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  • Revolutionizing the Road Ahead
    Revolutionizing the Road Ahead
    Revolutionizing the Road Ahead

    Explanatory image of an in-vehicle infotainment system equipped with a multi-display.

Featured Products Featured Products Featured Products

Memory

  • A product image of LPDDR5X.

    LPDDR5X

    Density : 16Gb~128Gb
    Speed : 7500Mbps / 8533Mbps

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  • A product image of LPDDR5.

    LPDDR5

    Density : 24Gb~96Gb
    Speed : 6400Mbps

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  • A product image of LPDDR4X.

    LPDDR4X

    Density : 8Gb~64Gb
    Speed : 4266Mbps

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  • A product image of LPDDR4.

    LPDDR4

    Density : 4Gb~32Gb
    Speed : 3733Mbps / 4266Mbps

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  • A product image of GDDR7.

    GDDR7

    Density : 16Gb
    Speed : 28.0Gbps / 32.0Gbps

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  • A product image of GDDR6.

    GDDR6

    Density : 16Gb
    Speed : 12.0Gbps

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  • A product image of UFS 3.1.

    UFS 3.1

    Capacity : 64GB~512GB

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  • A product image of eMMC.

    eMMC

    Density : 8GB~128GB

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  • A product image of AutoSSD.

    AutoSSD

    Capacity : 128GB~2TB

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Processor

  • A product image of Exynos Auto V920.

    Exynos Auto V920

    CPU : Deca-core (Cortex®-A78AE)
    GPU : Samsung Xclipse GPU

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  • Samsung Exynos Auto T5123 provides seamless 5G connectivity to vehicles with up to 5.1 gigabits per second (Gbps) of high-speed downloads.

    Exynos Auto T5123

    Modem : 5G Sub-6GHz & GNSS, 3GPP Release 15 Support

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Image Sensor

  • A product image of ISOCELL Auto 1H1

    ISOCELL Auto 1H1

    Optical Format : 1/1.7"
    Resolution : 3840x2160 (8.3MP)

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  • A product image of ISOCELL Auto 4AC

    ISOCELL Auto 4AC

    Optical Format : 1/4"
    Resolution : 1328x1008 (1.3MP)

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Explore more about Automotive

Accelerate your automotive innovation Accelerate your automotive innovation Accelerate your automotive innovation

As the digitization and electrification of vehicles continues, Samsung is committed to creating a safer, more sustainable and connected mobility experience for customers and communities. As a provider of tailored semiconductor solutions for IVI, ADAS, Telematics and Autonomous Driving, Samsung works together with its partners to revolutionize the automotive industry, providing reliable technological solutions and fostering innovation.

As the digitization and electrification of vehicles continues, Samsung is committed to creating a safer, more sustainable and connected mobility experience for customers and communities. As a provider of tailored semiconductor solutions for IVI, ADAS, Telematics and Autonomous Driving, Samsung works together with its partners to revolutionize the automotive industry, providing reliable technological solutions and fostering innovation.

As the digitization and electrification of vehicles continues, Samsung is committed to creating a safer, more sustainable and connected mobility experience for customers and communities. As a provider of tailored semiconductor solutions for IVI, ADAS, Telematics and Autonomous Driving, Samsung works together with its partners to revolutionize the automotive industry, providing reliable technological solutions and fostering innovation.

Trends Trends Trends
An illustrative image of a vehicle in a highway detecting surrounding information.
SDV & Centralized Architecture SDV & Centralized Architecture SDV & Centralized Architecture Data-driven mobility Data-driven mobility Data-driven mobility

Semiconductors play a pivotal role in the centralized computing architecture behind today’s software-defined vehicles, managing the vast amounts of data within their ecosystems. Sophisticated data processing, real-time analytics and connectivity seamlessly power functions such as driver assistance systems, infotainment, and telematics. This centralized approach enhances flexibility and scalability, ushering in a new era of intelligent, connected vehicles.

Semiconductors play a pivotal role in the centralized computing architecture behind today’s software-defined vehicles, managing the vast amounts of data within their ecosystems. Sophisticated data processing, real-time analytics and connectivity seamlessly power functions such as driver assistance systems, infotainment, and telematics. This centralized approach enhances flexibility and scalability, ushering in a new era of intelligent, connected vehicles.

Semiconductors play a pivotal role in the centralized computing architecture behind today’s software-defined vehicles, managing the vast amounts of data within their ecosystems. Sophisticated data processing, real-time analytics and connectivity seamlessly power functions such as driver assistance systems, infotainment, and telematics. This centralized approach enhances flexibility and scalability, ushering in a new era of intelligent, connected vehicles.

AI-Enabled Driving AI-Enabled Driving AI-Enabled Driving Driving highly personalized experiences Driving highly personalized experiences Driving highly personalized experiences

AI-enabled driving transforms in-car experiences through personalized and interactive functions with generative AI. Semiconductors power AI assistants, offering personalized experiences based on drivers’ preferences and circumstances. Additionally, the centralized computer with AI controls diverse aspects of the user experience, giving drivers real-time insights into the status of their vehicles and wider driving conditions.

AI-enabled driving transforms in-car experiences through personalized and interactive functions with generative AI. Semiconductors power AI assistants, offering personalized experiences based on drivers’ preferences and circumstances. Additionally, the centralized computer with AI controls diverse aspects of the user experience, giving drivers real-time insights into the status of their vehicles and wider driving conditions.

AI-enabled driving transforms in-car experiences through personalized and interactive functions with generative AI. Semiconductors power AI assistants, offering personalized experiences based on drivers’ preferences and circumstances. Additionally, the centralized computer with AI controls diverse aspects of the user experience, giving drivers real-time insights into the status of their vehicles and wider driving conditions.

An illustrative image of a In-vehicle infotainment system with a wide display.
Strong Security for Everything
Autonomous Driving Autonomous Driving Autonomous Driving Powering real-time decisions Powering real-time decisions Powering real-time decisions

Autonomous driving relies heavily on semiconductors to process a multitude of data streams from sensors, interpret the environment, make instantaneous decisions, and control vehicle functions. Through efficient processing, connectivity, and AI functionality, they enable vehicles to be more autonomous while prioritizing safety, reliability, and adaptability to dynamic road conditions.

Autonomous driving relies heavily on semiconductors to process a multitude of data streams from sensors, interpret the environment, make instantaneous decisions, and control vehicle functions. Through efficient processing, connectivity, and AI functionality, they enable vehicles to be more autonomous while prioritizing safety, reliability, and adaptability to dynamic road conditions.

Autonomous driving relies heavily on semiconductors to process a multitude of data streams from sensors, interpret the environment, make instantaneous decisions, and control vehicle functions. Through efficient processing, connectivity, and AI functionality, they enable vehicles to be more autonomous while prioritizing safety, reliability, and adaptability to dynamic road conditions.

Why Samsung
Shape the future of automotive with Samsung
Samsung enables customers to redefine automotive innovation with transformative technology and collaborative ecosystems, underpinned by trust and experience.
Our Solutions
Our Solutions
Our Solutions
  • A dark and moody silhouette of a streamlined car, with samsung AutoSSD, LPDDR5X, LPDDR4X, UFS and eMMC

    Memory

    Accelerating Data-driven Mobility

    Accelerating Data-driven Mobility

    Accelerating Data-driven Mobility

  • A visual of car's silhouette combined with high-resolution image sensor on dark background

    Image Sensor

    Reinforcing Autonomous Driving with the Enhanced Safety

    Reinforcing Autonomous Driving with the Enhanced Safety

    Reinforcing Autonomous Driving with the Enhanced Safety

  • A visual of a car's silhouette with flowing blue lines representing aerodynamic design against a dark background, with SAMSUNG Exynos Auto.

    Processor

    Driving Transformation towards Centralized Computing

    Driving Transformation towards Centralized Computing

    Driving Transformation towards Centralized Computing

  • A car with glowing headlights in a futuristic purple-lit setting

    Foundry

    Enabling Automotive Innovation

    Enabling Automotive Innovation

    Enabling Automotive Innovation

  • Any statements, products, and specifications discussed herein are for reference purposes only.
  • All information discussed herein is provided on an 'AS IS' basis, without warranties of any kind.
  • Any and all information discussed herein remain the sole and exclusive property of Samsung Electronics Co., Ltd.
  • No license of any patent, copyright, mask work, trademark or any other intellectual property right is granted to any other party under this document, by implication, estoppel or otherwise.