AMD

A brief history

AMD (Advanced Micro Devices) was founded in 1969 in Sunnyvale, California, originally as a second-source supplier of Intel-designed logic chips. Through the 1980s and 1990s the company built its own x86 line — K5, K6, then the Athlon family, which in 1999 became the first x86 CPU to break 1 GHz and briefly leapfrogged Intel on performance. The 2006 acquisition of ATI brought Radeon graphics in-house and made AMD the only company shipping both x86 CPUs and high-end discrete GPUs. The Bulldozer era (2011–2016) was a near-disaster commercially and technically, but the 2017 launch of Zen and the Ryzen brand reset the company. Subsequent Zen generations — Zen 2, Zen 3, Zen 4, Zen 5 — restored desktop performance leadership and gave AMD a dominant position in cloud server CPUs through the EPYC line. AMD silicon also powers the PlayStation 5, Xbox Series X/S, Steam Deck, and most major handheld PC competitors.

What AMD is known for

AMD's reputation since 2017 has been built on price-performance and platform longevity. Socket AM4 received seven years of CPU support across multiple Zen generations, and AM5 has been committed to through at least 2027 — a contrast with Intel's typically two-generation socket lifetimes. On the GPU side, Radeon competes on raster performance per dollar and on generous VRAM allocations rather than on ray-tracing or upscaling. FSR (FidelityFX Super Resolution) is the open, vendor-neutral counterpart to DLSS, and FSR 4's move to ML-based upscaling closes much of the quality gap. AMD's APU strategy — integrated graphics strong enough to run modern games at 1080p — is the foundation of the handheld-PC category.

Where AMD excels on vsMars

AMD anchors the CPUs category and is well represented across best CPUs, particularly on gaming-cache SKUs like the X3D line. Radeon GPUs compete throughout graphics cards and best graphics cards, and AMD-based gaming PCs populate much of the value-tier coverage in best gaming PCs. Ryzen mobile parts appear extensively in laptops and best laptops, and AMD silicon powers every current entry in game consoles.

Trade-offs to know

AMD still trails NVIDIA on the GPU software stack. ROCm — AMD's CUDA equivalent — has matured but remains a less reliable target for ML workloads, particularly on consumer Radeon cards. Ray-tracing performance has closed the gap on raster but lags NVIDIA at the top tier, and FSR adoption in shipping titles trails DLSS. On CPUs, AMD's idle power on desktop has been higher than Intel's across recent generations because of the chiplet design, which can matter for always-on workstations. Motherboard pricing on AM5 launched high and has only partially come down. Driver and chipset software (especially the Radeon control panel and the early Adrenalin releases each year) has historically shipped less polished than NVIDIA's GeForce Experience successor. Finally, AMD's product naming is famously inconsistent across generations, which makes it harder for buyers to map a model number to actual performance class than it is on the Intel or NVIDIA side.