From a second-source chip maker in Intel's shadow to a genuine challenger in CPUs, gaming GPUs and AI accelerators — the greatest comeback in semiconductor history.
All
Person
Event
Conflicts
Disaster / crisis
Science
Culture
Companies
Countries
Dashed left edge = started before this timeline ·
Dashed right edge = still ongoing
AMD 47
1969 – 1975AMD goes public — second-source business modelAMD goes public on the American Stock Exchange in 1972, raising capital for expansion. Throughout the early 1970s AMD's business model is second-sourcing: manufacturing chips originally designed by other companies under licence. AMD second-sources logic chips from National Semiconductor and Fairchild, building manufacturing expertise and customer relationships. The second-source model is not glamorous but it generates cash flow, develops process engineering skills and establishes AMD with customers who want supply security for critical components.
1969Jerry Sanders — AMD's flamboyant founderW.J. 'Jerry' Sanders III is AMD's founder and driving force for its first three decades. Where Intel's culture is buttoned-up and engineering-driven, Sanders is theatrical — famous for Rolls-Royces, mansions and the declaration 'People first, products and profits will follow.' Sanders builds AMD through force of personality and salesmanship, signing second-source agreements and surviving on Intel's table scraps for years. His greatest achievement is signing the 1982 cross-license agreement with IBM that forces Intel to give AMD x86 manufacturing rights.
1969AMD founded — one year after IntelAdvanced Micro Devices is founded on 1 May 1969 in Sunnyvale, California by Jerry Sanders and seven colleagues — most of them former Fairchild Semiconductor engineers, the same pool from which Intel's founders came. Sanders, a flamboyant salesman in sharp contrast to Intel's engineer-led culture, raises $1.5 million in startup funding. AMD's initial business is manufacturing AMD-branded versions of chips designed by other companies — a second-source strategy that keeps AMD alive for its first decade.
1975AMD Am9080 — cloning Intels 8080AMD introduces the Am9080 in 1975 — a reverse-engineered clone of Intel's 8080 microprocessor, produced without a licence. AMD's Am9080 is pin-compatible and software-compatible with the Intel 8080 but manufactured independently. The chip demonstrates AMD's ability to reverse-engineer Intel's processors — a capability that will define AMD's competitive strategy for the next decade. Intel is furious but cannot easily stop AMD, and the two companies eventually resolve their differences through cross-licensing agreements.
1982AMD-Intel cross-licence — x86 rights securedIntel signs a Technology Exchange Agreement with AMD in 1982, granting AMD a licence to manufacture Intel's x86 processors. Intel agrees to this arrangement under pressure from IBM — which insists on having a second-source supplier for the 8086/8088 processors going into the IBM PC before committing to large orders. IBM's requirement effectively forces Intel to license its crown jewels to AMD. Sanders later calls this 'the single most important contract in AMD's history.' The agreement gives AMD the x86 rights that will sustain it for decades.
1984AMD Am286 — competing with Intel in PC CPUsAMD introduces the Am286 in 1984 — an AMD-manufactured version of Intel's 80286 processor, produced under the 1982 cross-licence agreement. The Am286 runs at up to 20MHz — faster than Intel's own 12MHz offering — and at lower prices. PC manufacturers and clone makers eagerly adopt AMD's faster, cheaper processors. AMD's ability to undercut Intel on price while matching or exceeding performance establishes the competitive dynamic that will define the x86 processor market for the next forty years.
1986Intel refuses to licence the 386 — legal war beginsIntel introduces the 80386 in 1985 and refuses to licence it to AMD, claiming AMD's second-source rights under the 1982 agreement do not extend to new designs. AMD disputes this interpretation and begins a legal battle that will last eight years, cost both companies hundreds of millions in legal fees and ultimately confirm AMD's x86 rights in court. The 386 dispute is the beginning of Intel and AMD's permanent legal conflict — the two companies spend more time in courtrooms than any other pair of competitors in technology history.
1991AMD Am386 — first independently designed x86 processorAMD introduces the Am386 in 1991 — its own independently designed 386-compatible processor, without Intel's help. The Am386 is the result of AMD's reverse engineering and clean-room design work following Intel's refusal to licence the 386. Running at 40MHz versus Intel's 33MHz top speed, the Am386 is faster than Intel's offering and significantly cheaper. PC manufacturers including Compaq adopt it. The Am386 establishes AMD's ability to compete with Intel through independent engineering rather than mere licensing.
1993AMD Am486 — competing on priceAMD introduces the Am486 processor in 1993 — its own 486-compatible processor running at up to 120MHz, faster than Intel's top 486 and at lower prices. The Am486 wins significant market share in the budget PC segment, where price is the primary consideration. AMD establishes itself as the preferred processor for PC makers targeting the cost-conscious consumer market. The pattern — AMD matching Intel's performance at lower prices — will define AMD's competitive positioning for the next decade.
1993AMD wins x86 licence in courtAfter eight years of litigation, an arbitration panel rules in AMD's favour in 1992, confirming that AMD has the right to produce x86-compatible microprocessors. The ruling does not give AMD Intel's source code or microcode — AMD must develop its own implementations — but it confirms AMD's right to make processors that run x86 software. The legal victory is existential for AMD: without it, Intel could have used patent law to shut AMD out of the x86 market entirely.
1996AMD acquires NexGen — the Athlon foundationAMD acquires NexGen — a fabless semiconductor startup — in January 1996 for $857 million. NexGen had designed the Nx586 processor with a innovative microarchitecture that decodes complex x86 instructions into simpler internal operations (RISC-like micro-ops). NexGen's engineering team, led by Vinod Dham (formerly of Intel's Pentium team), becomes the core of AMD's processor design organisation. The NexGen acquisition is the most important in AMD's history: it provides the architectural foundation for the K6 and eventually the Athlon.
1996AMD K5 — first fully independent x86 CPU architectureAMD introduces the K5 processor in March 1996 — the first AMD processor designed entirely from scratch without any Intel architecture or microcode, just x86 compatibility at the instruction set level. The K5 is competitive with Intel's Pentium in integer performance but weaker in floating point. Its development is delayed and its performance disappointing relative to expectations. But the K5 proves AMD can design its own processor architectures — essential capability for the Athlon's breakthrough three years later.
1997AMD K6 — competitive with Pentium IIAMD introduces the K6 processor in April 1997 — using NexGen-derived architecture — and for the first time since the 386 era, AMD has a processor that competes directly with Intel's best on performance. The K6 runs at 200–300MHz and matches the Pentium II in most benchmarks at significantly lower prices. Intel responds with price cuts. The K6 restores AMD's credibility as a serious competitor and generates the revenue AMD needs to fund the Athlon development. AMD reaches $2.4 billion in revenues in 1997.
1999Athlon — AMD beats Intel for the first timeAMD introduces the Athlon processor in June 1999 — and for the first time in AMD's history, it has a processor that outperforms Intel's best offering (the Pentium III) across the majority of benchmarks. The Athlon is the first x86 processor to reach 1GHz (March 2000, beating Intel by one day in a race both companies publicly staged). The Athlon's out-of-order execution engine, large caches and floating-point performance make it the preferred processor for enthusiast PC builders and gaming machines. AMD's market share reaches 20%.
2000Athlon reaches 1GHz — beats Intel in the raceOn 6 March 2000, AMD announces the first 1GHz processor — the Athlon — one day before Intel's competing announcement. The 1GHz milestone is the most visible performance landmark in PC history; both companies race to reach it first. AMD wins. The moment is enormous for AMD's brand: for the first time, AMD is not copying Intel — it is beating Intel. The 1GHz Athlon generates massive media coverage and establishes AMD as a genuine performance leader among enthusiasts and gamers.
2003AMD Opteron — entering the server marketAMD introduces the Opteron server processor in April 2003 alongside the Athlon 64 — bringing AMD64 to the datacenter. The Opteron's integrated memory controller (eliminating the front-side bus bottleneck that limits Intel's Xeon) and HyperTransport interconnect give it a significant performance and memory bandwidth advantage over Intel's Xeon. Google, Sun Microsystems and major cloud providers adopt Opteron for their data centres. For a brief period (2003–2006) AMD has the best server processor in the world.
2003AMD64 — 64-bit computing for everyoneAMD introduces the Athlon 64 processor in September 2003, featuring AMD64 — a 64-bit extension to the x86 instruction set that allows processors to address more than 4GB of RAM while remaining fully compatible with existing 32-bit software. Intel initially dismisses 64-bit x86 computing for clients, pursuing its separate Itanium architecture instead. But AMD64's backward compatibility and performance make it the obvious choice. Intel is forced to implement AMD64 in its own processors (calling it EM64T) — paying AMD royalties on every Intel 64-bit processor sold to this day.
2005AMD Athlon 64 X2 — first dual-core x86 processorAMD introduces the Athlon 64 X2 in May 2005 — the first dual-core x86 processor for consumer PCs, containing two processor cores on a single chip. AMD beats Intel to dual-core by launching the X2 weeks before Intel's competing Pentium D. The X2's performance advantage over the Pentium D (which is essentially two chips glued together with inefficient interconnects) is substantial. The dual-core launch is AMD's competitive peak of the 2000s — before Intel's Core 2 architecture restores Intel's performance lead.
2006AMD acquires ATI for $5.4 billionAMD acquires ATI Technologies — the second-largest graphics chip maker after Nvidia — for $5.4 billion in July 2006. The acquisition gives AMD a graphics chip division, the Radeon GPU brand and ATI's expertise in graphics, display technology and multimedia processors. The strategic vision is compelling: combining CPUs and GPUs on the same chip (the 'Fusion' concept, later called APU). But the acquisition price is too high, the integration is complex and slow, and it saddles AMD with debt just as Intel's Core 2 devastates AMD's CPU market share.
2006Intel Core 2 Duo — AMD loses its performance leadIntel introduces the Core 2 Duo in July 2006 — using the efficient P6-derived architecture rather than the failed Pentium 4 — and immediately reclaims performance leadership from AMD across all segments. The Core 2 outperforms AMD's best Athlon 64 X2 by 20–40% in most benchmarks. AMD's pricing power evaporates overnight. The company is forced into massive price cuts to maintain market share. The combination of the ATI acquisition debt and Intel's Core 2 performance lead pushes AMD toward financial crisis.
2007AMD Barcelona — delayed and disappointingAMD introduces the Barcelona (Phenom) quad-core processor in November 2007 — its answer to Intel's quad-core offerings. Barcelona is delayed by six months and launches with a critical bug (TLB errata) that requires a BIOS workaround reducing performance. The processor is slower than Intel's Core 2 Quad in most benchmarks. AMD is forced into further price cuts. Jerry Sanders had retired in 2002; his successor Hector Ruiz is battling a company that is losing on technology, losing on price and drowning in ATI acquisition debt.
2008AMD spins out its fabs — GlobalFoundries createdAMD spins off its semiconductor manufacturing operations into a new company — GlobalFoundries — in March 2009, with majority funding from Abu Dhabi's Advanced Technology Investment Company (ATIC). AMD becomes a fabless chip designer, outsourcing manufacturing to GlobalFoundries initially and later to TSMC and Samsung. The spin-off eliminates AMD's enormous capital expenditure burden — fabs cost billions to build and operate — and allows AMD to focus on chip design. It is a necessary survival move but also an admission that AMD cannot afford to compete with Intel in manufacturing.
2009AMD Radeon HD 5870 — GPU leadershipAMD's ATI division introduces the Radeon HD 5870 in September 2009 — the world's first DirectX 11 gaming GPU and the fastest single-chip graphics card available. The 5870 beats Nvidia's competing offerings by a substantial margin and establishes AMD/ATI as the GPU performance leader for the first time. AMD's GPU business becomes a bright spot amid the CPU darkness. The 5870 generation generates significant revenue and profit, partly compensating for AMD's CPU market share losses.
2011AMD Bulldozer — the architecture that failedAMD introduces the Bulldozer processor architecture in October 2011 — intended to challenge Intel's Sandy Bridge. The result is catastrophic: Bulldozer is dramatically slower than Sandy Bridge per clock and per core, runs hot and consumes more power. AMD's Bulldozer-based FX processors are outperformed by Intel chips costing half as much. The architecture failure is AMD's worst since the K5. AMD's CPU market share falls below 20%. The company posts large losses and begins what will be a five-year period of near-irrelevance in the CPU market.
2012AMD APU — CPUs and GPUs combinedAMD introduces its APU (Accelerated Processing Unit) concept beginning with the Llano chip in 2011 and accelerating through 2012 — combining CPU and GPU cores on the same die, the Fusion vision from the ATI acquisition. APUs prove successful in the budget laptop and tablet market where integrated graphics capability matters. The PlayStation 4 and Xbox One (both using AMD APUs announced in 2013) validate the concept at enormous scale. AMD supplies the processing heart of both next-generation consoles — a crucial revenue stream during the dark CPU years.
2013AMD wins PlayStation 4 and Xbox One — consoles save AMDBoth Sony's PlayStation 4 and Microsoft's Xbox One — announced within months of each other in early 2013 — use custom AMD APUs combining x86 CPU cores and AMD Radeon GPU cores. The console wins are enormously valuable for AMD: they provide guaranteed revenue of hundreds of millions of units over the consoles' 7–10 year lifespans, fund AMD's research budget during the CPU crisis and validate AMD's APU architecture. Without the PS4 and Xbox One contracts, AMD might not have survived long enough to develop Zen.
2014Lisa Su becomes CEO — the turnaround beginsLisa Su becomes AMD's CEO on 8 October 2014, replacing Rory Read. Su, an MIT-trained electrical engineer with a background in semiconductor R&D at IBM, Freescale and AMD itself, is one of the most technically credible CEOs in the industry. She immediately focuses AMD on its core competency: high-performance computing chips. She kills marginal businesses, increases R&D investment in CPUs and GPUs, and commissions a completely new processor architecture — the project that becomes Zen. Su's appointment is the inflection point in AMD's history.
2015Jim Keller hired — Zen architecture designedJim Keller — the architect of the original Athlon K8 processor and, between AMD stints, the designer of Apple's A4 and A5 chips — rejoins AMD in 2012 and leads the Zen microarchitecture design until 2015. Keller's Zen architecture is a complete departure from Bulldozer: a clean-sheet design with deep out-of-order execution, improved branch prediction and a massive increase in instructions per clock. Keller leaves AMD in 2015 before Zen ships, but his architectural blueprint is complete. Zen is the foundation of every AMD processor through 2026 and beyond.
2015AMD near-bankruptcy — stock at $1.61AMD's stock hits $1.61 per share in July 2015 — down 95% from its peak of $43 in 2006. The company has posted losses for several consecutive years; its CPU market share is below 15% in desktops and falling in laptops. AMD sells its Austin, Texas campus to raise cash, leasing it back. Analysts openly debate whether AMD will survive. Lisa Su is spending the company's last reserves on Zen — a completely new processor architecture designed by Jim Keller. If Zen fails, AMD almost certainly goes bankrupt.
2016Polaris GPU — RX 480 challenges Nvidia mid-rangeAMD introduces the Radeon RX 480 GPU in June 2016 — the first AMD GPU manufactured on 14nm FinFET process technology. The RX 480 delivers performance competitive with Nvidia's $400 GTX 980 at a price of $199 — demonstrating AMD's ability to compete aggressively on price/performance in graphics. The Polaris generation restores AMD's GPU credibility after several difficult years and generates significant revenue ahead of the Ryzen CPU launch.
2017Ryzen — the comeback that shocked the industryAMD introduces the Ryzen 7 1800X on 2 March 2017 — the first Zen-architecture processor for consumers. The results stun the industry: Ryzen 7 delivers performance competitive with Intel's $1,000+ Core i7 Extreme at $499, with better multi-threaded performance. For the first time since 2006, AMD has a processor that makes Intel users consider switching. Ryzen is manufactured at GlobalFoundries on 14nm. Lisa Su's bet has paid off. AMD's stock rises 13% on launch day. The semiconductor industry's competitive landscape is transformed.
2017EPYC — AMD returns to the server marketAMD introduces EPYC server processors in June 2017 — bringing Zen architecture to the data centre. EPYC uses a multi-chip module design, combining multiple smaller 'chiplets' into a single package. The chiplet architecture allows AMD to achieve higher core counts than Intel's monolithic approach at lower manufacturing cost. EPYC's first customers include Baidu, Microsoft Azure and Dropbox. Server CPU market share for AMD, which had fallen below 1%, begins to recover. By 2023 it exceeds 30%.
2018Ryzen 2000 series — Zen+ on 12nmAMD introduces the Ryzen 2000 series in April 2018, manufactured on GlobalFoundries 12nm process — a refinement of 14nm. The Zen+ architecture improves clock speeds and memory latency, maintaining AMD's competitive position against Intel. Intel, still unable to transition to 10nm, responds with higher clock speeds on its 14nm process — a strategy that produces processors running extremely hot. AMD's ability to offer competitive performance at lower power consumption and prices continues to erode Intel's market share.
2019Zen 2 on 7nm — AMD leaps ahead of IntelAMD introduces Zen 2 processors (Ryzen 3000 series) in July 2019, manufactured on TSMC's 7nm process — the first mainstream x86 processors built on 7nm, while Intel is still on 14nm. The performance improvement over Zen+ is dramatic: up to 15% more IPC, much higher clock speeds and dramatically better power efficiency. The Ryzen 9 3950X offers 16 cores for $749 — matching Intel's $2,000 Core i9-9980XE. In the server market, 2nd-generation EPYC (Rome) offers up to 64 cores and begins winning major cloud deployments at AWS and Google.
2020AMD RDNA 2 — challenging Nvidia in gaming GPUsAMD introduces its RDNA 2 GPU architecture in October 2020 with the Radeon RX 6000 series — the first AMD gaming GPUs to genuinely compete with Nvidia's RTX 3000 series across the entire performance range. The RX 6800 XT matches the RTX 3080 in gaming performance at equivalent pricing. AMD also licenses RDNA 2 to both Sony (PlayStation 5) and Microsoft (Xbox Series X/S) — meaning AMD GPU architecture powers both major gaming consoles simultaneously for the first time.
2020PlayStation 5 and Xbox Series X — AMD wins consoles againBoth the PlayStation 5 (November 2020) and Xbox Series X (November 2020) use custom AMD processors combining Zen 2 CPU cores with RDNA 2 GPU cores. AMD sweeps both major gaming console platforms for the second consecutive console generation — providing the computing heart of essentially the entire gaming console industry. The PlayStation 5's semi-custom AMD chip, with its extremely fast custom SSD controller, is designed in close collaboration between AMD and Sony engineers.
2020Zen 3 — AMD takes IPC lead over IntelAMD introduces Zen 3 processors (Ryzen 5000 series) in November 2020, achieving the highest instructions-per-clock of any x86 processor. The Ryzen 9 5950X is the fastest consumer CPU in the world across most workloads — the first time AMD has held the absolute performance crown since the Athlon 64 era. Intel's flagship i9-10900K, despite running at higher clock speeds, cannot match AMD's per-core performance. AMD's gaming performance, previously Intel's last advantage, falls to AMD as well. The reversal is complete.
2021Zen 3 3D V-Cache — 3D chip stackingAMD introduces Ryzen processors with 3D V-Cache in January 2022 — stacking 64MB of additional L3 cache directly on top of the processor using TSMC's 3D stacking technology (SoIC). The 3D V-Cache processors deliver dramatic improvements in gaming performance — in some games 15–30% faster than equivalent processors without V-Cache — by keeping more game data closer to the processor cores. The 3D stacking innovation demonstrates AMD's willingness to explore non-traditional packaging technologies to achieve performance gains.
2021AMD acquires Xilinx for $49 billionAMD completes its acquisition of Xilinx — the world's largest FPGA (field-programmable gate array) manufacturer — for $49 billion on 14 February 2022 in stock. The Xilinx acquisition is transformative: it gives AMD a leading position in adaptive computing, used in telecommunications, automotive, defence and data centre applications. It also brings Xilinx's AI inference accelerators (Versal) and an enormous customer base in industrial and embedded markets. The deal makes AMD a complete data centre silicon company — CPUs, GPUs, FPGAs and adaptive SoCs.
2022AMD Instinct MI250 — entering AI acceleratorsAMD introduces the Instinct MI250X in November 2021 and ramps it through 2022 — an AI accelerator chip targeting Nvidia's A100 GPU for machine learning training. The MI250X powers the Frontier supercomputer at Oak Ridge National Laboratory, which becomes the world's first exascale computer (exceeding 1 exaflop of computing performance) in 2022. The Frontier win validates AMD's Instinct platform and demonstrates that AMD can compete with Nvidia for the highest-performance AI computing workloads.
2022AMD market cap exceeds $200 billionAMD's market capitalisation exceeds $200 billion in late 2021, peaking above $230 billion — an extraordinary appreciation from $1.61 per share in 2015. Lisa Su's turnaround, built on Zen CPUs, RDNA GPUs, the Xilinx acquisition and AMD's position in gaming consoles, creates over $200 billion in shareholder value in seven years. AMD is now larger by market cap than Intel — a reversal that would have been inconceivable in 2015. Lisa Su becomes one of the most celebrated CEOs in technology.
2023AMD EPYC Genoa — 96 cores, data centre dominanceAMD's EPYC Genoa processors (4th generation, Zen 4) offer up to 96 cores per socket — twice Intel's maximum — and win major deployments at every major cloud provider. Amazon, Google, Microsoft, Meta and Oracle all offer AMD EPYC-based cloud instances. AMD's server CPU market share exceeds 30% for the first time and continues growing. Intel's dominance of the data centre, unchallenged for twenty years, is genuinely threatened. The server market is AMD's most important battleground and its fastest-growing business.
2023AMD Instinct MI300X — challenging Nvidia H100AMD introduces the Instinct MI300X in December 2023 — its most competitive AI accelerator to date, featuring 192GB of HBM3 memory (compared to 80GB in Nvidia's H100) and a unified CPU-GPU memory architecture. The MI300X's memory capacity advantage makes it particularly well-suited for large language model inference. Microsoft Azure, Meta and Oracle become MI300X customers. For the first time, AMD has an AI accelerator that customers seriously consider as an alternative to Nvidia's H100. AMD's AI accelerator revenue target for 2024 is $3.5 billion.
2024AMD Instinct MI300X AI revenue exceeds $5 billionAMD's AI accelerator business — primarily the Instinct MI300X — exceeds $5 billion in annual revenue in 2024, growing faster than any other AMD product line in history. While still far below Nvidia's $90+ billion AI chip revenue, AMD's trajectory is significant: major hyperscalers are diversifying their AI chip spending away from pure Nvidia dependency. Microsoft's Azure MI300X deployments, Meta's AI infrastructure plans and Oracle's cloud commitments validate AMD as a credible second source for AI computing.
2024AMD Zen 5 — Ryzen 9000 and EPYC TurinAMD introduces Zen 5 architecture processors in 2024 — the Ryzen 9000 series for consumers and EPYC Turin for servers, manufactured on TSMC's 4nm process. Zen 5 delivers approximately 16% IPC improvement over Zen 4, with a wider execution front end and improved branch prediction. EPYC Turin offers up to 192 cores per socket — doubling the previous generation. Intel's competing Arrow Lake processors deliver mixed results, maintaining AMD's competitive performance position in both consumer and server markets.
2025AMD Instinct MI350 — next generation AI chipsAMD introduces the Instinct MI350 AI accelerator in 2025, based on the CDNA 4 architecture and manufactured on TSMC's 3nm process. The MI350 targets Nvidia's Blackwell B200 GPU with competitive performance and AMD's traditional memory capacity advantage. AMD's AI chip roadmap accelerates: Mi400 is planned for 2026. Lisa Su publicly targets $10 billion in AI chip revenue by 2025. The race between AMD and Nvidia in AI accelerators is the most consequential competition in the semiconductor industry.
2025AMD revenues approach $30 billion — from near-bankruptcy to challengerAMD's annual revenues approach $30 billion in fiscal 2025 — up from $3.9 billion when Lisa Su became CEO in 2014. The company that was trading at $1.61 per share and contemplating bankruptcy in 2015 is now a $250+ billion market cap company competing with both Intel in CPUs and Nvidia in AI accelerators simultaneously. AMD's story — the greatest corporate comeback in semiconductor history — is built on one great engineering bet (Zen), one great CEO (Lisa Su) and the discipline to execute across multiple product generations without ever returning to the near-death of the Bulldozer era.