[{"data":1,"prerenderedAt":2832},["ShallowReactive",2],{"resources-blog-the-21-companies-that-control-global-chip-supply-[object Object]-published":3},{"name":4,"created_at":5,"published_at":6,"updated_at":7,"id":8,"uuid":9,"content":10,"slug":2212,"full_slug":2213,"sort_by_date":1770,"position":2214,"tag_list":2827,"is_startpage":11,"parent_id":1418,"meta_data":29,"group_id":2216,"first_published_at":2217,"release_id":29,"lang":35,"path":29,"alternates":2828,"default_full_slug":2213,"translated_slugs":2829},"The 21 companies that control global chip supply","2026-04-22T12:25:46.697Z","2026-06-03T12:57:41.680Z","2026-06-03T12:57:41.699Z",168637016924126,"1746346e-dcfd-4c79-acac-2484dcab1a4f",{"big":11,"_uid":12,"type":13,"pinned":11,"section":44,"tagline":574,"metatags":575,"overline":580,"component":581,"thumbnail":582,"additional_seo":587,"related_articles":588,"footer_cta_text_alt":2824},false,"43d1daf6-9e44-4ad4-a10c-e756b640a4e2",[14],{"name":15,"created_at":16,"published_at":17,"updated_at":18,"id":19,"uuid":20,"content":21,"slug":27,"full_slug":28,"sort_by_date":29,"position":30,"tag_list":31,"is_startpage":11,"parent_id":32,"meta_data":29,"group_id":33,"first_published_at":34,"release_id":29,"lang":35,"path":29,"alternates":36,"default_full_slug":28,"translated_slugs":37,"_stopResolving":43},"Blog","2025-03-11T18:35:50.636Z","2026-05-20T11:24:42.311Z","2026-05-20T11:24:42.332Z",638707898,"64442308-f952-486c-9828-acfe7d854148",{"_uid":22,"component":23,"folder_slug":24,"overview_page":25,"articles_page_title":15},"fa26946f-991a-4f78-9c9e-b1c074d74ecf","article_type","test/articles/blog",[26],"88e88578-0a02-419f-9ccc-58fe31e98681","blog","articles/type/blog",null,-20,[],559406674,"095d1902-25d3-4d9f-9f72-eae04585b89c","2025-03-12T09:16:58.265Z","default",[],[38,40],{"path":28,"name":29,"lang":39,"published":29},"fr",{"path":41,"name":29,"lang":42,"published":29},"artikel/typ/blog","de",true,[45],{"_uid":46,"title":4,"content":47,"subtitle":195,"component":573},"98eb847b-2e19-47ed-9eff-03c0bd068454",[48],{"_uid":49,"is_big":11,"content":50,"component":572},"8c77d545-5076-4cf8-a710-fa5e9c132d99",{"type":51,"content":52},"doc",[53,63,86,88,93,103,108,110,119,124,133,134,141,146,148,155,160,162,169,174,176,183,188,203,204,211,216,221,226,228,236,243,248,253,258,260,267,273,278,283,288,290,297,303,308,313,318,320,327,333,338,343,348,362,363,370,375,380,385,390,415,416,423,428,433,438,439,446,451,456,458,465,470,475,477,484,489,494,496,503,508,513,520,525,530,535,537,544,549,550,557,562],{"type":54,"attrs":55,"content":56},"paragraph",{"textAlign":29},[57],{"text":58,"type":59,"marks":60},"Beneath a vast supplier landscape, a small group of companies determines the availability of chips for nearly all downstream industries.","text",[61],{"type":62},"bold",{"type":54,"attrs":64,"content":65},{"textAlign":29},[66,70,72],{"text":67,"type":59,"marks":68},"Get full access to the report:",[69],{"type":62},{"text":71,"type":59}," ",{"text":73,"type":59,"marks":74},"Download the Taiwan Complex",[75],{"type":76,"attrs":77},"link",{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81,"story":82},"/the-taiwan-complex","868aa080-2cee-4452-8b3f-3cdffee5a6ca","_self","story",{"name":83,"id":84,"uuid":79,"slug":85,"url":85,"full_slug":85,"_stopResolving":43},"The Taiwan Complex",138905130556672,"the-taiwan-complex",{"type":54,"attrs":87},{"textAlign":29},{"type":54,"attrs":89,"content":90},{"textAlign":29},[91],{"text":92,"type":59},"Semiconductor supply chains may appear vast and diversified, but in reality, control over critical production steps is concentrated in a surprisingly small group of companies.",{"type":54,"attrs":94,"content":95},{"textAlign":29},[96,98,101],{"text":97,"type":59},"In our report, ",{"text":83,"type":59,"marks":99},[100],{"type":62},{"text":102,"type":59},", we examine 21 companies whose positions across raw materials, manufacturing equipment, wafer fabrication and assembly determine how much semiconductor capacity the world can actually access. ",{"type":54,"attrs":104,"content":105},{"textAlign":29},[106],{"text":107,"type":59},"Rather than focusing on individual suppliers or single regions, the report examines how technical dependence and market concentration shape the semiconductor ecosystem as a whole, and why disruption at a small number of nodes can constrain global supply far faster than most organisations expect.",{"type":109},"horizontal_rule",{"type":111,"attrs":112,"content":114},"heading",{"level":113,"textAlign":29},2,[115],{"text":116,"type":59,"marks":117},"What is the Taiwan Complex?",[118],{"type":62},{"type":54,"attrs":120,"content":121},{"textAlign":29},[122],{"text":123,"type":59},"The Taiwan Complex is the tendency to reduce semiconductor supply chain risk to a single geography or crisis scenario. It simplifies a deeply interconnected system into one imagined point of failure, while overlooking upstream chokepoints across materials, equipment, wafer production and downstream processing.",{"type":54,"attrs":125,"content":126},{"textAlign":29},[127],{"text":128,"type":59,"marks":129},"Download the report to learn more",[130],{"type":76,"attrs":131},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81,"story":132},{"name":83,"id":84,"uuid":79,"slug":85,"url":85,"full_slug":85,"_stopResolving":43},{"type":109},{"type":111,"attrs":135,"content":136},{"level":113,"textAlign":29},[137],{"text":138,"type":59,"marks":139},"Concentration by design: how semiconductor chokepoints form",[140],{"type":62},{"type":54,"attrs":142,"content":143},{"textAlign":29},[144],{"text":145,"type":59},"Semiconductor production is built around a sequence of highly specialised steps, each demanding extreme precision, heavy capital investment and years of accumulated expertise. Over time, this has created a system where a small number of firms hold positions that cannot be easily replaced. ",{"type":54,"attrs":147},{"textAlign":29},{"type":54,"attrs":149,"content":150},{"textAlign":29},[151],{"text":152,"type":59,"marks":153},"Substitution is rarely straightforward",[154],{"type":62},{"type":54,"attrs":156,"content":157},{"textAlign":29},[158],{"text":159,"type":59},"Alternative suppliers often lack the same technical maturity, qualification status or integration into established production ecosystems. Even where alternatives exist on paper, bringing them into use can take years. This leads to slow capacity expansion and lengthy qualification cycles with high switching costs.",{"type":54,"attrs":161},{"textAlign":29},{"type":54,"attrs":163,"content":164},{"textAlign":29},[165],{"text":166,"type":59,"marks":167},"Efficiency amplifies vulnerability",[168],{"type":62},{"type":54,"attrs":170,"content":171},{"textAlign":29},[172],{"text":173,"type":59},"This structure delivers scale and performance under stable conditions, but it also concentrates risk. When disruption affects one of these critical steps, output is constrained across the system, regardless of how diversified downstream sourcing may appear.",{"type":54,"attrs":175},{"textAlign":29},{"type":54,"attrs":177,"content":178},{"textAlign":29},[179],{"text":180,"type":59,"marks":181},"Risk concentrates at the system level",[182],{"type":62},{"type":54,"attrs":184,"content":185},{"textAlign":29},[186],{"text":187,"type":59},"Semiconductor disruption does not propagate supplier by supplier or country by country. It spreads through shared dependencies on materials, equipment, production nodes and supporting infrastructure. Once pressure reaches these points, mitigation options narrow quickly and competition for capacity intensifies across industries.",{"type":54,"attrs":189,"content":190},{"textAlign":29},[191,198],{"type":192,"attrs":193},"image",{"id":194,"alt":195,"src":196,"title":195,"source":195,"copyright":195,"meta_data":197},153105674305232,"","https://a.storyblok.com/f/297658/1780x1414/f4c1483dc2/blog-post-2-map-illustration-full-size.png",{},{"text":199,"type":59,"marks":200},"Figure: Map of 21 firms by production step and market share.",[201],{"type":202},"italic",{"type":109},{"type":111,"attrs":205,"content":206},{"level":113,"textAlign":29},[207],{"text":208,"type":59,"marks":209},"The 21 companies that actually control global chip supply",[210],{"type":62},{"type":54,"attrs":212,"content":213},{"textAlign":29},[214],{"text":215,"type":59},"Our analysis shows that just 21 companies dominate critical positions across the semiconductor production chain. Each holds a decisive position in materials, equipment, wafer fabrication or assembly and packaging. ",{"type":54,"attrs":217,"content":218},{"textAlign":29},[219],{"text":220,"type":59},"Their importance is shaped not only by what they produce but by where they operate. Advanced fabrication capacity is concentrated in East Asia. Key materials suppliers are largely based in Japan and parts of Europe. Critical manufacturing equipment is produced in a small number of highly localised facilities, and assembly and packaging capacity is clustered across Southeast Asia. ",{"type":54,"attrs":222,"content":223},{"textAlign":29},[224],{"text":225,"type":59},"Because these companies cluster geographically and share upstream dependencies, disruption is often shared, leading to constraints across multiple production stages at once.",{"type":54,"attrs":227},{"textAlign":29},{"type":111,"attrs":229,"content":231},{"level":230,"textAlign":29},3,[232],{"text":233,"type":59,"marks":234},"Raw materials",[235],{"type":62},{"type":54,"attrs":237,"content":238},{"textAlign":29},[239],{"text":240,"type":59,"marks":241},"Dominant companies",[242],{"type":62},{"type":54,"attrs":244,"content":245},{"textAlign":29},[246],{"text":247,"type":59},"Shin-Etsu, Sumco, Siltronic, SK Siltron, Sibelco, TQC, Sumitomo Electric, Mersen",{"type":54,"attrs":249,"content":250},{"textAlign":29},[251],{"text":252,"type":59},"Semiconductor production starts with materials that must meet exceptionally tight specifications. At this stage, small deviations in purity or consistency can affect yields across entire fabrication processes. Our research shows that this layer is already highly concentrated, long before chips enter a fab.",{"type":54,"attrs":254,"content":255},{"textAlign":29},[256],{"text":257,"type":59},"Only a small number of suppliers can deliver semiconductor-grade silicon, quartz and advanced ceramics at the required scale and consistency. As a result, material shortages often cap production before fabrication issues become visible, making this one of the earliest but least transparent sources of risk.",{"type":54,"attrs":259},{"textAlign":29},{"type":111,"attrs":261,"content":262},{"level":230,"textAlign":29},[263],{"text":264,"type":59,"marks":265},"Manufacturing equipment",[266],{"type":62},{"type":54,"attrs":268,"content":269},{"textAlign":29},[270],{"text":240,"type":59,"marks":271},[272],{"type":62},{"type":54,"attrs":274,"content":275},{"textAlign":29},[276],{"text":277,"type":59},"ASML, Applied Materials, Lam Research",{"type":54,"attrs":279,"content":280},{"textAlign":29},[281],{"text":282,"type":59},"Manufacturing equipment determines which process nodes can run and how quickly capacity can expand. Our research shows that this layer is shaped by a very small set of tool providers whose technologies are deeply embedded in fab operations.",{"type":54,"attrs":284,"content":285},{"textAlign":29},[286],{"text":287,"type":59},"These tools are highly specialised and tightly integrated into production recipes. Equipment availability shapes both short-term output and long-term capacity growth, limiting how quickly the industry can respond to disruption or demand shifts.",{"type":54,"attrs":289},{"textAlign":29},{"type":111,"attrs":291,"content":292},{"level":230,"textAlign":29},[293],{"text":294,"type":59,"marks":295},"Wafer fabrication",[296],{"type":62},{"type":54,"attrs":298,"content":299},{"textAlign":29},[300],{"text":240,"type":59,"marks":301},[302],{"type":62},{"type":54,"attrs":304,"content":305},{"textAlign":29},[306],{"text":307,"type":59},"TSMC, Samsung, SMIC, UMC, GlobalFoundries ",{"type":54,"attrs":309,"content":310},{"textAlign":29},[311],{"text":312,"type":59},"Wafer fabrication concentrates risk further, particularly at advanced nodes. At this stage, the ability to operate at scale depends on technical capability, capital intensity and ecosystem integration that only a small number of fabs can sustain.",{"type":54,"attrs":314,"content":315},{"textAlign":29},[316],{"text":317,"type":59},"New capacity takes years to build and output cannot be duplicated quickly. Even in mature nodes, capacity can be unevenly distributed. Allocation decisions at the fab level can affect multiple industries at once.",{"type":54,"attrs":319},{"textAlign":29},{"type":111,"attrs":321,"content":322},{"level":230,"textAlign":29},[323],{"text":324,"type":59,"marks":325},"Assembly, testing, and packaging",[326],{"type":62},{"type":54,"attrs":328,"content":329},{"textAlign":29},[330],{"text":240,"type":59,"marks":331},[332],{"type":62},{"type":54,"attrs":334,"content":335},{"textAlign":29},[336],{"text":337,"type":59},"ASE, Amkor, JCET, Tongfu",{"type":54,"attrs":339,"content":340},{"textAlign":29},[341],{"text":342,"type":59},"Assembly, testing and packaging is often treated as a downstream detail, but it ultimately determines when finished chips can actually ship. Our research shows that this stage is both geographically clustered and operationally sensitive.",{"type":54,"attrs":344,"content":345},{"textAlign":29},[346],{"text":347,"type":59},"Concentration persists here due to labour-intensive operations, reliance on logistics and port infrastructure, and close proximity to fabrication hubs across Southeast Asia. Disruptions at this stage can delay finished chip delivery even when wafers are available upstream.",{"type":54,"attrs":349,"content":350},{"textAlign":29},[351,356,358],{"type":192,"attrs":352},{"id":353,"alt":195,"src":354,"title":195,"source":195,"copyright":195,"meta_data":355},153105674473169,"https://a.storyblok.com/f/297658/1780x1414/8b68e85227/blog-post-2-nodes-illustration-full-size.png",{},{"type":357},"hard_break",{"text":359,"type":59,"marks":360},"Network view of 169 downstream companies connected at any tier to the 21 semiconductor chokepoints. Node colouring indicates connection density, with pink signifying higher exposure.",[361],{"type":202},{"type":109},{"type":111,"attrs":364,"content":365},{"level":113,"textAlign":29},[366],{"text":367,"type":59,"marks":368},"Why the auto industry is particularly exposed to downstream risk",[369],{"type":62},{"type":54,"attrs":371,"content":372},{"textAlign":29},[373],{"text":374,"type":59},"Our analysis shows that semiconductor chokepoints translate directly into real exposure for downstream manufacturers. ",{"type":54,"attrs":376,"content":377},{"textAlign":29},[378],{"text":379,"type":59},"Automotive OEMs depend on chips for power electronics, control units, sensors and safety systems, often with limited flexibility to substitute components from alternate suppliers. At the same time, just-in-time production models and high line-stop costs mean even small disruptions can halt output. ",{"type":54,"attrs":381,"content":382},{"textAlign":29},[383],{"text":384,"type":59},"Across the more than ten automotive OEMs we analysed, exposure to the same semiconductor chokepoints already appears at Tier-1. While OEMs may source from different direct suppliers, those suppliers rely on the same upstream materials, equipment providers, foundries and assembly partners. In practice, this means supplier diversity at Tier-1 does not translate into true independence from upstream constraints.",{"type":54,"attrs":386,"content":387},{"textAlign":29},[388],{"text":389,"type":59},"This pattern extends well beyond automotive. A wider cross-industry analysis of 169 European companies, spanning automotive, industrial machinery and manufacturing, chemicals and energy, shows that semiconductor exposure often sits deeper in the supply chain:",{"type":391,"content":392},"bullet_list",[393,401,408],{"type":394,"content":395},"list_item",[396],{"type":54,"attrs":397,"content":398},{"textAlign":29},[399],{"text":400,"type":59},"24% of companies have direct Tier-1 exposure to semiconductor chokepoints",{"type":394,"content":402},[403],{"type":54,"attrs":404,"content":405},{"textAlign":29},[406],{"text":407,"type":59},"69% surface their exposure at Tier-2 or Tier-3",{"type":394,"content":409},[410],{"type":54,"attrs":411,"content":412},{"textAlign":29},[413],{"text":414,"type":59},"Up to 79% only see their exposure emerge at Tier-4",{"type":109},{"type":111,"attrs":417,"content":418},{"level":230,"textAlign":29},[419],{"text":420,"type":59,"marks":421},"How concentration turns disruption into system-wide risk",[422],{"type":62},{"type":54,"attrs":424,"content":425},{"textAlign":29},[426],{"text":427,"type":59},"In practice, disruption often unfolds as a sequence rather than an event. A local incident may reduce throughput at one stage, forcing downstream partners to draw on buffers or shift volumes. Those mitigations, in turn, increase strain elsewhere in the network, consuming flexibility that would otherwise absorb future shocks. Over time, the system loses slack, even though no individual supplier appears to have failed.",{"type":54,"attrs":429,"content":430},{"textAlign":29},[431],{"text":432,"type":59},"This compounding effect is difficult to detect from a downstream perspective. The earliest signals rarely show up as supplier outages, instead appearing as small changes in allocation behaviour, longer confirmation cycles, delayed deliveries or rising input costs. Because these signals surface across different tiers and regions, they are often interpreted in isolation rather than as symptoms of a shared constraint.",{"type":54,"attrs":434,"content":435},{"textAlign":29},[436],{"text":437,"type":59},"By the time pressure becomes visible at the finished-product level, mitigation options are limited, and competition for supply intensifies. ",{"type":109},{"type":111,"attrs":440,"content":441},{"level":113,"textAlign":29},[442],{"text":443,"type":59,"marks":444},"Key questions to ask as a supply chain executive",[445],{"type":62},{"type":54,"attrs":447,"content":448},{"textAlign":29},[449],{"text":450,"type":59},"For leadership teams, managing semiconductor risk comes down to understanding how upstream capacity constraints translate into operational and financial exposure.",{"type":54,"attrs":452,"content":453},{"textAlign":29},[454],{"text":455,"type":59},"Key questions to ask to determine your current level of readiness:",{"type":54,"attrs":457},{"textAlign":29},{"type":54,"attrs":459,"content":460},{"textAlign":29},[461],{"text":462,"type":59,"marks":463},"1. Where does our semiconductor capacity ultimately originate?",[464],{"type":62},{"type":54,"attrs":466,"content":467},{"textAlign":29},[468],{"text":469,"type":59},"a. Which fabrication nodes, materials suppliers and equipment providers sit behind our Tier-1 suppliers? ",{"type":54,"attrs":471,"content":472},{"textAlign":29},[473],{"text":474,"type":59},"b. How concentrated are those dependencies geographically and technically?",{"type":54,"attrs":476},{"textAlign":29},{"type":54,"attrs":478,"content":479},{"textAlign":29},[480],{"text":481,"type":59,"marks":482},"2. How many of our suppliers share the same upstream nodes?",[483],{"type":62},{"type":54,"attrs":485,"content":486},{"textAlign":29},[487],{"text":488,"type":59},"a. Are we competing with ourselves across business units? ",{"type":54,"attrs":490,"content":491},{"textAlign":29},[492],{"text":493,"type":59},"b. Are different product lines drawing from the same constrained fabrication slots or assembly hubs?",{"type":54,"attrs":495},{"textAlign":29},{"type":54,"attrs":497,"content":498},{"textAlign":29},[499],{"text":500,"type":59,"marks":501},"3. What would tightening allocation look like for us?",[502],{"type":62},{"type":54,"attrs":504,"content":505},{"textAlign":29},[506],{"text":507,"type":59},"a. Would we see it first in longer confirmation cycles, volume caps, pricing shifts or extended lead times? ",{"type":54,"attrs":509,"content":510},{"textAlign":29},[511],{"text":512,"type":59},"b. Who in the organisation is responsible for detecting those early signals?",{"type":54,"attrs":514,"content":515},{"textAlign":29},[516],{"text":517,"type":59,"marks":518},"4. How quickly could we respond if upstream capacity tightened?",[519],{"type":62},{"type":54,"attrs":521,"content":522},{"textAlign":29},[523],{"text":524,"type":59},"a. Do we have qualified alternatives? ",{"type":54,"attrs":526,"content":527},{"textAlign":29},[528],{"text":529,"type":59},"b. How long would requalification take? ",{"type":54,"attrs":531,"content":532},{"textAlign":29},[533],{"text":534,"type":59},"c. What is the cost of a line stop versus the cost of preventive mitigation?",{"type":54,"attrs":536},{"textAlign":29},{"type":54,"attrs":538,"content":539},{"textAlign":29},[540],{"text":541,"type":59,"marks":542},"5. Which dependencies are strategic rather than replaceable?",[543],{"type":62},{"type":54,"attrs":545,"content":546},{"textAlign":29},[547],{"text":548,"type":59},"a. Where would substitution realistically take years rather than months?",{"type":109},{"type":111,"attrs":551,"content":552},{"level":230,"textAlign":29},[553],{"text":554,"type":59,"marks":555},"Get your copy of The Taiwan Complex",[556],{"type":62},{"type":54,"attrs":558,"content":559},{"textAlign":29},[560],{"text":561,"type":59},"The full report is available to download now. Gain a clearer view of how semiconductor supply chains actually function, why risk concentrates upstream and what that means for building meaningful supply chain resilience.",{"type":54,"attrs":563,"content":564},{"textAlign":29},[565],{"text":566,"type":59,"marks":567},"Download the report here",[568,571],{"type":76,"attrs":569},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81,"story":570},{"name":83,"id":84,"uuid":79,"slug":85,"url":85,"full_slug":85,"_stopResolving":43},{"type":62},"c-text","m-section","Posted March 10, 2026 • 7 min read",{"_uid":576,"title":577,"plugin":578,"og_image":195,"og_title":577,"description":579,"twitter_image":195,"twitter_title":577,"og_description":579,"twitter_description":579},"f1fbc0ea-bbcb-495f-9ae2-ed2f1e3b0864","The 21 companies that impact global semiconductor supply | Taiwan Complex Report","seo_metatags","Automotive OEMs share upstream semiconductor dependencies. See how concentration in materials, equipment and fabs amplifies supply chain risk.","7 min read","article",{"id":583,"alt":4,"name":195,"focus":195,"title":577,"source":195,"filename":584,"copyright":195,"fieldtype":585,"meta_data":586,"is_external_url":11},145665356141678,"https://a.storyblok.com/f/297658/2750x2200/8df9c92913/taiwan-blog-post-header.jpg","asset",{"alt":4,"title":577,"source":195,"copyright":195},[],[589,2238,2525],{"name":590,"created_at":591,"published_at":592,"updated_at":593,"id":594,"uuid":595,"content":596,"slug":2225,"full_slug":2226,"sort_by_date":1770,"position":2227,"tag_list":2228,"is_startpage":11,"parent_id":1418,"meta_data":29,"group_id":2229,"first_published_at":2230,"release_id":29,"lang":35,"path":29,"alternates":2231,"default_full_slug":2226,"translated_slugs":2232,"_stopResolving":43,"cols":2235},"Semiconductor points of failure: are you exposed?","2026-04-22T12:26:02.992Z","2026-06-03T12:56:12.707Z","2026-06-03T12:56:12.727Z",168637083656163,"1582336d-3bad-4c2f-8a03-935f6455fae2",{"big":11,"_uid":12,"type":597,"pinned":11,"section":606,"tagline":1052,"metatags":1053,"overline":1056,"component":581,"thumbnail":1057,"additional_seo":1062,"related_articles":1063,"footer_cta_text_alt":2222},[598],{"name":15,"created_at":16,"published_at":17,"updated_at":18,"id":19,"uuid":20,"content":599,"slug":27,"full_slug":28,"sort_by_date":29,"position":30,"tag_list":601,"is_startpage":11,"parent_id":32,"meta_data":29,"group_id":33,"first_published_at":34,"release_id":29,"lang":35,"path":29,"alternates":602,"default_full_slug":28,"translated_slugs":603,"_stopResolving":43},{"_uid":22,"component":23,"folder_slug":24,"overview_page":600,"articles_page_title":15},[26],[],[],[604,605],{"path":28,"name":29,"lang":39,"published":29},{"path":41,"name":29,"lang":42,"published":29},[607],{"_uid":46,"title":590,"content":608,"subtitle":195,"component":573},[609],{"_uid":49,"is_big":11,"content":610,"component":572},{"type":51,"content":611},[612,619,631,633,638,643,648,649,655,659,667,668,675,680,717,731,732,739,744,749,754,761,786,793,798,803,809,832,837,842,847,853,883,885,892,897,902,908,931,933,940,945,950,956,993,995,1002,1032,1033,1039,1043],{"type":54,"attrs":613,"content":614},{"textAlign":29},[615],{"text":616,"type":59,"marks":617},"The five structural chokepoints where semiconductor disruption begins",[618],{"type":62},{"type":54,"attrs":620,"content":621},{"textAlign":29},[622,625,626],{"text":67,"type":59,"marks":623},[624],{"type":62},{"text":71,"type":59},{"text":73,"type":59,"marks":627},[628],{"type":76,"attrs":629},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81,"story":630},{"name":83,"id":84,"uuid":79,"slug":85,"url":85,"full_slug":85,"_stopResolving":43},{"type":54,"attrs":632},{"textAlign":29},{"type":54,"attrs":634,"content":635},{"textAlign":29},[636],{"text":637,"type":59},"Semiconductor supply chains are often discussed as a single risk, tied to geography. But in reality, disruption can originate at multiple points, many of which remain largely invisible to downstream companies.",{"type":54,"attrs":639,"content":640},{"textAlign":29},[641],{"text":642,"type":59},"Most organisations have heard of TSMC and the Taiwan Strait scenario. Fewer have mapped their exposure to the single mine in North Carolina that supplies the quartz used in almost every silicon wafer on the planet, or the one Dutch company whose machines are required to produce every advanced chip at 7 nm and below.",{"type":54,"attrs":644,"content":645},{"textAlign":29},[646],{"text":647,"type":59},"In The Taiwan Complex, Prewave identifies five structural points of failure that underpin global semiconductor production. Each represents a stage where concentration, technical constraints and long qualification cycles sharply limit the industry's ability to flex. Together, they explain why semiconductor disruptions tend to be deeper, slower to resolve and harder to anticipate than most organisations expect.",{"type":109},{"type":111,"attrs":650,"content":651},{"level":113,"textAlign":29},[652],{"text":116,"type":59,"marks":653},[654],{"type":62},{"type":54,"attrs":656,"content":657},{"textAlign":29},[658],{"text":123,"type":59},{"type":54,"attrs":660,"content":661},{"textAlign":29},[662],{"text":128,"type":59,"marks":663},[664],{"type":76,"attrs":665},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81,"story":666},{"name":83,"id":84,"uuid":79,"slug":85,"url":85,"full_slug":85,"_stopResolving":43},{"type":109},{"type":111,"attrs":669,"content":670},{"level":113,"textAlign":29},[671],{"text":672,"type":59,"marks":673},"The five points of failure ",[674],{"type":62},{"type":54,"attrs":676,"content":677},{"textAlign":29},[678],{"text":679,"type":59},"To move beyond the Taiwan Complex, we need to break the system down into its most critical points of failure and in order to understand:",{"type":391,"content":681},[682,689,696,703,710],{"type":394,"content":683},[684],{"type":54,"attrs":685,"content":686},{"textAlign":29},[687],{"text":688,"type":59},"Why each chokepoint matter in the value chain",{"type":394,"content":690},[691],{"type":54,"attrs":692,"content":693},{"textAlign":29},[694],{"text":695,"type":59},"Where production is concentrated and who controls it",{"type":394,"content":697},[698],{"type":54,"attrs":699,"content":700},{"textAlign":29},[701],{"text":702,"type":59},"How this chokepoint is most likely to fail",{"type":394,"content":704},[705],{"type":54,"attrs":706,"content":707},{"textAlign":29},[708],{"text":709,"type":59},"How that exposure shows up downstream ",{"type":394,"content":711},[712],{"type":54,"attrs":713,"content":714},{"textAlign":29},[715],{"text":716,"type":59},"How companies can monitor and manage their risk over time",{"type":54,"attrs":718,"content":719},{"textAlign":29},[720,727],{"type":192,"attrs":721},{"id":722,"alt":723,"src":724,"title":725,"source":195,"copyright":195,"meta_data":726},155932135933332,"Chart showing supply chain risks: Geopolitical, logistical, accidents, financial nature affecting raw materials, silicon wafers, foundries, APT, equipment.","https://a.storyblok.com/f/297658/1780x858/67786bfcc5/blog-post-3-illustration-full-size.png","Risk exposure of the semiconductor value chain",{"alt":723,"title":725,"source":195,"copyright":195},{"text":728,"type":59,"marks":729},"Table: Risk exposure of the semiconductor value chain.",[730],{"type":202},{"type":109},{"type":111,"attrs":733,"content":734},{"level":113,"textAlign":29},[735],{"text":736,"type":59,"marks":737},"High-purity quartz",[738],{"type":62},{"type":54,"attrs":740,"content":741},{"textAlign":29},[742],{"text":743,"type":59},"Every silicon wafer begins with high-purity quartz. The material is used to produce the crucibles in which monocrystalline silicon is grown, and purity requirements at advanced nodes are absolute. Traces of iron or aluminium measured in parts per billion can cause wafer contamination or electrical failure. There is no practical substitute at scale.",{"type":54,"attrs":745,"content":746},{"textAlign":29},[747],{"text":748,"type":59},"Two companies, Sibelco and The Quartz Corp, control approximately 95% of global supply. Both operate in the same location: the Spruce Pine mining district in North Carolina. This is the Taiwan Complex expressed at the very top of the chain: two companies, one geography, shared exposure.",{"type":54,"attrs":750,"content":751},{"textAlign":29},[752],{"text":753,"type":59},"When Hurricane Helene struck western North Carolina in September 2024, neither mine was physically destroyed, yet both halted operations. Downstream, disruption appeared as wafer tightness and allocation pressure, several tiers removed from the actual cause.",{"type":54,"attrs":755,"content":756},{"textAlign":29},[757],{"text":758,"type":59,"marks":759},"How to monitor and manage:",[760],{"type":62},{"type":391,"content":762},[763,770,777],{"type":394,"content":764},[765],{"type":54,"attrs":766,"content":767},{"textAlign":29},[768],{"text":769,"type":59},"Track weather and infrastructure risk at Spruce Pine as a recurring seasonal exposure",{"type":394,"content":771},[772],{"type":54,"attrs":773,"content":774},{"textAlign":29},[775],{"text":776,"type":59},"Monitor permitting, legal challenges and ESG tensions around water use and land management at Spruce Pine",{"type":394,"content":778},[779,784],{"type":54,"attrs":780,"content":781},{"textAlign":29},[782],{"text":783,"type":59},"Watch for ownership changes, capacity shifts or signals affecting long-term reserve access",{"type":54,"attrs":785},{"textAlign":29},{"type":111,"attrs":787,"content":788},{"level":230,"textAlign":29},[789],{"text":790,"type":59,"marks":791},"Silicon wafers",[792],{"type":62},{"type":54,"attrs":794,"content":795},{"textAlign":29},[796],{"text":797,"type":59},"Wafer production sits immediately downstream from HPQ and introduces a second structural constraint. Shin-Etsu and SUMCO together hold more than half the global market. Their plants require ultra-stable power and ultra-pure water, operate near full utilisation and depend on speciality gases, slurries and abrasives that are themselves sourced from a thin layer of concentrated suppliers.",{"type":54,"attrs":799,"content":800},{"textAlign":29},[801],{"text":802,"type":59},"Failure tends to arise from the ecosystem around each plant: a fire at a key abrasives supplier or a flood affecting a nearby gas producer. By the time downstream buyers notice extended lead times or postponed maintenance windows, the wafer plant is already under strain. ",{"type":54,"attrs":804,"content":805},{"textAlign":29},[806],{"text":758,"type":59,"marks":807},[808],{"type":62},{"type":391,"content":810},[811,818,825],{"type":394,"content":812},[813],{"type":54,"attrs":814,"content":815},{"textAlign":29},[816],{"text":817,"type":59},"Monitor infrastructure risk around major wafer sites: power, water, seismic and storm exposure",{"type":394,"content":819},[820],{"type":54,"attrs":821,"content":822},{"textAlign":29},[823],{"text":824,"type":59},"Track upstream input constraints: polysilicon, gases, slurries and abrasives",{"type":394,"content":826},[827],{"type":54,"attrs":828,"content":829},{"textAlign":29},[830],{"text":831,"type":59},"Watch demand signals from automotive and AI hardware as the leading indicator of the next allocation cycle",{"type":111,"attrs":833,"content":834},{"level":230,"textAlign":29},[835,836],{"type":357},{"text":264,"type":59},{"type":54,"attrs":838,"content":839},{"textAlign":29},[840],{"text":841,"type":59},"ASML is the only company capable of producing EUV lithography systems, required for all advanced nodes at 7 nm and below. Applied Materials and Lam Research hold similarly dominant positions in deposition and etch. Once a tool is qualified at a fab, switching vendors is effectively impossible, making these three companies structural chokepoints for the entire industry.",{"type":54,"attrs":843,"content":844},{"textAlign":29},[845],{"text":846,"type":59},"But the deeper fragility sits one tier further back, in a layer of highly specialised subsystem suppliers that rarely appear in procurement systems. VAT Group supplies the vast majority of vacuum valves for EUV systems; Edwards dominates dry vacuum pumps; Trumpf SE supplies the high-power lasers inside ASML's EUV light source and recorded eight financial-stress alerts between 2023 and 2025. Most downstream organisations have no visibility of this layer at all.",{"type":54,"attrs":848,"content":849},{"textAlign":29},[850],{"text":758,"type":59,"marks":851},[852],{"type":62},{"type":391,"content":854},[855,862,869,876],{"type":394,"content":856},[857],{"type":54,"attrs":858,"content":859},{"textAlign":29},[860],{"text":861,"type":59},"Monitor financial health and operational stability of key Tier-2 subsystem suppliers, not just the equipment vendors themselves",{"type":394,"content":863},[864],{"type":54,"attrs":865,"content":866},{"textAlign":29},[867],{"text":868,"type":59},"Track local hazard exposure around critical subsystem supplier sites",{"type":394,"content":870},[871],{"type":54,"attrs":872,"content":873},{"textAlign":29},[874],{"text":875,"type":59},"Track export-control developments affecting rare-earth inputs and tool availability",{"type":394,"content":877},[878],{"type":54,"attrs":879,"content":880},{"textAlign":29},[881],{"text":882,"type":59},"Use equipment order and lead-time signals as an early indicator of capacity tightening two to four years out",{"type":54,"attrs":884},{"textAlign":29},{"type":111,"attrs":886,"content":887},{"level":230,"textAlign":29},[888],{"text":889,"type":59,"marks":890},"Foundries",[891],{"type":62},{"type":54,"attrs":893,"content":894},{"textAlign":29},[895],{"text":896,"type":59},"TSMC holds approximately 64–67% of the global foundry market and an even higher share of advanced nodes below 7 nm. Samsung is the only other fully capable advanced-node producer. This means every device in that category depends on two companies in two countries.",{"type":54,"attrs":898,"content":899},{"textAlign":29},[900],{"text":901,"type":59},"Foundries are trained for known hazards and rarely fail through direct asset loss. Failure emerges when a physical shock or policy change hits a system already running at full utilisation. Multi-tier analysis of TSMC's non-China sites shows that even as Tier-1 supplier exposure to China has been reduced, approximately 60% of Tier-3 suppliers still rely on it. ",{"type":54,"attrs":903,"content":904},{"textAlign":29},[905],{"text":758,"type":59,"marks":906},[907],{"type":62},{"type":391,"content":909},[910,917,924],{"type":394,"content":911},[912],{"type":54,"attrs":913,"content":914},{"textAlign":29},[915],{"text":916,"type":59},"Monitor at the science park level (Hsinchu, Tainan, Kumamoto) not the corporate group",{"type":394,"content":918},[919],{"type":54,"attrs":920,"content":921},{"textAlign":29},[922],{"text":923,"type":59},"Track water availability, grid stability and local infrastructure as leading operational indicators",{"type":394,"content":925},[926],{"type":54,"attrs":927,"content":928},{"textAlign":29},[929],{"text":930,"type":59},"Map which internal part numbers are tied to which fabs and nodes, and where no qualified alternative exists",{"type":54,"attrs":932},{"textAlign":29},{"type":111,"attrs":934,"content":935},{"level":230,"textAlign":29},[936],{"text":937,"type":59,"marks":938},"Assembly, test and packaging",[939],{"type":62},{"type":54,"attrs":941,"content":942},{"textAlign":29},[943],{"text":944,"type":59},"Once a wafer leaves the fab, it must still be tested and packaged. ASE Technology holds approximately 44% of the global OSAT market; Amkor and JCET account for most of the rest. The majority of the world's chips pass through a small number of hubs: Penang, Bangkok, Kaohsiung, Suzhou. Even TSMC and Samsung rely on external OSAT partners for significant volumes. This makes OSAT the downstream expression of the Taiwan Complex with concentrated production in concentrated ecosystems. ",{"type":54,"attrs":946,"content":947},{"textAlign":29},[948],{"text":949,"type":59},"There is also a further hidden dependency: Ajinomoto Fine-Techno holds almost 100% of the market for ABF resin, the high-performance substrate used in advanced packaging. All three major OSAT providers have Tier-3 exposure to a single Japanese company that most of their customers have never heard of.",{"type":54,"attrs":951,"content":952},{"textAlign":29},[953],{"text":758,"type":59,"marks":954},[955],{"type":62},{"type":391,"content":957},[958,965,972,979,986],{"type":394,"content":959},[960],{"type":54,"attrs":961,"content":962},{"textAlign":29},[963],{"text":964,"type":59},"Track cluster-level hazards across major OSAT hubs: floods, storms, power and labour stability",{"type":394,"content":966},[967],{"type":54,"attrs":968,"content":969},{"textAlign":29},[970],{"text":971,"type":59},"Monitor key logistics nodes (Port Klang, Suvarnabhumi Airport, Kaohsiung Port) separately from facility risk",{"type":394,"content":973},[974],{"type":54,"attrs":975,"content":976},{"textAlign":29},[977],{"text":978,"type":59},"Use test-cell utilisation rates and cycle-time volatility as early indicators of throughput stress",{"type":394,"content":980},[981],{"type":54,"attrs":982,"content":983},{"textAlign":29},[984],{"text":985,"type":59},"Track chokepoint disruption risk distinctly from port risk; chokepoint disruptions last 243 days on average versus four days at ports",{"type":394,"content":987},[988],{"type":54,"attrs":989,"content":990},{"textAlign":29},[991],{"text":992,"type":59},"Follow ABF resin supply signals from Ajinomoto and capital expenditure trends at major substrate producers",{"type":54,"attrs":994},{"textAlign":29},{"type":111,"attrs":996,"content":997},{"level":113,"textAlign":29},[998],{"text":999,"type":59,"marks":1000},"Key takeaways for procurement and supply chain leaders",[1001],{"type":62},{"type":391,"content":1003},[1004,1011,1018,1025],{"type":394,"content":1005},[1006],{"type":54,"attrs":1007,"content":1008},{"textAlign":29},[1009],{"text":1010,"type":59},"The semiconductor supply chain does not fail at the country level. It fails at the level of specific materials, tools and clusters.",{"type":394,"content":1012},[1013],{"type":54,"attrs":1014,"content":1015},{"textAlign":29},[1016],{"text":1017,"type":59},"Tier-1 visibility is structurally insufficient. The most consequential chokepoints sit at Tier-2 and below. If you are only monitoring direct suppliers, you cannot see the risks that matter most.",{"type":394,"content":1019},[1020],{"type":54,"attrs":1021,"content":1022},{"textAlign":29},[1023],{"text":1024,"type":59},"Disruption rarely looks like its cause. Wafer allocation pressure, extended lead times and sudden delivery volatility are often symptoms of an upstream event two or three tiers removed.",{"type":394,"content":1026},[1027],{"type":54,"attrs":1028,"content":1029},{"textAlign":29},[1030],{"text":1031,"type":59},"The risks that cause the greatest disruption are rarely the ones you anticipate. A resilient strategy maps exposure across materials, equipment, fabs and packaging.",{"type":109},{"type":111,"attrs":1034,"content":1035},{"level":230,"textAlign":29},[1036],{"text":554,"type":59,"marks":1037},[1038],{"type":62},{"type":54,"attrs":1040,"content":1041},{"textAlign":29},[1042],{"text":561,"type":59},{"type":54,"attrs":1044,"content":1045},{"textAlign":29},[1046],{"text":566,"type":59,"marks":1047},[1048,1051],{"type":76,"attrs":1049},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81,"story":1050},{"name":83,"id":84,"uuid":79,"slug":85,"url":85,"full_slug":85,"_stopResolving":43},{"type":62},"Posted March 23, 2026 • 6 min read",{"_uid":576,"title":1054,"plugin":578,"og_image":195,"og_title":1054,"description":1055,"twitter_image":195,"twitter_title":1054,"og_description":1055,"twitter_description":1055},"Are You Exposed? Five Semiconductor Chokepoints | Taiwan Complex Report","Five structural points of failure across the semiconductor value chain and how procurement leaders can monitor each one.","6 min read",{"id":1058,"alt":616,"name":195,"focus":195,"title":1059,"source":195,"filename":1060,"copyright":195,"fieldtype":585,"meta_data":1061,"is_external_url":11},155931513681144,"Semiconductor points of failure","https://a.storyblok.com/f/297658/2750x2200/e1c8044877/taiwan-blog-post-3-banner.jpg",{"alt":616,"title":1059,"source":195,"copyright":195},[],[1064,1425,1779],{"name":1065,"created_at":1066,"published_at":1067,"updated_at":1068,"id":1069,"uuid":1070,"content":1071,"slug":1413,"full_slug":1414,"sort_by_date":1415,"position":1416,"tag_list":1417,"is_startpage":11,"parent_id":1418,"meta_data":29,"group_id":1419,"first_published_at":1420,"release_id":29,"lang":35,"path":29,"alternates":1421,"default_full_slug":1414,"translated_slugs":1422,"_stopResolving":43},"Understanding semiconductor supply chains","2026-04-22T12:25:29.836Z","2026-06-03T12:55:00.786Z","2026-06-03T12:55:00.814Z",168636947890136,"404313ec-3f0b-4ffe-8ccd-020111878d73",{"big":11,"_uid":12,"type":1072,"pinned":11,"section":1073,"tagline":1399,"metatags":1400,"overline":580,"component":581,"thumbnail":1403,"additional_seo":1406,"related_articles":1407,"footer_cta_text_alt":1410},[20],[1074],{"_uid":46,"title":1065,"content":1075,"subtitle":195,"component":573},[1076],{"_uid":49,"is_big":11,"content":1077,"component":572},{"type":51,"content":1078},[1079,1086,1097,1099,1104,1109,1114,1119,1120,1126,1130,1137,1138,1145,1152,1157,1162,1167,1172,1186,1188,1195,1200,1205,1207,1214,1219,1224,1226,1233,1238,1243,1245,1252,1257,1262,1264,1270,1275,1280,1281,1288,1295,1300,1302,1309,1314,1319,1321,1328,1333,1335,1342,1347,1352,1353,1360,1365,1370,1375,1380,1381,1387,1391],{"type":54,"attrs":1080,"content":1081},{"textAlign":29},[1082],{"text":1083,"type":59,"marks":1084},"What the Taiwan Complex reveals about structural risk in semiconductor supply chains.",[1085],{"type":62},{"type":54,"attrs":1087,"content":1088},{"textAlign":29},[1089,1092,1093],{"text":67,"type":59,"marks":1090},[1091],{"type":62},{"text":71,"type":59},{"text":73,"type":59,"marks":1094},[1095],{"type":76,"attrs":1096},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81},{"type":54,"attrs":1098},{"textAlign":29},{"type":54,"attrs":1100,"content":1101},{"textAlign":29},[1102],{"text":1103,"type":59},"Semiconductor supply chains are both critically important and widely misunderstood.",{"type":54,"attrs":1105,"content":1106},{"textAlign":29},[1107],{"text":1108,"type":59},"Even organisations with mature semiconductor supplier management and risk frameworks can mistake patterns in downstream behaviour as predictors for upstream disruptions. Risk may appear manageable at Tier 1, but many of the most impactful points of disruption sit far upstream in materials, equipment and highly specialised production.",{"type":54,"attrs":1110,"content":1111},{"textAlign":29},[1112],{"text":1113,"type":59},"A disruption in high-purity quartz production, for example, can restrict wafer supply and ripple through foundries, packaging, and downstream manufacturing. At the other end of the chain, delays in assembly and testing can prevent chips from reaching customers even when materials and fabrication capacity are available.",{"type":54,"attrs":1115,"content":1116},{"textAlign":29},[1117],{"text":1118,"type":59},"This gap between expected risk and actual exposure is the focus of The Taiwan Complex, Prewave’s latest report on semiconductor supply chain risk. The report examines why semiconductor disruption is difficult to identify early, how it escalates so quickly and why traditional risk narratives often fail to explain what is really happening.",{"type":109},{"type":111,"attrs":1121,"content":1122},{"level":113,"textAlign":29},[1123],{"text":116,"type":59,"marks":1124},[1125],{"type":62},{"type":54,"attrs":1127,"content":1128},{"textAlign":29},[1129],{"text":123,"type":59},{"type":54,"attrs":1131,"content":1132},{"textAlign":29},[1133],{"text":128,"type":59,"marks":1134},[1135],{"type":76,"attrs":1136},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81},{"type":109},{"type":111,"attrs":1139,"content":1140},{"level":113,"textAlign":29},[1141],{"text":1142,"type":59,"marks":1143},"Why semiconductor risk is hard to see",[1144],{"type":62},{"type":54,"attrs":1146,"content":1147},{"textAlign":29},[1148],{"text":1149,"type":59,"marks":1150},"“The semiconductor industry operates through a highly fragmented and specialised global production system. Although commonly described in four stages: design, wafer production, front-end manufacturing and assembly, test and packaging (ATP/OSAT), the real value chain is far more complex.”",[1151],{"type":202},{"type":54,"attrs":1153,"content":1154},{"textAlign":29},[1155],{"text":1156,"type":59},"Semiconductor supply chains do not behave like most industrial supply networks.",{"type":54,"attrs":1158,"content":1159},{"textAlign":29},[1160],{"text":1161,"type":59},"They are shaped by long qualification cycles, extreme capital intensity and tight coupling between materials, equipment, process technology and geography. Once production is underway, switching suppliers or production routes is slow and costly.",{"type":54,"attrs":1163,"content":1164},{"textAlign":29},[1165],{"text":1166,"type":59},"To make that complexity easier to understand, it helps to think of the semiconductor supply chain as a set of interconnected stages. With so many dependencies, stress in one part of the system often surfaces somewhere else entirely.",{"type":54,"attrs":1168,"content":1169},{"textAlign":29},[1170],{"text":1171,"type":59},"This is why semiconductor risk frequently feels sudden, even when early warning signals existed elsewhere in the system.",{"type":54,"attrs":1173,"content":1174},{"textAlign":29},[1175,1182],{"type":192,"attrs":1176,"marks":1180},{"id":1177,"alt":195,"src":1178,"title":195,"source":195,"copyright":195,"meta_data":1179},145670200911255,"https://a.storyblok.com/f/297658/1780x1414/966bcbbb4b/taiwan-complex-blog-post-1-illustration.png",{},[1181],{"type":202},{"text":1183,"type":59,"marks":1184},"Nodes in the semiconductor value chain.",[1185],{"type":202},{"type":54,"attrs":1187},{"textAlign":29},{"type":111,"attrs":1189,"content":1190},{"level":230,"textAlign":29},[1191],{"text":1192,"type":59,"marks":1193},"Materials",[1194],{"type":62},{"type":54,"attrs":1196,"content":1197},{"textAlign":29},[1198],{"text":1199,"type":59},"The semiconductor chain begins with materials such as silicon wafers, specialty gases, photoresists and ultrapure chemicals. These inputs are produced by a small number of highly specialised suppliers and must meet extremely strict purity standards. Once a process is qualified, switching materials is rarely fast or practical.",{"type":54,"attrs":1201,"content":1202},{"textAlign":29},[1203],{"text":1204,"type":59},"High-purity quartz, for example, which is required to produce the quartz crucibles used to grow monocrystalline silicon ingots, must reach purity levels of 99.9995% to 99.9999%. There is no room for substitution, and nearly all global supply comes from two companies in one region. Because this step sits at the very top of the chain, any constraint flows downstream into wafers, fabs, OSAT providers and ultimately OEMs. ",{"type":54,"attrs":1206},{"textAlign":29},{"type":111,"attrs":1208,"content":1209},{"level":230,"textAlign":29},[1210],{"text":1211,"type":59,"marks":1212},"Equipment",[1213],{"type":62},{"type":54,"attrs":1215,"content":1216},{"textAlign":29},[1217],{"text":1218,"type":59},"Materials move through highly specialised tools for lithography, deposition, etching and inspection. These machines define what can be built and at what scale. Equipment production is concentrated among a small group of vendors, and capacity expansion takes years.",{"type":54,"attrs":1220,"content":1221},{"textAlign":29},[1222],{"text":1223,"type":59},"Each tool is qualified for specific device layers, a process that can take months or longer. As a result, fabs cannot easily switch suppliers without requalifying large parts of their process. This creates long-term lock-in. For many critical steps, there is only one viable supplier for the lifetime of a technology node. This lock-in shapes global capacity, pricing and how quickly new technologies can scale, and it means disruption at the equipment level often propagates widely across customers and regions.",{"type":54,"attrs":1225},{"textAlign":29},{"type":111,"attrs":1227,"content":1228},{"level":230,"textAlign":29},[1229],{"text":1230,"type":59,"marks":1231},"Wafer fabrication ",[1232],{"type":62},{"type":54,"attrs":1234,"content":1235},{"textAlign":29},[1236],{"text":1237,"type":59},"Before chips are made, wafers must be produced. Wafer manufacturers turn quartz crucibles, electronic-grade polysilicon and ultrapure chemicals into monocrystalline silicon ingots, which are then prepared for fabrication. ",{"type":54,"attrs":1239,"content":1240},{"textAlign":29},[1241],{"text":1242,"type":59},"Wafer production is capital-intensive and slow to expand. Equipment lead times are long, and operations depend on stable utilities and highly controlled environments. Disruption here quickly constrains the flow of material into fabs, packaging plants and downstream manufacturers. ",{"type":54,"attrs":1244},{"textAlign":29},{"type":111,"attrs":1246,"content":1247},{"level":230,"textAlign":29},[1248],{"text":1249,"type":59,"marks":1250},"Foundry ",[1251],{"type":62},{"type":54,"attrs":1253,"content":1254},{"textAlign":29},[1255],{"text":1256,"type":59},"As the most concentrated stage in the semiconductor chain, foundries are where upstream constraints turn into real manufacturing capacity limits. Only a small number of companies can manufacture chips at scale, and each technology node is tied to specific sites and regional ecosystems. ",{"type":54,"attrs":1258,"content":1259},{"textAlign":29},[1260],{"text":1261,"type":59},"Advanced devices below 7 nm depend on a handful of locations supported by tightly clustered suppliers and service providers. Foundries are well prepared for known risks like earthquakes or typhoons, but are still vulnerable to local shocks to the surrounding infrastructure and changes in relevant export policy. ",{"type":54,"attrs":1263},{"textAlign":29},{"type":111,"attrs":1265,"content":1266},{"level":230,"textAlign":29},[1267],{"text":937,"type":59,"marks":1268},[1269],{"type":62},{"type":54,"attrs":1271,"content":1272},{"textAlign":29},[1273],{"text":1274,"type":59},"After wafers leave the fab, they must be cut, packaged and tested. This work is handled largely by OSAT providers, which perform dicing, wire bonding, advanced packaging and final electrical testing.",{"type":54,"attrs":1276,"content":1277},{"textAlign":29},[1278],{"text":1279,"type":59},"These stages are often treated as interchangeable or lower risk, but they are tightly linked to upstream production. Even companies that handle some advanced packaging in-house rely heavily on external partners. For fabless firms, OSAT represents almost the entire downstream chain. If packaging or test hubs are full, disrupted, or inaccessible, chips do not ship, even when foundry capacity is available.",{"type":109},{"type":111,"attrs":1282,"content":1283},{"level":113,"textAlign":29},[1284],{"text":1285,"type":59,"marks":1286},"Where vulnerability forms in semiconductor supply chains ",[1287],{"type":62},{"type":54,"attrs":1289,"content":1290},{"textAlign":29},[1291],{"text":1292,"type":59,"marks":1293},"“Even if direct chip purchases look diversified, many programmes and plants remain tied back to the same few upstream material clusters, equipment makers, and foundries. Without multi-tier visibility, these shared dependencies, or chokepoints, remain invisible until a disruption hits.”",[1294],{"type":202},{"type":54,"attrs":1296,"content":1297},{"textAlign":29},[1298],{"text":1299,"type":59},"There are several structural characteristics that make semiconductor supply chains uniquely fragile.",{"type":54,"attrs":1301},{"textAlign":29},{"type":54,"attrs":1303,"content":1304},{"textAlign":29},[1305],{"text":1306,"type":59,"marks":1307},"Long and inflexible qualification cycles",[1308],{"type":62},{"type":54,"attrs":1310,"content":1311},{"textAlign":29},[1312],{"text":1313,"type":59},"Semiconductor production depends on components, materials and processes that take years to qualify. Even when alternative suppliers exist, switching in response to disruption is rarely possible in the short term.",{"type":54,"attrs":1315,"content":1316},{"textAlign":29},[1317],{"text":1318,"type":59},"Hidden concentration behind apparent diversificationSupplier diversification at Tier 1 often masks deep upstream convergence. Multiple suppliers may rely on the same materials, specialised tools, or production facilities, allowing risk to concentrate invisibly as supplier counts increase.",{"type":54,"attrs":1320},{"textAlign":29},{"type":54,"attrs":1322,"content":1323},{"textAlign":29},[1324],{"text":1325,"type":59,"marks":1326},"Disruption starts upstream, not at the fab",[1327],{"type":62},{"type":54,"attrs":1329,"content":1330},{"textAlign":29},[1331],{"text":1332,"type":59},"Constraints typically emerge in materials processing, equipment manufacturing, or downstream stages such as assembly, test and packaging. These early failures often remain invisible until pressure has already compounded across tiers.",{"type":54,"attrs":1334},{"textAlign":29},{"type":54,"attrs":1336,"content":1337},{"textAlign":29},[1338],{"text":1339,"type":59,"marks":1340},"Lead-time pressure surfaces late",[1341],{"type":62},{"type":54,"attrs":1343,"content":1344},{"textAlign":29},[1345],{"text":1346,"type":59},"Stress accumulates long before it appears in delivery data or customer-facing metrics. By the time delays are visible, the underlying disruption may be weeks or months old.",{"type":54,"attrs":1348,"content":1349},{"textAlign":29},[1350],{"text":1351,"type":59},"Taken together, these dynamics explain why semiconductor disruption escalates quickly and why mitigation options narrow so fast once exposure becomes visible.",{"type":109},{"type":111,"attrs":1354,"content":1355},{"level":113,"textAlign":29},[1356],{"text":1357,"type":59,"marks":1358},"Why understanding your semiconductor supply chain is critical ",[1359],{"type":62},{"type":54,"attrs":1361,"content":1362},{"textAlign":29},[1363],{"text":1364,"type":59},"Semiconductors sit at the heart of modern manufacturing. Automotive production, industrial equipment, consumer electronics, energy systems and critical infrastructure all depend on reliable chip supply. In turn, production depends on a small number of upstream materials and production stages that are deeply interdependent and often invisible beyond Tier 1. ",{"type":54,"attrs":1366,"content":1367},{"textAlign":29},[1368],{"text":1369,"type":59},"Concentration exists long before chips reach a direct supplier, and by the time disruption becomes visible, options are already limited.",{"type":54,"attrs":1371,"content":1372},{"textAlign":29},[1373],{"text":1374,"type":59},"This creates a persistent gap between expected risk and actual exposure. Many organisations believe they understand their semiconductor risk because they can see their direct suppliers. In reality, the most binding constraints often sit several tiers upstream, outside traditional visibility and risk models.",{"type":54,"attrs":1376,"content":1377},{"textAlign":29},[1378],{"text":1379,"type":59},"True understanding of semiconductor supply chains is about seeing how exposure accumulates across the system, where disruption would hurt most, and how quickly it would propagate. ",{"type":109},{"type":111,"attrs":1382,"content":1383},{"level":230,"textAlign":29},[1384],{"text":554,"type":59,"marks":1385},[1386],{"type":62},{"type":54,"attrs":1388,"content":1389},{"textAlign":29},[1390],{"text":561,"type":59},{"type":54,"attrs":1392,"content":1393},{"textAlign":29},[1394],{"text":566,"type":59,"marks":1395},[1396,1398],{"type":76,"attrs":1397},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81},{"type":62},"Posted February 27, 2026 • 7 min read",{"_uid":576,"title":1401,"plugin":578,"og_image":1402,"og_title":1401,"description":579,"twitter_image":1402,"twitter_title":1401,"og_description":579,"twitter_description":579},"Semiconductor supply chain risk explained | Taiwan Complex Report","https://a.storyblok.com/f/297658/2750x2200/cf68997d25/taiwan-post-banner.jpg",{"id":1404,"alt":195,"name":195,"focus":195,"title":195,"source":195,"filename":1402,"copyright":195,"fieldtype":585,"meta_data":1405,"is_external_url":11},145656390287889,{},[],[1408,595,1409],"3ec66320-5f0d-4185-b1c7-a761cd0808c2","2d86c22f-40c4-4e5b-96d3-a401e129d3ba",{"type":51,"content":1411},[1412],{"type":54},"understanding-semiconductor-supply-chains","resources/blog/understanding-semiconductor-supply-chains","2020-01-02",-450,[],166864166537806,"0bbee442-8d8b-4b74-9c78-57569dcebe9c","2026-05-20T11:21:23.230Z",[],[1423,1424],{"path":1414,"name":29,"lang":39,"published":29},{"path":1414,"name":29,"lang":42,"published":29},{"name":1426,"created_at":1427,"published_at":1428,"updated_at":1429,"id":1430,"uuid":1409,"content":1431,"slug":1768,"full_slug":1769,"sort_by_date":1770,"position":1771,"tag_list":1772,"is_startpage":11,"parent_id":1418,"meta_data":29,"group_id":1773,"first_published_at":1774,"release_id":29,"lang":35,"path":29,"alternates":1775,"default_full_slug":1769,"translated_slugs":1776,"_stopResolving":43},"Semiconductor Exposure: Overcoming the Taiwan Complex","2026-04-22T12:26:55.018Z","2026-06-03T12:55:46.473Z","2026-06-03T12:55:46.494Z",168637296828426,{"big":11,"_uid":12,"type":1432,"pinned":11,"section":1433,"tagline":1757,"metatags":1758,"overline":1056,"component":581,"thumbnail":1759,"additional_seo":1763,"related_articles":1764,"footer_cta_text_alt":1765},[20],[1434],{"_uid":46,"title":1426,"content":1435,"subtitle":195,"component":573},[1436],{"_uid":49,"is_big":11,"content":1437,"component":572},{"type":51,"content":1438},[1439,1446,1457,1459,1490,1495,1500,1505,1506,1512,1516,1523,1524,1531,1536,1541,1546,1551,1562,1563,1570,1575,1582,1587,1594,1599,1606,1612,1614,1621,1626,1633,1638,1645,1650,1657,1662,1667,1672,1674,1681,1738,1739,1745,1749],{"type":54,"attrs":1440,"content":1441},{"textAlign":29},[1442],{"text":1443,"type":59,"marks":1444},"If your company relies on semiconductors, your exposure begins upstream — and your resilience programme is likely incomplete. ",[1445],{"type":62},{"type":54,"attrs":1447,"content":1448},{"textAlign":29},[1449,1452,1453],{"text":67,"type":59,"marks":1450},[1451],{"type":62},{"text":71,"type":59},{"text":73,"type":59,"marks":1454},[1455],{"type":76,"attrs":1456},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81},{"type":54,"attrs":1458},{"textAlign":29},{"type":54,"attrs":1460,"content":1461},{"textAlign":29},[1462,1464,1471,1473,1480,1481,1488],{"text":1463,"type":59},"This is the final installment in our series on understanding the Taiwan Complex. So far we have discussed the problem with ",{"text":1465,"type":59,"marks":1466},"how we think about semiconductor risk",[1467],{"type":76,"attrs":1468},{"href":1469,"uuid":1470,"anchor":29,"target":80,"linktype":81},"/articles/understanding-semiconductor-supply-chains","6cf0b06e-7d28-4419-99d4-d46cdb5aaea6",{"text":1472,"type":59},", ",{"text":1474,"type":59,"marks":1475},"how to better understand upstream disruption",[1476],{"type":76,"attrs":1477},{"href":1478,"uuid":1479,"anchor":29,"target":80,"linktype":81},"/articles/semiconductor-points-of-failure","5fcedde6-4d95-43d0-8a74-b80244d878ab",{"text":1472,"type":59},{"text":1482,"type":59,"marks":1483},"which companies actually control chip availability",[1484],{"type":76,"attrs":1485},{"href":1486,"uuid":1487,"anchor":29,"target":80,"linktype":81},"/articles/the-21-companies-that-control-global-chip-supply","53b13c3a-c3ff-4e73-813c-88aa8576eb25",{"text":1489,"type":59},", and the five most likely reasons for disruption to occur. ",{"type":54,"attrs":1491,"content":1492},{"textAlign":29},[1493],{"text":1494,"type":59},"Now we are examining the most important question yet: what can you do about it?",{"type":54,"attrs":1496,"content":1497},{"textAlign":29},[1498],{"text":1499,"type":59},"Awareness of systemic risk is not a resilience strategy. Most organisations now understand that semiconductor supply chains are fragile and upstream-concentrated. Far fewer have translated that understanding into action by mapping their specific exposure, modelling how disruption would travel through their network and identifying which mitigation levers are actually available to them.",{"type":54,"attrs":1501,"content":1502},{"textAlign":29},[1503],{"text":1504,"type":59},"Here are some practical steps organisations must take to move from risk awareness to a comprehensive, proactive semiconductor resilience strategy.",{"type":109},{"type":111,"attrs":1507,"content":1508},{"level":113,"textAlign":29},[1509],{"text":116,"type":59,"marks":1510},[1511],{"type":62},{"type":54,"attrs":1513,"content":1514},{"textAlign":29},[1515],{"text":123,"type":59},{"type":54,"attrs":1517,"content":1518},{"textAlign":29},[1519],{"text":128,"type":59,"marks":1520},[1521],{"type":76,"attrs":1522},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81},{"type":109},{"type":111,"attrs":1525,"content":1526},{"level":113,"textAlign":29},[1527],{"text":1528,"type":59,"marks":1529},"Why awareness isn't enough",[1530],{"type":62},{"type":54,"attrs":1532,"content":1533},{"textAlign":29},[1534],{"text":1535,"type":59},"The risk conversation around semiconductors has matured considerably in recent years. Geopolitical tension, pandemic-era shortages and the CHIPS Act have all pushed semiconductor supply chain risk to the top of the agenda for procurement and logistics teams.",{"type":54,"attrs":1537,"content":1538},{"textAlign":29},[1539],{"text":1540,"type":59},"But maturity in the conversation has not always translated into maturity in the response. For many organisations, risk mitigation still means mapping Tier-1 supplier relationships, monitoring Taiwan Strait developments and maintaining slightly larger component inventories. And while these are all reasonable steps, they are not sufficient.",{"type":54,"attrs":1542,"content":1543},{"textAlign":29},[1544],{"text":1545,"type":59},"The reason is structural. As we showed in our analysis of the five upstream chokepoints, the most consequential points of failure sit well beyond Tier 1. A company may source from three different chip manufacturers across two continents and still share the same upstream dependency on a single HPQ deposit in Spruce Pine, North Carolina, or the same ASML lithography equipment that every advanced fab in the world relies on. Supplier diversification at the visible layer of the supply chain does not eliminate concentration at the layer beneath it.",{"type":54,"attrs":1547,"content":1548},{"textAlign":29},[1549],{"text":1550,"type":59},"Closing that gap requires a different kind of analysis and a deliberate shift from monitoring risk to managing it.",{"type":54,"attrs":1552,"content":1553},{"textAlign":29},[1554,1555],{"type":357},{"type":192,"attrs":1556},{"id":1557,"alt":1558,"src":1559,"title":1560,"source":195,"copyright":195,"meta_data":1561},163268436227271,"Map view of supplier and supply chain concentration for the semiconductor industry.","https://a.storyblok.com/f/297658/1355x512/3b35c30ece/taiwan-complex-supply-chain-concentration-for-the-semiconductor-industry.png","The Taiwan Complex - Map View",{"alt":1558,"title":1560,"source":195,"copyright":195},{"type":109},{"type":111,"attrs":1564,"content":1565},{"level":113,"textAlign":29},[1566],{"text":1567,"type":59,"marks":1568},"Three questions that define your resilience posture",[1569],{"type":62},{"type":54,"attrs":1571,"content":1572},{"textAlign":29},[1573],{"text":1574,"type":59},"Moving from awareness to action starts with being able to answer three questions. Few organisations can answer all three with the specificity that a strong resilience strategy requires.",{"type":54,"attrs":1576,"content":1577},{"textAlign":29},[1578],{"text":1579,"type":59,"marks":1580},"1. Where does your exposure actually sit?",[1581],{"type":62},{"type":54,"attrs":1583,"content":1584},{"textAlign":29},[1585],{"text":1586,"type":59},"How well do you understand your upstream network, especially along the five chokepoint areas? This knowledge matters because diversification that looks meaningful at Tier 1 can collapse entirely two or three tiers up. A company sourcing from multiple chip manufacturers across different geographies may still share a single dependency on one HPQ deposit or one class of lithography equipment. If your exposure analysis stops at direct suppliers, you are still missing where risk actually concentrates.",{"type":54,"attrs":1588,"content":1589},{"textAlign":29},[1590],{"text":1591,"type":59,"marks":1592},"2. How would a disruption travel through your network?",[1593],{"type":62},{"type":54,"attrs":1595,"content":1596},{"textAlign":29},[1597],{"text":1598,"type":59},"Semiconductor disruptions can be difficult to detect, disguised as allocation decisions, extended lead times or qualification bottlenecks. Our analysis found that chokepoint events last a median of 243 days, compared to four for port disruptions. The organisations that manage this well have modelled the propagation path in advance: which nodes connect to which programmes, over what timeframe and which revenues are in the path when disruption hits.",{"type":54,"attrs":1600,"content":1601},{"textAlign":29},[1602],{"text":1603,"type":59,"marks":1604},"3. Which mitigation levers are actually available to you?",[1605],{"type":62},{"type":54,"attrs":1607,"content":1608},{"textAlign":29},[1609,1611],{"text":1610,"type":59},"Not all exposure can be mitigated in the same way, and some chokepoints (EUV lithography, HPQ supply) offer very limited options regardless of how much you may try to diversify. The strategic question is whether to build buffer inventory, qualify alternative suppliers, redesign around constraints or invest in early warning capability. Matching the right lever to the right risk type is what separates a resilience strategy from a risk register.",{"type":357},{"type":54,"attrs":1613},{"textAlign":29},{"type":111,"attrs":1615,"content":1616},{"level":113,"textAlign":29},[1617],{"text":1618,"type":59,"marks":1619},"From exposure to strategy: a three-step framework",[1620],{"type":62},{"type":54,"attrs":1622,"content":1623},{"textAlign":29},[1624],{"text":1625,"type":59},"The most persistent gap in semiconductor resilience planning is a structural mismatch between where organisations focus their attention and where risk actually concentrates. The events that cause the greatest operational damage are rarely the ones we anticipate. A resilience programme built only around known risks is, by definition, incomplete. What distinguishes the organisations that navigate disruption well is their structured understanding of exposure before it arrived. Here’s how they do it:",{"type":54,"attrs":1627,"content":1628},{"textAlign":29},[1629],{"text":1630,"type":59,"marks":1631},"Step 1: Quantify business impact",[1632],{"type":62},{"type":54,"attrs":1634,"content":1635},{"textAlign":29},[1636],{"text":1637,"type":59},"Before mapping suppliers, organisations need to understand which of them actually matter. The most reliable method is Bill of Materials linkage, connecting each supplier directly to the products, programmes and customers they serve. Where BOM data is unavailable or incomplete, spend data can serve as a proxy. The outcome is a clear, prioritised view of which nodes in your supply chain carry real commercial consequence, and which represent acceptable risk.",{"type":54,"attrs":1639,"content":1640},{"textAlign":29},[1641],{"text":1642,"type":59,"marks":1643},"Step 2: Analyse the critical areas",[1644],{"type":62},{"type":54,"attrs":1646,"content":1647},{"textAlign":29},[1648],{"text":1649,"type":59},"Once critical suppliers and commodities are identified, the analysis must work at two levels simultaneously. At the macro level, the focus is on raw material availability, production capacity, price trends and geographic concentration. At the micro level, it is on the operational and financial health of specific entities and their exposure to local hazards, infrastructure risk, ESG pressure and financial stress.",{"type":54,"attrs":1651,"content":1652},{"textAlign":29},[1653],{"text":1654,"type":59,"marks":1655},"Step 3: Map chokepoints through Tier-N visibility",[1656],{"type":62},{"type":54,"attrs":1658,"content":1659},{"textAlign":29},[1660],{"text":1661,"type":59},"Identifying your real exposure requires tracing your supply network beyond direct suppliers — through Tier-2, Tier-3 and further upstream where necessary. The goal is to understand where concentration actually sits, which of your suppliers share the same upstream dependencies and how a disruption at any one node would cascade through to your operations. This is the layer of the supply chain where the five chokepoints live. It is also the layer that most organisations have never systematically mapped.",{"type":54,"attrs":1663,"content":1664},{"textAlign":29},[1665],{"text":1666,"type":59},"With this foundation, organisations can move from generic risk narratives to precise statements: which fabs serve which programmes, which of those fabs share upstream dependencies on HPQ or EUV equipment and what a disruption at any of those nodes would mean for specific product lines and customer commitments. ",{"type":54,"attrs":1668,"content":1669},{"textAlign":29},[1670],{"text":1671,"type":59},"Overcoming the Taiwan Complex means developing a resilience strategy that holds under real disruption. That starts with understanding what matters most to your business and working upstream from there.",{"type":54,"attrs":1673},{"textAlign":29},{"type":111,"attrs":1675,"content":1676},{"level":113,"textAlign":29},[1677],{"text":1678,"type":59,"marks":1679},"Key takeaways for overcoming the Taiwan Complex",[1680],{"type":62},{"type":391,"content":1682},[1683,1694,1705,1716,1727],{"type":394,"content":1684},[1685],{"type":54,"attrs":1686,"content":1687},{"textAlign":29},[1688,1692],{"text":1689,"type":59,"marks":1690},"Map your exposure beyond Tier 1. ",[1691],{"type":62},{"text":1693,"type":59},"Identify where your supply network touches the five upstream chokepoints and how many of your suppliers converge on the same nodes.",{"type":394,"content":1695},[1696],{"type":54,"attrs":1697,"content":1698},{"textAlign":29},[1699,1703],{"text":1700,"type":59,"marks":1701},"Model disruption impact by programme and product line, not just by supplier. ",[1702],{"type":62},{"text":1704,"type":59},"Know which revenues are most vulnerable and how quickly a chokepoint event would reach your operations.",{"type":394,"content":1706},[1707],{"type":54,"attrs":1708,"content":1709},{"textAlign":29},[1710,1714],{"text":1711,"type":59,"marks":1712},"Match mitigation to risk type.",[1713],{"type":62},{"text":1715,"type":59}," Buffer inventory, early warning monitoring, supplier qualification and conscious risk acceptance are not interchangeable. The wrong lever applied to the right risk offers little real protection.",{"type":394,"content":1717},[1718],{"type":54,"attrs":1719,"content":1720},{"textAlign":29},[1721,1725],{"text":1722,"type":59,"marks":1723},"Do not skip steps. ",[1724],{"type":62},{"text":1726,"type":59},"Mitigation decisions made without prior exposure mapping and impact modelling are built on incomplete foundations, however sophisticated they appear.",{"type":394,"content":1728},[1729],{"type":54,"attrs":1730,"content":1731},{"textAlign":29},[1732,1736],{"text":1733,"type":59,"marks":1734},"Invest in upstream monitoring now. ",[1735],{"type":62},{"text":1737,"type":59},"Early warning capability compounds in value over time. The organisations with visibility into material supplier stress, equipment allocation trends and chokepoint-level signals today will be better positioned when the next disruption occurs.",{"type":109},{"type":111,"attrs":1740,"content":1741},{"level":230,"textAlign":29},[1742],{"text":554,"type":59,"marks":1743},[1744],{"type":62},{"type":54,"attrs":1746,"content":1747},{"textAlign":29},[1748],{"text":561,"type":59},{"type":54,"attrs":1750,"content":1751},{"textAlign":29},[1752],{"text":566,"type":59,"marks":1753},[1754,1756],{"type":76,"attrs":1755},{"href":78,"uuid":79,"anchor":29,"target":80,"linktype":81},{"type":62},"Posted April 4, 2026 • 6 min 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