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From next-gen mobile devices and automobiles to AI,
Samsung's advanced processors are powering the future of technology.

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Related Applications Related Applications Related Applications

AI
AI
AI

AI is everywhere
AI is everywhere
AI is everywhere
We live in the age of AI, where imagination is becoming a reality. Artificial intelligence, which was a story in science fiction, is now being used in various parts of everyday life in ways we could not have imagined.

New devices powered by artificial intelligence are changing the way humans interact with and utilize technology, making our lives smarter.

Find out what artificial intelligence is and how it is changing lives with Samsung Semiconductor.
We live in the age of AI, where imagination is becoming a reality. Artificial intelligence, which was a story in science fiction, is now being used in various parts of everyday life in ways we could not have imagined.

New devices powered by artificial intelligence are changing the way humans interact with and utilize technology, making our lives smarter.

Find out what artificial intelligence is and how it is changing lives with Samsung Semiconductor.
We live in the age of AI, where imagination is becoming a reality. Artificial intelligence, which was a story in science fiction, is now being used in various parts of everyday life in ways we could not have imagined.

New devices powered by artificial intelligence are changing the way humans interact with and utilize technology, making our lives smarter.

Find out what artificial intelligence is and how it is changing lives with Samsung Semiconductor.
An illustration of a brain with blue lights highlighting semiconductor chips.

Mobile
Mobile
Mobile

Powering the next generation of mobile devices
Powering the next generation of mobile devices
Powering the next generation of mobile devices
In the era of 5G and artificial intelligence (AI), which has become a reality, mobile devices continue to evolve to provide you with new experiences. Samsung Semiconductor connects next-generation mobile devices to 5G networks and enables artificial intelligence computation through key semiconductors such as processors, 5G modems, and memories. Artificial intelligence-based advanced image processing technology and a new standard of communication speed are essential for the MZ generation who enjoy visual communication, such as creating and sharing content.
In the era of 5G and artificial intelligence (AI), which has become a reality, mobile devices continue to evolve to provide you with new experiences. Samsung Semiconductor connects next-generation mobile devices to 5G networks and enables artificial intelligence computation through key semiconductors such as processors, 5G modems, and memories. Artificial intelligence-based advanced image processing technology and a new standard of communication speed are essential for the MZ generation who enjoy visual communication, such as creating and sharing content.
In the era of 5G and artificial intelligence (AI), which has become a reality, mobile devices continue to evolve to provide you with new experiences. Samsung Semiconductor connects next-generation mobile devices to 5G networks and enables artificial intelligence computation through key semiconductors such as processors, 5G modems, and memories. AArtificial intelligence-based advanced image processing technology and a new standard of communication speed are essential for the MZ generation who enjoy visual communication, such as creating and sharing content.
Samsung Semiconductor Mobile Solutions

Automotive
Automotive
Automotive

Next generation of automotive innovation
Next generation of automotive innovation
Next generation of automotive innovation
Innovations in artificial intelligence (AI) and 5G connectivity are bringing extraordinary transformations to the automotive industry. As our comprehension of what defines a ‘vehicle’ extends beyond just engines and mechanical parts, smart driving features that enhance comfort and enjoyment, including infotainment systems, telematics and advanced driver-assistance system (ADAS), are fast becoming the norm. With a diverse portfolio of advanced automotive components, Samsung’s industry-leading semiconductors offer a reliable foundation for the new mobility transformation.
Innovations in artificial intelligence (AI) and 5G connectivity are bringing extraordinary transformations to the automotive industry. As our comprehension of what defines a ‘vehicle’ extends beyond just engines and mechanical parts, smart driving features that enhance comfort and enjoyment, including infotainment systems, telematics and advanced driver-assistance system (ADAS), are fast becoming the norm. With a diverse portfolio of advanced automotive components, Samsung’s industry-leading semiconductors offer a reliable foundation for the new mobility transformation.
Innovations in artificial intelligence (AI) and 5G connectivity are bringing extraordinary transformations to the automotive industry. As our comprehension of what defines a ‘vehicle’ extends beyond just engines and mechanical parts, smart driving features that enhance comfort and enjoyment, including infotainment systems, telematics and advanced driver-assistance system (ADAS), are fast becoming the norm. With a diverse portfolio of advanced automotive components, Samsung’s industry-leading semiconductors offer a reliable foundation for the new mobility transformation.
Explanatory image of an in-vehicle infotainment system equipped with a multi-display.

Network
Network
Network

A strong foundation for intelligent connectivity
A strong foundation for intelligent connectivity
A strong foundation for intelligent connectivity
With a wide-ranging semiconductor portfolio for networking applications including mobile devices, IoT, automotive, servers and more, Samsung supports the deployment of reliable, high-performance connectivity across diverse use cases.

From Exynos modems to a broad range of networking components and enabling technologies, these building blocks help deliver fast, stable data exchange and efficient network operation. By delivering scalable, energy-efficient solutions, Samsung supports today’s networking needs while laying a solid foundation for next-generation connectivity and experiences.
With a wide-ranging semiconductor portfolio for networking applications including mobile devices, IoT, automotive, servers and more, Samsung supports the deployment of reliable, high-performance connectivity across diverse use cases.

From Exynos modems to a broad range of networking components and enabling technologies, these building blocks help deliver fast, stable data exchange and efficient network operation. By delivering scalable, energy-efficient solutions, Samsung supports today’s networking needs while laying a solid foundation for next-generation connectivity and experiences.
With a wide-ranging semiconductor portfolio for networking applications including mobile devices, IoT, automotive, servers and more, Samsung supports the deployment of reliable, high-performance connectivity across diverse use cases.

From Exynos modems to a broad range of networking components and enabling technologies, these building blocks help deliver fast, stable data exchange and efficient network operation. By delivering scalable, energy-efficient solutions, Samsung supports today’s networking needs while laying a solid foundation for next-generation connectivity and experiences.
A visionary illustration of 5G.
Related Technologies Related Technologies Related Technologies

On-device AI
On-device AI
On-device AI

Tap into the potential of AI
Tap into the potential of AI
Tap into the potential of AI
On-device AI enables much greater capabilities than before. It improves picture/video quality and enables the production of high-quality content-aware processing. More complex levels of generative AI, such as large vision models (LVMs) and large language models (LLMs), are rendered lightweight and can be immediately processed on edge devices without the need for transmitting to the cloud. A high-performance NPU handles the complex computations necessary for these capabilities.
On-device AI enables much greater capabilities than before. It improves picture/video quality and enables the production of high-quality content-aware processing. More complex levels of generative AI, such as large vision models (LVMs) and large language models (LLMs), are rendered lightweight and can be immediately processed on edge devices without the need for transmitting to the cloud. A high-performance NPU handles the complex computations necessary for these capabilities.
On-device AI enables much greater capabilities than before. It improves picture/video quality and enables the production of high-quality content-aware processing. More complex levels of generative AI, such as large vision models (LVMs) and large language models (LLMs), are rendered lightweight and can be immediately processed on edge devices without the need for transmitting to the cloud. A high-performance NPU handles the complex computations necessary for these capabilities.
An image of Exynos processor over a wide net that symbolizes neural network

GPU Technology
GPU Technology
GPU Technology

Pushing the boundaries of mobile gaming
Pushing the boundaries of mobile gaming
Pushing the boundaries of mobile gaming
Ray tracing is a graphics technology that traces the paths of light rays to simulate reflections, refractions, and shadows in digital images or videos more accurately. The enhanced realism it brings to in-game graphics is making ray tracing an increasingly important part of the mobile gaming experience.

In addition to these innovations, Samsung has been working with ExecuTorch, an on-device AI project from the PyTorch team at Meta, to optimize machine learning execution on the Exynos GPU via the Vulkan delegate, enabling high-performance and efficient AI processing on-device.
Ray tracing is a graphics technology that traces the paths of light rays to simulate reflections, refractions, and shadows in digital images or videos more accurately. The enhanced realism it brings to in-game graphics is making ray tracing an increasingly important part of the mobile gaming experience.

In addition to these innovations, Samsung has been working with ExecuTorch, an on-device AI project from the PyTorch team at Meta, to optimize machine learning execution on the Exynos GPU via the Vulkan delegate, enabling high-performance and efficient AI processing on-device.
Ray tracing is a graphics technology that traces the paths of light rays to simulate reflections, refractions, and shadows in digital images or videos more accurately. The enhanced realism it brings to in-game graphics is making ray tracing an increasingly important part of the mobile gaming experience.

In addition to these innovations, Samsung has been working with ExecuTorch, an on-device AI project from the PyTorch team at Meta, to optimize machine learning execution on the Exynos GPU via the Vulkan delegate, enabling high-performance and efficient AI processing on-device.
Samsung Exynos is at the forefront of supporting hardware-accelerated ray tracing, a cutting-edge technology that enables realistic representation of objects by tracking the light refracted or reflected off them

* All product specifications reflect internal test results and are subject to variations by user’s system configuration.
* All product images shown are for illustration purposes only and may not be an exact representation of the product.
* Samsung reserves the right to change product images and specifications at any time without notice.