Why Choose an AMD Processor?

Whether you’re playing the latest RPG or battling it out in high-intensity FPS arenas, AMD processors bring pixel-perfect performance to your PC. These CPUs also provide incredible content-creation and productivity power.

AMD was the first company to reverse engineer Intel’s chips and design its own x86 microprocessors. It also sued Intel, winning a landmark antitrust lawsuit that freed the PC industry from Intel’s grip.

Whether you’re exploring expansive universes in the latest RPG or battling it out in high-intensity FPS arenas, an AMD processor is a gamer’s dream. Delivering pixel-perfect performance, these processors provide a seamless experience free from lag and stuttering.

Creative pros with demanding rendering workflows use AMD processors to wrangle large data sets and speed up their workflow. From 3D modelers to video editors, these modern-day magicians rely on the computational muscle of AMD processors to turn their ideas into reality.

Founded in 1969, Advanced Micro Devices (AMD) initially designed memory chips and other computer components. In the 1990s, it introduced the Athlon and Opteron microprocessors to compete with market leader Intel. In 2008, AMD spun off its manufacturing operations and licensed the chip design business to GlobalFoundries.

When scientists, engineers, and researchers need to tackle complex computational tasks with consistent, high-speed results, AMD processors help them bring their ideas to life. AMD processors power the world’s leading HPC supercomputers, including Frontier, the first system to break the exascale barrier.

Digital magicians such as video editors and 3D modelers will appreciate the pixel-perfect performance of the best AMD CPU for gaming, which lets them work with speed and ease without lag or stutter. AMD is committed to delivering the latest technology innovations, such as the Ryzen 5 family, to help them stay ahead of the curve.

A variety of open software supports AMD processors, including the AMD Performance Library and extensions for software parallelism that help increase program efficiency. Other key tools include the AMD uProfile system-level performance and power profiling suite, available for Windows and Linux. And AMD’s GPUOpen and ROCm compute stacks, which support the GCN and following architectures for machine learning and high-performance computing.

As video games evolve and the lines between real and virtual blur subtly, AMD processors help bring these immersive experiences to life. From diving into expansive universes in the latest RPGs to battling it out in high-intensity FPS arenas, AMD delivers pixel-perfect performance without any lag or stutter.

In addition, AMD offers gaming processors with built-in graphics for those who rely on mini PCs and handheld devices to play their games. Moreover, AMD’s commitment to long processor socket lifecycles means that its processors can deliver impressive gaming power for longer than Intel chips.

As AMD’s competitive advantage continues to strengthen, the company is poised for another era of growth. The company recently acquired technology and semiconductor company Xilinx, which adds to AMD’s offerings with a focus on FPGAs and enterprise, embedded and semi-custom processors. The combined company is poised to drive industry standards and offer a range of innovative solutions for consumer and business customers around the world.

Billions of people rely on AMD technology to improve their lives, work and play. From leading Fortune 500 businesses to cutting-edge scientific research institutions, AMD processors deliver leadership high-performance and adaptive computing solutions.

In the early 2000s, AMD split its business into two parts, designing chips and manufacturing them. AMD then sold the manufacturing arm of its business to GlobalFoundries, allowing it to focus on what it does best: design microprocessors that offer outstanding value and performance.

AMD’s latest CPUs feature multiple cores and threads to handle multithreaded workloads with ease. They also use less power, generate less heat and run quieter than Intel CPUs. This is particularly noticeable in laptops, where AMD processors outclass the competition. They’re a great choice for work, gaming and home entertainment applications. This is thanks to the advanced architecture of AMD’s current CPUs, based on the 14nm Zen+[170] microarchitecture. AMD software includes uProf (CPU performance and power profiling tool), GPUOpen and ROCm (Radeon Open Compute platform, for machine learning and high-performance computing). The company also offers AMD Radeon driver support under the open-source Linux project AMDgpu.

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