Industry

The Semiconductor Arena

The semiconductor industry runs roughly $700 billion of annual revenue in 2025 and is widely modeled to cross $1 trillion by 2030 — the silicon layer under every server, phone, car, and AI model. Three things to internalize before reading the rest of this report:

1. The industry is cyclical, but right now in a generational supercycle. AI training and inference demand has pulled forward years of capacity build, lifted the price of leading-edge logic, and concentrated profits in a small handful of suppliers.
2. Profits do not pool evenly across the value chain. The economic rents sit with chip designers (fabless), the leading-edge foundry (TSMC), specialty memory (a global oligopoly), and the equipment makers gating it. Everyone else competes for residual margin.
3. AMD's reportable segments map to three different sub-industries — server CPUs, GPUs and AI accelerators, PCs and consoles, and industrial/automotive embedded — each with its own competitive structure, cycle, and margin profile.

Vocabulary — the seven terms to know

Seven definitions cover most of what is needed to read this report:

The value chain — where the money actually pools

A chip starts as a design in EDA software, gets fabricated on a wafer at a foundry, is packaged and tested by an OSAT vendor, then ships to an OEM. The profit pool is not evenly distributed. The table below shows gross-margin bands typical of pure-play participants in each stage, alongside the dominant firms — and where AMD sits.

The chart below distils that into a stylised view of gross-margin bands by stage.

Two takeaways drive nearly every strategic decision in this industry:

• Design and EDA earn the highest, most durable margins because their cost base is engineers, not factories. NVIDIA's roughly 75% gross margin reflects pricing power on AI GPUs, not generosity from customers; Synopsys and Cadence earn 65 to 80 because their software is a toll-road on every chip designed.
• The foundry layer is structurally a duopoly-plus. TSMC controls roughly 90% of the leading-edge node (3nm and below). Every fabless designer in the world — AMD, NVIDIA, Qualcomm, Apple, Broadcom — relies on that single supplier. The foundry earns mid-50s gross margins on those wafers; the designer who can charge a steep premium on the resulting chip earns far more.

AMD's position is unambiguously fabless: it designs chips, contracts TSMC (and historically GlobalFoundries) to build the wafers, ships them to ATMP partners in Asia for packaging, and sells to hyperscalers, OEMs, and distributors. This model trades the capital intensity of a fab (Intel's perennial drag) for dependency risk on TSMC's roadmap and capacity allocation.

Market size and growth — heterogeneity inside a $1 trillion story

The aggregate semiconductor market grew from roughly $574 billion in 2022 to about $700 billion in 2025. McKinsey models a 13% CAGR through 2030 (taking the industry past $1 trillion), but the headline disguises a wildly uneven split: AI-relevant segments grow 20%+ annually while mature/analog grows 2 to 4%.

This is the chart that drives AMD's investment thesis. The two segments where AMD has its biggest competitive position — server CPUs and AI accelerators — sit at the top of the growth distribution. Management has raised its server CPU TAM estimate to over $120 billion by 2030 (from a prior ~$60 billion), and it now expects data center AI revenue to compound at over 80% over the next three to five years.

The cost of that growth is also extreme. SEMI estimates that fab capital expenditure on advanced process equipment will rise from $26 billion in 2024 to over $50 billion by 2028 (a 94% increase). For AMD, every additional dollar of TSMC capacity for leading-edge nodes is a dollar it has to compete for against NVIDIA, Apple, Qualcomm, and others.

Cyclicality — the rhythm inside the growth story

Semiconductors are one of the most cyclical industries in the economy. Each cycle has a recognisable structure: demand spikes → fabless designers over-order from foundries → inventory builds at customers → demand normalises → orders crash → inventory clears → cycle resets. The cycle is typically 3 to 4 years peak-to-peak.

The historical revenue path of AMD is a near-perfect chart of where the chip industry has been over two decades. The annotations below identify the cycle phases.

Three observations worth holding onto:

• The 2007 to 2015 lost decade was structural, not cyclical. AMD spent eight years roughly flat near $5 to 6 billion of revenue while losing share to Intel in CPUs and to NVIDIA in GPUs. The recovery, beginning with Zen architecture in 2017, was an execution story, not a market story.
• The 2022 to 2023 dip was a normal cyclical downturn driven by the post-COVID PC reset and gaming console mid-cycle. PCs (now Client) and Gaming, which together make up 42% of 2025 revenue, are still cyclical — the AI tailwind cushions but does not eliminate that.
• The 2024 to 2025 inflection is unprecedented in size. Revenue jumped 34% in 2025 ($34.6B), with Data Center up 32% and Client and Gaming up 51%. Q1 2026 revenue ran at $10.3 billion (up 38% YoY), with Data Center now 56% of the company.

Competitive structure — concentrated, segment-by-segment

The semi industry looks fragmented in aggregate (hundreds of fabless designers, dozens of analog vendors), but at the product-category level it is one of the most concentrated industries in technology. Most categories are duopolies or three-player oligopolies. The table below maps the relevant arenas for AMD.

This is the most important table in the deck for understanding AMD's investment story. Each row is a different competitive game with different economics:

• Server CPU is a duopoly where AMD is the share gainer. Recent industry data (per latest market trackers) has AMD at roughly one-third of server CPU shipments and 46% of revenue — record highs. Intel's foundry struggles have left rival supply stalled, accelerating the shift.
• AI accelerator is a duopoly-plus where NVIDIA enjoys ~90%+ revenue share. AMD's Instinct MI300, MI350, and forthcoming MI450 are the credible Western alternative, with binding multi-gigawatt commitments from Meta and OpenAI announced in 2025.
• Game consoles is the quietest part of AMD's moat: it has effectively all semi-custom console silicon (PlayStation 5, Xbox Series, the new Valve Steam Machine), which is a high-volume, predictable, lower-margin business but a steady cash anchor.

The bubble chart positions AMD against listed peers. Bubble size = market cap; x-axis = most recent fiscal-year revenue; y-axis = trailing growth.

Two extremes anchor the chart. NVIDIA is in a class of its own — $4.8 trillion of equity value on $200B of trailing revenue, both growing 65%+. Intel sits at the opposite corner: similar revenue to AMD with no growth, a fraction of the market cap, and burning cash on foundry. AMD's positioning — 30%+ growth at $34.6B of revenue and roughly $850B of market cap at the June 17 close — is where the bull case is being priced.

Why margins differ so much — peer economics

The single number after revenue that matters most in semis is gross margin — the cleanest read on pricing power, mix, and competitive position.

Three patterns are doing all the work here:

• NVIDIA's 75% gross margin reflects pricing power on AI accelerators where supply trails demand and software lock-in (CUDA) lets it set the price floor. As long as data-center buildouts outpace TSMC's leading-edge capacity, this number is structural, not temporary.
• AMD's 50% gross margin is the central tension of the AMD story. It is dramatically better than where AMD sat a decade ago (in the 30s) but well below NVIDIA. Closing the gap requires lifting AI accelerator mix at favourable price points — exactly what management is betting the MI450 ramp will accomplish. Management has publicly targeted over 35% non-GAAP operating margin long-term, with non-GAAP gross margin already at 55% in Q1 2026.
• Intel's 33% gross margin is the cautionary tale. An IDM that has lost the leading-edge race ends up with a high fixed-cost base, idle fab capacity, and product mix shifted toward older, cheaper chips. This is the gravitational pull AMD escaped by being fabless.

A structural climb from below 30% in 2016 to roughly 50% today, propelled by Zen, EPYC, Xilinx, and now AI accelerators. Closing further toward NVIDIA's 70s is the leg embedded in the current valuation.

Supply-chain pinch points — where this industry breaks

For an AMD investor, four supplier-side chokepoints matter more than any other line items on the income statement.

The headline risk here is CoWoS. To build an AI GPU like the Instinct MI300, AMD needs TSMC to (1) fabricate the GPU die at 5nm, (2) source HBM3 from SK Hynix or Samsung, and (3) bond them together with CoWoS-S packaging at TSMC. Every AI chip in the world is competing for the same CoWoS slots. Bears argue NVIDIA's priority access to CoWoS structurally caps Instinct revenue regardless of demand — this is the single most-cited bear thesis on AMD's AI ramp.

Regulatory and geopolitical overlay

Semiconductors moved from an obscure trade category to a top-tier national security concern in the past five years. Three regimes shape what AMD can sell and where:

Where this leaves AMD — synthesis

Knit together, the industry view sets up the rest of this report as follows.