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World's first commercially available microprocessor (4-bit) -
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An influential early 8-bit microprocessor that powered many early personal computers. -
An influential 8-bit microprocessor used in early computers, industrial control, and arcade games. -
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A clone of the Intel 8080, AMD's first significant processor. -
Adds on-chip clock oscillator and RAM to the 6800, forming a self-contained microcontroller. -
The start of the x86 architecture, still dominant today. -
A more advanced 8-bit design, popular in color computers and gaming systems of the era. -
A hybrid 16/32-bit architecture. Pioneered concepts used in modern processors, foundational to computers like the Apple Macintosh and Amiga. -
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Used in the popular IBM PC/AT, bringing increased power to desktop computing. -
A clone of the Intel 80286, helping AMD establish itself in the PC market. -
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The first full 32-bit processor in the 68k family, used in later Macintoshes, Unix workstations, and high-end Amigas. -
The first 32-bit x86 processor, enabling more advanced software. -
Enhanced the 68020 with on-chip data/instruction caches and a memory management unit (MMU). -
Integrated a math coprocessor and cache, significantly boosting performance. -
A fully integrated processor with an FPU (floating-point unit) and further cache improvements. -
Superscalar architecture for parallel instruction execution, a major performance leap. -
The first PowerPC processor, a RISC architecture born from an alliance between Motorola, IBM, and Apple. -
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The final significant processor of the mainstream 68k line, focused on superscalar performance. -
Low-power designs aimed at laptops. -
Optimized for 32-bit software, aimed at servers and workstations. -
High-performance design intended for desktop computers and servers. -
AMD's first in-house x86 architecture design, positioned to compete with Intel's Pentium. -
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Significant performance improvements, including MMX multimedia extensions. -
Introduced MMX instructions for multimedia acceleration. -
Used in Apple's iMacs and iBooks, bringing PowerPC to mainstream consumers. -
Added SSE instructions for further multimedia and 3D graphics optimizations. -
Extremely successful architecture that put AMD on the performance map with high clock speeds and great value. -
NetBurst architecture with a very deep pipeline, focusing on high clock speeds. Hit limitations due to heat and power issues. -
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ntroduction of AMD64, extending x86 to 64-bit computing, and on-die memory controller for significantly improved performance. -
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The first mainstream dual-core desktop processors by AMD. -
A return to efficiency; outperformed Pentium 4 at lower clock speeds. -
First native quad-core desktop processors from AMD. -
The last generation of PowerPC processors used by Apple before their transition to Intel. -
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Introduced the now-familiar Core i3, i5, i7 models. Major architectural update offering increased performance per clock. -
Aimed at high core counts, but fell behind Intel in single-core performance and efficiency. -
Integrated graphics on the processor die, significant performance improvements. -
Focused on power efficiency and integrated voltage regulator. -
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Refinement of 14nm process, new microarchitecture. -
Increased core count in mainstream processors. -
A massive comeback with significantly improved instructions per clock (IPC), increased core counts, and competitive pricing, revitalizing AMD. -
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Refined design, 7nm manufacturing process, major efficiency and performance gains – overtook Intel in many scenarios. -
Impressive architectural improvements for further single-core and gaming leadership. -
A leap with hybrid architecture with performance and efficiency cores, support for DDR5 and PCIe 5.0. -
Continued refinements, offering leadership performance and efficiency, introduction of AM5 socket. -