AMD

AMD – From Processors to Graphics and Embedded Technology in the Digital Era

Introduction to AMD

AMD (Advanced Micro Devices) is a leading company in high-performance and adaptive computing, with the mission of designing breakthrough products that drive the next generation of computing experiences.

Part of AMD’s vision is to leverage technological innovation to address global challenges, with a strong focus on servers, gaming, PCs, embedded systems, and data centers.

Social Responsibility & Sustainable Development

AMD places strong emphasis on social responsibility across its value chain, including:

• Digital impact: supporting scientific research, STEM education, and encouraging responsible product usage.

• Environmental protection: improving energy efficiency, optimizing operations, and reducing environmental impact.

• Diversity & inclusion: building a workplace that values multiple perspectives, gender equality, and respect for differences.

• Responsible supply chain: working with suppliers to ensure human rights, sustainability, and rigorous supply chain oversight.

AMD Product Portfolio

AMD offers a wide product portfolio that serves diverse needs from individual users to professional and embedded systems. Below are the main categories with their core functions:

• Processors for desktops, laptops, and workstations: Handle everyday computing tasks, multitasking, integrated graphics, and deliver high performance for intensive workloads, creative tasks, or gaming.

• Server processors: Power large-scale infrastructure, data centers, virtualization, high-performance computing, cloud storage, and processing.

• Embedded processors: Designed for specialized devices such as networking, storage, industrial, medical, and automotive systems, with a focus on durability, long lifecycle, and energy efficiency.

• Graphics solutions: Provide discrete and professional GPUs for graphics processing, rendering, design, gaming, and video workflows, serving both individuals and professionals.

• Accelerators: Support specialized tasks such as parallel computing, AI, machine learning, and large-scale data processing, widely used in data centers, research, and advanced applications.

• Adaptive SoCs, FPGAs, and embedded modules (SOMs): Highly flexible systems integrating CPUs, FPGAs, and other components, enabling customized designs for specific applications while enhancing efficiency and reducing power consumption.

Key Advantages

• High performance per watt: AMD consistently prioritizes energy-efficient performance, delivering powerful computing with optimized power consumption.

• Stability and long lifecycle: Especially for embedded products, built for continuous operation and harsh environments.

• Security and long-term availability: Ensures production continuity and enterprise-level support, critical for industrial and corporate applications.

• Versatile applications: Products cover a wide range of uses, from personal computing and gaming to servers, storage, embedded systems, automotive, and healthcare.

AMD’s Technological Path Forward

AMD not only focuses on hardware performance but also on sustainable technology development, enhancing computational power for artificial intelligence, cloud computing, and industrial applications. With this vision, AMD continues to strengthen its pioneering role in the semiconductor industry.