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202
FACTBOOK
SEMICONDUCTORINDUSTRYASSOCIATION
FACTBOOK
Introduction
Thedataincludedinthe2024SIAFactbookhelpsdemonstratetheresearchandscienceprogramsauthorizedbytheCHIPSandScience
strengthandpromiseoftheU.S.semiconductorindustryandwhyitisAct.
criticalforpolicymakerstoenactmeasuresthatboostgrowthand
promoteinnovation.
2.StrengthenAmerica’sTechnologyWorkforce:Implementanational
strategy—backedbyappropriateinvestmentsandinconsultation
TheU.S.semiconductorindustryisakeydriverofAmerica’seconomic
strength,nationalsecurity,globalcompetitiveness,andtechnology
witheducationleadersandtheprivatesector—toimproveour
educationsystem,increasethenumberofAmericansgraduatingin
leadership.SemiconductorsenablethesystemsandproductsthatweuseSTEMfields,supportthosepursuingcareersinmicroelectronics,and
towork,communicate,travel,entertain,harnessenergy,treatillness,andensuretrainingandeducationopportunitiestofillopenpositions.
makenewscientificdiscoveries.SemiconductorswereinventedinReformAmerica’shigh-skilledimmigrationsystemtoenableaccessto
America,andU.S.companiesstillleadtheglobalmarket,accountingfor
nearlyhalftheworld'schipsales.
thebestandbrightestintheworld,includingforeignstudentswith
graduatedegreesinSTEMfieldsfromU.S.universities.Securefunding
TohelppromoteinnovationandensureAmerica’scontinuedtechnology
leadership,policymakersshoulddothefollowing:
tostrengthenthesemiconductorworkforceatalllevelsandensurea
robustpipelineatalleducationlevelsandskillsneeds.
1.InvestinU.S.SemiconductorLeadership:Implementthepoliciesand
programsintheCHIPSandScienceActefficiently,promptly,and
transparently.Deviseregulationsfortheadvancedmanufacturing
investmentcreditintheCHIPSActtoencompassthefullscopeof
3.PromoteFreeTradeandProtectIP:Approveandmodernizefreetrade
agreementsthatremovemarketbarriers,protectIP,andenablefair
competition.ExpandtheInformationTechnologyAgreement,oneof
theWorldTradeOrganization’smostsuccessfulfreetradeagreements.
investmentsinthesemiconductorecosystem.Adoptpoliciesto4.CooperateCloselywithLike-MindedEconomies:Alignpoliciesand
promoteinnovationandU.S.competitiveness,suchasenactingan
investmenttaxcreditforsemiconductordesignandstrengtheningthe
regulationswithlikemindedalliestostrengthennationalsecurity,
promotegrowth,innovation,andsupplychainresilience.
R&Dtaxcredit.MaintainU.S.technologyleadershipbyinvestinginthe
PREFACE-i-
FACTBOOKListofFigures
(PageNumbersinParentheses)
(1)SECTION1:INDUSTRYOVERVIEW
(2)TheGlobalSemiconductorIndustryisaKeyGrowthSectorintheGlobalEconomy
(3)TheU.S.SemiconductorIndustryhasNearlyHalftheGlobalMarketShare
(4)U.S.-BasedSemiconductorCompanySaleshaveDisplayedSteadyAnnualGrowth
(5)U.S.SemiconductorManufacturingCapacityintheU.S.RepresentsaShrinkingShare
(6)SemiconductorsareOneofAmerica’sTopExports
(7)SECTION2:GLOBALMARKET
(8)GlobalSemiconductorSalesareDrivenbyProductsUltimatelyPurchasedbyConsumers
(9)GlobalSemiconductorSalesareDiversifiedbyTypeofProductSold
(10)AsiaPacificistheLargestRegionalSemiconductorMarket,andChinaistheLargestSingle-CountryMarket
(11)SECTION3:CAPITALANDR&DINVESTMENT
(12)TotalAnnualLevelsofInvestmentinCapitalandR&DareHighfortheIndustry
(13)CapitalandR&DInvestmentareCriticaltoMaintainingaCompetitiveU.S.SemiconductorIndustry
(14)InvestmentinCapitalExpendituresandR&DperEmployeeisVeryHighfortheU.S.Industry,Reaching$223,500in2023
(15)U.S.SemiconductorIndustryR&DExpendituresareConsistentlyHigh,ReflectingtheInherentImportanceofR&DtoSemiconductorProduction
(16)AnnualR&DExpendituresasaPercentofSaleshaveExceeded15PercentOverthePast20Years,AmongtheHighestRatesforanyU.S.Industry
(17)TheU.S.SemiconductorIndustryisaLeaderinR&DSpendingasaPercentofSalesAmongMajorU.S.Industries
(18)TheU.S.SemiconductorIndustrySpendsMoreonR&DasaPercentofSalesthananyOtherCountry’sSemiconductorIndustry
(19)TheU.S.SemiconductorIndustryisHighlyCapitalIntensive,andAnnualIndustrySpendingonCapitalEquipmentTendstobeHighasaShareofSales
(20)AnnualCapitalExpendituresasaPercentofSaleshaveAverageBetween10and15PercentOverthePast20Years
(21)SECTION4:U.S.JOBS
(22)TheU.S.SemiconductorIndustryAccountsforaQuarterofaMillionDirectU.S.JobsandOveraMillionAdditionalIndirectU.S.Jobs
(23)SECTION5:U.S.PRODUCTIVITY
(24)U.S.-BasedSemiconductorFirmshaveExperiencedRapidImprovementsinProductivityOverthePast20Years
PREFACE-ii-
Section1
INDUSTRYOVERVIEW
Section1:IndustryOverview-1-
SECTION1:INDUSTRYOVERVIEW
THEGLOBALSEMICONDUCTORINDUSTRYISAKEYGROWTHSECTORINTHEGLOBALECONOMY
Worldwidesemiconductorsalesincreasedfrom$139.0billionin2001to$526.9billionin2023,acompoundannualgrowthrateof6.0percentperyear.
AccordingtotheWorldSemiconductorTradeStatistics(WSTS)Fall2023SemiconductorIndustryForecast,worldwidesemiconductorindustrysalesare
forecastedtoincreaseto$588.4billionin2024andincreaseto$654.7billionin2025.*
*WSTS,Fall2023SemiconductorIndustryForecast
700
-8.2%’22/’23
600
500
400
300
200
100
0
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'212223Source:WorldSemiconductorTradeStatistics(WSTS)andSIAEstimates.
Section1:IndustryOverview-2-
SECTION1:INDUSTRYOVERVIEW
THEU.S.SEMICONDUCTORINDUSTRYHASNEARLYHALFTHEGLOBALMARKETSHARE
TheU.S.semiconductorindustryexperiencedasignificantlossinglobalTheU.S.industryreboundedoverthenext10years,andby1997,ithad
marketshareduringthe1980s.Intheearly1980s,U.S.-basedproducers
heldmorethan50percentofworldwidesemiconductorsales.Dueto
intensecompetitionfromJapan-basedfirms,theeffectofillegal
regaineditsleadershippositionwith50percentglobalmarketshare,a
positiontheindustrycontinuestoholdtoday.U.S.semiconductorfirms
havemaintainedtheircompetitiveedgeinmicroprocessorsandother
"dumping“,aswellasasevereindustryrecessionin1985to1986,the
U.S.industrylostatotalofnineteenworldwidemarketsharepoints,and
leading-edgedevices,aswellashavingcontinuedtoleadinarangeof
otherproductareas.Inaddition,U.S.semiconductorfirmsmaintaina
ithadcededglobalindustrymarketshareleadershiptotheJapanese
semiconductorindustry.
leadingpositioninR&D,design,andprocesstechnology.Today,U.S.-
basedfirmshavethelargestmarketsharewith50.2percent.Other
countries’industrieshavebetween7and15percentglobalmarketshare.
60
2023
50
U.S.50.2%
40
30
20
10
0
'83'84'85'86'87'88'89'90'91'92'93'94'95'96'97'98'99'00'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'2223
Japan
9%
EU
12.7%
Korea
13.8%
Taiwan
7.0%
China*
7.2%
U.SJapanEuropeKoreaTaiwanChina
Source:WorldSemiconductorTradeStatistics(WSTS),Gartner,Omdia,andSIAEstimates.
Section1:IndustryOverview-3-
SECTION1:INDUSTRYOVERVIEW
U.S.-BASEDSEMICONDUCTORCOMPANYSALESHAVEDISPLAYEDSTEADYANNUALGROWTH
SalesbyU.S.headquarteredsemiconductorfirmsgrewfrom$71.1billionin2001to$264.6billionin2023--acompoundannualgrowthrateof6.0
percent.SalesgrowthforU.S.headquarteredcompaniesshowsthesamecyclicalfluctuationscharacterizedbytheindustryasawhole.
300
-3.2%’22/’23
250
200
150
100
50
0
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'22'23
Source:WorldSemiconductorTradeStatistics(WSTS)andSIAEstimates.
Section1:IndustryOverview-4-
SECTION1:INDUSTRYOVERVIEW
U.S.-BASEDSEMICONDUCTORCOMPANIESMAINTAINMARKETSHARELEADERSHIPINMAJORREGIONAL
SEMICONDUCTORMARKETS
In2023,semiconductorfirmsbasedintheU.S.held50.2percentofthetotalsemiconductormarketshare,themostofany
country’ssemiconductorindustry.Inallmajorcountryandregionalsemiconductormarkets,U.S.headquarteredcompaniesalso
heldsalesmarketshareleadership.
U.S.FirmsOtherFirms
JAPANMARKET$46.8B42.0%58.0%
EUROPEMARKET$55.8B48.8%51.2%
AMERICASMARKET$134.452.2%47.8%
ASIAPACIFIC/ALLOTHERMARKET$137.7B48.3%51.7%
CHINESEMARKET$154.3B53.1%46.9%
Source:WorldSemiconductorTradeStatistics(WSTS)andSIAEstimates.
Section1:IndustryOverview-5-
SECTION1:INDUSTRYOVERVIEW
SEMICONDUCTORSAREONEOFAMERICA’STOPEXPORTS
U.S.exportsofsemiconductorswereworth$52.7billionin2023,sixth-highestamongU.S.exports,behindonlyrefinedoil,crude
oil,airlines,naturalgas,andautomobiles.SemiconductorsconstitutedthelargestshareofU.S.exportsofallelectronicproduct
exports.
Top6U.S.Exportsin2023($Bn)#1U.S.ElectronicProductExportin2023($Bn)
Semiconductors$52.7Billion
60
Semiconductors
50RefinedOil$121.0Billion
RadioandTVBroadcastingandWirelessCommunicationEquipment
40
Aircraft$113.3Billion
30
Computer
Equipment
CrudeOil$116.8billion
NaturalGas$67.9
Billion
20
Computers
Electromedical
Devices
10
Cars$66.2Billion
0
Source:U.S.InternationalTradeCommission.IndustrydefinedbyNAICScodes:334413
(Semiconductors);33641X(Aircraft);324110(RefinedOil);211130(NaturalGas);211120
(CrudeOil);336110(Automobile)
Source:U.S.InternationalTradeCommission.IndustrydefinedbyNAICScodes:334413
(Semiconductors);334220(RadioandTVBroadcastingandWirelessCommunications
Equipment);334118(ComputerEquipment);334111(Computers);334510(Electromedical
Devices).
Section1:IndustryOverview-6-
Section2
GLOBALMARKET
DiversifiedandConsumer-driven
Section2:GlobalMarket-7-
SECTION2:GLOBALMARKET
GLOBALSEMICONDUCTORSALESAREDRIVENBYPRODUCTSULTIMATELYPURCHASEDBYCONSUMERS
Thevastmajorityofsemiconductordemandisdrivenbyproductsultimatelypurchasedbyconsumers,suchas
laptops,smartphones,automobiles,andmore.Increasingly,consumerdemandisdriveninemergingmarketsincludingthosein
Asia,LatinAmerica,EasternEurope,andAfrica.
Government
2023TotalGlobalSemiconductorMarket:$526.9Billion
1.0%Industrial
14.0%
25%
PC/Computer
11.0%Consumer
17.0%
32%
Automotive
Communications
Note:Militaryend-useisincludedinGovernment.
Sources:WorldSemiconductorTradeStatistics(WSTS).
Section2:GlobalMarket-8-
SECTION2:GLOBALMARKET
GLOBALSEMICONDUCTORSALESAREDIVERSIFIEDBYTYPEOFPRODUCTSOLD
Semiconductortechnologyhasrapidlyevolvedastheindustrydevelopsmoreadvancedproductsandprocesstechnologiesfor
applicationsinend-useindustries.Inrecentyears,thelargestsegmentsoftheworldwidesemiconductorindustryhavebeenlogic,
memory,analog,andMPU.In2023,theseproductsaccountedfor75percentofsemiconductorindustrysales.
DistributionofWorldwideSemiconductorSalesByProductSegment2022
%Changeoverlast
year
Logic$178.6B+1.1%
$92.3B-28.9%Memory
Analog$81.2B-8.7%
MPU$45.3B-10.9%
Opto
$43.2B
-1.6%
Discretes+4.5%
$35.5B
MCU$27.9B+11.4%
Sensor
$19.7B-9.4%
-1.4%$3.2B
DSP
Source:WorldSemiconductorTradeStatistics(WSTS)andSIAEstimates.
Section2:GlobalMarket-9-
SECTION2:GLOBALMARKET
ASIAPACIFICISTHELARGESTREGIONALSEMICONDUCTORMARKET,ANDCHINAISTHE
LARGESTSINGLE-COUNTRYMARKET
In2001,theAsiaPacificmarketsurpassedallotherregionalmarketsinsales,aselectronicequipmentproductionshiftedtothe
region.Ithasmultipliedinsizesincethen,from$39.8billionto$290.0billionin2023.Byfar,thelargestcountrymarketintheAsia
PacificregionisChina,whichaccountedfor53percentoftheAsiaPacificmarketand29percentofthetotalglobalmarket.Thisdata
reflectssalesofsemiconductorstoelectronicequipmentmakersonly–finalelectronicproductscontainingsemiconductorsarethen
shippedforconsumptionaroundtheworld.
400
AsiaPacific‘23-10%
GlobalRegionalSemiconductorMarket($Billion)China‘23-15%
350
Americas‘23-5%
Europe’234%300
Japan‘23-3%
250
200
150
Note:Inthisgraph,the
Chinamarketdatafrom
2014-2023representsa
subsetoftheoverall
AsiaPacificMarket
100
50
0
'95'96'97'98'99'00'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'22'23
Section2:GlobalMarket-10-
Source:WorldSemiconductorTradeStatistics(WSTS)andSIAEstimates.
Section3
CapitalandR&DInvestment
ADrivingForceinMaintainingaCompetitiveU.S.
SemiconductorIndustry
Section3:CapitalandR&DInvestment-11-
SECTION3:CapitalandR&DInvestment
TOTALANNUALLEVELSOFINVESTMENTINCAPITALANDR&DAREHIGHFORTHEINDUSTRY
TotalR&DandcapitalexpendituresbyU.S.semiconductorfirms,includingfablesscompanies,was$107.5billionin2023.From2001
to2023,thecompoundannualgrowthratewasapproximately5.9percent.Investmentlevelsintermsofshareofsaleshave
generallynotbeensubjecttofluctuationsassociatedwithmarketcyclicality.
R&DandCapitalExpenditures($Billion)
120
100
80
60
40
20
0
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'2223
Source:U.S.SemiconductorCompanies’10Kand10QFillingstotheU.S.SECandSIAEstimates.
Section3:CapitalandR&DInvestment-12-
SECTION3:CapitalandR&DInvestment
CAPITALANDR&DINVESTMENTARECRITICALTOMAINTAININGACOMPETITIVEU.S.SEMICONDUCTORINDUSTRY
Toremaincompetitiveinthesemiconductorindustry,firmsmustcontinuallyinvestasignificantshareofrevenueinbothR&Dandnew
plantsandequipment.Thepaceoftechnologicalchangeintheindustryrequiresthatcompaniesdevelopmorecomplexdesignsand
processtechnologies,aswellasintroduceproductionmachinerycapableofmanufacturingcomponentswithsmallerfeaturesizes.The
abilitytodesignandproducestate-of-the-artsemiconductorcomponentscanonlybemaintainedthroughacontinualcommitmentto
keepingpacewithindustry-wideinvestmentratesofroughly30percentofsales.Theneedtostayattheleadingedgeoftechnologyhas
resultedinsomeextremefluctuationsinyearssuchas2001and2002,whensalesdeclinedprecipitouslywhileexpendituresonR&Dand
capitalequipmentdidnotdeclineatthesamerate.
40%
CapitalandR&DInvestmentasPercentofSales35%
30%
25%
20%
15%
10%
5%
0%
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'2223
Source:U.S.SemiconductorCompanies’10Kand10QFillingstotheU.S.SECandSIAEstimates.
Section3:CapitalandR&DInvestment-13-
SECTION3:CapitalandR&DInvestment
INVESTMENTINCAPITALEXPENDITURESANDR&DPEREMPLOYEEDECLINEDTO$223,500IN2023
From2001to2023,totalinvestmentperemployee(measuredbycombinedR&Dandnewgrossplantandequipment)has
increasedatarateofabout3.3percentperyear.Theseexpendituresexceeded$100,000in2001butdeclinedtoroughly$91,000in
2003afterthe2001downturn.Investmentperemployeeincreasedtoover$100,000in2006.The2008-2009recessionresultedin
thedeclineofinvestmentperemployeein2009and2010butreturnedin2012andgrewto$223,500in2023.
250000
$PerEmployee200000
150000
100000
50000
0
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'2223
Source:U.S.SemiconductorCompanies’10Kand10QFillingstotheU.S.SECandSIAEstimates.
Section3:CapitalandR&DInvestment-14-
SECTION3:CapitalandR&DInvestment
U.S.SEMICONDUCTORINDUSTRYR&DEXPENDITURESARECONSISTENTLYHIGH,REFLECTINGTHEINHERENT
IMPORTANCEOFR&DTOSEMICONDUCTORPRODUCTION
U.S.semiconductorindustryR&Dexpendituresgrewatacompoundannualgrowthrateofapproximately6.7percentfrom2001to
2023.R&DexpendituresbyU.S.semiconductorfirmstendtobeconsistentlyhigh,regardlessofcyclesinannualsales,whichreflects
theimportanceofinvestinginR&Dtosemiconductorproduction.In2023,totalU.S.semiconductorindustryinvestmentinR&D
totaled$59.3billion.
70
R&DExpenditures($Billion)
60
50
40
30
20
10
0
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'2223
Source:U.S.SemiconductorCompanies’10Kand10QFillingstotheU.S.SECandSIAEstimates.
Section3:CapitalandR&DInvestment-15-
SECTION3:CapitalandR&DInvestment
ANNUALR&DEXPENDITURESASAPERCENTOFSALESHAVEEXCEEDED15PERCENTOVERTHEPAST20YEARS,AMONG
THEHIGHESTRATESFORANYU.S.INDUSTRY
AnnualR&Dexpendituresasapercentofsaleshaveexceeded15percentoverthepast20years.Thisrateisunprecedentedamong
majormanufacturingsectorsoftheUnitedStateseconomy.R&Dexpendituresareessentialtothecompetitivepositionof
semiconductorfirms.Therapidpaceoftechnologicalchangerequiresconstantadvancementsinprocesstechnologyanddevice
capabilities.TheincreaseinR&Din2001and2002wascausedbytheindustry'scommitmenttothefutureoftechnologydespitean
economicdownturn.The2003-2004decrease,aswellasthe2020-2021decrease,wasnotduetocutsinR&Dbudgetsbutrather
tostrongerthanexpectedindustrygrowth,whichincreasedrevenuesfasterthanexpected.
25%
R&DExpendituresPercentofSales
20%
15%
10%
5%
0%
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'2223
Source:U.S.SemiconductorCompanies’10Kand10QFillingstotheU.S.SECandSIAEstimates.
Section3:CapitalandR&DInvestment-16-
SECTION3:CapitalandR&DInvestment
THEU.S.SEMICONDUCTORINDUSTRYISALEADERINR&DSPENDINGASAPERCENTOFSALESAMONGMAJORU.S.
INDUSTRIES
TherateofU.S.semiconductorindustryR&Dspendingisamongthehighestinkeymajorhightechnologyindustrialsectors.Based
onthe2023EUIndustrialR&DInvestmentScoreboard,theU.S.semiconductorindustrywassecondonlytotheU.S.
pharmaceuticals&biotechnologyindustryintermsoftherateofR&Dspendingasapercentofsales.
R&DExpendituresasaPercentofSalesPharmaceuticals&Biotechnology
23.1%
21.4%
27.1%
Semiconductors
18.75
%
19.5%
15.7%Software&ComputerServices
9.2%
19.0%
9.1%
MobileTelecommunications
8.4%
13.5%
7.7%SemiconductorManufacturingEquipment
6.8%
10.3%
6.2%
ConsumerElectronics
5.7%
7.7%
Note:*Excludingsemiconductors.
Note:Slightdifferencesinsemiconductorindustrysharefrompage18tableduetodifferencesinmethodologyandsourcedata.
Section3:CapitalandR&DInvestment-17-
Source:The2023EUIndustrialR&DInvestmentScoreboard.
SECTION3:CapitalandR&DInvestment
THEU.S.SEMICONDUCTORINDUSTRYSPENDSMOREONR&DASAPERCENTOFSALESTHANANYOTHERCOUNTRY’S
SEMICONDUCTORINDUSTRY
U.S.semiconductorindustry'sR&Dspendingasapercentofsalesisunsurpassedbyanyothercountry’ssemiconductorindustry.
R&DExpendituresasaPercentofSales
U.S.
19.5%
Europe
14.0%
Japan
12.0%
Taiwan
11.0%
Korea
9.5%
China
7.6%
Note:Slightdifferencesinsemiconductorindustrysharefrompage18tableduetodifferencesinmethodologyandsourcedata.
Source:The2022EUIndustrialR&DInvestmentScoreboard.
Section3:CapitalandR&DInvestment-18-
SECTION3:CapitalandR&DInvestment
THEU.S.SEMICONDUCTORINDUSTRYISHIGHLYCAPITALINTENSIVE,ANDANNUALINDUSTRYSPENDINGONCAPITAL
EQUIPMENTTENDSTOBEHIGHASASHAREOFSALES
TheU.S.semiconductorindustrygrosscapitalexpenditureswere$48.2billionin2023.Capitalexpendituresdeclinedfrom2001-
2003duetothecompletionofmajornewfacilitiesduring1999-2001andincreaseduseoffoundries.2004sawarebound,andin
2005theindustrywasinabalancedpositionintermsofcapitalexpendituresasapercentageofsales.In2011,afterasharpdecline
in2009duetotheglobaleconomicrecession,capitalexpendituresreboundedtoreach$23.7billion.In2023,capitalexpenditures
slightlydecreasedfrom$50.7billionto$48.2billionfrom2022to2023.Capex,however,hasincreasedatanannualrateof5.1%since2001.
60
CapitalExpenditures($Billion)
50
40
30
20
10
0
'01'02'03'04'05'06'07'08'09'10'11'12'13'14'15'16'17'18'19'20'21'2223
Source:U.S.SemiconductorCompanies’10Kand10QFilli
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