior
    The automotive industry is increasingly turning to sustainable materials, particularly advanced polymers and composites, to achieve lightweighting and enhance vehicle efficiency. Lightweight vehicles contribute to fuel efficiency and reduce greenhouse gas emissions. Advanced polymers, such as bio-based plastics and thermoplastics, offer an eco-friendly alternative to traditional materials, while composites, which combine materials like carbon fiber with resins, provide strength without the weigh...
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    Navigating the vehicle lightweighting landscape: Interview with Covestro
    Lightweighting in the automotive industry is a pivotal strategy aimed at enhancing vehicle performance, efficiency and sustainability. As the demand for alternative and future mobility concepts grows, polymers emerge as key enablers, offering design flexibility and integration capabilities for advanced applications such as autonomous driving technologies. However, the transition to alternative materials raises critical considerations, including reliability, safety and the challenges of recycling...
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    Embracing the shift to software-defined vehicles: Interview with Elektrobit
    The software-defined vehicle (SDV) is a new buzz phrase in the car industry. It refers to vehicles that can enhance their capabilities through software updates, eliminating the need for physical part replacements. SDVs use software to govern operations, incorporate new features, and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. To learn more,...
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    Future of imaging radar: Interview with Aptiv
    Four-dimensional (4D) imaging radar is a key technology for autonomous driving, providing real-time and accurate information about the surrounding environment. To learn more, we spoke to executives from Aptiv. Four-dimensional imaging radar is an emerging key technology for autonomous driving, providing real time and accurate insights into the surrounding environment. It complements other sensors such as cameras and is used in conjunction with these in the automotive industry. The 4D imaging ...
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    Embracing Digital Twins in the Automotive Industry: Interview with PTC
    A digital twin (DT) is a virtual replica of a physical asset that uses real-world data and models to improve operations and aid in decision-making. It incorporates real-time and historical data, as well as engineering, simulation and machine learning models. By creating a digital twin, the automotive industry can gain insights into the performance and behavior of physical assets, optimize operations and make more informed decisions. The use of DTs in the automotive industry is expected to bec...
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    Tech innovators in the auto space: Interview with Baidu AI Cloud
    The emergence of software-defined vehicles (SDVs) represents a seismic shift in the automotive industry and the broader mobility ecosystem. SDVs go beyond being traditional vehicles and function as platforms for connectivity, data generation, personalization and monetization. They have the potential to disrupt established business models, drive innovation and reshape our perception of vehicles. SDVs have implications that extend beyond the automotive sector, impacting public transportation, city...
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    Embracing Digital Twins in the Automotive Industry: Interview with IBM
    A digital twin (DT) is a virtual replica of a physical asset that uses real-world data and models to improve operations and aid in decision-making. It incorporates real-time and historical data, as well as engineering, simulation and machine-learning models. By creating a DT, the automotive industry can gain insights into the performance and behavior of physical assets, optimize operations and make more informed decisions. The use of DTs in the automotive industry should become more widesprea...
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    Embracing Digital Twins in the Automotive Industry: Interview with Ansys
    A digital twin (DT) is a virtual replica of a physical asset that uses real-world data and models to improve operations and aid in decision-making. It incorporates real-time and historical data, as well as engineering, simulation and machine learning models. By creating a digital twin, the automotive industry can gain insights into the performance and behavior of physical assets, optimize operations and make more informed decisions. The use of DTs in the automotive industry is expected to bec...
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    Embracing Digital Twins in the Automotive Industry: Interview with Digiflec
    A digital twin (DT) is a virtual replica of a physical asset that uses real-world data and models to improve operations and aid in decision-making. It incorporates real-time and historical data, as well as engineering, simulation, and machine learning models. By creating a digital twin, the automotive industry can gain insights into the performance and behavior of physical assets, optimize operations and make more informed decisions. The use of DTs in the automotive industry is expected to be...
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    Embracing Digital Twins in the Automotive Industry: Interview with rFpro
    A digital twin (DT) is a virtual replica of a physical asset that uses real-world data and models to improve operations and aid in decision-making. It incorporates real-time and historical data, as well as engineering, simulation, and machine learning models. By creating a digital twin, the automotive industry can gain insights into the performance and behavior of physical assets, optimize operations and make more informed decisions. The use of DTs in the automotive industry is expected to be...
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    Embracing Digital Twins in the Automotive Industry: Interview with ABB Robotics
    A digital twin (DT) is a virtual replica of a physical asset that uses real-world data and models to improve operations and aid in decision-making. It incorporates real-time and historical data, as well as engineering, simulation, and machine learning models. By creating a digital twin, the automotive industry can gain insights into the performance and behavior of physical assets, optimize operations and make more informed decisions. The use of DTs in the automotive industry is expected to be...
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    Embracing the shift to software-defined vehicles: Q&A with Red Hat
    The software-defined vehicle (SDV) is a new buzz phrase in the car industry. It refers to vehicles that can enhance their capabilities through software updates, eliminating the need for physical part replacements. SDVs use software to govern operations, incorporate new features, and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. To learn more,...
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    Tech innovators in the auto space: Interview with Lenovo VP of vehicle computing
    Key takeaways: Collaboration between the technology and automotive industries is paramount for mutual learning and advancement. In the next 5-10 years, the ability to learn quickly and effectively from each other will be the key to success. It is not a competition, but a collaborative effort to leverage strengths and drive innovation. Large language models have the potential to revolutionize the automotive industry by enhancing the driving experience and improving productivity for automa...
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    Software-defined vehicles: Interview with Stellantis chief software officer
    Key takeaways: The shift to centralized computing is disrupting the business models of many players in the industry, including tier 1 suppliers who are now considering licensing software to car manufacturers for use on the centralized computer. This change in mindset and business approach within the industry has been noticeable over the past three years. Stellantis has made the decision to insource a significant portion of its software development to increase efficiency and have greater ...
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    Radar reimagined – Interview with Magna International
    Four-dimensional imaging radar is a crucial technology for autonomous driving, providing real-time and accurate information about the surrounding environment. To learn more, we spoke to Jeff Liscouski, director, Product Management Radar at Magna International and Christian Frank, director, Pre-Development Radar at Magna International. A key technology for autonomous driving, 4D imaging radar complements other sensors such as cameras and is used in conjunction with them in the automotive indus...
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    Interview: Garrett Motion on E-cooling compressor
    The shift from internal combustion engine (ICE) vehicles to electric and hybrid vehicles has driven the adoption of electric AC compressors. According to S&P Global Mobility's forecast, the demand for electric AC compressors was 22.5 million units in 2023 and is projected to reach 64.0 million units by 2030, with a compound annual growth rate (CAGR) of 16%. Garrett Motion is a leading supplier of turbochargers and superchargers. To stay ahead in the rapidly evolving automotive industry an...
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    Driving thermal efficiency with flow: Interview with Hydrohertz
    To know more about Hydrohertz and especially its Dectravalve solution, we spoke to Hydrohertz Founder Martyn Talbot. The following is an edited transcript of the conversation. S&P Global Mobility: How has the transition to electric and hybrid vehicles increased the importance of effective thermal management, and what are the key thermal management challenges encountered? Martyn Talbot: The importance of thermal management in both electric and hybrid vehicles has increased drasticall...
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    How solar car parks are becoming hot property: Interview with 3ti
    Solar car parks are gaining popularity as they provide power generation and protection for vehicles. Demand for these car parks, often located near hospitals, shopping centers and offices, has grown in the UK. Businesses are increasingly adopting on-site renewable energy solutions to reduce electricity costs, making solar car parks an attractive option. To gain more insights into this trend, we interviewed Mark Potter, chief technical officer of 3ti. Key takeaways: 3ti’s mini pop-up s...
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    The shift to software-defined vehicles: Valeo China interview
    Software-defined vehicles (SDVs) govern operations, integrate new features and facilitate the addition of novel functionalities through software. This advancement in the automotive industry is paving the way for autonomous driving and vehicle connectivity technologies. SDVs are evolving through the separation of software and hardware development, similar to smartphones. Original equipment manufacturers are creating "walled gardens" for applications, which involve continuous agile software dev...
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    Seeing the unseen: The power of 4D imaging radar
    Four-dimensional imaging radar is an emerging key technology for autonomous driving, providing real time and accurate insights into the surrounding environment. It complements other sensors such as cameras and is used in conjunction with these in the automotive industry. The 4D imaging radar uses multiple antenna arrays to gather extensive data and generate precise 3D models. It operates at frequencies such as 77 or 79 GHz, enabling split-second reaction times that are required for autonomous ve...
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    How the software-defined vehicle trend is driving innovation in chassis features
    Steer-by-wire technology (SbW) eliminates the mechanical connection between the steering wheel and steering rack, relying solely on electronic communication. It offers numerous benefits for manufacturers and drivers, including the ability to produce a “dry” chassis without hydraulic fluid. It also opens possibilities for semi-autonomous safety systems and alternative steering controls. The systems are fully redundant, ensuring backup functionality in case of hardware or software failures. Sb...
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    Tech innovators in the auto space: Q&A with Tencent
    Mainland China's complex road systems, megacities, dense populations, and unique traffic behaviors present challenges for autonomous driving technology development. However, the country also offers rich scenarios, abundant data, and numerous rare and unexpected corner cases that are crucial for the safe and effective evolution of autonomous driving. The Gen-X demographic in mainland China, a significant portion of whom plan to purchase cars with Level 2+ driver assistance functions, provides ide...
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    The geopolitics of semiconductors
    In the latest Talking Heads feature, we spoke with Jeremie Bouchaud and Phil Amsrud, experts in E/E and Semiconductors at S&P Global Mobility. The focus of this discussion is on the pivotal role of semiconductors in today's technology landscape and the challenges arising from geopolitical tensions. We also consider how Mainland China has responded to export bans, leading to disruptions in the global automotive semiconductor supply chain. Click the link above to download the whole article.
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    The shift to software-defined vehicles: Q&A with NIO
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, like smartphones. Original equipment manufacturers are establishing “walled gardens” for applications. This shift encompa...
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    The shift to software-defined vehicles: Q&A with Iflytek
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, such as smartphones. Original equipment manufacturers are establishing “walled gardens” for applications. This shift enco...
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    Tech giants in the auto space: Q&A with OPPO
    OPPO was instrumental in founding the Intelligent Car Connectivity Open Alliance (ICCOA), aiming to integrate smartphones and connected cars. OPPO collaborates with OEMs to integrate smartphone capabilities with vehicle capabilities and envisions a significant opportunity to leverage the computing power and sensor perception of vehicle sensors. Responsibility in car sharing during higher levels of autonomy is a key issue, as it is unclear who will be held accountable in the event of an acci...
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    Inside the Nissan Ariya's minimalist cabin
    It offers front- or all-wheel drive options with a choice of battery sizes and delivers impressive horsepower. But what of the interior?  We take a closer look. Inside story The cabin features a sleek and cohesive design with a dashboard that extends into the doors. Two large digital displays, for instruments and infotainment, provide a futuristic and high-tech feel. The use of plush materials throughout the cabin adds a touch of luxury and comfort, including an Alcantara suede cov...
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    The shift to software-defined vehicles: Q&A with KPIT Technologies
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, like smartphones. Original equipment manufacturers are establishing “walled gardens” for applications. This shift encompa...
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    The shift to software-defined vehicles: Foryou General Electronics interview
    Software-defined vehicles (SDVs) govern operations, integrate new features and facilitate the addition of novel functionalities through software. This advancement in the automotive industry is paving the way for autonomous driving and vehicle connectivity technologies. SDVs are evolving through the separation of software and hardware development, similar to smartphones. Original equipment manufacturers are creating "walled gardens" for applications, which involves continuous agile software de...
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    INTERVIEW: Factorial Energy on the role of solid-state batteries in EVs
    In this S&P Global Mobility interview, Siyu Huang, CEO and co-founder of Factorial Energy discusses the challenges and opportunities in the production and implementation of solid-state batteries (SSBs) in electric vehicles (EVs). Huang highlights the importance of collaboration and standardization to reduce costs and enhance sustainability in the supply chain. Huang explains that SSBs have the potential to address the limitations of current lithium-ion (Li-ion) batteries in EVs, such as r...
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    INTERVIEW: Nvidia's perspective on digital twins powered by AI
    In this S&P Global Mobility interview, Danny Shapiro, vice president Automotive of Nvidia, discusses the application and benefits of digital-twins technology (virtual copies of material objects), providing real-world examples of original equipment manufacturers using Nvidia's Omniverse platform to create digital twins of their factories. He also highlights the role of AI in improving human-robot collaboration in manufacturing environments. Shapiro underlines the importance of high-fidelity s...
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    INTERVIEW: Mobileye’s vision for software-defined vehicles
    In this S&P Global Mobility interview, Mobileye executives discuss the transformations in Software-Defined Vehicles (SDVs) and the impact on vehicle operations. We learn more about how data from automated driving systems underpins live graphics in vehicle visualization, creating advanced alerts for vehicle operators and adding a second layer of defense to collision avoidance applications. The challenges in SDV design are also discussed, with the company highlighting its work with original eq...
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    Aehra's EV strategy: Shunning the kilowatt power race for user-focused, smooth journeys
    In this S&P Global Mobility interview with Franco Cimatti, chief engineering officer of Aehra, a Milan-based start-up, he discusses the company's clean-sheet approach to designing battery-electric vehicles (BEVs). He also touches on Aehra's positioning, differentiation in the ultra-premium electric vehicle market, the transition from hybrids to full EV solutions, and their partnerships for carbon fiber and battery technology. The discussion delves into Aehra's vision for EV charging, bidirec...
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    The shift to software-defined vehicles: Q&A with Elektrobit
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features, and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, like smartphones. OEMs are establishing “walled gardens” for applications. This shift encompasses continuous agile softw...
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    Navigating the semiconductor shift
    This discussion delves into the nuanced dynamics of the automotive semiconductor sector for 2024, exploring growth projections, product categories driving expansion, and the delicate balance between supply, demand and pricing. From the ascendancy of electric powertrain and advanced driver assistance systems (ADAS) to the intricate patterns of memory chip markets, it examines the complexities of the semiconductor landscape. It also encompasses the ramifications of inventory adjustments, the poten...
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    The shift to software-defined vehicles: Q&A with DXC Technology
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features, and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, like smartphones. OEMs are establishing “walled gardens” for applications. This shift encompasses continuous agile softw...
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    The shift to software-defined vehicles: Forvia interview
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features, and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, like smartphones. OEMs are establishing “walled gardens” for applications. This shift encompasses continuous agile softw...
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    The shift to software-defined vehicles: Q&A with Red Hat
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features, and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, like smartphones. OEMs are establishing “walled gardens” for applications. This shift encompasses continuous agile softw...
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    The shift to software-defined vehicles: Q&A with Harman
    Software-defined vehicles (SDVs) use software to govern operations, incorporate new features, and facilitate the integration of novel functionalities. This concept marks an advancement in the automotive industry, laying the foundation for autonomous driving and vehicle connectivity technologies. The evolution of SDVs entails separating software and hardware development, like smartphones. OEMs are establishing “walled gardens” for applications. This shift encompasses continuous agile softw...
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    Automotive Supplier Outlook 2024
    The automotive industry grappled with a range of challenges this year, including ongoing supply chain disruptions, chip shortages, rising energy costs, inflation, recession fears, waning consumer demand, a shift towards software and electronics, labor shortages, strike action, and volatile order forecasts. It also faced several geopolitical concerns and challenges, including the ongoing trade tensions between the US and China, which resulted in tariffs and trade barriers that disrupted global su...
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    Interview: Inova Semiconductors on the scope of ISELED technology
    Over the past few years, the Intelligent Smart Embedded LED (ISELED) Alliance has grown to over 50 members, with top suppliers such as Valeo, Antolin, Hella, Magna and Renesas, among many others. ISELED is based on smart LED modules, offering smart control and communication of each LED, as well as calibration of color and brightness during LED module production. ISELED technology can be used not just for automotive interior lighting but for external lighting, general transport, aerospace and ind...
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    INTERVIEW: Steering tomorrow’s car
    The increasing demand for electric vehicles and the need for advanced steering technologies have driven the development of electric power steering (EPS) systems. To learn more, we spoke to executives from Titan, a UK-based specialist in developing steering systems for bespoke and lower-volume manufacturers, covering a range from manual and hydraulic solutions to next-gen electric and steer-by-wire (SBW) systems. The following is an edited transcript of the conversation. S&P Global Mobi...
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    INTERVIEW: Infineon Technologies on electric/electronic architecture migration
    The software-defined vehicle architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services such as charging infrastructure, predictive maintenance, autonomous driving, connected vehicles, enhanced safety systems, as well as financial technology and blockchain. This necessitates a comprehensive reimagining of the vehicle's electric/electronic (E/E) a...
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    INTERVIEW: Andersen EV redefines the home-charging experience
    Andersen EV is owned by David Martell, who founded Chargemaster in 2008 before selling it to BP 10 years later. He was an advisor on electric vehicle infrastructure to the UK government’s Transport Department from 1995 to 2000. We caught up with him to learn more about the UK home-charging market. Takeaways: Unlike many competitors in the market, the Andersen A2 focuses on design and aesthetic appeal. The charger integrates smart technology, offering features such as solar compatibili...
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    INTERVIEW: How carbon-hybrid wheels are redefining automotive performance
    UK-based Dymag specializes in carbon-hybrid wheels, which feature a carbon-fiber rim combined with a metallic center made of high-strength-formed aluminum or magnesium. These wheels target the luxury-performance market and provide weight savings over traditional aluminum wheels. The company is working with its partner Hankuk Carbon to accelerate time-to-market. To learn more, we spoke to Tom de Lange, CEO of Dymag. The following is an edited transcript of the conversation. General S&...
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    INTERVIEW: Ambarella on electric/electronic architecture migration
    The software-defined vehicle architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services such as charging infrastructure, predictive maintenance, autonomous driving (AD), connected vehicle, enhanced safety systems, as well as financial technology and blockchain. This necessitates a comprehensive reimagining of the vehicle's electric/electronic (E/...
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    INTERVIEW: Mobileye on electric/electronic architecture migration
    The software-defined vehicle architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services such as charging infrastructure, predictive maintenance, autonomous driving, connected vehicle, enhanced safety systems, as well as financial technology and blockchain. This necessitates a comprehensive reimagining of the vehicle electric/electronic (E/E) arch...
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    From code to road: XiL testing's role in vehicle development
    Continuing our series of round tables, S&P Global Mobility held a discussion with three experts about XiL (X-in-the-Loop) testing and its role in the automotive industry, particularly for autonomous vehicles (AVs). XiL testing is driven by the need to integrate various systems in AVs, enabling communication and scalability. The panel discusses how setting up an effective XiL testing environment requires accurate virtual environments, correlated component models and good hardware connectiv...
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    Tier 1 suppliers on electric and electronic architecture migration
    The software-defined vehicle (SDV) architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services, such as charging infrastructure, predictive maintenance, autonomous driving, connected vehicle, enhanced safety systems, as well as financial technology and blockchain. This necessitates a comprehensive reimagining of the vehicle E/E architecture, espec...
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    INTERVIEW: Aptiv on electric/electronic (E/E) architecture migration
    The software-defined vehicle architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services, including charging infrastructure, predictive maintenance, autonomous driving, connected vehicles, enhanced safety systems, as well as fintech and blockchain. This necessitates a comprehensive reimagining of the vehicle E/E architecture, especially the softwa...
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    How is in-cabin experience creating new areas of differentiation and value for vehicle manufacturers?
    As vehicle manufacturers search for ways of making electric vehicles more engaging, the in-cabin experience is becoming the new battleground. In a pair of exclusive interviews, we discuss how sound, real-time displays and haptics are being used to create new areas of value for vehicle manufacturers and how updates from the cloud could introduce new commercial opportunities through the lifetime of every vehicle. We talked with Meridian Audio Chief Executive John Buchanan and Epic Games director o...
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    ROUND TABLE: How AI is reshaping engineering in the automotive industry
    AI can address specific original equipment manufacturer challenges, enabling greater product development efficiency and faster time to market, which are crucial in the highly competitive automotive industry. Marking the first of our series of roundtable discussions with automotive industry specialists, we gathered three experts to learn more about the current and potential use of AI in the automotive industry, covering sales efficiency, potential job creation, regulatory aspects and its role in ...
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    INTERVIEW: Lumotive on Light Control Metasurface chipsets for the automotive industry
    Lumotive's optical semiconductor solutions enable advanced sensing and perception capabilities in next-generation consumer, mobility and industrial automation products, such as mobile devices, autonomous vehicles and robots. On July 27, Lumotive announced that it has entered a commercial agreement with camera-module specialist Namuga, which will leverage Lumotive's Light Control Metasurface (LCM) chipsets to develop solid-state lidar module solutions for a range of 3D-sensing applications in aut...
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    INTERVIEW: ECARX on electric/electronic (E/E) architecture migration
    The software-defined vehicle architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services such as charging infrastructure, predictive maintenance, autonomous driving, connected vehicle, enhanced safety systems, as well as financial technology and blockchain. This necessitates a comprehensive reimagining of the vehicle E/E architecture, especially t...
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    INTERVIEW: TriEye on the future of short-wave infrared sensing technology
    Sensing technology that uses short-wave infrared (SWIR) can do a better job than solid state and spinning lidar, and is 10 times cheaper and less complex, according to TriEye. To learn more, we spoke to Avi Bakal, CEO and co-founder of TriEye. TriEye, a semiconductor startup based in Israel, has launched its Spectrum Enhanced Detection and Ranging (SEDAR) platform. Backed by Intel, Samsung and Porsche, SEDAR uses SWIR technology to provide 2D imaging and 3D-depth sens...
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    From spray to films: The art of automotive finishing
    Automotive paint films are made from paint that can be applied in layers without the need for heat; this offers environmental benefits and new aesthetic options compared with traditional automotive paint. They can be applied to various surfaces and provide sustainability benefits by reducing energy consumption and CO2 emissions. To learn more, we caught up with Daniel Bencun, CEO, PPG Advanced Surface Technologies. The following is an edited transcript of the conversation: S&P Global M...
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    INTERVIEW: Urbix on graphite and other promising anode technologies
    Graphite has been traditionally used in the automotive sector for brake linings and clutch materials. However, its significance has been increasing due to its crucial role in electric vehicle batteries. Graphite serves as the anode material in these batteries, and there are no viable alternatives. The rising popularity of hybrid and all-electric vehicles, along with grid storage systems, has triggered a surge in demand and generated new business for Urbix, a graphite processor, says it is helpin...
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    INTERVIEW: Marelli on electric/electronic (E/E) architecture migration
    The software-defined vehicle (SDV) architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services, such as charging infrastructure, predictive maintenance, autonomous driving, connected vehicle, enhanced safety systems, as well as financial technology and blockchain. This necessitates a comprehensive reimagining of the vehicle E/E architecture, espec...
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    Interview: Lumileds on LED light and lighting supply chain
    Lumileds, one of the key suppliers of integrated LED solutions and modules for automotive applications, expects the adoption of LED-based lighting to grow in all lighting systems in a vehicle — such as headlights, taillights, ambient lighting and daytime running lights — in addition to many new applications, including grill and logo illumination. In an interview with S&P Global Mobility, Dirk Vanderhaeghen, senior director of global strategic marketing at Lumileds, shared his thoughts on...
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    INTERVIEW: Over-the-air (OTA) updates and the automotive industry
    There has been mainstream market emergence of OTA updates in cars in recent years, primarily precipitated by recall and warranty costs and owing to the rapid development of autonomous cars. With the amount of software per car continuing to grow, the number of software-related recalls is also projected to grow significantly over the next decade, thus rendering OTA updates even more critical. To learn more about how the automotive OTA industry is placed currently and is poised to evolve going ...
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    Interior Insight: Kia Sportage
    Launched in 2022, the fifth-generation Kia Sportage was designed and developed for the European market. Continuing our series of interior reviews, we take a closer look inside. What is the difference between the European Sportage and the version sold in other markets around the world? A spokesperson for the Korean carmaker said: “When deciding the scope of the design for the Sportage, it was decided that Europe, and indeed the UK, deserved an SUV honed for buyers’ specific tastes. This al...
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    INTERVIEW: Charging trends and the 30-minute retail economy
    The current electric vehicle charging infrastructure offering is diverse in terms of product quality, user experience and payment systems. Sometimes chargers are out of service. Sometimes the payment system is down. Given that the EV charging network is still in its infancy, there is plenty of room for improvement. To learn more about tomorrow’s charging infrastructure, trends in the public transport charging space and the 30-minute retail economy, we spoke to Bill Loewenthal, chief product of...
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    INTERVIEW: Spotlight on Manganese
    The role of manganese in the battery-material conversation is frequently disregarded, given that it is used in smaller amounts compared with other metals in lithium-ion (Li-ion) batteries. Its primary function is as a stabilizer in the cathode. However, there is growing OEM and investor interest in manganese. Tesla and Volkswagen have expressed interest in shifting their Li-ion battery designs away from cobalt and nickel and toward manganese. Mainland China dominates the manganese market, accoun...
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    INTERVIEW: Continental on electric/electronic (E/E) architecture migration
    Original equipment manufacturers are expected to shift to a centralized architecture in an evolutionary manner and in most cases, follow similar steps with only a few variations. According to recent research by S&P Global Mobility, the proportion of vehicles equipped with zonal architecture is anticipated to increase from 2% in 2022 to 38% in 2034, indicating a significant growth in market share over this period. Continuing our series of interviews with tier 1 suppliers about this hot topic,...
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    INTERVIEW: Veoneer on electric/electronic (E/E) architecture migration
    The vehicle architecture is changing from a large distribution of small ECUs with small amounts of processing, memory and control code to a centralized system with fewer, more powerful hardware blocks (domain controllers, center computers) and centralized software code. This supports the software-defined vehicle and manages the increasing traffic caused mainly by sensors for advanced driving assistance systems (ADAS). To learn more and continue our series of interviews with tier-1 suppliers on t...
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    INTERVIEW: Aehra on the opportunities and challenges for a battery-electric vehicle startup
    The switch to electrification means there is an opportunity for startup automakers unburdened by legacy costs and investments to change the way cars are designed and built. “We assessed the waters with a few SPACs and found the level of redemptions, mixed with the cost overburden of being public too soon was entirely counterproductive.” “We see electric mobility as an opportunity, a brand leveller. Where perceptions of certain brands and products may have lagged reality in the past, u...
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    INTERVIEW: Vitesco Technologies on electric/electronic (E/E) architecture migration
    The software-defined vehicle architecture is poised to bring about a transformative shift in the automotive industry by facilitating a flexible and adaptable solution for the assimilation of cutting-edge technologies, features and services like charging infrastructure, predictive maintenance, autonomous driving, connected vehicle, enhanced safety systems, as well as financial technology and blockchain. This necessitates a comprehensive reimagining of the vehicle E/E architecture, especially the ...
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    Interview: Harman on audio and sound technologies
    Audio systems are no longer viewed in a static, “ship it and forget it” way. They can be a continuously updated platform and used to extend the relationship between the consumer and original equipment manufacturer. Immersive audio experiences such as seat-based or headrest-based speakers becoming mainstream applications remains a holy grail pursuit in the automotive audio space. Shared mobility is another driver for development. Providing multiple users their own unique audio experience, w...
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    Charging ahead: McLaren Applied on the next ‘wave’ of electrification
    UK-based McLaren Applied is a specialist in vehicle electrification, particularly inverters. It recently struck a deal with STMicroelectronics for the supply of silicon carbide power modules for its 800V inverter. Inverter technology is rapidly adopting silicon carbide semiconductors, and McLaren has turned to the Geneva-based company in the absence of a local supply chain. To learn more about the inverters market and the migration from distributed ECU E/E architecture to a centralized zona...
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    INTERVIEW: Can driving simulators reflect reality?
    Driving simulators have always attempted to connect real people with imaginary vehicles. The fundamental principle is not new; however, the technology used to make this happen is a moving target. Since the 1990s, driving simulators have taken on many forms — from small-scale gaming/ entertainment systems to the large-scale systems used by vehicle manufacturers for their product research and development (R&D) activities. The variation in driving simulator designs has mos...
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    INTERVIEW: Continental on the HUD market
    Once the domain of jet fighter aircraft, heads-up displays (HUDs) are becoming popular in cars. The use of artificial intelligence (AI) is under consideration to prioritize situational and contextual content in augmented reality (AR) HUDs. Regulations could control display content thereby limiting the use cases for AR HUDs. Although HUDs first went into production back in 1988 with GM, the technology had been very slow in gaining traction in the last couple of decades. However, in the l...
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    INTERVIEW: Role of leather in sustainable interior design
    Given that passenger wellbeing is high on the agenda, consumers are prioritizing in-vehicle relaxation and seeking comforting tactile and visual cues that can enhance that feeling. Customization is another big trend. OEMs are expanding their luxury offerings to enable customers to express their personalities and lifestyles more visibly. Interior design is also trending toward more digitalized surface qualities, e.g., integrated touch controls, design effects and lighting. The desire to embra...
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