WPCRH ƀ~T8x*EalQ߿ͪ?ꕾβAjJG>R{K {ܼ3/*ìax#4Itc'?3iJ|5 nLl+EfcCXm׷j?"KMH ™Բ_Eؐ@ytf gh^|-' 2lj[I/qaA%oİ \MOw IwR˜Xƣ.&@krCLA߭7_/?U㼓1~ASOWٱ]fkVZ l?8_~8~c+71Fڅ\OtO ` *B 3%GBs#JU-N %Y 0:_ N 1 72" 1uT 72 0c 1^ 72 0 ^ w 4& m(UN? 00UBUUNU>cU*U<UNU@U 1 72 R 0e} 0~ 0D 0UU 0 0 0m 0J 0$ 0 0 0 0Cn 0 0 0P 0 0 0 0j 0) 0@ 0#! 0! B" 0" 0# 0f$ 0(% 0% 0&U,Z' 0<'/:' 0V' 0R()) 0w1 04242 02 0>^3 0v34 0(4UN4 0*5 05 06 0D7 18 0`9 0`9 0`H: 0`: 0`; 08h; 0; 02r< 0< 0:= 0Y= 0_3> 0 > 0j? 0A B*B D/B D+B 0C D/D 0D 06E 0E 0:F 0^G 0<eG 1eGU6H+J (_23  ` &<<DL&23  ..  2( 4 <DL2  *;+J (_22   #DL#23  ..  2( 4 <DL2  *8+J (_21    DL 23  ..  2( 4 <DL2  *5+J (_20  h DDL23  ..  2( 4 <DL2  *2+J (_19   L23  ..  2( 4 <DL2  */+J (_18    L23  ..  2( 4 <DL2  * (_1723  Ԁ*DJ (_16   ," <DL,23  Ԁ  2( 4 <DL2  *AJ (_15   ) <DL)23  Ԁ  2( 4 <DL2  *>J (_14  ` &<<DL&23  Ԁ  2( 4 <DL2  *;J (_13   #DL#23  Ԁ  2( 4 <DL2  *8J (_12    DL 23  Ԁ  2( 4 <DL2  *5J (_11  h DDL23  Ԁ  2( 4 <DL2  *2J (_10   L23  Ԁ  2( 4 <DL2  (/J &_9    L23  Ԁ  2( 4 <DL2  ( &_823  (DJ &_7   ," <DL,23   2( 4 <DL2  (AJ &_6   ) <DL)23   2( 4 <DL2   d(>J &_5  ` &<<DL&23   2( 4 <DL2  (;J &_4   #DL#23   2( 4 <DL2  (8J &_3    DL 23   2( 4 <DL2  (5J &_2  h DDL23   2( 4 <DL2  (2J &_1   L23   2( 4 <DL2  &/J $_    L23   2( 4 <DL2  $Tahoma<:Definition T89sjcSJCSCookSCook(.3$ !USUS.,  <AA:Definition L , 5+ ` hp x 5  5+ ` hp x 5 D*USUS.,  _  򀀀. irradiancedigitizers CFR RINWassenaar CTPMTOPSSharron Teer LohCostanzo JasoRostker N.W.reexportsECCNsireexportedreexport ECCNm2redesignating"superconductive$multifilamentarypolyaryleneketonespolyether PEKK PEKketone ketonePEKEKK(magnetorheological MRF(Electrorheological LVS GBS MPM MPMsthyristor CIVGFLOPS ITRS SiCGMACSselenideExcimer ATCnm OCC0MicroElectroMechanical MEMS ARW IMUfluxgate MTCR DBRN aeromechanicalWTTeraFLOPS parentheticals microbolometerRulemaking PRARecordkeepingPub.L.PauA rmsSilicideAntimonideOverhausergradiometerspT"microcontrollerpascalsm3prepregsmoCBismaleimidesimidespolyimides"polyetherimidesTgPhenylenebiphenyleneTerephthalicnaphthoicsulphidesarylenetriphenylene:Polybiphenylenethersulphoneprepreg GHzMultichipGy MeVEEPROMsSRAMsoversampling(O;$0  2#  a  .3  0` (#(#(b$0  0` (#(#2#   .3  0 ` (#` (#(xir$0  0` (#(#0 ` (#` (#2#(  0  )3  0 (# (#86Definition(''&H1        ($0  0` (#(#0 ` (#` (#0 (# (#2#(  a  )3  0h(#(#(hH  Z6Times New Roman Regular(F$0  0` (#(#0 ` (#` (#0 (# (#0h(#(#2#(   )3  0h(#h(#($0  0` (#(#0 ` (#` (#0 (# (#0h(#(#0h(#h(#2#  0  )3  0(#(#({$0  0` (#(#0 ` (#` (#0 (# (#0h(#(#0h(#h(#0(#(#2#  a  )3  0p(#(#(F$0  0` (#(#0 ` (#` (#0 (# (#0h(#(#0h(#h(#0(#(#0p(#(#2#     )3  0p(#p(#  HIKOQRSxGGaeimquy}Bullet ListBullets List(&H2  (&H3  (&H4 XXX (&H5  (&H6  20Address8MM6Blockquote , , 5+ ` hp x 5   5+ ` hp x 5,*CITE,dl*CODEKq<6X9`(Courier NewKS\  `&Times New RomanS42Emphasis64Hyperlink    <:FollowedHype    4go2Keyboard Kq<6X9`(Courier NewKS\  `&Times New RomanS <:Preformatted/%  ,Kk %#/Kq<6X9`(Courier NewKS\  `&Times New RomanS/%  ,Kk %#/<:zBottom of 7f(X7  ?%2A`Arial?  S\  `&Times New RomanS7g(X7&  d de)1dxd'dxd<:zTop of For7i(X7  ?%2A`Arial?  S\  `&Times New RomanS7g(X7e)2dxd0KS.SampleKq<6X9`(Courier NewKS\  `&Times New RomanS0.Strong 8dl6TypewriterKq<6X9`(Courier NewKS\  `&Times New RomanS42Variable: 8HTML MarkupB      2 0CommentB  ./012345 35;AGMSY_11.1.1.1.1.1.1.1.<6X9`(Courier New  !USUS.,  _0F8XXdd8NOY&rOY"OY5"OY  4(#BillingCode:351033P  (#(#K(#f  g f  g Ԉ     `     h      p      x DEPARTMENTOFCOMMERCE     p      x   L    BureauofIndustryandSecurity   L  15CFRParts742,743,744,772and774   [DocketNo.070105004705001] \ RIN0694AD95  \  December2006WassenaarArrangementPlenaryAgreementImplementation:   Categories1,2,3,5PartI,6,7,8,and9oftheCommerceControlList;Wassenaar  ReportingRequirements;Definitions;andStatementofUnderstandingonSourceCode  l @* AGENCY: BureauofIndustryandSecurity,Commerce. #l!  ACTION: 󀀀FinalRule &$"%  SUMMARY: TheBureauofIndustryandSecurity(BIS)maintainstheCommerceControlList *%) (CCL),whichidentifiesitemssubjecttoDepartmentofCommerceexportcontrols.Thisfinal  ЀrulerevisestheExportAdministrationRegulations(EAR)toimplementchangesmadetothe  WassenaarArrangement'sListofDualUseGoodsandTechnologies(WassenaarList),and ` StatementsofUnderstandingmaintainedandagreedtobygovernmentsparticipatinginthe 8  WassenaarArrangementonExportControlsforConventionalArmsandDualUseGoodsand  ` Technologies(WassenaarArrangement,orWAf  g )f  g .f  g ԀTheWassenaarArrangementadvocates  8  implementationofeffectiveexportcontrolsonstrategicitemswiththeobjectiveofimproving   regionalandinternationalsecurityandstability.Toharmonizewiththechangestothe   WassenaarList,thisrulerevisestheEARbyamendingcertainentriesthatarecontrolledfor p nationalsecurityreasonsinCategories1,2,3,5PartI(telecommunications),6,7,8,and9;and H addingnewentriestotheCommerceControlList(CCL),amendingEARDefinitions,aswellas  p addingnewdefinitionstotheEAR,andaddinganewStatementofUnderstandingonsource H code.   ThepurposeofthisfinalruleistomakethenecessarychangestotheCCL,definitionsofterms  usedintheEAR,andWassenaarreportingrequirementstoimplementWassenaarListrevisions X  thatwereagreeduponintheDecember2006WassenaarArrangementPlenaryMeeting. 0"  ThisrulealsoaddsandexpandsunilateralU.S.exportcontrolsandnationalsecurityexport %0!$ controlsoncertainitemstomakethemconsistentwiththeamendmentsmadetoimplementthe '#& WassenaarArrangement'sdecisions.Inaddition,thisruleremovestheremainingreferencesto )$(  CompositeTheoreticalPerformance(CTP)and MillionsofTheoreticalOperationsPer h+&* Second(MTOPS)intheEAR,whichisconsistentwithagreementsmadebytheWassenaar  Arrangementwithregardtomicroprocessors.   DATES: EffectiveDate:Thisruleiseffective[INSERTDATEOFPUBLICATION]. 8   FORFURTHERINFORMATIONCONTACT: 󀀀Forquestionsofageneralnaturecontact  @  SharronCook,OfficeofExporterServices,BureauofIndustryandSecurity,U.S.Departmentof   Commerceat(202)4822440orEMail:scook@bis.doc.gov.   Forquestionsofatechnicalnaturecontact: X Category1:BobTeer2024824749 X Category2:GeorgeLoh2024823570 0 Category3:BrianBaker2024825534  Category5Part1:JoeYoung2024824197  Category6:ChrisCostanzo2024820718 h  Categories7:MarkJaso2024820987 @"  Categories8and9:GeneChristensen2024822984 $h" Commentsregardingthecollectionsofinformationassociatedwiththisrule,including '#& suggestionsforreducingtheburden,shouldbesenttoOMBDeskOfficer,NewExecutiveOffice )$( Building,Washington,DC20503Attention:DavidRostker;andtotheOfficeof x+&* Administration,BureauofIndustryandSecurity,DepartmentofCommerce,14thand  PennsylvaniaAvenue,N.W.,Room6883,Washington,D.C.20230.  ̀ SUPPLEMENTARYINFORMATION 8  Background   @  InJuly1996,theUnitedStatesandthirtythreeothercountriesgavefinalapprovaltothe   establishmentofanewmultilateralexportcontrolarrangement,calledtheWassenaar x ArrangementonExportControlsforConventionalArmsandDualUseGoodsandTechnologies P (WassenaarArrangementorWA).TheWassenaarArrangementcontributestoregionaland (x internationalsecurityandstabilitybypromotingtransparencyandgreaterresponsibilityin P transfersofconventionalarmsanddualusegoodsandtechnologies,thuspreventingdestabilizing ( accumulationsofsuchitems.Participatingstateshavecommittedtoexchangeinformationon  exportsofdualusegoodsandtechnologiestononparticipatingstatesforthepurposesof  enhancingtransparencyandassistingindevelopingcommonunderstandingsoftherisks `  associatedwiththetransfersoftheseitems. 8"   ExpandedandNewExportControls  %8!$ Thisruleimposesnewf  g controlsf  g andexpandsNSColumn1controls.Thisruleimposesalicense )$( requirementundersection742.4(a)oftheEARforexportsandreexportstoall_00destinations, p+&* exceptCanada,ofcertaincommodities(andrelatedsoftwareandtechnology)describedin  ECCNs1E002.g,3E001,7A001,7A002.aand.c,7A003.d,7D001,7D003,7E001,7E002,  7E004.a.7,9D004.fand.g.Thesedestinationshavean XindicatedinNScolumn1onthe ` CommerceCountryChartofSupplementNo.1toPart738.Thepurposeofthecontrolsisto 8  ensurethattheseitemsdonotmakeacontributiontothemilitarypotentialofanyothercountry  ` orcombinationofcountriesthatwouldprovedetrimentaltothenationalsecurityoftheUnited  8  States.Fordesignatedterrorismsupportingcountriesorembargoedcountries,theapplicable   licensingpoliciesarefoundinParts742and746oftheEAR,andSupplementNo.1toPart736   oftheEARforSyria. p Thisrulealsoimposesnewf  g controlsf  g andexpandsNSColumn2controls.Thisruleimposesa  p licenserequirementundersection742.4(a)oftheEARforexportsandreexportsofcommodities H (andrelatedsoftwareandtechnology)describedin1C005.a,1C005.b.1,1C005.b.2,1C005.c,   1D003,2B002.c,2B002.d,3A001.b.9,3A001.e.4,3A001.g,3B001.f.2,3B001.i,3C005,  5A001.g,6A008.a,7A008,8A002.a,8A002.a.4(components)todestinationsthatarenot  CountryGroupA:1destinations,orthatarenotcooperatingcountries(seeSupplementNo.1to X  Part740oftheEAR).Thesedestinationshavean XindicatedinNScolumn2onthe 0"  CommerceCountryChartofSupplementNo.1toPart738oftheEAR.Thepurposeofthe $X" controlsistoensurethattheseitemsdonotmakeacontributiontothemilitarypotentialofsuch %0!$ destinationcountriesthatwouldprovedetrimentaltothenationalsecurityoftheUnitedStates. '#& Fordesignatedterrorismsupportingcountriesorembargoedcountries,theapplicablelicensing )$( policiesarefoundinParts742and746oftheEAR,andSupplementNo.1toPart736ofthe h+&* _00EARforSyria.  ̀Thelicensingpolicyfornationalsecuritycontrolleditemsexportedorreexportedtoanycountry ` exceptacountryinCountryGroupD:1(seeSupplementNo.1toPart740oftheEAR)isto 8  approvelicenseapplicationsunlessthereisasignificantriskthattheitemswillbedivertedtoa  ` countryinCountryGroupD:1.ThegeneralpolicyforexportsandreexportsofitemstoCountry  8  GroupD:1istoapprovelicenseapplicationswhenBISdetermines,onacasebycasebasis,that   theitemsareforcivilianuseorwouldotherwisenotmakeasignificantcontributiontothe   militarypotentialofthecountryofdestinationthatwouldprovedetrimentaltothenational p securityoftheUnitedStates. H Thisruleimposesnewf  g controlsf  g andexpandsantiterrorism(AT)controls.Thisruleimposesa H unilateralU.S.licenserequirementtoexportandreexportcommodities(andrelatedsoftwareand   technology)controlledunder1C005.a,1C005.b.1,1C005.b.2,1C005.c,1D003,1E002.g,  2B002.d.2,2B002.d.3,3A001.b.9,3A001.e.4,3A001.g,3B001.f.2,3B001.i,3C005,3E001,  5A001.g,6A008.a,7A001,7A002.aand.c,7A003.d,7A008,7D001,7D003.aand.b,7E001, X  7E002,7E004.a.7,8A002.a,8A002.a.4(components),and9D004.fand.gforATreasonsto 0"  Cuba,Iran,NorthKorea,SudanandSyria,inadditiontothenationalsecuritycontrolsimposed $X" toimplementtheWassenaarArrangement'sdecisions.Theseunilateralexportcontrolsare %0!$ necessarybecauseunderSection6(j)oftheExportAdministrationActof1979alicenseis '#& requiredforitemsthatcouldmakeasignificantcontributiontothemilitarypotentialofsuch )$( countryorthatcouldenhancetheabilityofsuchcountrytosupportactsofinternational h+&* terrorism.Thereisageneralpolicyofdenialforapplicationstoterrorismsupportingcountries,  assetforthinPart742oftheEAR.Inaddition,certainofthesecountriesarealsosubjectto  embargoes,assetforthinPart746oftheEARandSupplementNo.1toPart736oftheEARfor ` Syria.Alicenseisalsorequiredfortheexportandreexportoftheseitemstospeciallydesignated 8  terroristsandforeignterroristorganizations,assetforthinPart744oftheEAR;license  ` applicationstothesepartiesarereviewedunderageneralpolicyofdenial.  8   RevisionstotheCommerceControlList    ЀThisrulerevisesanumberofentriesontheCommerceControlList(CCL)toimplementthe H December2006agreedrevisionstotheWassenaarListofDualUseGoodsandTechnologies.  p Thisrulealsoreviseslanguagetoprovideacompleteandmoreaccuratedescriptionofcontrols. H AdescriptionofthespecificamendmentstotheCCLpursuanttotheDecember2006Wassenaar   Agreementisprovidedbelow.NewlyaddedECCNS,asdescribedbelow,areasfollows:1D003,  3C005,and7A008.TheaffectedECCNS,asdescribedbelow,are1A002,1B001,1C005,  1C008,1C010,1C998,1E002,2B001,2B002,3A001,3A002,3A991,3B001,3B991,3C002, X  3C992,3E001,3E002,5A001,5A991,5E001,6A002,6A004,6A005,6A006,6A008,6A995, 0"  6D003,6E201,7A001,7A002,7A003,7A101,7B003,7D001,7D003,7E001,7E002,7E004, $X" 8A002,8C001,9D004,9E001,and9E002. %0!$  Category1Materials,Chemicals, Microorganisms,andToxins  )$(  h+&* ECCN1A002(Compositestructuresorlaminates)isamendedby:    a.0 ` Clarifying1A002.abyaddingconsistingofinfrontoftheparameterand  deletingmadefrom;`` (#` (#   b.0 ` Clarifying1A002.bbyaddingconsistingoftothefrontandreplacingmade 8  fromwithanyofthefollowingtotheendofthesubparagraph'; `` (#` (#   c. ` Clarifyingtheterm'aircraft'toread'civilaircraft'intheNoteto1A002;  8    d.0 ` Clarifyingthesizeoffabricmadefrom fibrousorfilamentarymaterialsnot   controlledforrepairofcivilaircraftstructuresfrom'1m2'to'100cmx100cm'. ` (#` (#  0  Rationale :Thepreviousmaterialsizelimitimpairedtheabilityofairlinestorepairtheir H airplanessuccessfullyandinatimelymanner.Witheachnewcommercialairplane  p design,theproportionofstructuremadefromcarbonmaterialsisincreasing.H(#(# ECCN1A004(Protectiveanddetectionequipmentandcomponentsnotspeciallydesignedfor  militaryuse)isamendedbyrevisingtheRelatedControlsparagraphintheListofItems  Controlledsectionbyredesignatingnote2asnote3andaddinganewnote2toread SeeECCN X  1D003for"software"speciallydesignedormodifiedtoenableequipmenttoperformthe 0"  functionsofequipmentcontrolledundersection1A004.c(Nuclear,biologicalandchemical $X" (NBC)detectionsystems).SeeECCN1E002.gforcontrollibraries(parametrictechnical %0!$ databases)speciallydesignedormodifiedtoenableequipmenttoperformthefunctionsof '#& equipmentcontrolledunder1A004.c(Nuclear,biologicalandchemical(NBC)detection )$( _00systems). h+&* ЇECCN1B001(Equipmentfortheproductionoffibers)isamendedby:    a.0 ` AddinganotetotheLicenseRequirementsectionundertheMTcontrolthatreads    XXXXNote: MTappliestoequipmentin1B001.dthatmeetsorexceedstheparameters ` of1B101.to#XXXX~<#ԀclarifytheMTlicenserequirement,asthisrequirementhasbeen @  particularlyconfusingtothepublic;and h` (#` (#   b.0 ` Clarifyingthetextof1B001.f.,becauseattemptshavebeenmadetoexport  @  ultrasonicequipmentwithoutlicenseduetointerpretationthatthe3-Dand   ultrasonictomographyparametersmakeanemptybox.Thecontroltexttherefore   isclarifiedtoensuresystemswithcriticalcapabilityarecontrolledforexport.x` (#` (# ECCN1C005(superconductivecompositeconductors)isamendedby: (x   a. ` Removingthetermmultifilamentaryfrom1C005.a.; P   b. ` Replacingtheorwithanandin1C005.a.1.; (   c. ` Removingpartoftheparameterbutlessthan25K(249.16C)'from1C005.b.1.;    d.0 ` Replacing1C005.b.2whichstated, XXXXAcross-sectionarealessthan0.28x10-4  mm2;andtoread Remaininginthe superconductivestateatatemperatureof `  4.2K(268.96C)whenexposedtoamagneticfieldorientedinanydirection 8"  perpendiculartothelongitudinalaxisofconductorandcorrespondingtoa $`" magneticinductionof12Twithcriticalcurrentdensityexceeding1750A/mm2on %8!$ overallcrosssectionoftheconductor.'#&` (#` (#   e. ` Removing1C005.b.3;andf  g f  g  )$(   f.0 ` #XXXXoA#Adding1C005.candanewtechnicalnote,toreadasfollows  Superconductive p+&*  compositeconductorsconsistingofoneormore superconductivefilaments  whichremain superconductiveabove115K(158.16C).` (#` (#   0 ` TechnicalNote: Forthepurposeof1C005,filamentsmaybeinwire,cylinder, ` film,tapeorribbonform.;f      g f  V  g df  WFg @ ` (#` (# d 0  Rationale :Theserevisionsaremadetoaligncontrolswithcurrenttechnology. @ (#(# ECCN1C008(Nonfluorinatedpolymericsubstances)isamendedby:     a.0 ` RedesignatingNote1asNote2andaddinganewNote1toclarifytheterm P polymericsubstances;(x` (#` (#   b.0 ` Revisingthetestmethodofdeterminationofaheatdistortiontemperaturein P 1C008.b.from'ISO75-3(2004)'toISO752(2004),methodA;and(` (#` (#   c. ` Revisingtheloadparameterin1C008.bfrom'1.82N/mm2'to'1.80N/mm2';   0  Rationale :ISO75-3(2004)specifiesthemethodfordeterminingthetemperatureof `  deflectionunderaloadofhigh-strengththermosettinglaminatesand 8"  compression-moldedlong-fiber-reinforcedplasticsinwhichthefiberlengthisgreater $`" than7.5mm.Thematerialscontrolledunder1C008.barethermoplasticliquidcrystal %8!$ co-polymers,andthereforeISO75-3(2004)isnotanappropriatetestmethodfor '#& 1C008.b.materials.InaccordancewithISO75-2(2004),methodA,'1.82N/mm2'is )$( replacedwith'1.80N/mm2'. h     p+&*(#(# Ї  d.0 ` Delete1C008.c,whicharepolyaryleneetherketones,includingpolyetherketone  ketone(PEKK),polyetherketone(PEK),andPolyetherketoneetherketone  _00ketone_00Ԁ(PEKEKK).`` (#` (#  0  Rationale: 󀀀ThepatentforpolyaryleneetherketoneshasexpiredandChinaandIndia  ` arenowmanufacturingthecommodityunderdifferenttradenames.Themanufacturing  8  technologyandthepropertiesforalltheseproductsareverysimilar.Although   polyaryleneetherketonesisnolongercontrolledunderECCN1C008andrelated   technologycontrolledunder1E001,thereremainsalicenserequirementunder p ECCNs1C998and1E998respectivelyV  f  WPg .H(#(# ECCN1C010(fibrousorfilamentarymaterials)isamendedby: H   a.0 ` Clarifyingtheterm'aircraft'toread'civilaircraft'intheNotesto1C010.band   1C010.e;` (#` (#   b.0 ` Increasingthesizeoffabricmadefrom fibrousorfilamentarymaterialsnot  controlledforrepairofcivilaircraftstructuresintheNotesto1C010.band X  1C010.efrom'50cmx90cm'to'100cmx100cm';and0" ` (#` (#   c.0 ` AddingtheCelsiusequivalent(2C)to2KintheTechnicalNotethatdescribes $X" glasstransitiontemperature.%0!$` (#` (#  0  Rationale: Thepreviousmaterialsizelimitimpairedtheabilityofairlinestorepairtheir )$( airplanessuccessfullyandinatimelymanner.Witheachnewcommercialairplane h+&* _00design,theproportionofstructuremadefromcarbonmaterialsisincreasing.(#(# ECCN1C998(Non-fluorinatedpolymericsubstances)isamendedby: `   a. ` Redesignating1C998.ato1C998.a.1;and 8    b.0 ` Revisingparagraph1C998.atoaddthepolyaryleneetherketonesdeletedfrom  ` 1C008.c. 8 ` (#` (#  0  Note: ForequipmentnolongercontrolledunderECCN1C008andrelatedtechnology   controlledunder1E001,thereremainsalicenserequirementunderECCNs1C998and p 1E998respectively,forexportsandreexportstodesignatedterrorismsupporting H countries,assetforthinParts742and746oftheEARandasindicatedinATColumn1  p oftheCommerceCountryChart.H(#(# ECCN1D003isaddedtocontrol softwarespeciallydesignedormodifiedtoenableequipment  toperformthefunctionsofequipmentcontrolledundersection1A004.c(Nuclear,biologicaland  chemical(NBC)detectionsystems). X  ECCN1E001isamendedbyrevisingtheRelatedControlsparagraphintheListofItems $X" Controlledsectionbyredesignatingnotes2and3asnotes3and4,andaddinganewnote2to %0!$ read SeeECCN1E002.gforcontrollibraries(parametrictechnicaldatabases)specially '#& designedormodifiedtoenableequipmenttoperformthefunctionsofequipmentcontrolled )$( under1A004.c(Nuclear,biologicalandchemical(NBC)detectionsystems). h+&* ЇECCN1E002isamendedtoaddanewparagraph1E002.gtocontrollibraries(parametric  technicaldatabases)speciallydesignedormodifiedtoenableequipmenttoperformthefunctions  ofequipmentcontrolledunder1A004.c(Nuclear,biologicalandchemical(NBC)detection ` systems). 8   0  Rationalef  g f  g : ECCNs f  g 1D003and1E002f  g f  g arerevisedbecausesf  g omenon-controlleddetection  8  systemscanbeupgradedtobecomecontrollednuclear,biologicalandchemical(NBC)   detectionsystemsbyuploadingsoftwareortheassociatedlibraryofNBCrelated   chemicalfingerprintsintothememoryofthedetector.p(#(#  Category2MaterialsProcessing   p ECCN2B001(Machinetools)isamendedbyrevisingtheUnitparagraphintheListofItems   Controlledsectiontoremove partsandaccessories,andaddingadditionalparameterstothe  contactlensmachineexceptioninNoteto2B001.ainordertopreventgeneralpurposediamond  turningmachinesfrombeingexportedascontactlensmachines. X  ECCN2B002(Numericallycontrolledmachinetoolsusingamagnetorheologicalfinishing $X" (MRF)process)isamendedby: %0!$   a.0 ` Revisingtheheadingtoclarifythescopeofcontrolsfromnumericallycontrolled '#& machinetoolstonumericallycontrolledopticalfinishingmachinetools;andto )$( revisethewaytheparametersareappliedfromhavinganyofthefollowingto h+&* havingallofthefollowing;` (#` (#   b.0 ` AddinganewdefinitionforElectrorheologicalfinishing(ERF)totheRelated  DefinitionsparagraphintheListofItemsControlledsection;`` (#` (#   c. ` Removingtheorattheendof2B002.a; 8    d.0 ` Addingnewparagraphs2B002.ctoaddanewparameter(Threeormoreaxes  ` whichcanbecoordinatedsimultaneouslyfor contouringcontrol);and 8 ` (#` (#   e.0 ` Addinganewparagraphs2B002.d.1throughd.3tolistspecificopticalfinishing   processes(Magnetorheologicalfinishing(MRF);Electrorheologicalfinishing   (ERF);andEnergeticparticlebeamfinishing).p` (#` (#  Category3Electronics   p ECCN3A001(Electroniccomponents)isamendedby:     a.0 ` Adding3A001.b.9totheLicenseExceptionLVSeligibilityparagraphfor$3,000,  andadding3A001.b.9and3A001.gtotheLicenseExceptionGBSeligibility  paragraph;X ` (#` (#   b.0 ` Correcting3A001.a.5.a.1byaddingtheword withtobeconsistentwiththe 0"  WassenaarDualUseList(Aresolutionof8bitormore,butlessthan10bit,with $X" anoutputrategreaterthan500millionwordspersecond);%0!$` (#` (#   c.0 ` Revisingtheoutputrateforanalog-to-digitalconverterintegratedcircuitsin '#& 3A001.a.5.a.3from'greaterthan50millionwordspersecond'to'greaterthan105 )$( millionwordspersecond';h+&*` (#` (#   d.0 ` Revisingtheoutputrateforanalog-to-digitalconverterintegratedcircuitsin  3A001.a.5.a.4from'greaterthan5millionwordspersecond'to'greaterthan10  millionwordspersecond';`` (#` (#   e.0 ` Revisingtheoutputrateforanalog-to-digitalconverterintegratedcircuitsin 8  3A001.a.5.a.5from'greaterthan1millionwordspersecond'to'greaterthan2.5  ` millionwordspersecond'; 8 ` (#` (#  0  Rationale: Theseoutputratesareupdatedtokeeppacewithadvancesin   analog-to-digitalconvertertechnologyandgrowingcommercialmarkets.p(#(# f  g    ` f  g 0  f  V  g f  Wmg Note: f  V  g f  W3ng Foranalog-to-digitalconverterintegratedcircuitsnolongercontrolledunder  p ECCN3A001.a.5.aandrelatedtechnologycontrolledunderECCN3E001,thereremains H alicenserequirementunderECCNs3A991.cand3E991respectively,aswellasa   softwarecontrolunderECCN3D991forexportsandreexportstodesignatedterrorism  supportingcountries,assetforthinParts742and746oftheEARandasindicatedinAT  Column1oftheCommerceCountryChart.X (#(#   f.0 ` 3A001.b.9isamendedbyaddingmicrowavepowermodules(MPM),consisting $X" of,atleast,atravelingwavetube,amicrowavemonolithicintegratedcircuitand %0!$ anintegratedelectronicpowerconditionerhavingspecifiedparameters;'#&` (#` (#  0  Rationale: MPMsaref  g addedto3A001.b.9becausetheyaref  g usedasanefficient,compact h+&* buildingblockinelectronicwarfare,radarandcommunicationsystems.Themilitary  criticalityoftheMPMresultsfromtheoperatingfrequency,power(peakand/or  average),instantaneousbandwidth,andthespeedatwhichtheMPMturns-onand ` packagingattributes.Thecombinationofthesecapabilitiesresultsinalarge 8  improvementinpowerdensity(powerperunitvolume)overcomparablesolidstate  ` poweramplifiers,resultinginawiderangeofmilitaryapplications.Theseinclude  8  syntheticapertureradar,widebanddatalinks,satellitecommunications,toweddecoys   andelectronicwarfare.CommercialapplicationsofMPMsincludesatellite   communications,wirelesscommunications,highpowerRFsourcesforlaboratoryuse, p andrapidprototypingofmicrowaveamplifiersforvariousapplications.H(#(#   g.0 ` 3A001.e.1isamendedbyreplacingtheterm batterieswiththeterm cells;H` (#` (#   h.0 ` 3A001.e.1.aand3A001.e.1.bareamendedbyremovingthephrase and   batteries,replacingtheterm rechargeablecellswiththeterm secondarycells,  andchangingtheenergydensityparameterto 550Wh/kgat293K(20C);` (#` (#   i.0 ` Thetechnicalnotefor3A001.e.1isreplacedwith4newtechnicalnotesthat X  describe energydensity, cell, primarycell,and secondarycell,aswellas 0"  anotethatexplainsthat 3A001.e.doesnotcontrolbatteries,includingsinglecell $X" batteries;and%0!$` (#` (#   j.0 ` 3A001.gisaddedtocontrolsolid-statepulsedpowerswitchingthyristordevices '#& andthyristormodules.)$(` (#` (#  h+&* ECCN3A002(Generalpurposeelectronicequipment)isamendedby:    a.0 ` RevisingtheeligibilityparagraphsforLicenseExceptionsGBSandCIVto  remove3A002.d,becauseallsignalgeneratorsthatwereeligiblefortheselicense ` exceptionsarenolongercontrolledunderECCN3A002,butarenowcontrolled 8  underECCN3A992.a; `` (#` (#   b.0 ` Removingacommabetween Frequencysynthesizerand electronicassemblies  8  in3A002.btoharmonizewiththeWassenaarDualUseList; ` (#` (#   c.0 ` Addinganoteafter3A002.bstating Thecontrolstatusofsignalanalyzers,signal   generators,networkanalyzers,andmicrowavetestreceiversasstand-alone p instrumentsisdeterminedby3A002.c.,3A002.d.,3A002.e.,and3A002.f., H respectively.; p` (#` (#   d.0 ` Revising3A002.d(Frequencysynthesizedsignalgenerators)byreplacingtheterm H  masterfrequencywith masterreferenceoscillator; ` (#` (#   e.0 ` Revising3A002.d.3("frequencyswitchingtime")bymodifyingthetextand  addingnewsubparagraphs3A002.d.3.athrough3A002.d.3.ethatspecifyvarious  frequencyswitchingtimeparameters;X ` (#` (#   f.0 ` RedesignatingNote1(definitionof'pulseduration')asNote2andaddinganew 0"  Note1following3A002.d.4toclarifytheterm'frequencysynthesizedsignal $X" generators';and%0!$` (#` (#   g.0 ` RedesignatingTechnicalNote1asTechnicalNote2,andaddinganewTechnical '#& Note1toexplainthatarbitrarywaveformandfunctiongeneratorsarenormally )$( specifiedbysamplerate.f  V  g df  W/g h+&*` (#` (# dECCN3A991( XXXX Electronicdevicesandcomponentsnotcontrolledby3A001#XXXX#)isamendedby:    a.0 ` Revising3A991.a.1from Acompositetheoreticalperformance(CTP)of6,500  milliontheoreticaloperationspersecond(MTOPS)ormoreandanarithmetic ` logicunitwithanaccesswidthof32bitormoretoread Aperformancespeed 8  of5GFLOPSormoreandanarithmeticlogicunitwithanaccesswidthof32bit  ` ormoretoharmonizewithrevisionstoECCN3E002;and 8 ` (#` (#   b.0 ` Revising3A991.j(batteries/cells)toharmonizewithrevisionsto3A001.e.1. @:!  ` (#` (# ECCN3B001(Equipmentforthemanufacturingofsemiconductordevicesormaterials)is p amendedby: H   a.0 ` Correctingthephrase 3B001.a.2anda.3,or.ftoread 3B001.a.2,a.3,or.fin  p theLicenseExceptionGBSeligibilityparagraphintheLicenseExceptionsection;H` (#` (#   b.0 ` Redesignating3B001.f.2as3B001.f.3; ` (#` (#   c.0 ` Addinganewparagraph3B001.f.2tocontrolimprintlithographyequipment  capableofproducingfeaturesof180nmorless;and` (#` (#   d.0 ` Addinganewparagraph3B001.itocontrollithographtemplatesdesignedfor X  integratedcircuitscontrolledby3A001.0" ` (#` (#  0  Rationale: ImprintlithographictechnologywasaddedtotheInternationalTechnology %0!$ RoadmapforSemiconductor's(ITRS')2003edition.Imprintlithographicsystemsare '#& currentlybeingmanufacturedintheU.S.,Austria,Sweden,andGermany,andhave )$( demonstratedthecapabilityofproducingfeaturesassmallas10nm.Whilethesesystems h+&* donotyethavethethroughputandoverlayaccuracynecessaryforuseinmajorsilicon  integratedcircuitproductionfacilities,thetechnologyismaturing,andisexpectedtobe  widelyusedatthe45nmtechnologynode.Theyarecurrentlybeingusedincompound ` semiconductormanufacturing,andcompoundsemiconductordeviceshaveimportant 8  militaryapplications. `(#(# ECCN3B991(Equipmentnotcontrolledby3B001forthemanufactureofelectroniccomponents   andmaterials)isamendedbyaddingECCN3C005tothelistofECCNsreferencedin   3B991.b.1.binordertoharmonizewiththeadditionofthisnewECCN. p ЀECCN3C002(Resistmaterials)isamendedbyrevisingtheheadingtoconformtotheWassenaar  p DualUseListandthewavelengthforpositiveresistsdesignedforsemiconductorlithography H from'below350nm'to'below245nm'inordertomatchthewavelengththresholdinECCN   3B001.a(lithographyequipment),whichwaschangedin2004.  ECCN3C005(Siliconecarbidewafers)isaddedtotheCommerceControlListtocontrolsilicon X  carbide(SiC)wafershavingaresistivityofmorethan10,000ohm-cm,becauseitisemergingas 0"  thematerialofchoiceforhightemperaturedevices,suchaspowerswitches,whichareusedin $X" bothmilitary(e.g.,militaryships,vehicles,radar,communications,electromagneticwarfareand %0!$ weaponssystems)andcommercialapplications(e.g.,communicationsystems,electricpower, '#& utilitiesindustry,civilradarsystems,cellphonebasestations,andhighdefinitiontelevision )$( transmitters).f  g  h+&* Їf  g  Note:f  g Ԁ ECCN3C005iscontrolledforNS:2andAT:1reasons.Inaddition,ECCN3E001  controlsforNS:1andAT:1reasonsrelatedtechnologyforthedevelopmentorproductionof  siliconcarbide(SiC)wafersclassifiedasECCN3C005,andECCN3B991.b.1.bcontrolsfor ` AT:1reasonsrelatedequipmentspeciallydesignedforpurifyingorprocessingIII/VandII/VI 8  semiconductormaterialscontrolledbyECCN3C005.  ` ECCN3C992(positiveresists)isamendedbyrevisingtheheadingtoadjustthewavelengthfrom   'between370and350nm'to'between370and245nm'toharmonizewiththerevisionto3C002.   ECCN3E001isamendedby: H   a.0 ` RevisingtheNScontroltextintheLicenseRequirementssectiontoaddthenew  p ECCN3C005;H` (#` (#   b.0 ` RevisingtheRelatedControlsparagraphintheListofItemsControlledsectionto   removeoutdatednote2andredesignatingnote3asnote2,becauseupdated  versionofthisnoteisalreadyreflectedintheItemsparagraphoftheListofItems  Controlledsection.X ` (#` (#   c.0 ` RedesignatingNote1asNote2andNote2asNote1intheItemsparagraph;and0" ` (#` (#   d.0 ` Revisingthecitationinthetechnicalnotefrom'Noteb'to'Note2'intheItems $X" paragraph.%0!$` (#` (# ECCN3E002isamendedby: )$(  (Eh83  a.0 ` Revisingtheheadingtoremovereferencesto'compositetheoreticalperformance h+&* (CTP)'and'milliontheoreticaloperationspersecond(MTOPS)';f  g ` (#` (#   b.0 ` RevisingLicenseExceptionCIVeligibilitytextfrom CompositeTheoretical  Performance(CTP)lessthanorequalto40,000MTOPS(regardlessofword ` lengthoraccesswidth)toread vectorprocessorunitwithoperandlengthof 8  64-bitorless,64-bitfloatingoperationsnotexceeding32GFLOPS,or16-bitor  ` morefloating-pointoperationsnotexceeding32GMACStoconformtothe  8  revisionsin3A001regardingmicroprocessors; ` (#` (#   0 ` Note: ThenewparameterformeasuringvectorprocessorunitsisGMACS,which   equalsbillionsof16bitfixedpointmultiplyaccumulateoperationspersecond.f  g f  g p` (#` (#  (5h88 ! !  c.0 ` Addingsubparagraphs3E002.a,3E002.b,and3E002.ctospecifynewparameters H formicroprocessortechnologycontrolsrelatedtothevectorprocessorunit,  p floating-pointvectors,andfixed-pointmultiply-accumulateresults,including H addingatechnicalnotetodescribe'vectorprocessingunit'' ` (#` (# f  g 0   Rationale: Thesechangesaremadetoremovetheremainingreferencesto Composite  TheoreticalPerformance(CTP)and MillionsofTheoreticalOperationsPerSecond X  (MTOPS)intheEAR,whichisconsistentwithagreementsmadebytheWassenaar 0"  Arrangementwithregardtomicroprocessors.f  g InformationonHowtoCalculate $X"  CompositeTheoreticalPerformance( CTP)isremovedfromtheendofCategory3, %0!$ becauseCTPisnolongeraparameterusedtocontrolanyentryintheCommerce '#& ControlList.f  V  g f  Wmg )$((#(# f  g 0  f  g h+&*(#(#  Category5PartITelecommunications   ECCN5A001(Telecommunicationssystems,equipment,andcomponents)isamendedby:    a.0 ` Revisingthephrase'telecommunicationtransmissionequipmentandsystems'to ` read'telecommunicationsystemsandequipment'in5A001.b,because5A001.b 8  controlstransmissionequipment,butalsoreceivers,transmitters,andtransceivers. `` (#` (#   b.0 ` Revisingthescopeofparametersfrom'any'to'all'in5A001.b.2forradio  8  equipment,becausethesefeaturesaremorecommonlyfoundinradioequipment   todayasaresultoftechnologicaladvances; ` (#` (#   c.0 ` Removingtheparameterin5A001.b.2.a'incorporatingadaptivetechniques p providingmorethan15dBsuppressionofaninterferingsignal'; x H` (#` (#  0  Rationale: f  g f  g Theserevisionsaremadeto5A001becausethef  g Ԁparameterisobsoletedueto H technologicaladvancesinDigitalSignalProcessing(DSP). (#(#   d.0 ` Adding5A001.gtotheNS:2controlparagraphintheLicenseRequirements  section;andX ` (#` (#   e.0 ` Addinganewparagraph5A001.gtocontrolspeciallydesignedPassiveCoherent 0"  Locationsystemsorequipment.$X"` (#` (#  0  Rationalef  g f  g : Revisionsaremadetof  g Ԁ5A001.gf  g f  g Ԁbecausepf  g assivelocationsystemscanbeused '#& inairdefensenetworkstodetectandtrackaircraftwithoutbeingdetectedthemselvesand )$( havetheabilitytodetectaircraftdesignedtobestealthy.Thesesystemscanalsobeused h+&* forcivilapplications,suchasanalogFRradio,cellularphonebasestationsanddigital  audiobroadcast(DAB).(#(#  0  f  g f  g Note : f  V  g f  Wzg Adding5A001.g(speciallydesignedPassiveCoherentLocationsystemsor 8  equipment)toECCN5A001consequentlyaddsalicenserequirementforrelated  ` developmentandproductionsoftwareinECCN5D001anddevelopment,production,and  8  usetechnologyinECCN5E001,fortheexportsandreexportstoalldestinations,except   Canada,underNSColumn1oftheCommerceCountryChartandforexportsand   reexportstodesignatedterrorismsupportingcountries,assetforthinParts742and746 p oftheEARandasindicatedinATColumn1oftheCommerceCountryChart.H(#(# ECCN5A991isamendedbyadding5A991.b.7.dtomaintainantiterrorismcontrolsonXXXXԀradio H equipmento#XXXXڱ#peratinginthe1.5MHzto87.5MHzbandandincorporatingadaptivetechniques   providingmorethan15dBsuppressionofaninterferingsignal,whichthisruleremovedfrom  5A001.b.2.a.  f  V  g f  WCg Note: Adding5A991.b.7.dtoECCN5A991consequentlymaintainsalicenserequirementfor 0"  relateddevelopment,production,andusesoftwareinECCN5D991,fortheexportsand $X" reexportstodesignatedterrorismsupportingcountries,assetforthinParts742and746ofthe %0!$ EARandasindicatedinATColumn1oftheCommerceCountryChart.However,the '#& WassenaarArrangementagreedtomaintainnationalsecuritycontrolsfortherelatedtechnology )$( forthisequipmentinECCN5E001byaddinganewparagraph5E001.c.4.c. h+&* ЇECCN5E001isamendedbyaddinganewparagraph5E001.c.4.ctomaintainnationalsecurity  andantiterrorismcontrolsonthetechnologyforthedevelopmentorproductionofcertain  shortwaveradiosemployingadaptiveinterferencesuppressiontechniques,whichthisruleis ` removingfrom5A001.b.2.a. 8   Category6Sensors   8  ECCN6A002(OpticalSensors)isamendedby:    XXXXXXXXcb         a.0 ` RevisingtheLicenseRequirementsectiontoaddanexceptionnoteundertheRS H controlstoexclude6A002.a.3.d.a.2XXXXand6A002.a.3.e#XXXXA#forleadselenidefocalplane  p arrays,becausethesedevicesarenotsuitableforimagingapplications,andno H longermeritregionalstabilitycontrols; ݌ ` (#` (# ЌXXXXXXXXcb     b.0 ` RevisingtheUnitparagraphintheListofItemsControlledsection,toremovethe  term accessories;` (#` (#   c.0 ` Revisingthepeakresponseinwavelengthrangein6A002.a.3.d.1from'exceeding X  1,200nmbutnotexceeding2,500nm'to'exceeding1,200nmbutnotexceeding 0"  3,000nm';and$X"` (#` (#   d.0 ` RevisingthepeakresponseinwavelengthrangeXXXXfornon- space-qualifiedlinear %0!$ (1-dimensional) focalplanearrays#XXXX#Ԁin6A002.a.3.efromXXXXexceeding2,500nm '#& butnotexceeding30,000nmtoexceeding3,000nmbutnotexceeding30,000 )$( nm#XXXXѽ#.h+&*` (#` (# Ї 0  Rationale :Therevisionsto6A002.a.3aremadetoremovenationalsecuritycontrolson  focalplanearraysthatareeffectivelynonusableinmilitaryapplications,andtosimplify  thecontroltext.dV  f  Wӿg `(#(#  d   `    ECCN6A004(Optics)isamendedby:  `   a.0 ` RevisingtheUnitparagraphintheListofItemsControlledsectiontoremovethe   referencetocable; ` (#` (# 0  b.0` (#(#RevisingtheRelatedControlsparagraphintheListofItemsControlledsectionto p addareferencetoECCN3B001foropticalmirrorsorasphericopticalelements H speciallydesignedforlithographyequipment;andbyenumeratingthenotesinthe  p RelatedControlsparagraph;H` (#` (#   c.0 ` Movingthedefinitionof'asphericopticalelement'fromthetechnicalnotetothe   RelatedDefinitionsparagraphintheListofItemsControlledsection;and` (#` (#   d.0 ` Addingsinglequotesaroundtheterm'asphericopticalelements'in6A004.eto  indicatethatthedefinitionmaybefoundintheRelatedDefinitionsparagraphof X  theListofItemsControlledsectionoftheECCN.0" ` (#` (# ECCN6A005(Lasers)isamendedby: %0!$   a.0 ` RevisingtheNPcontrolsintheLicenseRequirementssectiontoconformwiththe )$( revisionsintheECCN6A005itemsparagraphandtherevisionstoECCN6A205;h+&*` (#` (# 0   b.0` (#(#RevisingtheLicenseRequirementsNotestoconformtotherevisionsrelatedto  nuclearcontrolsandrevisionsin6A005;` (#` (#   c.0 ` RevisingtheLicenseExceptionGBSandCIVeligibilityparagraphstoconform ` totherevisionsintheitemsparagraphandthelicenserequirementnotethat 8  outlinesNPcontrols; `` (#` (#   d.0 ` RevisingtheNote6intheRelatedControlsparagraphintheListofItems  8  Controlledsectiontoadd XXXXand lasersspecificallydesigned,modified,or   configuredformilitaryapplicationaresubjecttotheexportlicensingauthorityof   theU.S.DepartmentofState,DirectorateofDefenseTradeControls#XXXX#;p` (#` (#   e.0 ` Movingparagraph1intheRelatedDefinitionsparagraphintheListofItems H ControlledsectiontoNote1atthetopoftheitemsparagraphintheListofItems  p Controlledsection,andremovingparagraph2intheRelatedDefinitions H paragraph; ` (#` (#   f.0 ` Addingadefinitionfor'Wallplugefficiency'intheRelatedDefinitionsparagraph  intheListofItemsControlledsection;` (#` (#   g.0 ` AddingNotes2through4tothetopoftheitemsparagraphoftheListofItems X  ControlledsectiontoclarifycontrolsinECCN6A005;0" ` (#` (#   h.0 ` Moving6A005.a.1(Excimerlasers)to6A005.d.4;$X"` (#` (#   j.0 ` Deleting6A005.a.2(Metalvaporlasers),astheyarenowcontrolledunder %0!$ 6A005.b,althoughtheyarenotspecificallycitedasbefore;'#&` (#` (#   k.0 ` Moving6A005.a.3(Carbonmonoxide(CO)lasers)to6A005.d.2;)$(` (#` (#   l.0 ` Moving6A005.a.4(Carbondioxide(CO2)lasers)to6A005.d.3;h+&*` (#` (#   m.0 ` Moving6A005.a.5(Chemicallasers)to6A005.d.5;` (#` (#   n.0 ` Deleting6A005.a.6(Kryptonionorargonionlasers),aspursuanttoNote5.a,  Kryptonlasersarenolongercontrolled,andArgonlasersarenowcontrolled ` under6A005.a,withtheexceptionofArgonlasersbelow50W,pursuanttothe 8  Noteto6A005.a.2;ONA `` (#` (#   o.0 ` Moving6A005.b(Semiconductorlasers)to6A005.d.1; 8 ` (#` (#   p.0 ` Moving6A005.c.2(nontunablelasers)to6A005.aand.b,withtheexceptionof   Neodymiumglasslasers,andmodifyingtheparameters; ` (#` (#   q.0 ` Moving6A005.c.2.a(Neodymiumglasslasers)to6A005.d.6;and` (#` (#   r.0 ` Moving6A005.d(dyeandotherliquidlasers)to6A005.c(tunablelasers),see p Noteto6A005.c.R` (#` (#  0  Rationale: ThechangesinECCN6A005aremadetomovethelasercontrolsfrom f technologybasedcategoriestoperformancebasedcriteria.Thecategoriesare > restructured,wherepossible,toremovespecificreferencestotypesoflasersand  characterizethelaseronthebasisofwavelength,power,mode,energy,pulselength,   mass,andefficiency.v" (#(# ECCN6A006isamendedbyaddingquotesaroundtheterm compensationsystemsinthe &&v!$ headingandin6A006.d,becauseithasbecomeadefinedterminPart772. 'N#& ECCN6A008(Radar)isamendedby: +&*   a.0 ` AddingaNotetoexplainthat6A008doesnotcontrol:secondarysurveillance  radar(SSR),carradardesignedforcollisionprevention,displaysormonitorsused  forairtrafficcontrol(ATC),andmeteorological(weather)radar.`` (#` (#   b.0 ` Revisingtheparametersin6A008.atoavoidoverlappingcontrolsbetween 8  6A008.aand6A008.m.1. `` (#` (# ECCN6A205isamendedby:     a.0 ` RevisingtheheadingtosimplifyitandplacethereferencedECCNsinorder; ` (#` (#   b.0 ` Removingthereferenceto partsandaccessoriesintheunitparagraphoftheList p ofItemsControlledsection,becausethesearenotcontrolledbythisentry;H` (#` (#   c.0 ` Addingareferenceto6A005.a.2foradditionalcontrolsonargonionlasersN#A#NAO#AɉXA#OAXAɉԀanda  p referenceto6A005.b.6.bforadditionalneodymiumdopedlasersintheRelated .~ ControlsparagraphoftheListofItemsControlledsection;`` (#` (#   d.0 ` N#A#NAO#AɉXA#OAXAɉRevisingXXXX6A005.b.1for operatingatwavelengthsfortunablepulsedsingle-mode B dyelaseroscillators#XXXX#XXXXO#AɉXAc#OAXAɉN#A!#NAԀfrom Operatingatwavelengthsbetween300nmand800 P nmto Operatingatwavelengthsbetween600nmand800nm;N#A#O#o X##XXXXD#O XoNA!^` (#` (#   e.0 ` RemovingN#A#NAO#AɉXA#OAXAɉ6A205.c(XXXXTunablepulseddyelaseramplifiersandoscillators#XXXX#N#A#NAO#AɉXA#OAXAɉ)O#AɉXA#OAXAɉN#A#NA,because "@  theseparagraphsareentirelycontrolledbyECCN6A005.c.1.b;$N "` (#` (#   f.0 ` Revising6A205.ftomaintainNPcontrolsonNeodymiumdoped(otherthan &0"$ glass)lasersN#AO#NAO#AɉXA #OAXAɉԀthatarenotcontrolledbyECCN6A005.($&` (#` (#   0 ` f  g f  g Rationalf  g e:f  g f  g f  g Thisf  g f  g changeismadeto f  g splitcontrolofNeodymiumdopedlasers *%( betweenECCN6A005.b.6and6A205.f,withnointendedoverlap.` (#` (# ECCN6A995isamendedby: `   a.0 ` Revising6A995.c,sothatitcontrols Ruby"lasers"havinganoutputenergy 8  exceeding20Jperpulse; `` (#` (#   b.0 ` N#A#O#o X#O XoNAR edesignatingparagraph6A995.d(Freeelectronlasers)asparagraph(g) ,and  8  addingN#AF#NAO#AɉXA'#OAXAɉthreenewparagraphstomaintainantiterrorism(AT)controlsforcertain F  lasersnolongercontrolledbyECCN6A005:6A995.d(Non tunable pulsed T  lasers),6A995.e(Non-"tunable"continuouswave"(CW)lasers"N#A#NAO#AɉXAX#OAXAɉ),and6A995.f 6 (Non tunable lasers)O#AɉXA#OAXAɉN#A#NA.N#A#O#o Xl#NAɉX XoOAXAɉ` (#` (# ECCN6D003isamendedbyaddingquotesaroundtheterm compensationsystemsinthein  6D003.f.1,becauseithasbecomeadefinedterminPart772.N#A#NAO#AɉXA4#OAXAɉ n 6E201isamendedbyrevisingtheheadingtoharmonizewithrevisionsmadetoECCNs6A005 2 and6A205,andaddingthephrase notcontrolledby6E001or6E002". !d   Category7NavigationandAvionics  $ " ECCN7A001(Accelerometers)isamendedby: &!$   a.0 ` Revisingtheheadingfrom  XXXX Linearaccelerometersdesignedforuseininertial ~(#&  navigationorguidancesystemsandhavinganyofthefollowingcharacteristics V*%( (seeListofItemsControlled),andspeciallydesignedcomponentstherefor.#XXXXH#N#AD#NAO#AɉXA#OAXAɉto   read  XXXX Accelerometersasfollows(seeListofItemsControlled),andspecially  designedcomponentstherefor#XXXXB#O#AɉXA#OAXAɉN#A#NAinordertochangethescopeofcontrolfrom  includingenduseandtypetoastrictlytechnicalcontrol,assetforthintheListof  * ItemsControlledsection; ` (#` (#   b.0 ` RevisingtheMTcontrolsintheLicenseRequirementssectionfrom MTapplies   toentireentryto MTappliestocommoditiesthatmeetorexceedtheparameters   of7A101toclarifyitemscontrolledforMTreasonsbasedontheMissile b  TechnologyControlRegimeAnnex;D` (#` (#   c.0 ` Differentiatingbetweenlinearaccelerometersdesignedtooperateathighgvalues &v andlinearaccelerometersdesignedtooperateatlowglevels;andX` (#` (#   d.0 ` Movingthecontrolsforangularandrotationalaccelerometersfromthegyro : controlsin7A002totheaccelerometercontrolsin7A001.` (#` (#  0  Rationale :f  g Withtheconstantdevelopmentofaccelerometers,therearenowproductson  themarketwhichcanbeusedforinertialnavigationandguidance,butthatwerenot h! necessarilydesignedforthatpurpose.f  g Therefore,thesechangesarebeingmadeto7A001 @#  tocontrolthesenewproducts.f  g %h "(#(# ECCN7A002(Gyrosorangularratesensors)N#Ad#NAO#AɉXA"#OAXAɉԀisamendedby: ($&   a.0 ` Revisingtextintheheadingfrom'andangularorrotationalaccelerometers'to *&&( read'orangularratesensors';` (#` (#  0  Rationale: Theheadingisclarifiedtodelete angularorrotationalaccelerometers  becauseangularaccelerometersdonotmeasureangularrate.(Thesedevicesaremore j appropriatelyaddressedinECCN7A001.)Also,thetermangularratesensorisadded. B  Withtheemergenceofnewgyrotechnology,theterm angularratesensoris  j interchangeablewith gyro.N#A#O#o X# B (#(#   b.0 ` RevisingtheMissileTechnology(MT)reasonforcontrolintheLicense (  Requirementssectiontoread MTappliesto7A002itemsthatmeetorexceedthe 6 parametersof7A102becausesomeitemsidentifiedin7A002.aand7A002.bare D nationalsecuritycontrolleditemsandnotMTcontrolleditems;R` (#` (#   c.0 ` AddingaLicenseRequirementNotetotheLicenseRequirementssectiontoadd ` theMissileTechnologyControlRegime'sdefinitionfor'stability',whichshould n onlybeusedforthepurposesofMTcontrols.(TheWassenaarArrangement ,| definitionfor'stability'isfoundinPart772);: ` (#` (#   d.0 ` Revisingthedriftrateinfrom'less(better)than0.1degreeperhourwhen H" specifiedtofunctionataccelerationlevelsbelow12g'toread'less(better)than V$  0.5degreeperhourwhenspecifiedtofunctionatlinearaccelerationlevelsupto d&!" andincluding100.g'combiningparagraphs7A002.a,7A002.a.1and7A002.a.2;r(#$` (#` (#   e.0 ` Addingdoublequotesaroundtheterm anglerandomwalkin7A002.b;*%&` (#` (#   f.0 ` Removingthetechnicalnotedefining anglerandomwalk,asthedefinitionwas  movedtoPart772;` (#` (#   g.0 ` Redesignatingparagraph7A002.casparagraph7A002.d;and` (#` (#   h.0 ` Addinganewparagraph7A002.ctoincorporatethreecriticalparametersfor  * controllinggyros. 8` (#` (#  0  Rationale: 󀀀Withnewgyrotechnology,e.g.FiberOpticGyros(FOG)and T  MicroElectroMechanicalSystem(MEMS)gyros,thecurrent7A002.a.andb.language , doesnotadequatelycontrolgyrosrequiredforveryshort-termapplicationsandhaving  highraterange,suchasthoseusedintacticalmissilesandsmartmunitions.Theformer  7A002.caddressedgyroswithahighlinearaccelerationcapability.Thenewparagraph d 7A002.cincludesthreecriticalparameters:driftratestability,inputraterangeandangle < randomwalk(ARW).Tobecontrolled,thegyromustmeetthedriftratestabilityand d eithertheinputraterangeorARWparameter.Theinputraterangeof500degreesper < secondandtheARWparameterof0.2degreespersquareroothourwereselected  becausetheyareconsistentwithtacticalmissileandhowitzerrequirements.The40 ! degreesperhourdriftratestabilitywasselectedbecauseitwouldcontrolgyrosusedfor t#  guidanceinveryshortmissiontacticalweaponsandsmartmunitions,butwouldavoid L% " thecontrolofgyrosusedinautomobiles.Thisrevisionwillcontrolthemostcritical $'t"$ gyros,whileallowingwidecommercial-useofthesenewgyrotechnologies.(L$&(#(#  *$&( ECCN7A003(Inertialsystems)isamendedby:    a.0 ` Adding7A003.dtocontrolInertialmeasurementequipment,includingInertial  MeasurementUnits(IMU)andInertialReferenceSystems(IRS),whichwas ` addedtoclarify7A003.c;and8 ` (#` (#   b.0 ` ReplacingareferenceinNote2thatstated civilauthoritiesofacountryin  ` CountryGroupA:1"with civilauthoritiesofaWassenaarArrangement  8  ParticipatingState,seeSupplementNo.1toPart743foralistofthesecountries. ` (#` (# ECCN7A008isaddedtocontrolunderwatersonarnavigationsystemsforNS:2andAT:1 p reasons,because underwaternavigationsystemsposesignificantmilitaryandterrorismconcerns H becauseoftheirpotentialuseforcoastalreconnaissanceandinfiltration.    p ECCN7A101isamendedbyrevisingtheHeadingandtheItemsparagraphintheListofItems   Controlledsectiontoaddanewparagraph7A101.bfor continuousoutputaccelerometersofany  type,specifiedtofunctionataccelerationlevelsgreaterthan100g,andspeciallydesigned  componentsthereforandtoexpandthescopeoftheheadingtoincludethisnewparagraph. X   0  Rationale: TheseaccelerometerswerepreviouslycontrolledunderECCN7A001,butare $X" nolongercontrolledunderthisECCNbecauseoftheWassenaarArrangement's %0!$ agreementtoaddthewords XXXXdesignedforuseininertialnavigationorguidance '#& systems.#XXXXT#ԀThisrevisionwasnecessaryinordertomaintaintheMTcontrolsonthese )$( accelerometersasspecifiedby9.A.5oftheMissileTechnologyControlRegimeAnnex.h+&*(#(# ЇECCN7B003isamendedbyrevisingtheRelatedControlsparagraphintheListofItems  Controlledsectiontoclarifythat7B003controlsincludefiberopticgyrocoilwindingmachines.  ECCN7D003isamendedby: 8    a.0 ` AddingsoftwarecontrolsforECCN7A008in7D003.aand.b; `` (#` (#   b.0 ` Replacingtheterm'inertialdata'with'headingdata'in7D003.b;and 8 ` (#` (#   c.0 ` Revising7D003.b.1byadding'orsonar'. ` (#` (# 0   Rationale: Therevisionsto7D003.aaddresssoftwarethatimprovesnavigation p performanceofequipmentcontrolledbyECCN7A008.Therevisionsto7D003.b H addresssourcecodeforahybridunderwaternavigationsystemthatcombinesaheading  p source(inertialornon-inertial,suchasafluxgatecompass)withDopplersonarto H providepositioningdatatothelevelspecifiedinECCN7A008. (#(# ECCNs7D001,7E001,and7E002areamendedtorevisetheLicenseRequirementsectionto  includeECCN7A008intheNS:1controlandtoexcludeECCN7A008fromtheMT:1control. X  0  Rationale: ThisrevisionnecessaryinordertoaddNS:1controlsfortherelated $X" technologyandsoftwareforthenewECCN7A008,buttoexcludeitfromMT:1controls, %0!$ asequipmentcontrolledbyECCN7A008doesnotappearontheMTCRAnnex.'#&(#(# ECCN7E004isamendedbyadding7E004.a.7tocontroldevelopmentandproduction h+&* rOY# r r  technologyforDataBasedReferencedNavigation(DBRN)systemsdesignedtonavigate  underwaterusingsonarorgravitydatabasesthatprovideapositioningaccuracyequaltoorless  (better)than0.4nauticalmiles. `  0  Rationale :TheadditionofECCN7A008and7E004.a.7addressestwonewcommercial 8  capabilitiesunderthetitleofUnderwaterSonarNavigationSystems:(1)underwater  ` sonarnavigationsystemsand(2)technologyforunderwaterDataBasedReferenced  8  Navigation(DBRN)(e.g.sonarimaging).Thesecapabilitiesposesignificantmilitary   andterrorismconcernsbecauseoftheirpotentialuseforcoastalreconnaissanceand   infiltration.Thesesystemsarealsousedforcommercialsurveyingapplications.The p MunitionsListML11controlsnavigationandguidancesystemsspeciallydesignedfor H militaryuse,butML11doesnotcontrolunderwatersonarnavigationsystemsdesigned  p forcommercialuse.H(#(#  Category8Marine   ECCN8A002(Systems,equipmentandcomponentsforsubmersiblevehicles)isamendedby: X    a. ` Adding'andcomponents'totheheading; 0"    b. ` Revisingtheunitparagraphtoadd'systems'and'componentsin$value'; $X"   c. ` Adding'andcomponents'to8A002.a; %0!$   d.0 ` Addinganewparagraph8A002.a.4tocontrol'Componentsmanufacturedfrom '#& materialspecifiedinECCN8C001.'andaddingatechnicalnotetoexplainthat )$( thiscontrolincludescomponentsinanystageofmanufacture,i.e.,notinfinal h+&* form.` (#` (# @* 0  Rationale: Thecompletedfoamblocks,whicharecomponentsmanufacturedfrom 8  materialspecifiedinECCN8C001,arereadytouse,andthereforeitissensibleto  ` controlthese'components',aswellastherawmaterialthatisalreadycontrolled,thus  8  blockingacurrentloopholeinthecontroltext. (#(# ECCN8C001(Syntacticfoamdesignedforunderwateruse)isamendedtoaddareferenceto p 8A002.a.4intheRelatedControlparagraphoftheListofItemsControlledsection. H  Category9PropulsionSystems,SpaceVehiclesandRelatedEquipment  H Category9isamendedbyrevisingthetitleofCategory9toread AerospaceandPropulsion,  becausethisCategorycontainsasignificantamountofaerospaceitems.  ECCN9D004isamendedby: 0"    a.0 ` RevisingtheLicenseRequirementsectiontoexcludethenewlyaddedparagraphs $X" 9D004.fand.g;%0!$` (#` (#   b.0 ` Addinganewparagraph9D004.ftocontrolsoftwarespeciallydesignedtodesign '#& theinternalcoolingpassagesofaerogasturbineengineblades,vanes,andtip )$( shrouds;and  h+&*` (#` (#   c.0 ` Addinganewparagraph9D004.gtocontrolsoftwarehavingallofthefollowing  characteristics:beingspeciallydesignedtopredictaerothermal,aeromechanical  andcombustionconditionsingasturbineengines;andhavingtheoretical ` modelingpredictionsoftheaerothermal,aeromechanicalandcombustion 8  conditionswhichhavebeenvalidatedwithactualturbineengine(experimentalor  ` production)performancedata. 8 ` (#` (#    `     0  Rationale: f  g f  g ECCN9D004isamendedbecausetf  g histypeofsoftwareisusedinhighly   advancedresearchdomainsandisnotpartofthe offtheshelfmarket.Rather,itis p developed,anddailyimproved,byaircraftenginemanufacturers.Thesoftwareisusedin H thesettingofnewengines,andthequalityiscrucialforimprovingtheperformancesof  p aircraftengines.H(#(# ECCN9E001isamendedbyrevisingtheheadingandthenationalsecuritycontrolstocorrectthe  citation9A001.ctoread9A001.b.     `  ECCN9E002isamendedbyrevisingtheheadingtocorrectthecitation9A001.ctoread 0"  9A001.b. $X"  Part742 ControlPolicyCCLBasedControls '#&  Thisruleamendssection742.19byrevisingO XoNAԀXXXXparagraph(b)(1)(xix)#XXXX5+#N#A+#O#o X*#NAɉX XoOAXAɉԀfromstating XXXXMicroprocessors )$( withaCTPof550orabove#XXXX",#O#AɉXA+#OAXAɉN#A+#NAtoread XXXXMicroprocessorswithaprocessingspeedof0.5GFLOPS +&* oraboveInaddition,thisruleamendsSupplementNo.2 #XXXX7-#O#AɉXA,#OAXAɉN#A-#NAAnti-terrorismControls:Iran,North  Korea,SyriaandSudanContractSanctityDatesandRelatedPoliciesbyrevisingparagraph  (26)(ii)fromstating XXXXWithaCTPof550MTOPSorabove#XXXXM/#N#Ai.#NAO#AɉXA'.#OAXAɉtoread XXXXWithaprocessingspeedof  0.5GFLOPSorabove.N#A/#O#o X0##XXXXD0# f  g Ԁf  g    RetiringCompositeTheoreticalPerformance/MillionsofTheoreticalOperationsPer f  Second(CTP/MTOPS)metric  >  TheCTP/MTOPSmetricwasusedinmeasuringcomputerandmicroprocessorperformance.The f  usefulnessoftheCTP/MTOPSmetricindefiningcomputerandmicroprocessorperformancehas > beenovertakenbyadvancesintechnology.TheU.S.Government,inafinalrulepublishedin  April2006(71FR20876),replacedtheCTP/MTOPSmetricwiththeAPP/WTmetricfor  measuringcomputerperformance.TheCTP/MTOPSreferencewasretainedincertainpartsof v theEARformeasuringmicroprocessorperformancebecauseitwasstillusedbytheWassenaar N Arrangement(WA)indefiningthecontrollevelformicroprocessortechnology.IntheWA2006 &v listreview,theWAreviseditsmicroprocessortechnologycontrolanddiscontinuedallusesof N theCTP/MTOPSmetricintheWAListofDual-useGoodsandTechnologies.TheU.S.  & GovernmentisalsodiscontinuingallusesofCTP/MTOPSintheEARwiththisimplementation "  oftheresultsoftheWA2006listreview. $"  Deviatingfromparallelcontrolparametersbynotusingf  g f  V  g f  W6g ԀAdjustedPeakPerformance/ 6(#& WeightedTeraFLOPS(APP/WT)metric(usedtomeasurecomputerperformance)f  tog f  V  g f  W7g  *^%( measuremicroprocessorperformance.  +6'* NOY' N N  WiththeuseoftheAPP/WTmetricformeasuringcomputerperformance,thereisthe  temptation,followingtradition,tousef  g thef  g APP/WTmetrictomeasuremicroprocessor  performance.f  g f  g Howeverf  g ,theGFLOPSmetric(billionsof64bitfloatingpointoperationsper ` second)isf  g preferablef  g f  g tof  g ԀtheAPP/WTmetricbecause: 8    (a) ` TheGFLOPSvalueispublishedbythemanufacturerinitsproductliterature.  `   (b)0 ` TheadditionalcomplexitiesintroducedbytheAPP/WTmetricareunnecessary  8  becausethereisadirectlinearrelationshipbetweentheproposedGFLOPSmetric   andtheAPP/WTmetric(1GFLOPS=0.001*0.3WT=0.0003WT). ` (#` (#   (c) ` ThetranslationfromGFLOPStoWTprovidesnoadditionalvalue. p   (d)0 ` Inthe1990's,theWassenaarArrangement(WA)controlledmicroprocessorswith H awiderangeofoperandlengths(8-bit,16-bit,32-bit,64-bit).Today,f  g thef  g WAis  p onlyinterestedinprocessorswith32-and64-bitoperands.GFLOPSstandardizes H themeasurementon64-bitfloating-pointmultiplyandadd.Inshort,technology   hasmovedforward.` (#` (#   (e)0 ` AlargepartoftheCTPformuladealswithcomputerarchitectureandtherulesof  aggregationthathaveabsolutelynomeaningformicroprocessors.Exportershave X  expressedconcernabouttheneedtodealwithacomplexformulawhenallthey 0"  reallyneedisasmallpartoftheCTPformulatocalculatethespeedofa $X" microprocessor,i.e.,GFLOPS. %0!$` (#` (# Section743.1 WassenaarArrangement  )$( 743.1isamendedby:   h    p+&* ! ! U HIKOQRS(Gx8" 3"   3!B2G3  0    Inserting 6A001"before a.2.dforclarificationinparagraph(c)(1)(vi); 3!BNB݌(#(# Ќ   U HIKOQRST(GyxU HIKOQRS" 3"   3C2G3  0    AddingECCN6A006.a.1toparagraph(c)(1)(vi); 3CC݌(#(# Ќ  " 3"   3D2G3  0    Addingclarificationnotesinparentheticalsafter:6A002.c,6A003.b.3,and6A003.b.4in ` paragraph(c)(1)(vi); 3DD݌8 (#(# Ќ  " 3"   3E2G3  0    Replacingthetextintheparentheticalsafter6A006.dinparagraph(c)(1)(vi)withthe  ` reference certainitemsonly;seeNotetothisparagraph;and 3EE݌ 8 (#(# Ќ  " 3"   30G2G3  0    RevisingtheNotestoparagraph(c)(1)(vi)toaddanothertypeoffocalplanearray   excludedfromreportingunder6A002.a.3,namely,microbolometerfocalplanearrays   havinglessthan8,000elements.Also,addinganewNote2todescribewhichitemsin p 6A006.daresubjecttotheWassenaarspecialreportingrequirement. 30G]G݌H(#(# Ќ  f  g 0  f  g f  g f  g Rationalf  g e:f  V  g f  WIg Ԁf  V  g f  W?Jg Alloftherevisionsto743.1(c)(1)(vi)aremadetoconformtotheWassenaar H SensitiveListandwillalsoaffectWassenaarreportingrequirementsforECCNS6E001 ( and6E002.(#(#  Section744.17XXXXԀ Restrictionsoncertainf  g exportsandreexportsofgeneralpurpose `  microprocessorsforf  g militaryendusesandf  g Ԁtomilitaryf  g Ԁendusers #XXXXK#O XoNAisamendedbyrevising XXXX 8"   theparameterinthefirstsentenceofparagraph(a)thatstated  #XXXX"M#XXXX acompositetheoretical N$" performance( CTP)of6,500milliontheoreticaloperationspersecond(MTOPS)toread a &&v!$ processingspeedof5GFLOPS#XXXXM#N#AL#NAO#AɉXAL#OAXAɉ. h  'N#&  DefinitionsinPart772  +>'* Section772.1isamendedby:    a. ` Removingtheterms Compositetheoreticalperformance(CTP)and CTP;    b.0 ` Revisingthedefinitionoftheterms Driftrateand Peakpower;and`` (#` (#   c.0 ` Addinginalphabeticalorderthedefinitionsfor Anglerandomwalk, Average 8  OutputPower, CompensationSystems, CWLaser, PulsedLaser,and  `  Repeatability. 8 ` (#` (# O#AɉXA@O#OAXAɉN#AN#NA SupplementNo.3topart774StatementsofUnderstanding    ThisruleaddsaStatementofUnderstanding(SOU)addressingsourcecode.TheSOUexplains z thatsourcecodemaybecontrolledineitherasoftwareortechnologyentry.Therationalefor R addingthisSOUwastoallowflexibilitytocontrolsourcecodeineitherasoftwareora *z technologyentry,wherethedefinitionsfor softwareand technologydidntseemtoallowfor R suchflexibility.ThisSOUonlyappliestonationalsecuritycontrolleditems,asnosuchSOUhas * beenagreedtoinothermultinationalregimes.However,thisdoesnotprecludeotherregimesor  BISfromcontrollingsourcecodeinwhatevermannerisbestsuitedforthesituation.Forthe  purposesofapplyingthisSOUtosourcecodesubjecttotheEAR,sourcecodeshouldbe b  considered software,unlessotherwisestated. :"  AlthoughtheExportAdministrationActexpiredonAugust20,2001,thePresident,through %:!$ ExecutiveOrder13222ofAugust17,2001,3CFR,2001Comp.,p.783(2002),asextendedby '#& theNoticeofAugust15,2007,72FR46137(August16,2007),hascontinuedtheExport )$( AdministrationRegulationsineffectundertheInternationalEmergencyEconomicPowersAct. r+&*    SavingClause  8  ЀShipmentsofitemsremovedfromlicenseexceptioneligibilityoreligibilityforexportwithouta  8  licenseasaresultofthisregulatoryactionthatwereondockforloading,onlighter,ladenaboard   anexportingcarrier,orenrouteaboardacarriertoaportofexport,on[INSERTDATEOF   PUBLICATION],pursuanttoactualordersforexporttoaforeigndestination,mayproceedto p thatdestinationunderthepreviouslicenseexceptioneligibilityorwithoutalicensesolongas H theyhavebeenexportedfromtheUnitedStatesbefore[INSERTDATE30DAYSAFTER  p PUBLICATION].Anysuchitemsnotactuallyexportedbeforemidnight,on[INSERTDATE30 H DAYSAFTERPUBLICATION],requirealicenseinaccordancewiththisregulation.    RulemakingRequirements   1.Thisfinalrulehasbeendeterminedtobenotsignificantforpurposesoff  g f  g ExecutiveOrderf  g  0"  12866. $X" 2.Notwithstandinganyotherprovisionoflaw,nopersonisrequiredtorespondto,norshallany '#& personbesubjecttoapenaltyforfailuretocomplywithacollectionofinformationf  g Ԁsubjecttothe )$( requirementsofthePaperworkReductionActof1995(44U.S.C.3501etseq.)(PRA),unless h+&* thatcollectionofinformationdisplaysacurrentlyvalidOfficeofManagementandBudget  (OMB)ControlNumber.ThisruleinvolvestwocollectionsofinformationsubjecttothePRA.  OneofthecollectionshasbeenapprovedbyOMBundercontrolnumber06940088, Multi ` PurposeApplication,andcarriesaburdenhourestimateof58minutesforamanualor 8  electronicsubmission.TheotherofthecollectionshasbeenapprovedbyOMBundercontrol  ` number06940106, ReportingandRecordkeepingRequirementsundertheWassenaar  8  Arrangement,andcarriesaburdenhourestimateof21minutesforamanualorelectronic   submission.Sendcommentsregardingtheseburdenestimatesoranyotheraspectofthese   collectionsofinformation,includingsuggestionsforreducingtheburden,toOMBDeskOfficer, p NewExecutiveOfficeBuilding,Washington,DC20503;andtotheOfficeofAdministrationf  g , H BureauofIndustryandSecurity,DepartmentofCommerce,14thandPennsylvaniaAvenue,  p N.W.,Room6622,Washington,D.C.20230.   p      x   H    ` 3.ThisruledoesnotcontainpolicieswithFederalismimplicationsasthattermisdefinedunder  f  g f  g ExecutiveOrderf  g Ԁ13132.  4.TheprovisionsoftheAdministrativeProcedureAct(5U.S.C.553)requiringnoticeof 0"  proposedrulemaking,theopportunityforpublicparticipation,andadelayineffectivedate,are $X" inapplicablebecausethisregulationinvolvesamilitaryandforeignaffairsfunctionoftheUnited %0!$ States(5U.S.C.553(a)(1)).Further,nootherlawrequiresthatanoticeofproposedrulemaking '#& andanopportunityforpubliccommentbegivenforthisfinalrule.Becauseanoticeofproposed )$( rulemakingandanopportunityforpubliccommentarenotrequiredtobegivenforthisrule h+&* undertheAdministrativeProcedureActorbyanyotherlaw,theanalyticalrequirements  oftheRegulatoryFlexibilityAct(5U.S.C.601etseq.)arenotapplicable.Therefore,this  regulationisissuedinfinalform.Althoughthereisnoformalcommentperiod,publiccomments ` onthisregulationarewelcomeonacontinuingbasis.CommentsshouldbesubmittedtoSharron 8  Cook,OfficeofExporterServices,BureauofIndustryandSecurity,DepartmentofCommerce,  ` P.O.Box273,Washington,D.C.20044.  8   ListofSubjects    15CFRPart742 H   Exports,Terrorism.O#AɉXABR#OAXAɉN#AR#NA  p   15CFRPart743 *   Administrativepracticeandprocedure,Reportingandrecordkeepingrequirements.O#AɉXAj#OAXAɉN#Ak#NA   15CFRPart744     Exports,Reportingandrecordkeepingrequirements,Terrorism.O#AɉXAk#OAXAɉN#A:l#NA b"  15CFRPart772 &&v!$   Exports. (X#& 15CFRPart774 +'*   Exports,Reportingandrecordkeepingrequirements.  Accordingly,Parts742,743,744,772and774oftheExportAdministrationRegulations(15 t CFRParts730799)areamendedasfollows: V   PART742[AMENDED] N#ABm#NAO#AɉXAm#OAXAɉ j  ! ! ( 8yU HIKOQRST" 3"   3Ap2   1  .3  0    TheauthoritycitationforPart742continuestoreadasfollows:O#AɉXAko#OAXAɉN#A)o#NA 3Apnp݌B (#(# Ќ    XXXXAuthority: #XXXXq#XXXX50U.S.C.app.2401etseq.;50U.S.C.1701etseq.;22U.S.C.3201etseq.; $  42U.S.C.2139a;Sec.901-911,Pub.L.106-387;Sec.221,Pub.L.107-56;Sec1503,Pub.L.  108-11,117Stat.559;E.O.12058,43FR20947,3CFR,1978Comp.,p.179;E.O.12851,58  FR33181,3CFR,1993Comp.,p.608;E.O.12938,59FR59099,3CFR,1994Comp.,p.950; d E.O.13026,61FR58767,3CFR,1996Comp.,p.228;E.O.13222,66FR44025,3CFR,2001 < Comp.,p.783;PresidentialDetermination2003-23ofMay7,2003,68FR26459,May16,2003;#XXXX/r#XXXX d NoticeofAugust3,2006,71FR44551(August7,2006);NoticeofOctober27,2006,71FR < 64109(October31,2006);NoticeofAugust15,2007,72FR46137(August16,2007)#XXXXt#XXXX.#XXXXv#XXXXԀ#XXXXQv#N#Amq#O#o X+q#NAɉX XoOAXAɉ  " 3"   3.w2   2  .3  0    Section742.19isamendedbyrevisingO#AɉXAv#N#o XXAɉv#O XoNAԀXXXXparagraph(b)(1)(xix)#XXXX^x#N#A>x#O#o Xx#NAɉX XoOAXAɉԀtoread XXXXMicroprocessors ~"  withaprocessingspeedof0.5GFLOPSorabove. 3.w[w݌$"(#(# Ќ  " 3"   3y2   3  .3  0    SupplementNo.2topart742#XXXXFy#O#AɉXAy#OAXAɉN#Ax#NAԀisamendedbyrevisingparagraph(c)(26)(ii)introductory d&!$ text,N#A){#NAO#AɉXAz#OAXAɉXXXXԀtoreadasfollows: 3y,z݌r(#&(#(# Ќ  #XXXX |#O#AɉXA|#OAXAɉN#A{#NASUPPLEMENTNO.2TOPART742ANTITERRORISMCONTROLS:IRAN,NORTH *%( KOREA,SYRIAANDSUDANCONTRACTSANCTITYDATESANDRELATED  POLICIES.     `  *0  *0h(#(#*0h(#h(#*0(#(#*t(#(# (c)0  *0` (#(#*0 ` (#` (#*V  (# (#   (26)0 ` *0 ` (#` (#*0 (# (#*8 (#(#    ` (ii)XXXXWithaprocessingspeedof0.5GFLOPSorabove.#XXXXo#N#A}#NAO#AɉXA|#OAXAɉ j     `  *0  *0h(#(#*0h(#h(#*0(#(#*(x (#(#    `    PART743[AMENDED]   " 3"   3j2   4  .3  0    TheauthoritycitationforPart743continuestoreadasfollows:O#AɉXAE#OAXAɉN#A#NA 3j݌(#(# Ќ    XXXXAuthority:#XXXX#N#A#NAO#AɉXAT#OAXAɉXXXXԀ 50U.S.C.app.2401etseq;Pub.L.106508;50U.S.C.1701etseq;#XXXX׃#XXXXԀNotice ~ ofAugust3,2006,71FR44551(August7,2006);NoticeofAugust15,2007,72FR46137 ^ (August16,2007)#XXXXx#XXXX.#XXXXS#XXXXԀ#XXXX#O#AɉXA#N#o XXAɉv#NAɉX XoOAXAɉ 6 " 3"   3s2   5  .3  0    Section743.1isamendedbyrevisingparagraph(c)(1)(vi),revisingtheNotetothis  @ paragraph,asfollows:O#AɉXA>#OAXAɉN#A#NA 3s݌"" (#(# Ќ  XXXX 743.1WassenaarArrangement #XXXX@#. &!$    `  *0  *0h(#(#*0h(#h(#*0(#(#*N*%((#(# (c)0  *0` (#(#*0 ` (#` (#*&,v'* (# (# XXXX  (1)0 ` *0 ` (#` (#*0 (# (#*(#(# #XXXX#XXXXO#AɉXA#OAXAɉN#A݇#NA   ` (vi)Category6:6A001.a.1.b(changing10kHzto5kHzandaddingthetext or  asoundpressurelevelexceeding224dB(reference1Paat1m)forequipmentwithan  operatingfrequencyinthebandfrom5kHzto10kHzinclusivetotheexistingtextin n  6A001.a.1.b.1),and6A001.a.2.d;6A002.a.1.a,6A002.a.1.b,6A002.a.2.a(changing350uA/Im F  to700uA/Imin6A002.a.2.a.3.a),6A002.a.3,6A002.b,6A002.c(incorporating6A002.a.2.aor n  6A002.a.3havingcharacteristicsdescribedinthisparagraph),6A002.e;6A003.b.3 F  (incorporating6A002.a.2.ahavingcharacteristicsdescribedinthisparagraph),6A003.b.4   (incorporating6A002.a.3havingcharacteristicsdescribedinthisparagraph);6A004.candd;  6A006.a.1,6A006.a.2(havinga noiselevel(sensitivity)lower(better)than2pTrmspersquare ~ rootHz),6A006.d(certainitemsonly;seeNotetothisparagraph)#XXXXN#N#AҊ#NAO#AɉXA#OAXAɉXXXX;6A008.d,.h,and.k;6D001 V (for6A004.cand.dand6A008.d,.h,and.k);6E001(forequipmentandsoftwarelistedinthis .~ paragraph);and6E002(forequipmentlistedinthisparagraph);#XXXXۏ#O#AɉXA#OAXAɉN#Az#NA V   XXXX Notestoparagraph(c)(1)(vi):     NOTE1:Reportsfor6A002.a.3excludethefollowing"focalplanearrays":      ` a. PlatinumSilicidehavinglessthan10,000elements; x"     ` b. IridiumSilicide; P$"    ` c. IndiumAntimonideorLeadSelenidehavinglessthan256elements; (&x!$    ` d IndiumArsenide; (P#&    ` e. LeadSulphide; )(%(    ` f. IndiumGalliumArsenide; +'*    ` g. MercuryCadmiumTelluride,asfollows:     `  1.  'ScanningArrays'havinganyofthefollowing:     `    a. h 30elementsorless;or `    `    b.0 h Incorporatingtimedelay-and-integrationwithintheelement 8  andhaving2elementsorless; `h(#h(#    `  2.  'StaringArrays'lessthan256elements;  8     `    `  TechnicalNotes:      0 ` 0 ` (#` (#ScanningArraysaredefinedas focalplanearraysdesignedforuse p withascanningopticalsystemthatimagesasceneinasequentialmanner H toproduceanimage. p (# (#   0 ` 0 ` (#` (#StaringArraysaredefinedas focalplanearraysunfortunatelydesigned   forusewithanon-scanningopticalsystemthatimagesascene. (# (#    ` h.0 GalliumArsenideorGalliumAluminumArsenidequantumwellhaving X  lessthan256elements;#XXXX#N#Af#NAO#AɉXA$#OAXAɉԀand0"  (# (#    ` i. Microbolometerhavinglessthan8,000elements. >$"    &p!$   NOTE2:Reportsfor6A006.d,arefor compensationsystemsforthefollowing: 'H#&    ` a.0 Magneticsensorscontrolledin6A006.a.2.usingopticallypumpedor ) %( nuclearprecession(proton/Overhauser) technologythatwillpermit +&* thesesensorstorealizea noiselevel(sensitivity)lower(better)than2  pTrmspersquarerootHz. (# (#    ` b. Underwaterelectricfieldsensorscontrolledin6A006.b. `    ` c.0 Magneticgradiometerscontrolledin6A006.c.thatwillpermitthese 8  sensorstorealizea noiselevel(sensitivity)lower(better)than3pT/m ` (# (# 0  0` (#(#0 ` (#` (#rmspersquarerootHz. 8  (# (#      `  *0  *0h(#(#*0h(#h(#*0(#(#* (#(#  PART744[AMENDED]  H " 3"   3'2   6  .3  0    TheauthoritycitationforPart744continuestoreadasfollows:O#AɉXA#OAXAɉN#Aa#NA 3'T݌ p(#(# Ќ  XXXXAuthority: #XXXX#N#AS#NAO#AɉXA#OAXAɉXXXXԀ50U.S.C.app.2401etseq.;50U.S.C.1701etseq.;22U.S.C.3201etseq.;42 * U.S.C.2139a;Sec.901911,Pub.L.106387;Sec.221,Pub.L.10756;E.O.12058,43FR   20947,3CFR,1978Comp.,p.179;E.O.12851,58FR33181,3CFR,1993Comp.,p.608;E.O.  12938,59FR59099,3CFR,1994Comp.,p.950;E.O.12947,60FR5079,3CFR,1995Comp., j  p.356;E.O.13026,61FR58767,3CFR,1996Comp.,p.228;#XXXX#PXrXXXE.O.13099,63FR45167,3 B"  CFR,1998Comp.,p.208#XXXPXrˤ#XXXX;#XXXXS#PXrXXXԀE.O.13222,66FR44025,#XXXPXr#XXXXԀ3CFR,2001Comp.,p.783;E.O.13224, $j" 66FR49079,3CFR,2001Comp.,p.786;#XXXX#XXXXԀNoticeofAugust3,2006,71FR44551(August7, %B!$ 2006);NoticeofOctober27,2006,71FR64109(October31,2006)#XXXX#XXXX;NoticeofAugust15,2007, '#& 72FR46137(August16,2007)#XXXX_#XXXX.#XXXX#XXXXԀ#XXXX2#O#AɉXAm#N#o XXAɉ+#NAɉX XoOAXAɉ )$(  z+&* " 3"   3#2   7  .3  0    Section744.17isamendedbyrevisingparagraph(a)toreadasfollows: 3#P݌(#(# Ќ  XXXX744.17#XXXX6#XrXXXf  g Ԁ#XXXXr#XXXXf  g RestrictionsonCertainExportsandReexportsofGeneralPurpose  Microprocessorsforf  g MilitaryEndusesandtof  g ԀMilitaryEndf  g users.  j  (a)Generalprohibition .Inadditiontothelicenserequirementsforantiterrorismreasonsset  j forthinf  g partf  g 742oftheEAR,youmaynotexportorreexportcommoditiesdescribedinECCN  B  3A991.a.1ontheCCL( microprocessormicrocircuits, microcomputermicrocircuits,and   microcontrollermicrocircuitshavingaprocessingspeedof5GFLOPSormoreandanarithmetic   logicunitwithanaccesswidthof32bitormore),withoutalicenseif,atthetimeoftheexportor z reexport,youknow,havereasontoknow,orareinformedbyBISthattheitemwillbeoris R intendedtobeusedforamilitaryendf  g f  g Ԅf  g use,asdefinedinparagraph(d)ofthissection,in *z CountryGroupD:1(seeSupplementNo.1topart740oftheEAR); orbyamilitaryenduser, R asdefinedinparagraph(e)ofthissection,inCountryGroupD:1.f  g f  g f  g Thislicenserequirementdoes 2 notapplytoexportsorreexportsofitemsfortheofficialusebypersonnelandagenciesofthe   U.S.Governmentoragenciesofacooperatinggovernment.See740.11(b)(3)oftheEARfor  definitionsof agencyoftheU.S.Governmentand agencyofacooperatinggovernment.#XXXX۪#O#AɉXAڨ#OAXAɉN#A#NA j     `    `  *  * h *  *  * $$t"  PART772[AMENDED]  '8#&    `    " 3"   3ݳ2   8  .3  0    TheauthoritycitationforPart772continuestoreadasfollows: 3ݳ ݌+&*(#(# Ќ    Authority:N#A#NAO#AɉXA#OAXAɉXXXX50U.S.C.app.2401etseq.;50U.S.C.1701etseq.;#XXXX#PXrXXXԀE.O.13222,66FR  44025,#XXXPXr#XXXXԀ3CFR,2001Comp.,p.783;NoticeofAugust3,2006,71FR44551(August7,2006)#XXXXu#XXXX; ` NoticeofAugust15,2007,72FR46137(August16,2007)#XXXX #XXXX.#XXXX#XXXXԀ#XXXXܷ#O#AɉXAe#OAXAɉN#A##NAԀ 8  " 3"   32   9  .3  0    Section772.1isamendedby: 3݌(x (#(# Ќ    a. ` Removingthedefinitionsofterms Compositetheoreticalperformanceand  Z   CTP; <    b.0 ` Revisingthedefinitionoftheterms Driftrateand Peakpower,assetforth  below;` (#` (#   c.0 ` Addinginalphabeticalorderthedefinitionsfor Anglerandomwalk, Average  OutputPower, Compensationsystems, CWLaser, PulsedLaser,and t  Repeatabilitytoreadasfollows:V` (#` (# 772.1DefinitionsofTermsasUsedintheExportAdministrationRegulations(EAR). j    `  *  * h *  *  *  L  Anglerandomwalk.(Cat7)Theangularerrorbuildupwithtimethatisduetowhitenoisein ".  angularrate.(IEEESTD5282001) $< "    `  *  * h *  *  * (#&  t*%( XXXX AverageOutputPower.(Cat6)Theaverageoutputpoweristhetotal laseroutputenergyin  joulesdividedbythe laserdurationinseconds.     `  *  * h *  *  * 8   Compensationsystems.(Cat6)Consistoftheprimaryscalarsensor,oneormorereference  8  sensors(e.g.,vectormagnetometers)togetherwithsoftwarethatpermitreductionofrigidbody   rotationnoiseoftheplatform.      `  *  * h *  *  *#XXXX?#XXXXN#A#NAO#AɉXAB#OAXAɉ H    `     h    CWLaser.(Cat6)ACW(ContinuousWave)laserisdefinedasalaserthatproducesa R nominallyconstantoutputenergyforgreaterthan0.25seconds. *    `  *  * h *  *  *#XXXXH#XXXX   Driftrate.(gyro)(Cat7)-#XXXX#XXXXN#A#NAO#AɉXA#OAXAɉԀThecomponentofgyrooutputthatisfunctionallyindependentof :"  inputrotation.Itisexpressedasanangularrate.(IEEESTD5282001) H$" #XXXX#XXXXO#AɉXA#OAXAɉN#AT#NA   `  *0  *0h(#(#*0h(#h(#*0(#(#* (\#&(#(#  Peakpower.(Cat6)-#XXXX#Thehighestlevelofpowerattainedinthe laserduration. )>%(   Note: XXXX LaserDurationisthetimeoverwhicha laseremits laserradiation,which +L'* for pulsedlaserscorrespondstothetimeoverwhichasinglepulseorseriesofconsecutive  pulsesisemitted.#XXXXw#     `  *  * h *  *  * `  PulsedLaser.(Cat6)Apulsed laserisdefinedashavinga pulsedurationthatislessthan 8  orequalto0.25seconds.  `    `    XXXX* h *  *  * p *#XXXX.#  8   Repeatability.(Cat7)Theclosenessofagreementamongrepeatedmeasurementsofthesame   variableunderthesameoperatingconditionswhenchangesinconditionsornonoperating   periodsoccurbetweenmeasurements.(Reference:IEEESTD5282001(onesigmastandard p deviation)) H  PART774[AMENDED]    h      p  H Ѐ" 3 "   32   10  .3  0    ݀TheauthoritycitationforPart774continuestoreadasfollows:   3݌(#(# Ќ    Authority:N#A#NAO#AɉXA#OAXAɉPXrXXXԀ50U.S.C.app.2401etseq.;#XXXPXrN#PXrXXXԀ50U.S.C.1701etseq.;10U.S.C.7420;10 X  U.S.C.7430(e);22U.S.C.287c,22U.S.C.3201etseq.,22U.S.C.6004;30U.S.C.185(s), 0"  185(u);42U.S.C.2139a;42U.S.C.6212;43U.S.C.1354;46U.S.C.app.466c;50U.S.C.app. $X" 5#XXXPXr#XXXX;Sec.901911,Pub.L.106387;Sec.221,Pub.L.10756#XXXX!#PXrXXX;E.O.13026,61FR58767,3CFR, %0!$ 1996Comp.,p.228;#XXXPXr#PXrXXXԀE.O.13222,66FR44025,#XXXPXr'#XXXXԀ3CFR,2001Comp.,p.783;NoticeofAugust '#& 3,2006,71FR44551(August7,2006);NoticeofAugust15,2007,72FR46137(August16, )$( 2007)#XXXX#XXXX.#XXXXy#XXXXԀ#XXXX#O#AɉXA/#OAXAɉN#A#NA h+&* OY6    SupplementNo.1topart774CommerceControlList[AMENDED]   " 3 "   392   11  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials, B  Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN)  j 1A002isamendedbyrevisingthe itemsparagraphintheListofItemsControlled  B  section,toreadasfollows: 39f݌ (#(# Ќ   XXXX1A002 Compositestructuresorlaminates,havinganyofthefollowing(seeListofItems   Controlled). z    `    *0 h *0h(#h(#*0(#(#*0p(#(#* #XXXXf#XrXXX*zp(#p(#    `     h ListofItemsControlled  *   Unit:0 ` *0 ` (#` (#*0 (# (#*(#(# 0  RelatedControls:0(#(#*0h(#(#*0h(#h(#*(#(#   RelatedDefinitions:0  *0h(#(#*0h(#h(#*b (#(#   Items: :"  a.Consistingofanorganic matrixandmaterialscontrolledby1C010.c1C010.d,or1C010.e %:!$ or '#&    Note: 1A002.adoesnotcontrolfinishedorsemifinisheditemsspeciallydesignedfor r+&* purelycivilianapplicationsasfollows:    a.Sportinggoods; `   b.Automotiveindustry; 8    c.Machinetoolindustry;and  `   d.Medicalapplications.  8  b.Consistingofametalorcarbon matrixandanyofthefollowing:     b.1.Carbon fibrousorfilamentarymaterialswith: H 0   ` b.1.a.A specificmodulusexceeding10.15x106m;andH(#(# 0   ` b.1.b.A specifictensilestrengthexceeding17.7x104m;or(#(#   b.2.Materialscontrolledby1C010.c. X     Note: 1A002.bdoesnotcontrolfinishedorsemifinisheditemsspeciallydesignedfor $X" purelycivilianapplicationsasfollows: %0!$   a.Sportinggoods; )$(   b.Automotiveindustry; h+&*   c.Machinetoolindustry;and    d.Medicalapplications.    TechnicalNotes:  8    1.0 ` Specificmodulus:Youngsmodulusinpascals,equivalenttoN/m2,dividedby  ` specificweightinN/m3,measuredatatemperatureof(296+2)K((23+2)$C)  8  andarelativehumidityof(50+5)%. ` (#` (#   2.0 ` Specifictensilestrength:ultimatetensilestrengthinpascals,equivalenttoN/m2 p dividedbyspecificweightinN/m3,measuredatatemperatureof(296+2)K((23 H +2)$C)andarelativehumidityof(50+5)%.#XXXXr#XXXX p` (#` (#   Note: 1A002doesnotcontrolcompositestructuresorlaminatesmadefromepoxyresin   impregnatedcarbon fibrousorfilamentarymaterialsfortherepairof civilaircraft  structuresoflaminates,providedthatthesizedoesnotexceed100cmx100cm.#XXXX#  " 3 "   32   12  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials, 0"  Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN) $X" 1A004isamendedbyrevisingthe RelatedControlsparagraphintheListofItems %0!$ Controlledsection,toreadasfollows:N#Ad#NAO#AɉXA"#OAXAɉ 3݌'#&(#(# Ќ  1A004Protectiveanddetectionequipmentandcomponentsnotspeciallydesignedfor r+&* militaryuseasfollowsXXXXԀ#XXXX#(seeListofItemsControlled).      `     h *  *  * p *  * `  ListofItemsControlled   ` 0  Unit:0` (#(#* *  * ` (#` (# 0  RelatedControls:(1)SeeECCNs1A995,2B351,and2B352.(2)SeeECCN1D003for   "software"speciallydesignedormodifiedtoenableequipmenttoperformthefunctions p ofequipmentcontrolledundersection1A004.c(Nuclear,biologicalandchemical(NBC) H detectionsystems).(3)SeeECCN1E002.gforcontrollibraries(parametrictechnical  p databases)speciallydesignedormodifiedtoenableequipmenttoperformthefunctions H ofequipmentcontrolledunder1A004.c(Nuclear,biologicalandchemical(NBC)   detectionsystems).O#AɉXA#OAXAɉN#A#NA(4) Chemicalandbiologicalprotectiveanddetectionequipment  specificallydesigned,developed,modified,configured,oradaptedformilitary  applicationsissubjecttotheexportlicensingjurisdictionoftheDepartmentofState,   DirectorateofDefenseTradeControls(see22CFRpart121,categoryXIV(f)),asis n"  commercialequipmentthatincorporatescomponentsorpartscontrolledunderthat F$" categoryunlessthosecomponentsorpartsare:1)integraltothedevice;2)inseparable &n!$ fromthedevice;and3)incapableofreplacementwithoutcompromisingtheeffectiveness 'F#& ofthedevice,inwhichcasetheequipmentissubjecttotheexportlicensingjurisdiction )%( oftheDepartmentofCommerceunderECCN1A004.+&*(#(#   RelatedDefinitions:  * h *  *    Items: ` O#AɉXA)#OAXAɉN#Ak#NA* *  *  " 3 "   3S2   13  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials, x  Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN) Z  1B001isamendedbyrevisingthe heading,theLicenseRequirementsection,and <  paragraph(f)inthe itemsparagraphoftheListofItemsControlledsection,toreadas n  follows: 3S݌P (#(# Ќ  XXXX1B001Equipmentfortheproductionoffibers,prepregs,preformsor composites  controlledby1A002or1C010,asfollows(seeListofItemsControlled),andspecially  designedcomponentsandaccessoriestherefor.  t  LicenseRequirements L    ReasonforControl:NS,MT,NP,AT L Control(s) `     h CountryChart "  NSappliestoentireentry   h NSColumn2 \&!$ MTappliestoentireentry,   h MTColumn1  *\%( except1B001.d.4and.f. +4'*  Note: MTappliestoequipment  in1B001.dthatmeetorexceedthe  parametersof1B101. h NPappliestofilament   h   NPColumn1  h windingmachinesdescribed  @  in1B001.athatarecapable   ofwindingcylindricalrotors   havingadiameterbetween x 75mm(3in)and400mm P (16in)andlengthsof600mm (x (24in)orgreater;AND P coordinatingand ( programmingcontrolsand  precision&  mandrelsforthese  filamentwindingmachines'u `  ATappliestoentireentry   h ATColumn1#XXXX#XXXXN#A#NAO#AɉXA#OAXAɉ $`"    `    *0 h *0h(#h(#*0(#(#*0p(#(#*%8!$p(#p(#  ListofItemsControlled '#&    Unit:0 ` *0 ` (#` (#*0 (# (#*z+&*(#(# 0  RelatedControls:0(#(#*0h(#(#*0h(#h(#*(#(#   RelatedDefinitions:0  *0h(#(#*0h(#h(#*(#(#   Items: `    `    * h *  *  * p *  ` f.Non-destructiveinspectionequipmentspeciallydesignedfor compositematerials,as   follows:     f.1. ` X-raytomographysystemsforthreedimensionaldefectinspection; p   f.2.0 ` Numericallycontrolledultrasonictestingmachinesofwhichthemotionsfor H positioningtransmittersand/orreceiversaresimultaneouslycoordinatedand  p programmedinfourormoreaxestofollowthethreedimensionalcontoursofthe H componentunderinspection. ` (#` (# #XXXXK#" 3 "   32   14  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials,  Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN) X  1C005isamendedbyrevisingtheListofItemsControlledsection,toreadasfollows: 3݌0" (#(# Ќ  XXXX1C005 Superconductive compositeconductorsinlengthsexceeding100morwitha $X" massexceeding100g,asfollows(seeListofItemsControlled).  %0!$    `     h *  *  * p *  * )$(    `   h+&*  ListofItemsControlled     Unit:Kilograms `   RelatedControls:N/A 8    RelatedDefinitions:N/A  `   Items:  8  a. Superconductive compositeconductorscontainingoneormoreniobium-titanium   filaments,havingallofthefollowing: p   a.1.Embeddedina matrixotherthanacopperorcopper-basedmixed matrix;and  p   a.2.Havingacross-sectionarealessthan0.28x104mm2(6mindiameterforcircular   filaments);  b. Superconductive compositeconductorsconsistingofoneormore superconductive X  filamentsotherthanniobium-titanium,havingallofthefollowing: 0"    b.1.A criticaltemperatureatzeromagneticinductionexceeding9.85K(-263.31oC); %0!$ and   `     h    '#&   b.2.Remaininginthe superconductivestateatatemperatureof4.2K(268.96C) h+&* whenexposedtoamagneticfieldorientedinanydirectionperpendiculartothelongitudinalaxis  ofconductorandcorrespondingtoamagneticinductionof12Twithcriticalcurrentdensity  exceeding1750A/mm2onoverallcrosssectionoftheconductor. ` #XXXX}#c.  Superconductive compositeconductorsconsistingofoneormore superconductive  8  filamentswhichremain superconductiveabove115K(158.16C).    TechnicalNote: Forthepurposeof1C005,filamentsmaybeinwire,cylinder,film,tapeor p ribbonform. P " 3"   3K 2   15  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials, P Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN) ( 1C008isamendedbyrevisingthe itemsparagraphintheListofItemsControlled  section,toreadasfollows: 3K x ݌(#(# Ќ  1C008Nonfluorinatedpolymericsubstances,asfollows(seeListofItemsControlled).  8"     `    * h *  *  * p * %8!$  ListofItemsControlled  '#&   Unit:0 ` * *  *p+&*` (#` (#   RelatedControls:0  * h *  *(#(#   RelatedDefinitions:0  * h *  *(#(#   Items: ` XXXXa.Non-fluorinatedpolymericsubstances,asfollows:  `   a.1.Bismaleimides;     a.2.Aromaticpolyamide-imides; p   a.3.Aromaticpolyimides;  p   a.4.Aromaticpolyetherimideshavingaglasstransitiontemperature(Tg)exceeding   513K(240$C).  Ѐ  Notes:  X     ` 1. 0 1C008.acontrolsthesubstancesinliquidorsolidform,includingresin, 8"  powder,pellet,film,sheet,tape,orribbon.$h" (# (#    ` 2. 0 1C008.adoesnotcontrolnon-fusiblecompressionmoldingpowdersor %@!$ moldedforms.' #& (# (# b.Thermoplasticliquidcrystalcopolymershavingaheatdistortiontemperatureexceeding523 +&* K(250$C)measuredaccordingtoISO752(2004),methodA,ornationalequivalents,witha  loadof1.80N/mm2andcomposedof:    b.1.Anyofthefollowing: 8     ` b.1.a.Phenylene,biphenyleneornaphthalene;or  8     ` b.1.b.Methyl,tertiary-butylorphenylsubstitutedphenylene,biphenyleneor   naphthalene;and p   b.2.Anyofthefollowingacids:  p    ` b.2.a.Terephthalicacid;      ` b.2.b.6-hydroxy-2naphthoicacid;or     ` b.2.c.4-hydroxybenzoicacid; 0"  c.[RESERVED] %0!$ d.Polyaryleneketones; )$(  h+&* e.Polyarylenesulphides,wherethearylenegroupisbiphenylene,triphenyleneorcombinations  thereof;  f.Polybiphenylenethersulphonehavingaglasstransitiontemperature(Tg)exceeding513K 8  (240$C).  `    TechnicalNote: Theglasstransitiontemperature(Tg)for1C008materialsis   determinedusingthemethoddescribedinISO11357-2(1999)ornationalequivalents.#XXXX#   " 3"   3w2   16  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials, (x Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN) P 1C010,the itemsparagraphintheListofItemsControlledsectionisamendedby: 3w݌((#(# Ќ    a.0 ` RevisingtheNotefor1C010.bthatfollowsthetechnicalnotefollowingparagraph  (b.2.)toreadassetforthbelow;and` (#` (#   b.0 ` RevisingtheNotesandTechnicalNotefollowingparagraph(e.2.d.),toreadas `  follows:N#A#NAO#AɉXA#OAXAɉ8" ` (#` (#  XXXX1C010 Fibrousorfilamentarymaterialswhichmaybeusedinorganic matrix, %B!$ metallic matrixorcarbon matrix compositestructuresorlaminates,asfollows(see '#& ListofItemsControlled).  )$(    `    * h *  *  * p * z+&* Ї ListofItemsControlled     Unit:* *  * ` 0  RelatedControls:*  * h *#XXXX[#XXXX8 (#(# 0  RelatedDefinitions:* h *  * 8 (#(#   Items:      `  *  * h *  *  * p b.  * ` * *  p   b.2. ` * *  *     TechnicalNote:   * h *  *     Note: 1C010.bdoesnotcontrolfabricmadefrom fibrousorfilamentarymaterialsfor 0"  therepairof civilaircraftstructuresorlaminates,inwhichthesizeofindividualsheetsdoes $X" notexceed100cmx100cm. %0!$    `  *  * h *  *  * )$(  h+&* e.  * ` * *    e.2. ` * *  * `    ` e.2.d. *  * h * 8    Notes: 1C010.edoesnotcontrol:  8    1.Epoxyresin matriximpregnatedcarbon fibrousorfilamentarymaterials   (prepregs)fortherepairof civilaircraftstructuresorlaminates,inwhichthesizeof p individualsheetsofprepregdoesnotexceed100cmx100cm; H Ѐ  2.Prepregswhenimpregnatedwithphenolicorepoxyresinshavingaglasstransition H temperature(Tg)lessthan433K(160oC)andacuretemperaturelowerthantheglasstransition   temperature.    TechnicalNote: Theglasstransitiontemperature(Tg)for1C010.ematerialsis X  determinedusingthemethoddescribedinASTMD3418usingthedrymethod.Theglass 0"  transitiontemperatureforphenolicandepoxyresinsisdeterminedusingthemethoddescribedin $X" ASTMD4065atafrequencyof1Hzandaheatingrateof2K(2C)perminuteusingthedry %0!$ method.#XXXX # '#&    h+&* " 3"   3*2   17  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials,  Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN)  1C998isamendedbyrevisingthe itemsparagraphintheListofItemsControlled ` section,toreadasfollows: 3**݌8 (#(# Ќ  1C998Nonfluorinatedpolymericsubstances,notcontrolledby1C008,asfollows(seeList  8  ofItemsControlled).       `  *  * h *  *  * p ListofItemsControlled H Unit:* ` * * H RelatedControls:*   * h *   RelatedDefinitions:*  * h *  Items:    XXXXa.Polyaryleneetherketones,asfollows: X    a.1Polyetheretherketone(PEEK); 0"    a.2.Polyetherketoneketone(PEKK); $X"   a.3.Polyetherketone(PEK); %0!$   a.4.Polyetherketoneetherketoneketone(PEKEKK); '#& b.[RESERVED].#XXXX /# )$(  h+&* " 3"   302   18  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials,  Chemicals,Microorganisms,andToxinsisamendedbyaddingExportControl  ClassificationNumber(ECCN)1D003,toreadasfollows: 301݌`(#(# Ќ  XXXX1D003 Softwarespeciallydesignedormodifiedtoenableequipmenttoperformthe  ` functionsofequipmentcontrolledunder1A004.c.   8   LicenseRequirements      ReasonforControl:NS,AT H   Control(s) `     h CountryChart H NSappliestoentireentry  0 h NSColumn2h(#h(# ATappliestoentireentry  0 h ATColumn1X h(#h(#  LicenseExceptions  $X"   CIV: ` N/A '#&   TSR: ` N/A )$(  h+&*  ListofItemsControlled     Unit:$value ` 0  RelatedControls:N/A8 (#(#   RelatedDefinitions:N/A  `   Items:  8  ThelistofitemscontrollediscontainedintheECCNheading.#XXXX2#   " 3"   3d72   19  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials, H Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN)  p 1E001isamendedbyrevisingthe RelatedControlsparagraphintheListofItems H Controlledsection,toreadasfollows:O#AɉXA#OAXAɉN#A#NA 3d77݌ (#(# Ќ  XrXXX1E001 TechnologyaccordingtotheGeneralTechnologyNoteforthe developmentor l   productionofitemscontrolledby1A001.b,1A001.c,1A002,1A003,1A004,1A005, D"  1A101,1B(except1B999),or1C(except1C355,1C980to1C984,1C988,1C990,1C991, $l" 1C992,1C995to1C999). #XXXXr:#N#A9#NAO#AɉXAs9#OAXAɉ %D!$    `    * h *  *  * p * )$(  XXXXListofItemsControlled  +&* Ї  Unit: ` * *  *  0  RelatedControls:(1)AlsoseeECCNs1E101,1E201,and1E202.(2)SeeECCN  1E002.gforcontrollibraries(parametrictechnicaldatabases)speciallydesignedor ` modifiedtoenableequipmenttoperformthefunctionsofequipmentcontrolledunder 8  1A004.c(Nuclear,biologicalandchemical(NBC)detectionsystems).(3) Technology  ` forlithiumisotopeseparation(seerelatedECCN1B233)and technologyforitems  8  describedinECCN1C012aresubjecttotheexportlicensingauthorityoftheNuclear   RegulatoryCommission(see10CFRpart110).(4) Technologyforitemsdescribedin   ECCN1A102issubjecttotheexportlicensingauthorityoftheU.S.DepartmentofState, p DirectorateofDefenseTradeControls(see22CFRpart121).H(#(#   RelatedDefinitions:  * h *  *  p   Items:#XXXX<#O#AɉXA(<#OAXAɉN#A;#NA ` * *  * h  H  " 3"   3B2   20  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category1Materials, 8 Chemicals,Microorganisms,andToxins,ExportControlClassificationNumber(ECCN)  1E002isamendedby: 3BB݌ (#(# Ќ    a. ` RevisingtheLicenseRequirementssectiontoreadassetforthbelow;and p"    b.0 ` Addanewparagraph(g)totheitemsparagraphintheListofItemsControlled H$" section,toreadasfollows:XXXX  &p!$` (#` (# 1E002Other technology,asfollows(seeListofItemsControlled).  ) %(  +&*  LicenseRequirements     ReasonforControl:NS,MT,AT ` Control(s) `     h CountryChart  ` NSappliestoentireentry,  0 h NSColumn1 h(#h(# except1E002.g   NSappliesto1E002.g   h NSColumn2 H MTappliesto1E002.e   h MTColumn1 H    `  ATappliestoentireentry  0 h ATColumn1h(#h(#   LicenseRequirementNotes :See743.1oftheEARforreportingrequirementsfor X  exportsunderLicenseExceptions. 8"     `    *0 h *0h(#h(#*0(#(#*0p(#(#*%8!$p(#p(#  ListofItemsControlled  )$(    ` * *  * h *  * p+&*   Items:  #XXXXpE#g.  Libraries(parametrictechnicaldatabases)speciallydesignedormodifiedtoenable ` equipmenttoperformthefunctionsofequipmentcontrolledunder1A004.c. 8    TechnicalNote: Forthepurposeof1E002.g,thetermlibrary(parametrictechnical  8  database)meansacollectionoftechnicalinformation,referencetowhichmayenhancethe   performanceofrelevantequipmentorsystems.      `  *  * h *  *  * H " 3"   3aM2   21  .3  0    SupplementNo.1toPart774(theCommerceControlList),Category2Materials   Processing,ExportControlClassificationNumber(ECCN)2B001isamendedby  revisingtheUnitparagraphintheListofItemsControlledsectionandtheNotefollowing  paragraph2B001.a.2intheItemsparagraphoftheListofItemsControlledsectiontoread X  asfollows:O#AɉXAB#OAXAɉN#ABB#NA    3aMM݌0" (#(# Ќ  XXXX2B001#XXXXxP#XXXXMachinetoolsandanycombinationthereof,forremoving(orcutting)metals, %:!$ ceramicsor composites,which,accordingtothemanufacturer'stechnicalspecifications, '#& canbeequippedwithelectronicdevicesfor numericalcontrol;andspeciallydesigned )$( components(seeListofItemsControlled)#XXXXP#XXXX.#XXXXtR#XXXX r+&*    `     h *0  *0(#(#*0p(#(#*0p(#p(#* #XXXXR#XXXX(#(#  #XXXXS#XXXXListofItemsControlled `    Unit:Equipmentinnumber;componentsin$value#XXXXS#XXXXN#AO#NAO#AɉXAO#OAXAɉ 8     `  *  * h *  *  *#XXXXT#XXXX  `   Items:  B  #XXXXU#XXXX   `  *  * h *  *  *   #XXXXkV#XXXXa.  * ` * * z   a.2. ` * *  * *z   Note: 0 ` 2B001.adoesnotcontrolturningmachinesspeciallydesignedfortheproduction * ofcontactlenses,havingallofthefollowingcharacteristics:` (#` (# 0  0` (#(#1.0 ` (#` (#Machinecontrollerlimitedtousingophthalmicbasedsoftwareforpart  programmingdatainput;andb  (# (# 0  0` (#(#2. Novacuumchucking.:" ` (#` (#    `  *  * h *  *  *  * %:!$ #XXXXW#N#AT#NAO#AɉXA7U#OAXAɉ" 3"   3[2   22  .3  0    SupplementNo.1toPart774(theCommerceControlList),Category2Materials )$( Processing,ExportControlClassificationNumber(ECCN)2B002isamendedby +&* revisingtheheadingandtheListofItemsControlledsectiontoreadasfollows: 3[D[݌(#(# Ќ  2B002Numericallycontrolledopticalfinishingmachinetoolsequippedtoproducenon t sphericalopticalsurfaces,havingallofthefollowingcharacteristics(SeeListofItems L  Controlled).  $ t XXXX   `    *0 h *0h(#h(#*0(#(#*  *0p(#(#*$ p(#p(#  ListofItemsControlled   0  Unit:Equipmentinnumber4(#(#   RelatedControls:Seealso2B001.  \ 0  RelatedDefinitions:Forthepurposesof2B002,MRFisamaterialremovalprocess 4 usinganabrasivemagneticfluidwhoseviscosityiscontrolledbyamagneticfield.ERF   isremovalprocessusinganabrasivefluidwhoseviscosityiscontrolledbyanelectric  field.EnergeticparticlebeamfinishingusesReactiveAtomPlasmas(RAP)orion l  beamstoselectivelyremovematerial.D" (#(#   Items: $l" #XXXX]#a.Finishingtheformtoless(better)than1.0%m; '#& b.Finishingtoaroughnessless(better)than100nmrms; |+&* Їc.Threeormoreaxeswhichcanbecoordinatedsimultaneouslyfor contouringcontrol;and  d.Usinganyofthefollowingprocesses; `   d.1. ` Magnetorheologicalfinishing(MRF); 8    d.2. ` Electrorheologicalfinishing(ERF);or  `   d.3 ` Energeticparticlebeamfinishing.  8       `  " 3"   3d2   23  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics, p ExportControlClassificationNumber(ECCN)3A001isamendedrevisingtheLicense H Exceptionssectionand itemsparagraphintheListofItemsControlledsection,toread  p asfollows: 3dd݌H(#(# Ќ  XXXX3A001Electroniccomponents,asfollows(seeListofItemsControlled).      `    *0 h *0h(#h(#*0(#(#*0p(#(#*#XXXXf#XXXX0" p(#p(#  LicenseExceptions  %0!$   LVS: ` N/AforMTorNP )$(    `  Yesfor: h+&*    `  $1500:3A001.c     ` 0 $3000:3A001.b.1,b.2,b.3,b.9,.d,.e,.f,and.g (# (#    ` 0 $5000:3A001.a(excepta.1.aanda.5.awhencontrolledforMT),and.b.4 ` tob.7  8  (# (#   GBS:0 ` Yesfor3A001.a.1.b,a.2toa.12(except.a.5.awhencontrolledforMT),b.2,b.8  ` (exceptforTWASexceeding18GHz),b.9.,and.g. 8 ` (#` (# .0  CIV:0` (#(#Yesfor3A001.a.3,a.4,a.7,anda.11.  ` (#` (#   #XXXXg#ListofItemsControlled  p   Unit: ` * *  *  p 0  RelatedControls:  * h *  *XXXXO#AɉXAZ#OAXAɉN#AZ#NAH(#(# 0  RelatedDefinitions:#XXXXl#  * h *  *N#Am#NAO#AɉXAl#OAXAɉ (#(#   Items:  a.Generalpurposeintegratedcircuits,asfollows: X    Note1: Thecontrolstatusofwafers(finishedorunfinished),inwhichthefunctionhas $X" beendetermined,istobeevaluatedagainsttheparametersof3A001.a. %8!$   Note2: Integratedcircuitsincludethefollowingtypes: )$(  x+&*    ` Monolithicintegratedcircuits;     ` Hybridintegratedcircuits;     ` Multichipintegratedcircuits; `    ` Filmtypeintegratedcircuits,includingsilicon-on-sapphireintegratedcircuits; 8     ` Opticalintegratedcircuits.  `   a.1.Integratedcircuits,designedorratedasradiationhardenedtowithstandanyofthe   following:      ` a.1.a.Atotaldoseof5x103Gy(Si),orhigher; H    ` a.1.b.Adoserateupsetof5x106Gy(Si)/s,orhigher;or H      ` a.1.c.Afluence(integratedflux)ofneutrons(1MeVequivalent)of5x1013  n/cmorhigheronsilicon,oritsequivalentforothermaterials;     ` Note: 3A001.a.1.cdoesnotapplytoMetalInsulatorSemiconductors(MIS). 0"    a.2. Microprocessormicrocircuits, microcomputermicrocircuits,microcontroller %8!$ microcircuits,storageintegratedcircuitsmanufacturedfromacompoundsemiconductor, '#& analog-to-digitalconverters,digital-to-analogconverters,electro-opticalor opticalintegrated )$( circuitsdesignedfor signalprocessing,fieldprogrammablelogicdevices,neuralnetwork p+&* integratedcircuits,customintegratedcircuitsforwhicheitherthefunctionisunknownorthe  controlstatusoftheequipmentinwhichtheintegratedcircuitwillbeusedinunknown,Fast  FourierTransform(FFT)processors,electricalerasableprogrammableread-onlymemories ` (EEPROMs),flashmemoriesorstaticrandom-accessmemories(SRAMs),havinganyofthe 8  following:  `    ` a.2.a.Ratedforoperationatanambienttemperatureabove398K(125$C);      ` a.2.b.Ratedforoperationatanambienttemperaturebelow218K(-55$C);or p    ` a.2.c.Ratedforoperationovertheentireambienttemperaturerangefrom218K  p (-55$C)to398K(125$C); H   Note: 3A001.a.2doesnotapplytointegratedcircuitsforcivilautomobileorrailway  trainapplications.    a.3. Microprocessormicrocircuits, micro-computermicrocircuitsand 8"  microcontrollermicrocircuits,manufacturedfromacompoundsemiconductorandoperatingata $`" clockfrequencyexceeding40MHz; %8!$   Note: 3A001.a.3includesdigitalsignalprocessors,digitalarrayprocessorsanddigital )$( coprocessors. x+&* Ї  a.4.Storageintegratedcircuitsmanufacturedfromacompoundsemiconductor;    a.5.Analog-to-digitalanddigital-to-analogconverterintegratedcircuits,asfollows: `    ` a.5.a.Analog-to-digitalconvertershavinganyofthefollowing:  `    `  a.5.a.1. h Aresolutionof8bitormore,butlessthan10bit,withan   outputrategreaterthan500millionwordspersecond;      `  a.5.a..2Aresolutionof10bitormore,butlessthan12bit,withanoutput H rategreaterthan200millionwordspersecond;  p    `  a.5.a.3.Aresolutionof12bitwithanoutputrategreaterthan105million   wordspersecond;     `  a.5.a.4.Aresolutionofmorethan12bitbutequaltoorlessthan14bit X  withanoutputrategreaterthan10millionwordspersecond;or 0"     `  a.5.a.5.Aresolutionofmorethan14bitwithanoutputrategreaterthan %0!$ 2.5millionwordspersecond. '#&    ` a.5.b.Digital-to-analogconverterswitharesolutionof12bitormore,anda h+&*  settlingtimeoflessthan10ns;    TechnicalNotes:  `    ` 1.Aresolutionofnbitcorrespondstoaquantizationof2nlevels.  `    ` 2.Thenumberofbitsintheoutputwordisequaltotheresolutionofthe   analogue-to-digitalconverter.      ` 3. Theoutputrateisthemaximumoutputrateoftheconverter,regardlessof H architectureoroversampling.Vendorsmayalsorefertotheoutputrateassamplingrate,  p conversionrateorthroughputrate.Itisoftenspecifiedinmegahertz(MHz)ormegasamples H persecond(MSPS).      ` 4. Forthepurposeofmeasuringoutputrate,oneoutputwordpersecondis  equivalenttooneHertzoronesamplepersecond. X    a.6.Electro-opticaland opticalintegratedcircuitsdesignedfor signalprocessing $X" havingallofthefollowing: %0!$    ` a.6.a.Oneormorethanoneinternal laserdiode; )$(  h+&*    ` a.6.b.Oneormorethanoneinternallightdetectingelement;and     ` a.6.c.Opticalwaveguides; `   a.7.Fieldprogrammablelogicdeviceshavinganyofthefollowing:  `    ` a.7.a.Anequivalentusablegatecountofmorethan30,000(2inputgates);      ` a.7.b.Atypical basicgatepropagationdelaytimeoflessthan0.1ns;or p    ` a.7.c.Atogglefrequencyexceeding133MHz;  p    ` Note: 3A001.a.7includes:SimpleProgrammableLogicDevices(SPLDs),   ComplexProgrammableLogicDevices(CPLDs),FieldProgrammableGateArrays(FPGAs),  FieldProgrammableLogicArrays(FPLAs),andFieldProgrammableInterconnects(FPICs).     ` N.B.: Fieldprogrammablelogicdevicesarealsoknownasfieldprogrammable 8"  gateorfieldprogrammablelogicarrays. $h" Ѐ  a.8.[RESERVED] '#&   a.9.Neuralnetworkintegratedcircuits; x+&* Ї  a.10.Customintegratedcircuitsforwhichthefunctionisunknown,orthecontrolstatus  oftheequipmentinwhichtheintegratedcircuitswillbeusedisunknowntothemanufacturer,  havinganyofthefollowing: `    ` a.10.a.Morethan1,000terminals;  `    ` a.10.b.Atypical basicgatepropagationdelaytimeoflessthan0.1ns;or      ` a.10.c.Anoperatingfrequencyexceeding3GHz; p   a.11.Digitalintegratedcircuits,otherthanthosedescribedin3A001.a.3to3A001.a.10  p and3A001.a.12,baseduponanycompoundsemiconductorandhavinganyofthefollowing: H    ` a.11.a.Anequivalentgatecountofmorethan3,000(2inputgates);or     ` a.11.b.Atogglefrequencyexceeding1.2GHz; X    a.12.FastFourierTransform(FFT)processorshavingaratedexecutiontimeforan $X" N-pointcomplexFFToflessthan(Nlog2N)/20,480ms,whereNisthenumberofpoints; %0!$    ` TechnicalNote: WhenNisequalto1,024points,theformulain3A001.a.12 )$( givesanexecutiontimeof500%s. p+&* Їb.Microwaveormillimeterwavecomponents,asfollows:    b.1.Electronicvacuumtubesandcathodes,asfollows: `   Note1: 3A001.b.1doesnotcontroltubesdesignedorratedforoperationinany  ` frequencybandwhichmeetsallofthefollowingcharacteristics:  @     ` a)Doesnotexceed31.8GHz;and      ` b)Is allocatedbytheITUforradio-communicationsservices,butnotfor   radio-determination. x   Note2: 3A001.b.1doesnotcontrolnon- space-qualifiedtubeswhichmeetallthe (x followingcharacteristics: X    ` a)Anaverageoutputpowerequaltoorlessthan50W;and 0    ` b)Designedorratedforoperationinanyfrequencybandwhichmeetsallofthe  followingcharacteristics:     `  1)Exceeds31.8GHzbutdoesnotexceed43.5GHz;and h     `  2)Is allocatedbytheITUforradio-communicationsservices,butnot @"  forradio-determination. $h"      ` b.1.a.Travelingwavetubes,pulsedorcontinuouswave,asfollows: '#&    `  b.1.a.1.Operatingatfrequenciesexceeding31.8GHz; x+&* Ї   `  b.1.a.2.HavingacathodeheaterelementwithaturnontimetoratedRF  poweroflessthan3seconds;     `  b.1.a.3.Coupledcavitytubes,orderivativesthereof,witha fractional 8  bandwidthofmorethan7%orapeakpowerexceeding2.5kW;  `    `  b.1.a.4.Helixtubes,orderivativesthereof,withanyofthefollowing   characteristics:      `    b.1.a.4.a.An instantaneousbandwidthofmorethanoneoctave, H andaveragepower(expressedinkW)timesfrequency(expressedinGHz)ofmorethan0.5;  p    `    b.1.a.4.b.An instantaneousbandwidthofoneoctaveorless,and   averagepower(expressedinkW)timesfrequency(expressedinGHz)ofmorethan1;or     `    b.1.a.4.c.Being spacequalified; X     ` b.1.b.Crossed-fieldamplifiertubeswithagainofmorethan17dB; $X"    ` b.1.c.Impregnatedcathodesdesignedforelectronictubesproducingacontinuous '#& emissioncurrentdensityatratedoperatingconditionsexceeding5A/cm2; )$(  h+&*   b.2.Microwavemonolithicintegratedcircuits(MMIC)poweramplifiershavinganyof  thefollowing:     ` b.2.a. Ratedforoperationatfrequenciesexceeding3.2GHzuptoandincluding 8  6GHzandwithanaverageoutputpowergreaterthan4W(36dBm)witha fractional  ` bandwidthgreaterthan15%;  8     ` b.2.b. Ratedforoperationatfrequenciesexceeding6GHzuptoandincluding16   GHzandwithanaverageoutputpowergreaterthan1W(30dBm)witha fractionalbandwidth p greaterthan10%; H    ` b.2.c. Ratedforoperationatfrequenciesexceeding16GHzuptoandincluding H 31.8GHzandwithanaverageoutputpowergreaterthan0.8W(29dBm)witha fractional   bandwidthgreaterthan10%;     ` b.2.d. Ratedforoperationatfrequenciesexceeding31.8GHzuptoandincluding X  37.5GHz; 0"     ` b.2.e. Ratedforoperationatfrequenciesexceeding37.5GHzuptoandincluding %0!$ 43.5GHzandwithanaverageoutputpowergreaterthan0.25W(24dBm)witha fractional '#& bandwidthgreaterthan10%;or )$(  h+&*    ` b.2.f. Ratedforoperationatfrequenciesexceeding43.5GHz.    Note1: 3A001.b.2doesnotcontrolbroadcastsatelliteequipmentdesignedorratedto 8  operateinthefrequencyrangeof40.5to42.5GHz.  h   Note2: ThecontrolstatusoftheMMICwhoseratedoperatingfrequencyincludes   frequencieslistedinmorethanonefrequencyrange,asdefinedby3A001.b.2.athrough   3A001.b.2.f,isdeterminedbythelowestaverageoutputpowercontrolthreshold.    Note3: Notes1and2followingtheCategory3headingforA.Systems,Equipment,and 0 Componentsmeanthat3A001.b.2.doesnotcontrolMMICsiftheyarespeciallydesignedfor ` otherapplications,e.g.,telecommunications,radar,automobiles. 8   f  X  ԍYg b.3.Discretemicrowavetransistorshavinganyofthefollowing:     `  b.3.a.  Ratedforoperationatfrequenciesexceeding3.2GHzuptoand H"  including6GHzandhavinganaverageoutputpowergreaterthan60W(47.8dBm);  $p"    `  b.3.b.  Ratedforoperationatfrequenciesexceeding6GHzuptoand ' #& including31.8GHzandhavinganaverageoutputpowergreaterthan20W(43dBm); )$(  +&*    `  b.3.c.  Ratedforoperationatfrequenciesexceeding31.8GHzuptoand  including37.5GHzandhavinganaverageoutputpowergreaterthan0.5W(27dBm);     `  b.3.d.  Ratedforoperationatfrequenciesexceeding37.5GHzuptoand 8  including43.5GHzandhavinganaverageoutputpowergreaterthan1W(30dBm);or  `    `  b.3.e.  Ratedforoperationatfrequenciesexceeding43.5GHz.     Note:  ` Thecontrolstatusofatransistorwhoseratedoperatingfrequencyincludes p frequencieslistedinmorethanonefrequencyrange,asdefinedby3A001.b.3.athrough P 3A001.b.3.e,isdeterminedbythelowestaverageoutputpowercontrolthreshold. (x   b.4.Microwavesolidstateamplifiersandmicrowaveassemblies/modulescontaining ( microwaveamplifiershavinganyofthefollowing:     ` b.4.a. Ratedforoperationatfrequenciesexceeding3.2GHzuptoandincluding `  6GHzandwithanaverageoutputpowergreaterthan60W(47.8dBm)witha fractional 8"  bandwidthgreaterthan15%; $`"    ` b.4.b. Ratedforoperationatfrequenciesexceeding6GHzuptoandincluding '#& 31.8GHzandwithanaverageoutputpowergreaterthan15W(42dBm)witha fractional )$( bandwidthgreaterthan10%; p+&* Ї   ` b.4.c. Ratedforoperationatfrequenciesexceeding31.8GHzuptoandincluding  37.5GHz;     ` b.4.d. Ratedforoperationatfrequenciesexceeding37.5GHzuptoandincluding 8  43.5GHzandwithanaverageoutputpowergreaterthan1W(30dBm)witha fractional  ` bandwidthgreaterthan10%;  8     ` b.4.e. Ratedforoperationatfrequenciesexceeding43.5GHz;or      ` b.4.f. Ratedforoperationatfrequenciesabove3.2GHzandallofthefollowing: H    `  b.4.f.1. h Anaverageoutputpower(inwatts),P,greaterthan150 H dividedbythemaximumoperatingfrequency(inGHz)squared[P>150W*GHz2/fGHz2];      `  b.4.f.2. h Afractionalbandwidthof5%orgreater;and     `  b.4.f.3. h Anytwosidesperpendiculartooneanotherwithlengthd 0"  (incm)equaltoorlessthan15dividedbythelowestoperatingfrequencyinGHz[d15 $X" cm*GHz/fGHz]. %0!$    TechnicalNote: XrXXX3.2GHzshouldbeusedasthelowestoperatingfrequency#XXXXr#XrXXXԀ(f#XXXXrv#XXXX2)%)$#XXXXͻ#XrXXXGHz#XXhXr#XXhX)$)%#XXhXZ#XrXhX)#XXXXr#XrXXXԀinthe )$( formulain3A001.b.4.f.3.,foramplifiersthathavearatedoperationrangeextendingdownward h+&* to3.2GHzand#XXXXr#XrXXXԀbelow[d#XXXXrֺ#XrXXX15cm*GHz/3.2fGHz].#XXXXr!#    N.B.:  ` MMICpoweramplifiersshouldbeevaluatedagainstthecriteriain3A001.b.2. `   Note1: 3A001.b.4.doesnotcontrolbroadcastsatelliteequipmentdesignedorratedto  h operateinthefrequencyrangeof40.5to42.5GHz.  H     Note2: Thecontrolstatusofanitemwhoseratedoperatingfrequencyincludes   frequencieslistedinmorethanonefrequencyrange,asdefinedby3A001.b.4.athrough  3A001.b.4.e,isdeterminedbythelowestaverageoutputpowercontrolthreshold. `    `    b.5.Electronicallyormagneticallytunableband-passorband-stopfiltershavingmore 8 than5tunableresonatorscapableoftuningacrossa1.5:1frequencyband(fmax/fmin)inlessthan  10%shavinganyofthefollowing:     ` b.5.a.Aband-passbandwidthofmorethan0.5%ofcenterfrequency;or H"     ` b.5.b.Aband-stopbandwidthoflessthan0.5%ofcenterfrequency; %H!$   b.6.[RESERVED] )$(  +&*   b.7.Mixersandconvertersdesignedtoextendthefrequencyrangeofequipment  describedin3A002.c,3A002.eor3A002.fbeyondthelimitsstatedtherein;    b.8.Microwavepoweramplifierscontainingtubescontrolledby3A001.bandhavingall 8  ofthefollowing:  `   b.8.a.Operatingfrequenciesabove3GHz;     b.8.b.Anaverageoutputpowerdensityexceeding80W/kg;and p   b.8.c.Avolumeoflessthan400cm3;  p  ,X  Note: 3A001.b.8doesnotcontrolequipmentdesignedorratedforoperationinany   frequencybandwhichis allocatedbytheITUforradio-communicationsservices,butnotfor  radio-determination.    b.9.Microwavepowermodules(MPM),consistingof,atleast,atravelingwavetube,a `  microwavemonolithicintegratedcircuitandanintegratedelectronicpowerconditioner,having 8"  allofthefollowingcharacteristics: $`"     b.9.a.Aturn-ontimefromofftofullyoperationalinlessthan10seconds; %8!$     b.9.b.AvolumelessthanthemaximumratedpowerinWattsmultipliedby10cm3/W; '#& and )$(     b.9.c.An instantaneousbandwidthgreaterthan1octave(fmax.>2fmin,)andanyofthe p+&* following:       4 b.9.c.1.Forfrequenciesequaltoorlessthan18GHz,anRFoutputpowergreater  than100W;or `      4 b.9.c.2.Havingafrequencygreaterthan18GHz. 8  Ѐ  ` 򀀀 TechnicalNotes :  8       4  ` 1. Tocalculatethecontrolvolumein3A001.b.9.b.,thefollowingexampleis   provided:foramaximumratedpowerof20W,thevolumewouldbe:20WX10cm3/W=200   cm3. p Ѐ H Ѐ ` 2.Theturn-ontimein3A001.b.9.a.referstothetimefromfully-offtofully  p operational;i.e.,itincludesthewarm-uptimeoftheMPM. H c.Acousticwavedevices,asfollows,andspeciallydesignedcomponentstherefor:    c.1.Surfaceacousticwaveandsurfaceskimming(shallowbulk)acousticwavedevices(i.e., X   signalprocessingdevicesemployingelasticwavesinmaterials),havinganyofthefollowing: 0"      c.1.a.Acarrierfrequencyexceeding2.5GHz; %0!$     c.1.b.Acarrierfrequencyexceeding1GHz,butnotexceeding2.5GHz,andhavingany )$( ofthefollowing: h+&* Ї     4 c.1.b.1.Afrequencyside-loberejectionexceeding55dB;       4 c.1.b.2.Aproductofthemaximumdelaytimeandthebandwidth(timein%sand ` bandwidthinMHz)ofmorethan100; 8       4 c.1.b.3.Abandwidthgreaterthan250MHz;or  8       4 c.1.b.4.Adispersivedelayofmorethan10%s;or       c.1.c.Acarrierfrequencyof1GHzorless,havinganyofthefollowing: H      4 c.1.c.1.Aproductofthemaximumdelaytimeandthebandwidth(timein%sand H bandwidthinMHz)ofmorethan100;        4 c.1.c.2.Adispersivedelayofmorethan10%s;or       4 c.1.c.3.Afrequencyside-loberejectionexceeding55dBandabandwidthgreater 0"  than50MHz; $X"   c.2.Bulk(volume)acousticwavedevices(i.e., signalprocessingdevicesemployingelastic '#& waves)thatpermitthedirectprocessingofsignalsatfrequenciesexceeding1GHz; )$(  h+&*   c.3.Acoustic-optic signalprocessingdevicesemployinginteractionbetweenacoustic  waves(bulkwaveorsurfacewave)andlightwavesthatpermitthedirectprocessingofsignalsor  images,includingspectralanalysis,correlationorconvolution; ` d.Electronicdevicesandcircuitscontainingcomponents,manufacturedfrom  `  superconductivematerialsspeciallydesignedforoperationattemperaturesbelowthe critical  8  temperatureofatleastoneofthe superconductiveconstituents,withanyofthefollowing:     d.1.Currentswitchingfordigitalcircuitsusing superconductivegateswithaproductof p delaytimepergate(inseconds)andpowerdissipationpergate(inwatts)oflessthan10-14J;or H   d.2.FrequencyselectionatallfrequenciesusingresonantcircuitswithQ-valuesexceeding H 10,000;   e.Highenergydevices,asfollows:    e.1.Cellsandphotovoltaicarrays,asfollows: 0"       4  `       <  h          D  p          L  x     e.1.a.Primarycellshavinganenergydensityexceeding550Wh/kgat293K(20C); %0!$     e.1.b.Secondarycellshavinganenergydensityexceeding250Wh/kgat293K(20C); )$(  h+&*   TechnicalNotes:     1.   Forthepurposeof3A001.e.1.,energydensity(Wh/kg)iscalculatedfromthenominal  voltagemultipliedbythenominalcapacityinampere-hoursdividedbythemassinkilograms.If h thenominalcapacityisnotstated,energydensityiscalculatedfromthenominalvoltagesquared @  thenmultipliedbythedischargedurationinhoursdividedbythedischargeloadinOhmsand  h themassinkilograms.  @    2.   Forthepurposeof3A001.e.1.,a'cell'isdefinedasanelectrochemicaldevice,whichhas   positiveandnegativeelectrodes,andelectrolyte,andisasourceofelectricalenergy.Itisthe   basicbuildingblockofabattery. x   3.   Forthepurposeof3A001.e.1.a.,a'primarycell'isa'cell'thatisnotdesignedtobe P chargedbyanyothersource. (x   4.   Forthepurposeof3A001.e.1.b.,a'secondarycell'isa'cell'thatisdesignedtobe P chargedbyanexternalelectricalsource. (  Note:   3A001.e.doesnotcontrolbatteries,includingsinglecellbatteries.      e.1.c. Spacequalifiedandradiationhardenedphotovoltaicarrayswithaspecificpower `  exceeding160W/m2atanoperatingtemperatureof301K(28$C)underatungstenillumination 8"  of1kW/m2at2,800K(2,527$C);O#AɉXA)n#OAXAɉN#Am#NA h    $`"   e.2.Highenergystoragecapacitors,asfollows: '#&     e.2.a.Capacitorswitharepetitionrateoflessthan10Hz(singleshotcapacitors)having +&* allofthefollowing:       4 e.2.a.1.Avoltageratingequaltoormorethan5kV; t      4 e.2.a.2.Anenergydensityequaltoormorethan250J/kg;and 8       4 e.2.a.3.Atotalenergyequaltoormorethan25kJ; n      e.2.b.Capacitorswitharepetitionrateof10Hzormore(repetitionratedcapacitors)  havingallofthefollowing:       4 e.2.b.1.Avoltageratingequaltoormorethan5kV; V      4 e.2.b.2.Anenergydensityequaltoormorethan50J/kg; V      4 e.2.b.3.Atotalenergyequaltoormorethan100J;and        4 e.2.b.4.Acharge/dischargecyclelifeequaltoormorethan10,000; f$"   e.3. Superconductiveelectromagnetsandsolenoidsspeciallydesignedtobefullycharged (f#& ordischargedinlessthanonesecond,havingallofthefollowing: )>%(  +'*   Note: 3A001.e.3doesnotcontrol superconductiveelectromagnetsorsolenoidsspecially  designedforMagneticResonanceImaging(MRI)medicalequipment.      e.3.a.Energydeliveredduringthedischargeexceeding10kJinthefirstsecond; @      e.3.b.Innerdiameterofthecurrentcarryingwindingsofmorethan250mm;and  @      e.3.c.Ratedforamagneticinductionofmorethan8Tor overallcurrentdensityinthe   windingofmorethan300A/mm2; x f.Rotaryinputtypeshaftabsolutepositionencodershavinganyofthefollowing: (x   f.1.Aresolutionofbetterthan1partin265,000(18bitresolution)offullscale;or (   f.2.Anaccuracybetterthan2.5secondsofarc.  g.  Solid-statepulsedpowerswitchingthyristordevicesandthyristormodulesusingeither `  electrically,optically,orelectronradiationcontrolledswitchmethods,havinganyofthe 8"  following: $`"   1.  Amaximumturn-oncurrentrateofrise(di/dt)greaterthan30,000A/%sandoff-state %8!$ voltagegreaterthan1,100V;or '#&   2.  Amaximumturn-oncurrentrateofrise(di/dt)greaterthan2,000A/%sandallofthe )$( following: p+&*     a. 4 Anoff-statepeakvoltageequaltoorgreaterthan3,000V;and      b. 4 Apeak(surge)currentequaltoorgreaterthan3,000A.   Note1:  4 3A001.g.includes: 8    -  SiliconControlledRectifiers(SCRs)  `   -  ElectricalTriggeringThyristors(ETTs)  8    -  LightTriggeringThyristors(LTTs)     -  IntegratedGateCommutatedThyristors(IGCTs)     -  GateTurn-offThyristors(GTOs) p   -  MOSControlledThyristors(MCTs) H   -  Solidtrons  p  Note2:  4 3A001.g.doesnotcontrolthyristordevicesandthyristormodulesincorporatedinto   equipmentdesignedforcivilrailwayor civilaircraftapplications.       4  `  TechnicalNote : < Forthepurposesof3A001.g.,a'thyristormodule'containsone X  ormorethyristordevices. 0"  " 3"   3!2   24  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics, '#& ExportControlClassificationNumber(ECCN)3A002isamendedrevisingtheLicense )$( ExceptionsectionandtheListofItemsControlledsection,toreadasfollows:O#AɉXA#OAXAɉN#AX#NA 3!N݌h+&*(#(# Ќ  XXXX3A002Generalpurposeelectronicequipment,asfollows(seeListofItemsControlled).        4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*B (#(#  LicenseExceptions   j   LVS: 4 * ` * * "  0  GBS:04(#(#Yesfor3A002.a.1.;and3A002.b(synthesizedoutputfrequencyof2.6GHzorless   anda"frequencyswitchingtime"of0.3msormore).4(#4(# 0  CIV:04(#(#Yesfor3A002.a.1(providedallofthefollowingconditionsaremet:1)Bandwidths Z donotexceed:4MHzpertrackandhaveupto28tracksor2MHzpertrackandhave 2 upto42tracks;2)Tapespeeddoesnotexceed6.1m/s;3)Theyarenotdesignedfor  Z underwateruse;4)Theyarenotruggedizedformilitaryuse;and5)Recordingdensity 2 doesnotexceed653.2magneticfluxsinewavespermm);and3A002.b(synthesized   outputfrequencyof2.6GHzorless;anda"frequencyswitchingtime"of0.3msor  more).#XXXX#XXXXN#A@#NAO#AɉXA#OAXAɉj 4(#4(# #XXXX#XXXX ListofItemsControlled  B"    Unit:Number %B!$ 0  RelatedControls: Spacequalifiedatomicfrequencystandardsdefinedin3A002.g.2are '#& subjecttotheexportlicensingauthorityoftheDepartmentofState,DirectorateofDefense )$( TradeControls(22CFRpart121).Seealso3A292and3A992.z+&*(#(# 0  RelatedDefinitions:Constantpercentagebandwidthfiltersarealsoknownasoctaveor  fractionaloctavefilters.(#(#   Items: ` #XXXX#a.Recordingequipment,asfollows,andspeciallydesignedtesttapetherefor:  `   a.1.Analoginstrumentationmagnetictaperecorders,includingthosepermittingtherecording   ofdigitalsignals(e.g.,usingahighdensitydigitalrecording(HDDR)module),havinganyofthe   following: p     a.1.a.Abandwidthexceeding4MHzperelectronicchannelortrack;  p     a.1.b.Abandwidthexceeding2MHzperelectronicchannelortrackandhavingmore   than42tracks;or      a.1.c.Atimedisplacement(base)error,measuredinaccordancewithapplicableIRIGor X  EIAdocuments,oflessthan0.1%s; 0"      Note: Analogmagnetictaperecordersspeciallydesignedforcivilianvideopurposesare %0!$ notconsideredtobeinstrumentationtaperecorders. '#&   a.2.Digitalvideomagnetictaperecordershavingamaximumdigitalinterfacetransferrate p+&* exceeding360Mbit/s;    Note: 3A002.a.2doesnotcontroldigitalvideomagnetictaperecordersspeciallydesigned ` fortelevisionrecordingusingasignalformat,whichmayincludeacompressedsignalformat, @  standardizedorrecommendedbytheITU,theIEC,theSMPTE,theEBU,theETSI,ortheIEEE  h forciviltelevisionapplications.  @    a.3.Digitalinstrumentationmagnetictapedatarecordersemployinghelicalscantechniques   orfixedheadtechniques,havinganyofthefollowing: x     a.3.a.Amaximumdigitalinterfacetransferrateexceeding175Mbit/s;or (x     a.3.b.Being spacequalified; (   Note: 3A002.a.3doesnotcontrolanalogmagnetictaperecordersequippedwithHDDR  conversionelectronicsandconfiguredtorecordonlydigitaldata. h    a.4.Equipment,havingamaximumdigitalinterfacetransferrateexceeding175Mbit/s, $h" designedtoconvertdigitalvideomagnetictaperecordersforuseasdigitalinstrumentationdata %@!$ recorders; '#&   a.5.Waveformdigitizersandtransientrecordershavingallofthefollowing: x+&* Ї  N.B.: Seealso3A292.      a.5.a.Digitizingratesequaltoormorethan200millionsamplespersecondanda h resolutionof10bitsormore;and @      a.5.b.Acontinuousthroughputof2Gbit/sormore;  @    TechnicalNote: Forthoseinstrumentswithaparallelbusarchitecture,thecontinuous   throughputrateisthehighestwordratemultipliedbythenumberofbitsinaword.Continuous  throughputisthefastestdataratetheinstrumentcanoutputtomassstoragewithoutthelossof X anyinformationwhilesustainingthesamplingrateandanalog-to-digitalconversion. 0   a.6.Digitalinstrumentationdatarecorders,usingmagneticdiskstoragetechnique,havingall 0 ofthefollowing:      a.6.a.Digitizingrateequaltoormorethan100millionsamplespersecondanda h  resolutionof8bitsormore;and @"          a.6.b.Acontinuousthroughputof1Gbit/sormore; %@!$     b. Frequencysynthesizer electronicassemblieshavinga frequencyswitchingtimefrom )$( oneselectedfrequencytoanotheroflessthan1ms; x+&* Ї Note :  Thecontrolstatusofsignalanalyzers,signalgenerators,networkanalyzers,and  microwavetestreceiversasstand-aloneinstrumentsisdeterminedby3A002.c.,3A002.d.,  3A002.e.,and3A002.f.,respectively. ` c.Radiofrequency signalanalyzers,asfollows:  `   c.1. Signalanalyzerscapableofanalyzinganyfrequenciesexceeding31.8GHzbutnot   exceeding37.5GHzandhavinga3dBresolutionbandwidth(RBW)exceeding10MHz;     c.2. Signalanalyzerscapableofanalyzingfrequenciesexceeding43.5GHz; H   c.3. Dynamicsignalanalyzershavinga real-timebandwidthexceeding500kHz; H   Note: 3A002.c.3doesnotcontrolthose dynamicsignalanalyzersusingonlyconstant  percentagebandwidthfilters(alsoknownasoctaveorfractionaloctavefilters).  d.  Frequencysynthesizedsignalgeneratorsproducingoutputfrequencies,theaccuracyandshort 8"  termandlongtermstabilityofwhicharecontrolled,derivedfromordisciplinedbytheinternal $`" masterreferenceoscillator,andhavinganyofthefollowing: %8!$   d.1.Amaximumsynthesizedfrequencyexceeding31.8GHz,butnotexceeding43.5GHz )$( andratedtogenerateapulsedurationoflessthan100ns; p+&* Ї  d.2.Amaximumsynthesizedfrequencyexceeding43.5GHz;    d.3.A frequencyswitchingtimefromoneselectedfrequencytoanotherasspecifiedby ` anyofthefollowing: 8      d.3.a. ` Lessthan10ns;  `     d.3.b. ` Lessthan100sforanyfrequencychangeexceeding1.6GHzwithinthe  8  synthesizedfrequencyrangeexceeding3.2GHzbutnotexceeding10.6GHz;       d.3.c. ` Lessthan250sforanyfrequencychangeexceeding550MHzwithinthe   synthesizedfrequencyrangeexceeding10.6GHzbutnotexceeding31.8GHz; p     d.3.d. ` Lessthan500sforanyfrequencychangeexceeding550MHzwithinthe H synthesizedfrequencyrangeexceeding31.8GHzbutnotexceeding43.5GHz;or  p     d.3.e. ` Lessthan1mswithinthesynthesizedfrequencyrangeexceeding43.5GHz;or H   d.4.Asinglesideband(SSB)phasenoisebetterthan(126+20log10F20log10f)in  dBc/Hz,whereFistheoff-setfromtheoperatingfrequencyinHzandfistheoperating  frequencyinMHz; X   Note1 :Forthepurposeof3A002.d.,thetermfrequencysynthesizedsignalgeneratorsincludes $X" arbitrarywaveformandfunctiongenerators. %8!$  Note2 :3A002.d.doesnotcontrolequipmentinwhichtheoutputfrequencyiseitherproduced )$( bytheadditionorsubtractionoftwoormorecrystaloscillatorfrequencies,orbyanadditionor x+&* subtractionfollowedbyamultiplicationoftheresult.    TechnicalNotes:  1.  Arbitrarywaveformandfunctiongeneratorsarenormally ` specifiedbysamplerate(e.g.,GSample/s),whichisconvertedtotheRFdomainbytheNyquist @  factoroftwo.Thus,a1GSample/sarbitrarywaveformhasadirectoutputcapabilityof500  h MHz.Or,whenoversamplingisused,themaximumdirectoutputcapabilityisproportionately  @  lower.       2.Forthepurposesof3A002.d.1.,'pulseduration'isdefinedasthetimeintervalbetween   theleadingedgeofthepulseachieving90%ofthepeakandthetrailingedgeofthepulse x achieving10%ofthepeak. P   Note: 3A002.ddoesnotcontrolequipmentinwhichtheoutputfrequencyiseitherproduced P bytheadditionorsubtractionoftwoormorecrystaloscillatorfrequencies,orbyanadditionor 0 subtractionfollowedbyamultiplicationoftheresult.  e.Networkanalyzerswithamaximumoperatingfrequencyexceeding43.5GHz; h  f.Microwavetestreceivershavingallofthefollowing: $h"   f.1.Amaximumoperatingfrequencyexceeding43.5GHz;and '#&   f.2.Beingcapableofmeasuringamplitudeandphasesimultaneously; x+&* Їg.Atomicfrequencystandardshavinganyofthefollowing:    g.1.Long-termstability(aging)less(better)than1x1011/month;or `   g.2.Being spacequalified.  `   Note: 3A002.g.1doesnotcontrolnon- spacequalifiedrubidiumstandards.N#AV#O#o X#O XoNA   XrXXX#XXXXr%#" 3"   3%2   25  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics, Z ExportControlClassificationNumber(ECCN)3A991isamendedbyrevisingparagraphs 2 (a.1.)and(j)inthe itemsparagraphoftheListofItemsControlledsection,assetforth  Z below,toreadasfollows:XrXXX 3%%݌2(#(# Ќ  #XXXXr'#XXXX3A991Electronicdevicesandcomponentsnotcontrolledby3A001.   #XXXX;(#XXXX      4  `   * *  * < * h * B"  #XXXX(#XXXX ListofItemsControlled  %B!$      4  ` * * * *  * )$(   Items: z+&* Їa.  *  * 4 *    a.1.Aperformancespeedof5GFLOPSormoreandanarithmeticlogicunitwithanaccess ` widthof32bitormore; 8       4  ` * * * *  *#XXXX)#O#AɉXA/%#N#o XXAɉN%#NAɉX XoOAXAɉXXXX  8  j.Cellsasfollows:     j.1.Primarycellshavinganenergydensityof550Wh/kgorlessat293K(20C); p   j.2.Secondarycellshavinganenergydensityof250Wh/kgorlessat293K(20C). H    #XXXX,#  Note: 4 3A991.j.doesnotcontrolbatteries,includingsinglecellbatteries.XXXXN#Aa,#NAO#AɉXA,#OAXAɉ   #XXXX.#XXXXN#A.#NAO#AɉXA/#OAXAɉ #XXXXr/#XXXX  TechnicalNotes:       1.  4 Forthepurposeof3A991.jenergydensity(Wh/kg)iscalculatedfromthenominal j  voltagemultipliedbythenominalcapacityinampere-hoursdividedbythemassinkilograms.If B"  thenominalcapacityisnotstated,energydensityiscalculatedfromthenominalvoltagesquared $j" thenmultipliedbythedischargedurationinhoursdividedbythedischargeloadinOhmsand %B!$ themassinkilograms. '#&     2.  4 Forthepurposeof3A991.j,a'cell'isdefinedasanelectrochemicaldevice,whichhas )$( positiveandnegativeelectrodes,andelectrolyte,andisasourceofelectricalenergy.Itisthe z+&* basicbuildingblockofabattery.      3.  4 Forthepurposeof3A991.j.1,a'primarycell'isa'cell'thatisnotdesignedtobe  chargedbyanyothersource. `     4.  4 Forthepurposeof3A991.j.2.,a'secondarycell'isa'cell'thatisdesignedtobe 8  chargedbyanexternalelectricalsource.  `      4  `  * * *  * < *N#A/#O#o X/##XXXX?0#O XoNA  8       4 " 3"   362   26  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics,   ExportControlClassificationNumber(ECCN)3B001isamendedby: 367݌(#(# Ќ      a. 4 RevisingtheGBSparagraphintheLicenseExceptionsectionassetforthbelow;and f     b.0 4 Revisingparagraph(f)inthe itemsparagraphoftheListofItemsControlled H section,assetforthbelow;and*z4(#4(#     c.0 4 Addinganewparagraph(i)inthe itemsparagraphoftheListofItemsControlled  \ section,toreadasfollows:N#A6#NAO#AɉXAt6#OAXAɉ>4(#4(#  XXXX3B001#XXXX(;#XXXXEquipmentforthemanufacturingofsemiconductordevicesormaterials,#XXXXq;#XrXXXԀasfollows   (seeListofItemsControlled)#XXXXr;#XXXX,andspeciallydesignedcomponentsandaccessoriestherefor.#XXXXy<#XXXX  "       4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*:&!$(#(#  LicenseExceptions  ):%(  +'*   #XXXX<#XrXXXLVS:0 4 * ` * * 4(#4(# 0  GBS:04(#(#Yes,except3B001.a.2(metalorganicchemicalvapordepositionreactors),a.3  (molecularbeamepitaxialgrowthequipmentusinggassources),.e(automatic ` loadingmultichambercentralwaferhandlingsystemsonlyifconnectedtoequipment 8  controlledby3B001.a.2,a.3,or.f),and.f(lithographyequipment). `4(#4(#   CIV:0 4 * ` * * 8 4(#4(# #XXXXrd>#XXXX ListofItemsControlled         4 * ` * * * * H   Items: H #XXXX A#     4  ` * * * *  *  f.Lithographyequipment,asfollows: X    f.1.Alignandexposestepandrepeat(directsteponwafer)orstepandscan(scanner) $X" equipmentforwaferprocessingusingphoto-opticalorX-raymethods,havinganyofthe %0!$ following: '#&     f.1.a.Alightsourcewavelengthshorterthan245nm;or h+&* Ї    f.1.b.Capableofproducingapatternwithaminimumresolvablefeaturesizeof180nm  orless;    TechnicalNote: Theminimumresolvablefeaturesizeiscalculatedbythefollowing 8  formula:  h MRF=(anexposurelightsourcewavelengthinnm)x(Kfactor)        4 -------------------------------------------------------   Ѐ0 ` 0 ` (#` (#0 (# (#numericalaperturex (# (# wheretheKfactor=0.45 (x MRF=minimumresolvablefeaturesize. P     f.2Imprintlithographyequipmentcapableofproductionfeaturesof180nmorless.          Note: 3B001.f.2includes: `       4  `     - 4 Microcontactprintingtools $`"     - 4 Hotembossingtools %8!$     - 4 Nano-imprintlithographytools '#&     - 4 Stepandflashimprintlithography(S-FIL)tools )$(  p+&*   f.3.Equipmentspeciallydesignedformaskmakingorsemiconductordeviceprocessing  usingdeflectedfocusedelectronbeam,ionbeamor laserbeam,havinganyofthefollowing:      f.3.a.Aspotsizesmallerthan0.2%m; 8      f.3.b.Beingcapableofproducingapatternwithafeaturesizeoflessthan1%m;or  8      f.3.c.Anoverlayaccuracyofbetterthan0.20%m(3sigma);        4  ` * * * *  * H i.Imprintlithographytemplatesdesignedforintegratedcircuitsby3A001. L  H        4 * ` * * * *  N#A:#O#o X:#ԚNAɉX XoOAXAɉ  " 3"   3!N2   27  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics, :"  ExportControlClassificationNumber(ECCN)3B991isamendedrevisingparagraph $l" (b.1.b)intheItemsparagraphoftheListofItemsControlledsection,toreadasfollows: 3!NNN݌%N!$(#(# Ќ  3B991Equipmentnotcontrolledby3B001forthemanufactureofelectroniccomponents +&* andmaterials,andspeciallydesignedcomponentsandaccessoriestherefor.        4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*`(#(# XXXX ListofItemsControlled   `      4  ` * * * *  *     Items:   #XXXXQ#     4 * ` * * * * H b.  *  * 4 * H   b.1. 4 * ` * *      b.1.b.EquipmentspeciallydesignedforpurifyingorprocessingIII/VandII/VI X  semiconductormaterialscontrolledby3C001,3C002,3C003,3C004,or3C005exceptcrystal 0"  pullers,forwhichsee3B991.b.1.cbelow; $X"      4  `  * * *  * < * %0!$     " 3"   3U2   28  .3  0    InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics, )$( ExportControlClassificationNumber(ECCN)3C002isamendedrevisingtheHeadingand h+&* paragraph(a)intheItemsparagraphoftheListofItemsControlledsection,toreadas  follows: `       3UU݌(#(# Ќ  XXXX3C002Resistmaterials,asfollows(seeListofItemsControlled),and substratescoated 8  withcontrolledresists.   `      4  `  *0 *0 (# (#*0 (# (#*0<(#(#*#XXXXW#XrXXX <(#<(# #XXXXrqY#XXXX ListofItemsControlled  p      4 * ` * * * *  p   Items: H a.Positiveresistsdesignedforsemiconductorlithographyspeciallyadjusted(optimized)foruse  atwavelengthsbelow245nm;       4  ` * * * *  *#XXXXY# X    " 3"   3\2   29  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics, $X" ExportControlClassificationNumber(ECCN)3C005isaddedafterECCN3C004,to %0!$ readasfollows: 3\A\݌'#&(#(# Ќ  3C005Siliconcarbide(SiC)wafershavingaresistivityofmorethan10,000ohm-cm.  h+&* Ї LicenseRequirements     ReasonforControl:NS,AT ` Control(s) 4  `       < CountryChart  ` NSappliestoentireentry   < NSColumn2   ATappliestoentireentry   0 < ATColumn1p<(#<(#  LicenseExceptions   p   LVS: 4 $3000  H   GBS: 4 Yes     CIV: 4 Yes   ListofItemsControlled  X    Unit:$value $X" 0  RelatedControls:SeeECCN3E001forrelateddevelopmentandproductiontechnology,and %0!$ ECCN3B991.b.1.bforrelatedproductionequipment.'#&(#(#   RelatedDefinition:N/A )$(   Items: h+&* ЇThelistofitemscontrollediscontainedintheECCNheading.         4 " 3"   3b2   30  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics, 8  ExportControlClassificationNumber(ECCN)3C992isamendedbyrevisingthe  `  heading,toreadasfollows: 3b+c݌ 8 (#(# Ќ  3C992Positiveresistsdesignedforsemiconductorlithographyspeciallyadjusted p (optimized)foruseatwavelengthsbetween370and245nm.  H      4  ` * * * *  * H O#AɉXAM#N#o XXAɉM#NAɉX XoOAXAɉ     4 " 3"   3f2   31  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics,  ExportControlClassificationNumber(ECCN)3E001isamendedrevisingtheLicense  RequirementssectionandtherelatedcontrolsanditemsparagraphsintheListofItems v  Controlledsection,toreadasfollows: 3ff݌X" (#(# Ќ    XXXX3E001 TechnologyaccordingtotheGeneralTechnologyNoteforthe developmentor &l!$  productionofequipmentormaterialscontrolledby3A(except3A292,3A980,3A981, 'L#& 3A991or3A992),3B(except3B991or3B992)or3C(except3C992).  )$%(  +&*  LicenseRequirements     ReasonforControl:NS,MT,NP,AT ` Control(s)0 4 0` 4(#4(#0 ` (#` (#0 (# (#0 (# (#0 (# (#0<(#(#CountryChart `<(#<(# NSappliesto technology0  0<(#(#NSColumn1 <(#<(# foritemscontrolledby   3A001,3A002,3B001, p 3B002,or3C001to3C005 H MTappliesto technology  0 < MTColumn1H<(#<(# forequipmentcontrolledby   3A001or3A101forMT  reasons  NPappliesto technology0  0<(#(#NPColumn10" <(#<(# forequipmentcontrolledby $X" 3A001,3A201,or3A225to %0!$ 3A233forNPreasons '#& ATappliestoentireentry0 0 (# (# < ATColumn1h+&*(#(# Ї  LicenseRequirementNote: See743.1oftheEARforreportingrequirementsforexports  underLicenseExceptions.       4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*@ h(#h(# #XXXXh#XXXX#XXXXep#XXXX ListofItemsControlled   @    Unit: 4 * ` * *   0  RelatedControls: 1.)Seealso3E101and3E201.2.) TechnologyaccordingtotheGeneral x TechnologyNoteforthe developmentor productionofthefollowingcommoditiesis P undertheexportlicensingauthorityoftheDepartmentofState,DirectorateofDefenseTrade (x Controls(22CFRpart121):(a)Whenoperatingatfrequencieshigherthan31GHzand P  spacequalified:helixtubes(travelingwavetubes(TWT))definedin3A001.b.1.a.4.c; ( microwavesolidstateamplifiersdefinedin3A001.b.4.b;microwave assembliesdefinedin  3A001.b.6;ortravelingwavetubeamplifiers(TWTA)definedin3A001.b.8;(b) Space  qualifiedandradiationhardenedphotovoltaicarraysdefinedin3A001.e.1.c(i.e.,nothaving `  siliconcellsorsingle,dualortriplejunctionsolarcellsthathavegalliumarsenideasoneof 8"  thejunctions),andspacecraft/satellitesolarconcentratorsandbatteries;and(c) Space $`" qualifiedatomicfrequencystandardsdefinedin3A002.g.2.#XXXXp#O#AɉXAgf#N#o XXAɉHf#XXXXO XoNA       L  x    %8!$(#(# 0  RelatedDefinition:* *  *'#&(#(#   Items:#XXXXv#XXXXO#AɉXAv#OAXAɉN#Av#NA )$(  p+&* ThelistofitemscontrollediscontainedintheECCNheading.   Note1 :3E001doesnotcontrol technologyforthe productionofequipmentorcomponents  controlledby3A003.#XXXXw#XXXX  `  Note2 :3E001doesnotcontrol technologyforthe developmentor productionof 8  integratedcircuitscontrolledby3A001.a.3toa.12,havingallofthefollowing: x     `     a)Using technologyof0.5%mormore;and  8      b)Notincorporatingmultilayerstructures.         TechnicalNote :ThetermmultilayerstructuresinNote2of3E001doesnotinclude p devicesincorporatingamaximumofthreemetallayersandthreepolysiliconlayers.#XXXXy#XXXX H  #XXXX|# " 3"   3Z}2   32  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronics,  ExportControlClassificationNumber(ECCN)3E002isamendedbyrevisingthe   HeadingandtheLicenseRequirementssection,theLicenseExceptionssection,andthe X   itemsparagraphintheListofItemsControlledsection,toreadasfollows: 3Z}}݌0" (#(# Ќ    XXXX3E002 TechnologyaccordingtotheGeneralTechnologyNoteotherthanthatcontrolled %0!$ in3E001forthe developmentor productionofa microprocessormicrocircuit, '#&  microcomputermicrocircuitandmicrocontrollermicrocircuitcore,havingan )$( arithmeticlogicunitwithanaccesswidthof32bitsormoreandanyofthefollowing h+&* featuresorcharacteristics(seeListofItemsControlled).        4  ` * * * *  * `  LicenseExceptions   `   CIV:0 4 Yes,fordeemedexports,asdescribedin734.2(b)(2#XXXX#XrXXX)(ii)oftheEAR,#XXXXr+#XXXXԀof technology   forthe developmentor productionofgeneralpurposemicroprocessorswitha#XXXX~#XXXXN#Azx#NAO#AɉXA8x#OAXAɉ   vectorprocessorunitwithoperandlengthof64-bitorless,64-bitfloatingoperations x notexceeding32GFLOPS,or16-bitormorefloating-pointoperationsnotexceeding Z 32GMACS(#XXXXG#billionsof16bitfixedpointmultiplyaccumulateoperationsper < second)O#AɉXA˄#OAXAɉN#A#NAXXXXf  .DeemedexportsunderLicenseExceptionCIVaresubjecttoaForeign J NationalReview(FNR)requirement,see740.5oftheEARformoreinformation "r abouttheFNR.LicenseExceptionCIVdoesnotapplytoECCN3E002technology J alsorequiredforthedevelopmentorproductionofitemscontrolledunderECCNs " beginningwith3A,3B,or3C,ortoECCN3E002technologyalsocontrolledunder   ECCN3E003." 4(#4(#   TSR: 4 Yes  Z$"  ListofItemsControlled   (Z#&   Unit: 4 * ` * * + '* 0  RelatedControls: * *  *(#(#   RelatedDefinitions: *  * < *    Items: ` a.  Avectorprocessorunitdesignedtoperformmorethantwocalculationsonfloating-point 8  vectors(onedimensionalarraysof32-bitorlargernumbers)simultaneously;  `    TechnicalNote: Avectorprocessingunitisaprocessorelementwithbuilt-ininstructions   thatperformmultiplecalculationsonfloating-pointvectors(one-dimensionalarraysof32-bitor   largernumbers)simultaneously,havingatleastonevectorarithmeticlogicunit. p b.  Designedtoperformmorethantwo64-bitorlargerfloating-pointoperationresultspercycle;  p or H c.  Designedtoperformmorethanfour16-bitfixed-pointmultiply-accumulateresultspercycle  (e.g.,digitalmanipulationofanaloginformationthathasbeenpreviouslyconvertedintodigital  form,alsoknownasdigitalsignalprocessing). X     Note:  4 3E002.cdoesnotcontroltechnologyformultimediaextensions. $X"   Notes : `       <  h    '#&     1.  4 3E002doesnotcontrol technologyforthe developmentor productionof )$( microprocessorcores,havingallofthefollowing:   D  h+&*      4 a .Using technologyatorabove0.130%m;and       4 b. Incorporatingmultilayerstructureswithfiveorfewermetallayers.      2.  4 3E002includes technologyfordigitalsignalprocessorsanddigitalarrayprocessors. `   #XXXX#" 3 "   32   33  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category3Electronicsis  h amendedbyremovingtheN#A#NAO#AɉXA#OAXAɉsectionentitled InformationonHowtoCalculate composite  @  TheoreticalPerformance( CTP)thatfollowsEAR99. 3݌N (#(# Ќ       4  `       <  h          D " 3!"   32   34  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category5  Telecommunicationsand InformationSecurity,PartITelecommunications,Export  ControlClassificationNumber(ECCN)5A001isamendedby 3C݌(#(# Ќ      a. 4 RevisingtheLicenseRequirementssection,toreadassetforthbelow; h     b.0 4 Revisingtheintroductorytexttoparagraph(b)inthe itemsparagraphoftheListof J ItemsControlledsectionO#AɉXAk#OAXAɉN#A)#NA,assetforthbelow;and,|4(#4(#     c.0 4 Revisingparagraphs(b.2)and(g)inthe itemsparagraphoftheListofItems ^ Controlledsection,toreadasfollows: @4(#4(#  XXXX5A001Telecommunicationssystems,equipment,andcomponents,asfollows(seeListof $ " ItemsControlled).  &!$  LicenseRequirements  <*%(  ,d'* ReasonforControl:NS,AT       4  `       < Control(s) 4  `      CountryChart `   NSappliesto5A001.a,   NSColumn1  ` and.e  8  NSappliesto5A001.b,.c,   < NSColumn2   .d,.f,.g p ATappliestoentireentry   ATColumn1  p   #XXXX#  LicenseRequirementNotes: See743.1oftheEARforreportingrequirementsfor  exportsunderLicenseExceptions.XXXX       4  `   * *  * < * h *#XXXX#XXXX 8"   ListofItemsControlled  %8!$      4  ` * * * *  *#XXXX#XXXX )$(  p+&*   Items:  #XXXX#     4  `  * * *  * < * ` b.Telecommunicationsystemsandequipment,andspeciallydesignedcomponentsand  ` accessoriestherefor,havinganyofthefollowingcharacteristics,functionsorfeatures:  8    b.1 4 * ` * *     b.2.Beingradioequipmentoperatinginthe1.5MHzto87.5MHzbandandhavingallofthe H followingcharacteristics:  p     b.2.a..Automaticallypredictingandselectingfrequenciesand totaldigitaltransfer   ratesperchanneltooptimizethetransmission;and      b.2.b.Incorporatingalinearpoweramplifierconfigurationhavingacapabilitytosupport X  multiplesignalssimultaneouslyatanoutputpowerof1kWormoreinthefrequencyrangeof1.5 0"  MHzormorebutlessthan30MHz,or250Wormoreinthefrequencyrangeof30MHzor $X" morebutnotexceeding87.5MHz,overan instantaneousbandwidthofoneoctaveormoreand %0!$ withanoutputharmonicanddistortioncontentofbetterthan-80dB; '#&      4  `  * * *  * < * h+&* Їg.0  PassiveCoherentLocationsystemsorequipmentspeciallydesignedfordetectingand  trackingmovingobjectsbymeasuringreflectionsofambientradiofrequencyemissions,  suppliedbynonradartransmitters.`(#(# 0   TechnicalNote: Nonradartransmittersmayincludecommercialradio,televisionor  ` cellulartelecommunicationsbasestations. 8 (#(#   Note:  4 5A001.g.doesnotcontrol:       a. 4 Radioastronomicalequipment; x     b. 4 Systemsorequipmentthatrequireanyradiotransmissionfromthetarget. P      4  ` * * * *  * P ̀" 3""   32   35  .3  0    04(#(#InSupplementNo.1toPart774(theCommerceControlList),Category5  Telecommunicationsand InformationSecurity,Part1Telecommunications,Export  ControlClassificationNumber(ECCN)5A991isamendedbyrevisingparagraph `  (b.7.)inthe itemsparagraphoftheListofItemsControlledsection,toreadas 8"  follows:N#A#NAO#AɉXAM#OAXAɉ 3݌$`"4(#4(# Ќ  XXXX5A991Telecommunicationequipment,notcontrolledby5A001.  '#&          4  `  *0 *0 (# (#*0 (# (#*0<(#(#*#XXXX#XXXXz+&*<(#<(# Ї ListofItemsControlled        4 * ` * * * *#XXXX,#XXXX    Items: ` #XXXX#XXXX     4 * ` * * * * 8  b.  *  * 4 *  `   b.7.Beingradioequipmentemployinganyofthefollowing:  8      b.7.a.Quadrature-amplitude-modulation(QAM)techniquesabovelevel4ifthe total   digitaltransferrateexceeds8.5Mbit/s; p     b.7.b.QAMtechniquesabovelevel16ifthe totaldigitaltransferrateisequaltoorless  p than8.5Mbit/s; H     b.7.c.Otherdigitalmodulationtechniquesandhavinga spectralefficiencyexceeding3  bit/s/Hz;or      b.7.d.#XXXX#ԀOperatinginthe1.5MHzto87.5MHzbandandincorporatingadaptive 0"  techniquesprovidingmorethan15dBsuppressionofaninterferingsignal.XXXXO#AɉXA#OAXAɉN#AK#NA $X"   Notes: 1.5A991.b.7doesnotcontrolequipmentspeciallydesignedtobeintegratedand '#& operatedinanysatellitesystemforciviluse. )$(  r+&*     2.5A991.b.7doesnotcontrolradiorelayequipmentforoperationinanITUallocated  band:       4 a.Havinganyofthefollowing: 8       4  ` a.1.Notexceeding960MHz;or  8       4  ` a.2.Witha totaldigitaltransferratenotexceeding8.5Mbit/s;and        4 b.Havinga spectralefficiencynotexceeding4bit/s/Hz. H      4  ` * * * *  *#XXXX#O#AɉXA)#N#o XXAɉk#NAɉX XoOAXAɉ H ̀" 3#"   3 2   36  .3  0    04(#(#InSupplementNo.1toPart774(theCommerceControlList),Category5  Telecommunicationsand InformationSecurity,Partf  g f  g 2f  g Ԁf  g f  g InformationSecurityf  g ,  ExportControlClassificationNumber(ECCN)5E001isamendedbyaddinganew v  paragraph(c.4.c)intheItemsparagraphoftheListofItemsControlledsection,to X"  readasfollows: 3 :݌:$"4(#4(# Ќ  XXXX 5E001 Technology,(seeListofItemsControlled).  'D#&       4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#* #XXXX#XXXX+&*(#(# Ї ListofItemsControlled        4 * ` * * * *    Items: `      4 * ` * * * *  ` c.  *  * 4 *     c.4.* 4 * ` *#XXXXT#XrXXX p     Note:  ` * * * H     c.4.c.Operatinginthe1.5MHzto87.5MHzbandandincorporatingadaptivetechniques  p providingmorethan15dBsuppressionofaninterferingsignal;or H #XXXXrh#XXXX     4      4 * ` * * * *#XXXX#  " 3$"   32   37  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, X  ExportControlClassificationNumber(ECCN)6A002isamendedbyrevisingthe 0"  LicenseRequirementssection,theUnitparagraphintheListofItemsControlledsection, $X" andparagraphs(a.3.d.1)and(a.3.e)intheItemsparagraphoftheListofItemsControlled %0!$ section,toreadasfollows: 3݌'#&(#(# Ќ  XXXX 6A002Opticalsensors.  h+&* Ї LicenseRequirements   ̀ReasonforControl:NS,MT,CC,RS,AT,UN `     Control(s) 4  `       < CountryChart  ` NSappliestoentireentry    < NSColumn2   #XXXXw#XXXXMTappliestooptical     < MTColumn1 p detectorsin6A002.a.1,a.3, H or.ethatarespecially  p designedormodifiedto H protect missilesagainst   nucleareffects(e.g.,  ElectromagneticPulse  (EMP),Xrays,combined X  blastandthermaleffects), 0"  andusablefor missiles.#XXXXj#XXXX $X" RSappliesto6A002.a.1,a.2,   < RSColumn1 '#& a.3(excepta.3.d.2.aanda.3.e )$( forleadselenidebasedfocal h+&* planearrays(FPAs)),.c,and.e  CCappliestopolicemodel   < CCColumn1 ` infraredviewersin6A002.c 8  ATappliestoentireentry    < ATColumn1  8  UNappliesto6A002.a.1,0    < Iraq,NorthKorea,and  (# (# a.2,a.3andc.0 ` 0 ` (#` (#0 (# (#0 (# (#0 (# (# < Rwanda.p(#(#     LicenseRequirementNotes :See743.1oftheEARforreportingrequirementsforexports H underLicenseExceptions. ( #XXXX#XXXX     4  `   * *  * < * < * h *#XXXX#XXXX  #XXXXs#XXXX ListofItemsControlled  8"    Unit:Equipmentinnumber;componentsin$value#XXXX#XXXXO#AɉXAֹ#OAXAɉN#A#NA %8!$      4 *0 ` *0 ` (#` (#*0 (# (#*0 (# (#*'#& (# (#   Items: )$( #XXXX# z+&* XXXXa.*0  *04(#(#*4(#4(#   a.3.0 4 *0` 4(#4(#*0 ` (#` (#*8  (# (# #XXXX0#XXXX    a.3.d.0 ` *0 ` (#` (#*0 (# (#*  (# (#      4 a.3.d.1.Individualelementswithapeakresponseinthewavelengthrangeexceeding p 1,200nmbutnotexceeding3,000nm;and H      4 *0 ` *0 ` (#` (#*0 (# (#*0 (# (#*H (# (#      4 a.3.e.Non- space-qualifiedlinear(1-dimensional) focalplanearrays,having  individualelementswithapeakresponseinthewavelengthrangeexceeding3,000nmbutnot  exceeding30,000nm. X       4  ` *0 *0 (# (#*0 (# (#*0 (# (#*#XXXX'#0" (#(# " 3%"   32   38  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, %0!$ ExportControlClassificationNumber(ECCN)6A004isamendedby: 3;݌'#&(#(# Ќ      a.0 4 RevisingtheUnits,RelatedControlsandRelatedDefinitionparagraphsintheListof )$( ItemsControlledsection,assetforthbelow;h+&*4(#4(#     b.0 4 Addingsinglequotesaroundtheterm XXXXAsphericopticalelementsinparagraph(e)in  theItemsparagraphoftheListofItemsControlledsection,assetforthbelow;4(#4(#     c.0 4 RemovingandreservingTechnicalNote1thatappearsafterparagraph(e.3)inthe ` ItemsparagraphoftheListofItemsControlledsection,assetforthbelow;and8 4(#4(#     d.0 4 RemovingtheNoteBenethatreads  N.B. :Forasphericopticalelementsspecially  ` designedforlithographicequipment,see3B001.#XXXX#XXXXO#AɉXA#OAXAɉN#A#NA,whichappearsattheendofthe  @  ItemsparagraphintheListofItemsControlledsection.#XXXXw#O#AɉXA#OAXAɉN#A#NAN 4(#4(#  XXXX6A004Optics.        4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*#XXXXV#XXXXr(#(#      4 ListofItemsControlled  "r 0  Unit:Equipmentinnumber;componentsin$value#XXXX`#XXXXN#A#NAO#AɉXA#OAXAɉ"(#(# 0  RelatedControls:1.)Foropticalmirrorsor'asphericopticalelements'#XXXX]#XXXXԀspeciallydesignedfor   lithographyequipment#XXXX#XXXX,seeECCN3B001.2.) Spacequalifiedcomponentsforoptical "  systemsdefinedin6A004.candopticalcontrolequipmentdefinedin6A004.d.1aresubject Z$" totheexportlicensingauthorityoftheDepartmentofState,DirectorateofDefenseTrade 2&!$ Controls(22CFRpart121)#XXXX #XXXX.3.)Seealso6A994#XXXX#XXXX (Z#&(#(# 0  RelatedDefinitions:Anasphericopticalelementisanyelementusedinanopticalsystem )2%( whoseimagingsurfaceorsurfacesaredesignedtodepartfromtheshapeofanidealsphere.#XXXX #XXXX+ '*(#(#   Items:       4 *0 ` *0 ` (#` (#*0 (# (#*0 (# (#*#XXXXP#XXXX` (# (# #XXXXP#     4 " 3&"   32   39  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, H ExportControlClassificationNumber(ECCN)6A005isrevised,toreadasfollows: 3݌ p(#(# Ќ    XXXX   4  `       <  h 6A005 Lasers(otherthanthosedescribedin0B001.g.5or.h.6),componentsandoptical  equipment,asfollows(seeListofItemsControlled). 0 p p(#p(#  LicenseRequirements  8"    ReasonforControl:NS,NP,AT %8!$ Control(s)0 4 0` 4(#4(#0 ` (#` (#0 (# (#0 (# (#0 (# (# < CountryChart)$((#(#  p+&* NSappliestoentireentry0 0 (# (# < NSColumn2(#(# NPappliesto lasers0 0 (# (#0<(#(#NPColumn1`<(#<(# controlledby#XXXX#XXXXO#AɉXA#OAXAɉN#A#NAԀ6A005.a.2, 8  #XXXXW#a.4,b.2.b,b.3.a,N#A#NAO#AɉXA#OAXAɉԀb.4.b, F  b.6.b.,c.1.b,c.2.b,d.3.c,and T  d.4.c,XXXXO#AɉXA#OAXAɉN#As#NAԀasdescribed 6  inthefollowingLicense h  RequirementsNote J #XXXX-#XXXXO#AɉXAo#OAXAɉN#A#NAATappliestoentireentry0 0 (# (#ATColumn1(#(# d  dLicenseRequirementsNote: NPcontrolsapplytothefollowing laserscontrolledby  6A005:d 4 d b (a)Pulsedexcimer laserscontrolledby6A005.d.4.chavingallofthefollowingcharacteristics: :     (1)Operatingatwavelengthsbetween240and360nm; !b   0  (2)Arepetitionrate>250Hz;and": (#(# 0    (3)Anaverageoutputpower>500W;d  $ "(#(# d(b)Coppervapor laserscontrolledby6A005.b.4.bhavingallofthefollowingcharacteristics: &!$ 0    (1)Operatingatwavelengthsbetween500and600nm;andr(#&(#(#   0  (2)Anaverageoutputpower40W;#XXXXj#XXXXO#AɉXA#OAXAɉN#A#NAd  J*%((#(# d(c)Pulsedcarbondioxide"lasers"controlledby6A005.d.3.c(exceptindustrialCO2lasersused ",r'* inapplicationssuchascuttingandwelding),havingallofthefollowingcharacteristics:    (1)Operatingatwavelengthsbetween9,000and11,000nm;    (2)Arepetitionrate>250Hz; t   (3)Anaverageoutputpower>2.5kW;and V    (4)Apulsewidth<200ns;d d  d(d)Argonion laserscontrolledby6A005.a.2havingallofthefollowingcharacteristics: <  0    (1)Operatingatwavelengthsbetween400and515nm;andd (#(#   0  (2)Anaverageoutputpower50W;d#XXXX7#XXXXN#A#NAO#AɉXAy#OAXAɉ  d< (#(# (e)Alexandrite laserscontrolledby6A005.c.2.bhavingallofthefollowingcharacteristics:  0   (#(#   (1)Operatingatwavelengthsbetween720and800nm;    0  (2)Abandwidth0.005nm;j(#(#   0  (3)Arepetitionrate>125Hz;andL(#(#   0  (4)Averageoutputpower>30W;dZ(#(# d#XXXXu#O#AɉXA#N#o XXAɉ#NAɉX XoOAXAɉ(f)Pulse-excited,Q-switchedneodymium-doped(otherthanglass)"lasers"controlledby 2 6A005.b.6.bhavingallofthefollowingcharacteristics: !d   (1)0 4 Anoutputwavelengthexceeding1,000nm,butnotexceeding1,100nm;"F 4(#4(#   (2)0 4 Apulsedurationequaltoormorethan1ns;and$( "4(#4(#   (3)0 4 Asingle-transversemodeoutputhavinganaveragepowerexceeding40Wora & "$ multiple-transversemodeoutputhavinganaveragepowerexceeding50W;(#&4(#4(# N#A#O#o X#NAɉX XoOAXAɉXXXX(g)Neodymiumdoped(otherthanglass) laserscontrolledby6A005.b.2,b.3,orb.4,havingall ~*%( ofthefollowingcharacteristics:  0    (1)Incorporatingfrequencydoublingforoutputwavelengthbetween500and550nm;  and`(#(#   0  (2)Averageoutputpower>40W;  8 (#(# #XXXX#N#A#NAO#AɉXA#OAXAɉXXXX(h)Tunablepulsedsinglemodedyelaseroscillatorscontrolledby6A005.c.1.band6A005.c.2.b  8  havingallofthefollowingcharacteristics:       (1)Operatingatwavelengthsbetween300nmand800nm; p     (2)Anaverageoutputpowergreaterthan1W; H     (3)Arepetitionrategreaterthan1kHz;and  p     (4)Pulsewidthlessthan100ns; H   (i)Tunablepulseddyelaseramplifiersandoscillatorscontrolledby6A005.c.1.band  6A005.c.2.bhavingallofthefollowingcharacteristics:    (1)Operatingatwavelengthsbetween300nmand800nm;       L  x    0"    (2)Anaverageoutputpowergreaterthan30W; $X"   (3)Arepetitionrategreaterthan1kHz;and %0!$   (4)Pulsewidthlessthan100ns; '#&   Note: NPcontrolsdonotapplytosinglemodeoscillators.#XXXX#O#AɉXAh#OAXAɉN#A&#NA h+&* N#A#NAO#AɉXA#OAXAɉXXXX LicenseExceptions     LVS:0 4 N/AforNPitems8 4(#4(#     0 4 $3000forallotheritems `4(#4(# d0  d#XXXX#N#AM#O#o X#NAɉX XoOAXAɉXXXXGBS:04(#(#Yes,#XXXXb#except6A005.a.2,a.4,b.2.b,b.3.a,b.4.b,b.6.b,c.1.b,c.2.b,d.3.c,andd.4.c,XXXXO#AɉXAC#OAXAɉN#A$#NA  8  whichmeetstheparametersforNPcontrolssetforthintheLicenseRequirements   Note.N#A #O#o XV ##XXXX #XXXXO XoNA 4(#4(# 0  CIV:04(#(#Yes,#XXXX #except6A005.a.2,a.4,b.3.a,b.2.b,b.3.a,b.4.b,b.6.b,c.1.b,c.2.b,d.3.c,and  d.4.c,XXXXO#AɉXA #OAXAɉN#A #NAԀN#AX #O#o X ##XXXX #O XoNAXXXXwhichmeetstheparametersforNPcontrolssetforthintheLicense  RequirementsNote.#XXXX #O#AɉXA #N#o XXAɉ #O XoNAXXXX4(#4(#  ListofItemsControlled  P 0  #XXXXO#XXXXUnit:#XXXX#XXXXEquipmentinnumber;componentsandaccessoriesin$value#XXXX?#XXXXP(#(# 0  RelatedControls:(1)SeeECCN6D001for softwareforitemscontrolledunderthisentry.  ( (2)SeeECCNs6E001( development),6E002( production),and6E201( use)for "  technologyforitemscontrolledunderthisentry.(3)AlsoseeECCNs6A205and6A995.(4) $" SeeECCN3B001forexcimer lasersspeciallydesignedforlithographyequipment.(5) `&!$  Lasersspeciallydesignedorpreparedforuseinisotopeseparationaresubjecttotheexport 8(#& licensingauthorityoftheNuclearRegulatoryCommission(see10CFRpart110).(6)Shared *`%( apertureopticalelements,capableofoperatingin superhighpowerlaserapplications,and +8'*  lasersspecificallydesigned,modified,orconfiguredformilitaryapplicationaresubjectto  theexportlicensingauthorityoftheU.S.DepartmentofState,DirectorateofDefenseTrade  Controls(see22CFRpart121).`(#(# 0  RelatedDefinitions:Wallplugefficiencyisdefinedastheratiooflaseroutputpower(or 8   averageoutputpower)tototalelectricalinputpowerrequiredtooperatethe laser,  ` includingthepowersupply/conditioningandthermalconditioning/heatexchanger.#XXXX#XXXX 8 (#(#   Items:   Notes:     1. 0  Pulsed lasersincludethosethatruninacontinuouswave(CW)modewithpulses p superimposed.#XXXX#XXXXH(#(#   2. 0  Eximer,semiconductor,chemical,CO,CO2,andnonrepetitivepulsedNd:glass lasers  p areonlyspecifiedin6A005.d.H(#(#   3.   6A005includesfiber lasers.     4. 0  Thecontrolstatusof lasersincorporatingfrequencyconversion(i.e.,wavelength  change)bymeansotherthanone laserpumpinganother laserisdeterminedby  applyingthecontrolparametersforboththeoutputofthesource laserandthe X  frequencyconvertedopticaloutput.0" (#(#   5.   6A005doesnotcontrolthefollowing lasers: $X"     a.  4 Rubywithoutputenergybelow20J; %0!$     b . 4 Nitrogen; '#&     c.  4 Krypton. )$( a.Non tunablecontinuouswave (CW)lasers,havinganyofthefollowing: h+&*   a.1. 4 Anoutputwavelengthlessthan150nmwithanoutputpowerexceeding1W;    a.2. 4 Anoutputwavelengthof150nmormorebutnotexceeding520nm#XXXX(#XXXXԀandhavingan  outputpowerexceeding30W; <  h          D  p      `    Note: 0 4 6A005.a.2doesnotcontrolArgon lasershavinganoutputpowerequaltoorless 8  than50W.  `4(#4(#   a.3. 4 Anoutputwavelengthexceeding520nmbutnotexceeding540nmandhavinganyof  8  thefollowing:       a.3.a. ` Asingletransversemodeoutputhavinganoutputpowerexceeding50W;or       a.3.b. ` Amultipletransversemodeoutputhavinganoutputpowerexceeding150W; p   a.4. 4 Anoutputwavelengthexceeding540nmbutnotexceeding800nmandhavingan H outputpowerexceeding30W;  p   a.5. 4 Anoutputwavelengthexceeding800nmbutnotexceeding975nmandhavinganyof   thefollowing:      a.5.a. ` Asingletransversemodeoutputhavinganoutputpowerexceeding50W;or      a.5.b. ` Amultipletransversemodeoutputhavinganoutputpowerexceeding80W; X    a.6. 4 Anoutputwavelengthexceeding975nmbutnotexceeding1,150nmandhavingany $X" ofthefollowing; %0!$     a.6.a. ` Asingletransversemodeoutputhavinganyofthefollowing: '#&      4 a.6.a.1. Awallplugefficiencyexceeding12%andanoutputpowerexceeding )$( 100W;or h+&*      4 a.6.a.2. Anoutputpowerexceeding150W;or      a.6.b. ` Amultipletransversemodeoutputhavinganyofthefollowing:       4 a.6.b.1. Awallplugefficiencyexceeding18%andanoutputpowerexceeding ` 500W;or 8       4 a.6.b.2.Anoutputpowerexceeding2kW;  `   0  Note:  ` 6A005.a.6.bdoesnotcontrolmultipletransversemode,industrial laserswith   outputpowerexceeding2kWandnotexceeding6kWwithatotalmassgreaterthan   1,200kg.Forthepurposeofthisnote,totalmassincludesallcomponentsrequiredto x operatethe laser,e.g., laser,powersupply,heatexchanger,butexcludesexternal P opticsforbeamconditioningand/ordelivery.(x(#(#     a.7. ` Anoutputwavelengthexceeding1,150nmbutnotexceeding1,555nmand ( havinganyofthefollowing:       4 a.7.a. Asingletransversemodehavinganoutputpowerexceeding50W;or       4 a.7.b. Amultipletransversemodehavinganoutputpowerexceeding80W;or `      a.8. ` Anoutputwavelengthexceeding1,555nmandhavinganoutputpowerexceeding 8"  1W. $`"   b.  Non tunable pulsedlasers,havinganyofthefollowing; %8!$     b.1. ` Anoutputwavelengthlessthan150nmandhavinganyofthefollowing: '#&      4 b.1.a. Anoutputenergyexceeding50mJperpulseanda peakpowerexceeding1 )$( W;or p+&*      4 b.1.b. An averageoutputpowerexceeding1W;      b.2. ` Anoutputwavelengthof150nmormorebutnotexceeding520nmandhaving  anyofthefollowing: `      4 b.2.a. Anoutputenergyexceeding1.5Jperpulseanda peakpowerexceeding30 8  W;or  `      4 b.2.b. An averageoutputpowerexceeding30W;  8      0 4  Note:  6A005.b.2.bdoesnotcontrolArgon lasershavingan averageoutput   powerequaltoorlessthan50W. 4(#4(#     b.3. ` Anoutputwavelengthexceeding520nm,butnotexceeding540nmandhaving p anyofthefollowing: H      4 b.3.a. Asingletransversemodeoutputhavinganyofthefollowing:  p      4  ` b.3.a.1. Anoutputenergyexceeding1.5Jperpulseanda peakpower H exceeding50W;or        4  ` b.3.a.2. An averageoutputpowerexceeding50W;or       4 b.3.b. Amultipletransversemodeoutputhavinganyofthefollowing:       4  ` b.3.b.1. Anoutputenergyexceeding1.5Jperpulseanda peakpower X  exceeding150W;or 0"       4  ` b.3.b.2. An averageoutputpowerexceeding150W; $X"     b.4. ` Anoutputwavelengthexceeding540nmbutnotexceeding800nmandhaving %0!$ anyofthefollowing: '#&      4 b.4.a. Anoutputenergyexceeding1.5Jperpulseanda peakpowerexceeding30 )$( W;or h+&* "OY " "       4 b.4.b. An averageoutputpowerexceeding30W;      b.5. ` Anoutputwavelengthexceeding800nmbutnotexceeding975nmandhaving  anyofthefollowing: `      4 b.5.a. A pulsedurationnotexceeding1%sandhavinganyofthefollowing: 8       4  ` b.5.a.1. Anoutputenergyexceeding0.5Jperpulseanda peakpower  ` exceeding50W;  8       4  ` b.5.a.2. Asingletransversemodeoutputhavingan averageoutputpower   exceeding20W;or        4  ` b.5.a.3. Amultipletransversemodeoutputhavingan averageoutputpower p exceeding50W;or H      4 b.5.b. A pulsedurationexceeding1%sandhavinganyofthefollowing:  p      4  ` b.5.b.1. Anoutputenergyexceeding2Jperpulseanda peakpower H exceeding50W;        4  ` b.5.b.2. Asingletransversemodeoutputhavingan averageoutputpower  exceeding50W;or       4  ` b.5.b.3. Amultipletransversemodeoutputhavingan averageoutputpower X  exceeding80W. 0"      b.6. ` Anoutputwavelengthexceeding975nmbutnotexceeding1,150nmandhaving $X" anyofthefollowing: %0!$      4 b.6.a. A pulsedurationoflessthan1nsandhavinganyofthefollowing: '#&      4  ` b.6.a.1. Anoutput peakpowerexceeding5GWperpulse; )$(      4  ` b.6.a.2. An averageoutputpowerexceeding10W;or h+&*      4  ` b.6.a.3. Anoutputenergyexceeding0.1Jperpulse;       4 b.6.b. A pulsedurationexceeding1nsbutnotexceeding1%s,andhavinganyof  thefollowing: `      4  ` b.6.b.1. Asingletransversemodeoutputhavinganyofthefollowing: 8       4  `  b.6.b.1.a.  A peakpowerexceeding100MW;  `      4  `  b.6.b.1.b.  An averageoutputpowerexceeding20Wlimitedbydesigntoa  8  maximumpulserepetitionfrequencylessthanorequalto1kHz;        4  `  b.6.b.1.c.  Awallplugefficiencyexceeding12%andan averageoutput   powerexceeding100Wandcapableofoperatingatapulserepetitionfrequencygreaterthan1 p kHz; H      4  `  b.6.b.1.d.  An averageoutputpowerexceeding150Wandcapableof  p operatingatapulserepetitionfrequencygreaterthan1kHz;or H      4  `  b.6.b.1.e.  Anoutputenergyexceeding2Jperpulse;        4  ` b.6.b.2. Amultipletransversemodeoutputhavinganyofthefollowing:       4  `  b.6.b.2.a.  A peakpowerexceeding400MW;       4  `  b.6.b.2.b.  Awallplugefficiencyexceeding18%andan averageoutput X  powerexceeding500W; 0"       4  `  b.6.b.2.c.  An averageoutputpowerexceeding2kW;or $X"      4  `  b.6.b.2.d.  Anoutputenergyexceeding4Jperpulse;or %0!$      4 b.6.c. A pulsedurationexceeding1%sandhavinganyofthefollowing: )$(      4  ` b.6.c.1. Asingletransversemodeoutputhavinganyofthefollowing: h+&*      4  `  b.6.c.1.a.  A peakpowerexceeding500kW;       4  `  b.6.c.1.b.  Awallplugefficiencyexceeding12%andan averageoutput  powerexceeding100W;or `      4  `  b.6.c.1.c.  An averageoutputpowerexceeding150W;or 8       4  ` b.6.c.2. Amultipletransversemodeoutputhavinganyofthefollowing:  `      4  `  b.6.c.2.a.  A peakpowerexceeding1MW;  8       4  `  b.6.c.2.b.  Awallplugefficiencyexceeding18%andan averageoutput   powerexceeding500W;or        4  `  b.6.c.2.c.  An averageoutputpowerexceeding2kW; p     b.7. ` Anoutputwavelengthexceeding1,150nmbutnotexceeding1,555nmand  p havinganyofthefollowing: H      4 b.7.a. A pulsedurationnotexceeding1%sandhavinganyofthefollowing:        4  ` b.7.a.1. Anoutputenergyexceeding0.5Jperpulseanda peakpower  exceeding50W;       4  ` b.7.a.2. Asingletransversemodeoutputhavingan averageoutputpower X  exceeding20W;or 0"       4  ` b.7.a.3. Amultipletransversemodeoutputhavingan averageoutputpower $X" exceeding50W;or %0!$      4 b.7.b. A pulsedurationexceeding1%sandhavinganyofthefollowing: '#&      4  ` b.7.b.1. Anoutputenergyexceeding2Jperpulseanda peakpower )$( exceeding50W; h+&*      4  ` b.7.b.2. Asingletransversemodeoutputhavingan averageoutputpower  exceeding50W;or       4  ` b.7.b.3. Amultipletransversemodeoutputhavingan averageoutputpower ` exceeding80W;or 8      b.8. ` Anoutputwavelengthexceeding1,555nmandhavinganyofthefollowing:  `      4 b.8.a. Anoutputenergyexceeding100mJperpulseanda peakpowerexceeding1  8  W;or        4 b.8.b. An averageoutputpowerexceeding1W;     c.  Tunablelasers,havinganyofthefollowing: p 0   Note: 6A005.cincludestitaniumsapphire(Ti:Al203),thuliumYAG(Tm:YAG),thulium H YSGG(Tm:YSGG),alexandrite(Cr:BeAl204),colorcenter lasers,dye lasers,andliquid  p  lasers.H(#(#       c.1. ` Anoutputwavelengthlessthan600nmandhavinganyofthefollowing:       4 c.1.a. Anoutputenergyexceeding50mJperpulseanda peakpowerexceeding1  W;or X       4 c.1.b. AnaverageorCWoutputpowerexceeding1W; 0"          c.2. ` Anoutputwavelengthof600nmormorebutnotexceeding1,400nmandhaving %0!$ anyofthefollowing: '#&      4 c.2.a. Anoutputenergyexceeding1Jperpulseanda peakpowerexceeding20 )$( W;or h+&*      4 c.2.b. AnaverageorCWoutputpowerexceeding20W;or      c.3. ` Anoutputwavelengthexceeding1,400nmandhavinganyofthefollowing: `      4 c.3.a. Anoutputenergyexceeding50mJperpulseanda peakpowerexceeding1 8  W;or  `      4 c.3.b. AnaverageorCWoutputpowerexceeding1W;  8    d.  Other lasers,notcontrolledin6A005.a.,6A005.b,or6A005.c,asfollows:       d.1. ` Semiconductor lasers,asfollows:        Notes:  p      4 1.  ` 6A005.d.1includessemiconductor lasershavingopticaloutputconnectors @ (e.g.,fiberopticpigtails). h      4 2.  ` Thecontrolstatusofsemiconductor lasersspeciallydesignedforother @ equipmentisdeterminedbythecontrolstatusoftheotherequipment.       4 d.1.a. Individualsingletransversemodesemiconductor lasers,havinganyofthe x following: P       4  ` d.1.a.1. Awavelengthequaltoorlessthan1,510nmandhavinganaverageor ("x  CWoutputpowerexceeding1.5W;or $P"      4  ` d.1.a.2. Awavelengthgreaterthan1,510nm,andhavinganaverageorCW %(!$ outputpowerexceeding500mW; '#&      4 d.1.b. Individual,multipletransversemodesemiconductor lasers,havinganyof `+&* thefollowing:       4  ` d.1.b.1. Awavelengthoflessthan1,400nmandhavinganaverageorCW  outputpowerexceeding10W; `      4  ` d.1.b.2. Awavelengthequaltoorgreaterthan1,400nmandlessthan1,900 8  nm,andhavinganaverageorCWoutputpowerexceeding2.5W;or  `      4  ` d.1.b.3. Awavelengthequaltoorgreaterthan1,900nmandhavinganaverage  8  orCWoutputpowerexceeding1W.        4 d.1.c. Individualsemiconductor laserarrays,havinganyofthefollowing: p      4  ` d.1.c.1. Awavelengthoflessthan1,400nmandhavinganaverageorCW H outputpowerexceeding80W;  p      4  ` d.1.c.2. Awavelengthequaltoorgreaterthan1,400nmandlessthan1,900 H nmandhavinganaverageorCWoutputpowerexceeding25W;or        4  ` d.1.c.3. Awavelengthequaltoorgreaterthan1,900nmandhavinganaverage  orCWoutputpowerexceeding10W.       4 d.1.d. Arraystacksofsemiconductor laserscontainingatleastonearraythatis 0"  controlledunder6A005.d.1.c. $X"    TechnicalNotes : '#&   1.Semiconductor lasersarecommonlycalled laserdiodes. h+&* Ї  2.  An'array'consistsofmultiplesemiconductor laseremittersfabricatedasasinglechip  sothatthecentersoftheemittedlightbeamsareonparallelpaths.    3.  An'arraystack'isfabricatedbystacking,orotherwiseassembling,'arrays'sothatthe 8  centersoftheemittedlightbeamsareonparallelpaths.#XXXX#XXXX  `     d.2. ` Carbonmonoxide(CO) lasershavinganyofthefollowing:        4 d.2.a. Anoutputenergyexceeding2Jperpulseanda peakpowerexceeding5   kW;or p      4 d.2.b. AnaverageorCWoutputpowerexceeding5kW; H     d.3. ` Carbondioxide(CO2) lasershavinganyofthefollowing: H      4 d.3.a. ACWoutputpowerexceeding15kW;        4 d.3.b. Apulsedoutputhavinga pulsedurationexceeding10%sandhavinganyof  thefollowing:       4  ` d.3.b.1. An averageoutputpowerexceeding10kW;or X       4  ` d.3.b.2. A peakpowerexceeding100kW;or 0"       4 d.3.c. Apulsedoutputhavinga pulsedurationequaltoorlessthan10#XXXXm#XXXX%sand $X" havinganyofthefollowing: %0!$      4  ` d.3.c.1. Apulseenergyexceeding5Jperpulse;or '#&      4  ` d.3.c.2. An averageoutputpowerexceeding2.5kW; )$(  h+&*     d.4. ` Excimer lasers,havinganyofthefollowing:       4 d.4.a. Anoutputwavelengthnotexceeding150nmandhavinganyofthefollowing:       4  ` d.4.a.1. Anoutputenergyexceeding50mJperpulse;or `      4  ` d.4.a.2. An averageoutputpowerexceeding1W; 8       4 d.4.b. Anoutputwavelengthexceeding150nmbutnotexceeding190nmand  8  havinganyofthefollowing:        4  ` d.4.b.1. Anoutputenergyexceeding1.5Jperpulse;or        4  ` d.4.b.2. An averageoutputpowerexceeding120W; p      4 d.4.c. Anoutputwavelengthexceeding190nmbutnotexceeding360nmand H havinganyofthefollowing:  p      4  ` d.4.c.1. Anoutputenergyexceeding10Jperpulse;or H      4  ` d.4.c.2. An averageoutputpowerexceeding500W;or        4 d.4.d. Anoutputwavelengthexceeding360nmandhavinganyofthefollowing:       4  ` d.4.d.1. Anoutputenergyexceeding1.5Jperpulse;or       4  ` d.4.d.2. An averageoutputpowerexceeding30W; X       Note:  ` Forexcimer lasersspeciallydesignedforlithographyequipment,see3B001. 0"      d.5. ` Chemicallasers,asfollows: %0!$      4 d.5.a.HydrogenFluoride(HF) lasers; '#&      4 d.5.b.DeuteriumFluoride(DF) lasers; h+&* Ї     4 d.5.c. Transferlasers,asfollows:       4  ` d.5.c.1.OxygenIodine(O2-I) lasers; `      4  ` d.5.c.2.DeuteriumFluoride-Carbondioxide(DF-CO2) lasers;#XXXXs#XXXX  `     d.6. ` 'Nonrepetitivepulsed'#XXXXl#NeodymiumXXXXԀ(Nd)glass lasers,havinganyofthe   following:        4 d.6.a. A pulsedurationnotexceeding1%sandanoutputenergyexceeding50J p perpulse;or H      4 d.6.b. A pulsedurationexceeding1%sandanoutputenergyexceeding100Jper  p pulse; H   0   Note:  ` 'Nonrepetitivepulsed'refersto lasersthatproduceeitherasingleoutputpulse  orthathaveatimeintervalbetweenpulsesexceedingoneminute.(#(# #XXXX #XXXXe.Components,asfollows: 0"    e.1.Mirrorscooledeitherbyactivecoolingorbyheatpipecooling; %0!$   TechnicalNote :Activecoolingisacoolingtechniqueforopticalcomponentsusingflowing )$( fluidswithinthesubsurface(nominallylessthan1mmbelowtheopticalsurface)oftheoptical h+&* componenttoremoveheatfromtheoptic.    e.2.Opticalmirrorsortransmissiveorpartiallytransmissiveopticalorelectro-optical ` componentsspeciallydesignedforusewithcontrolled lasers; 8  f.Opticalequipment,asfollows:  8     N.B.: Forsharedapertureopticalelements,capableofoperatingin Super-HighPower   Laser( SHPL)applications,seetheU.S.MunitionsList(22CFRpart121). p   f.1.Dynamicwavefront(phase)measuringequipmentcapableofmappingatleast50  p positionsonabeamwavefronthavinganythefollowing: H     f.1.a.Frameratesequaltoormorethan100Hzandphasediscriminationofatleast5%  ofthebeam'swavelength;or      f.1.b.Frameratesequaltoormorethan1,000Hzandphasediscriminationofatleast 0"  20%ofthebeam'swavelength; $X"   f.2. Laserdiagnosticequipmentcapableofmeasuring SHPLsystemangularbeam '#&  h+&* steeringerrorsofequaltoorlessthan10rad;    f.3.Opticalequipmentandcomponentsspeciallydesignedforaphased-array SHPL ` systemforcoherentbeamcombinationtoanaccuracyoflambda/10atthedesignedwavelength, 8  or0.1m,whicheveristhesmaller;  `   f.4.Projectiontelescopesspeciallydesignedforusewith SHPLsystems.#XXXX5# x      " 3'"   32   40  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, p ExportControlClassificationNumber(ECCN)6A006isamendedbyaddingquotes H aroundtheterm XXXXCompensationsystems#XXXX#N#A0#NAO#AɉXA#OAXAɉasitappearsintheHeadingandinparagraph  p (d)intheItemsparagraphoftheListofItemsControlledsection.N#A#NAO#AɉXAB#OAXAɉ   3>݌.~(#(# Ќ  O#AɉXAP#OAXAɉN#A#NA  " 3("   3P2   41  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, $ ExportControlClassificationNumber(ECCN)6A008isamendedbyaddinganotetothe   beginningoftheItemsparagraphoftheListofItemsControlledsection,andrevising "  paragraph(a)intheItemsparagraphoftheListofItemsControlledsection,toreadas z$" follows: 3P}݌\&!$(#(# Ќ  XXXX 6A008Radarsystems,equipmentandassemblieshavinganyofthefollowing +>'* characteristics(seeListofItemsControlled),andspeciallydesignedcomponentstherefor.        4  `    *  * < * h *  *  *#XXXXޒ#XXXX `  ListofItemsControlled   `      4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXX#XXXX h(#h(#   Items:#XXXX#XXXXԀ    Note: 6A008doesnotcontrol: p   a.  Secondarysurveillanceradar(SSR); P   b.  CivilAutomotiveRadar; (x   c.  Displaysormonitorsusedforairtrafficcontrol(ATC)havingnomorethan12resolvable P elementspermm; (   d.  Meteorological(weather)radar.  a.Operatingatfrequenciesfrom40GHzto230GHzandhavinganyofthefollowing: `    a.1. 4 An averageoutputpowerexceeding100mW;or 8"    a.2. 4 Locatingaccuracyof1morless(better)inrangeand0.2degreeorless(better)in $`" azimuth; %8!$      4  `       <  h *0  *0(#(#*0(#(#*0(#(#*#XXXX(#XXXXN#A##NAO#AɉXA#OAXAɉ'#&(#(# #XXXX#" 3)"   3o2   42  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, p+&* ExportControlClassificationNumber(ECCN)6A205isamendedby: 3o݌(#(# Ќ      a.0 4 Revisingtheheading;4(#4(#     b. 4 RevisingtheUnitsparagraphintheListofItemsControlledsection,assetforth ` below; 8      c.0 4 RevisingRelatedControlparagraph,assetforthbelow;and `4(#4(#     d.0 4 RevisingtheItemsparagraphoftheListofItemsControlledsection,toreadas  8  follows:N#AŚ#NAO#AɉXA#OAXAɉ  4(#4(#  XXXX6A205 Lasers, laseramplifiersandoscillators,otherthanthosecontrolledby z 0B001.g.5,0B001.h.6,or#XXXX#XXXXO#AɉXAl#OAXAɉN#A*#NAԀ6A005,asfollows(seeListofItemsControlled).  R      4  `  *0 *0 (# (#*0 (# (#*0<(#(#*@<(#<(#  ListofItemsControlled  @ #XXXX#XXXX  #XXXXu#XXXXO#AɉXAʠ#OAXAɉN#A #NAUnit: 4 EquipmentinnumberN#AG#NAO#AɉXA#OAXAɉ#XXXXâ#XXXX  0  RelatedControls:(1)SeeECCNs6E001( development),6E002( production),and   6E201( use)fortechnologyforitemscontrolledunderthisentry.(2)AlsoseeECCNs x"  6A005and6A995.(3)SeeECCN6A005.a.2foradditionalcontrolsonargonionlasersN#A#NAO#AɉXA#OAXAɉ#XXXX8#XXXX;See P$" ECCN6A005.b.6.bforadditionalcontrolsonneodymiumdopedlasers.(4) Lasers (&x!$ speciallydesignedorpreparedforuseinisotopeseparationaresubjecttotheexportlicensing (P#& authorityoftheNuclearRegulatoryCommission(see10CFRpart110).)(%((#(#   RelatedDefinitions:*  * < * +'*   Items:N#A٥#NAO#AɉXA#OAXAɉ#XXXX]#XXXX  #XXXX#XXXXN#Al#NAO#AɉXA#OAXAɉa.Argonion lasershavingbothofthefollowingcharacteristics: j   a.1.Operatingatwavelengthsbetween400nmand515nm;and . ~   a.2.Anaverageoutputpowergreaterthan40W; d  O#AɉXA˩#N#o XXAɉ##XXXXG#O XoNAXXXXb.Tunablepulsedsingle-modedyelaseroscillatorshavingallofthefollowingcharacteristics: <    b.1.Operatingatwavelengthsbetween600nmand800nm;    b.2.Havinganaverageoutputgreaterthan1W;    b.3Arepetitionrategreaterthan1kHz;and t   b.4.Pulsewidthlessthan100ns;O#AɉXAp#OAXAɉN#A#NA#XXXX#XXXX L O#AɉXA#OAXAɉN#Aҭ#NA#XXXX#XXXXc.[RESERVED]N#A#O#o Xl##XXXX#XXXXNAɉX XoOAXAɉ L d.Pulsedcarbondioxide lasershavingallofthefollowingcharacteristics:     d.1.Operatingatwavelengthsbetween9,000nmand11,000nm; z$"   d.2.Arepetitionrategreaterthan250Hz; >(#&   d.3.Anaverageoutputpowergreaterthan500W;and ,R'* Ї  d.4.Pulsewidthoflessthan200ns;  e.ParahydrogenRamanshiftersdesignedtooperateat16micrometeroutputwavelengthandat ` arepetitionrategreaterthan250Hz.O#AɉXAɯ#N#o XXAɉ##XXXX#O XoNAXXXX; 8  f.0  Neodymium-doped(otherthanglass)laserswithanoutputwavelengthbetween1000and  8  1100nmhavingeitherofthefollowing: (#(# 0  f.1.04(#(#Pulse-excitedandQ-switchedwithapulsedurationequaltoorgreaterthan1ns,and   havingeitherofthefollowing:p4(#4(# 0  0(#(#04(#(#f.1.a.0 4(#4(#Asingle-transversemodeoutputwithanaverageoutputpowergreaterthan40 H W;or p (# (# 0  0(#(#04(#(#f.1.b.0 4(#4(#Amultiple-transversemodeoutputwithanaverageoutputpowergreaterthan H 50W;or  (# (# 0  f.2.04(#(#Incorporatingfrequencydoublingtogiveanoutputwavelengthbetween500and550  nmwithanaverageoutputpowerofgreaterthan40W.#XXXX#N#Aݲ#O#o X꾲#4(#4(# " 3*"   32   43  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, f"  ExportControlClassificationNumber(ECCN)6A995isamendedby: 3߷݌t$"(#(# Ќ      a. 4 Revisingthe heading andparagraph(c),assetforthbelow ; &!$     b.0 4 Redesignatingparagraph(d)asparagraph(g)intheitemsparagraphoftheListof (#& ItemsControlledsection;andh*%(4(#4(#     c.0 4 Adding four three newparagraphs(d),(e),and(f)totheItemsparagraphoftheListof @,'* ItemsControlledsection,toreadasfollows:NAɉX XoOAXAɉ4(#4(#  XXXX6A995 Lasers,notcontrolledby0B001.g.5,0B001.h.6,6A005or6A205.  j       4  `    *0  *0<(#(#*0h<(#<(#* h *0h(#h(#*  j(#(#   ListofItemsControlled    #XXXX#XXXX     4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXXl#XXXXO#AɉXAm#OAXAɉN#AN#NAzh(#h(#   Items: R #XXXXC#XXXX     4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXXV#XXXXO#AɉXA#OAXAɉN#AǾ#NARh(#h(# #XXXX-#O#AɉXAo#N#o XXAɉ#XXXXO XoNAc.Ruby"lasers"havinganoutputenergyexceeding20Jperpulse; * d.Non-"tunable""pulsedlasers"havinganoutputwavelengthexceeding975nmbutnot   exceeding1,150nmandhavinganyofthefollowing:    d.1.A"pulseduration"equaltoorexceeding1nsbutnotexceeding1s,andhavinganyof   thefollowing: b"      d.1.a.Asingletransversemodeoutputandhavinganyofthefollowing: D$"      4 d.1.a..1.A'wall-plugefficiency'exceeding12%andan"averageoutputpower" &&v!$ exceeding10Wandcapableofoperatingatapulserepetitionfrequencygreaterthan1kHz;or (X#&      4 d.1.a..2.An"averageoutputpower"exceeding20W;or *f%(     d.1.b.Amultipletransversemodeoutputandhavinganyofthefollowing: +>'*      4 d.1.b.1.A'wall-plugefficiency'exceeding18%andan"averageoutputpower"  exceeding30W;       4 d.1.b.2.A peakpowerexceeding200MW;or `      4 d.1.b.3.An"averageoutputpower"exceeding50W;or 8    d.2.A"pulseduration"exceeding1sandhavinganyofthefollowing:  `     d.2.a.Asingletransversemodeoutputandhavinganyofthefollowing:  8       4 d.2.a.A'wall-plugefficiency'exceeding12%andan"averageoutputpower"   exceeding10Wandcapableofoperatingatapulserepetitionfrequencygreaterthan1kHz;or        4 d.2.b.An"averageoutputpower"exceeding20W;or p     d.2.b.Amultipletransversemodeoutputandhavinganyofthefollowing: H      4 d.2.a.A'wall-plugefficiency'exceeding18%andan"averageoutputpower"  p exceeding30W;or H      4 d.2.b.An"averageoutputpower"exceeding500W;   e.Non-"tunable"continuouswave"(CW)lasers",havinganoutputwavelengthexceeding975  nmbutnotexceeding1,150nmandhavinganyofthefollowing:      e.1.Asingletransversemodeoutputandhavinganyofthefollowing: X       4 e.1.a.A'wall-plugefficiency'exceeding12%andan"averageoutputpower" 0"  exceeding10Wandcapableofoperatingatapulserepetitionfrequencygreaterthan1kHz;or $X"      4 e.1.b.An"averageoutputpower"exceeding500W;or %0!$     e.2.Amultipletransversemodeoutputandhavinganyofthefollowing: '#&      4 e.2.a.A'wall-plugefficiency'exceeding18%andan"averageoutputpower" )$( exceeding30w;or h+&*      4 e.2.b.An"averageoutputpower"exceeding500W;  0  0(#(#04(#(# Note: 6A995.e.1.bdoesnotcontrolmultipletransversemode,industrial"lasers" ` withoutputpowerlessthanoequalto2kWwithatotalmassgreaterthan1,200kg. 8  Forthepurposeofthisnote,totalmassincludesallcomponentsrequiredtooperate  ` the"laser",e.g.,"laser",powersupply,heatexchanger,butexcludesexternaloptics  8  forbeamconditioningand/ordelivery. 4(#4(# ddf.Non tunable lasers,havingawavelengthexceeding1,400nm,butnotexceeding1555 p nmandhavinganyofthefollowing: H   f.1.Anoutputenergyexceeding100mJperpulseandapulsed peakpowerexceeding1  p W;or H   f.2.AnaverageorCWoutputpowerexceeding1W.d#XXXXX#XXXXO#AɉXAw#OAXAɉN#A#NA p dN#A#O#o X##XXXXa#XXXXO XoNA  #XXXX#O#AɉXA#N#o XXAɉ#O XoNAXXXX     4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXX#N#A#NAO#AɉXA`#OAXAɉb h(#h(#   " 3+"   3'2   44  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors, %N!$ ExportControlClassificationNumber(ECCN)6D003isamendedbyaddingquotes '0#& aroundtheterm compensationsystemsintheinparagraph(f.1)intheItemsparagraph )%( ofN#A#NAO#AɉXA#OAXAɉtheListofItemsControlledsection.N#A##NAO#AɉXAe#OAXAɉ 3'T݌+&*(#(# Ќ  O#AɉXA#OAXAɉN#A#NA" 3,"   32   45  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category6Sensors,  ExportControlClassificationNumber(ECCN)6E201isamendedbyrevisingthe t headingtoreadasfollows: 3"݌V (#(# Ќ  XXXX 6E201 Technology,notcontrolledby6E001or6E002,accordingtotheGeneral `  TechnologyNoteforthe useofequipmentcontrolledby6A003.a.2.6A003.a.3,6A003.a.4; 8  6A005.a.2,6A005.a.4,6A005.b.2.b,#XXXX#XXXXN#A#NAO#AɉXA#OAXAɉ6A005.b.3.a,6A005.b.4.b,6A005.b.6.b,6A005.c.1.b,   6A005.c.2.b,6A005.d.3.c,or6A005.d.4.c(asdescribedinthelicenserequirementnoteto & 6A005);6A202,6A203,6A205,6A225or6A226.        4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXX#rh(#h(# " 3-"   3s2   46  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation "r andAvionics,ExportControlClassificationNumber(ECCN)7A001isamendedby J revisingtheheading,andtheLicenseRequirementsandListofItemsControlledsections,  " toreadasfollows: 3s݌" (#(# Ќ  XXXX7A001Accelerometersasfollows(seeListofItemsControlled),andspeciallydesigned Z&!$ componentstherefor.#XXXX#XXXX  2(#&  LicenseRequirements  +2'* Ї  ReasonforControl:NS,MT,AT  Control(s) 4  `       < CountryChart `     NSappliestoentireentry   < NSColumn1  ` MTappliesto#XXXXa#XXXXN#A?#NAO#AɉXA#OAXAɉ ` commodities   < MTColumn1   thatmeetorexceedthe   parametersof7A101.       4 ATappliestoentireentry    < ATColumn1 t      4  `      *0 < *0h<(#<(#*0h(#h(#*0(#(#*8(#(#  ListofItemsControlled  L   Unit:$value "  0  RelatedControls:Seealso7A101and7A994.Forangularorrotationalaccelerometers,see $" 7A001.b.MTcontrolsdonotapplytoaccelerometersthatarespeciallydesignedand \&!$ developedasMeasurementWhileDrilling(MWD)sensorsforuseindownholewellservice 4(#& applications. *\%((#(# 0  RelatedDefinitions:N/A+4'*(#(#   Items:  a.Linearaccelerometershavinganyofthefollowing:    a.1.Specifiedtofunctionatlinearaccelerationlevelslessthanorequalto15g,andhaving ` anyofthefollowing: 8      a.1.a. ` A bias stabilityofless(better)than130microgwithrespecttoafixed  ` calibrationvalueoveraperiodofoneyear;or  8      a.1.b.A scalefactor stabilityofless(better)than130ppmwithrespecttoafixed   calibrationvalueoveraperiodofoneyear; p     a.2. ` Specifiedtofunctionatlinearaccelerationlevelsexceeding15g,andhavingall  p ofthefollowing: H      4 a.2.a. A bias repeatabilityofless(better)than5,000microgoveraperiodof   oneyear;and       4 a.2.b. A scalefactor repeatabilityofless(better)than2,500ppmoveraperiod  ofoneyear;or X      a.3. ` Designedforuseininertialnavigationorguidancesystemsandspecifiedto $X" functionatlinearaccelerationlevelsexceeding100g.#XXXX;# %0!$ b.  Angularorrotationalaccelerometersspecifiedtofunctionatlinearaccelerationlevels )$( exceeding100g. h+&* Ї" 3."   32   47  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation  andAvionics,ExportControlClassificationNumber(ECCN)7A002isamendedby  revisingtheheadingandtheLicenseRequirementsandListofItemsControlledsections ` toreadasfollows: 3݌8 (#(# Ќ  XXXX 7A002Gyrosorangularratesensors,havinganyofthefollowingcharacteristics(seeList   ofItemsControlled),andspeciallydesignedcomponentstherefor. #XXXX#XXXX     LicenseRequirements  H   ReasonforControl:NS,MT,AT H Control(s) 4  `      CountryChart    NSappliestoentireentry   < NSColumn1 X  MTappliesto#XXXX#XXXX `       < MTColumn1 $X" #XXXX#XXXXcommoditiesthatmeet %0!$ Ѐorexceedtheparameters '#& Ѐof7A102. )$(  h+&* ATappliestoentireentry    < ATColumn1#XXXXh#XXXXO#AɉXA#OAXAɉN#A}#NA    LicenseRequirementNote: ForthepurposeofMTcontrolsonly,the#XXXX#termstabilityis j definedasameasureoftheabilityofaspecificmechanismorperformancecoefficienttoremain J  invariantwhencontinuouslyexposedtoafixedoperatingcondition.(Thisdefinitiondoesnot " r refertodynamicorservostability.)(IEEESTD528-2001paragraph2.247)XXXXN#A#NAO#AɉXA#OAXAɉ L   J       4  `    *  * < * h *  *#XXXX#XXXX "   ListofItemsControlled     Unit:$value < 0  RelatedControls:Seealso7A102and7A994.Forangularorrotationalaccelerometers,see d 7A001.b.#XXXX#XXXX<(#(#   RelatedDefinitions:N/A    Items:  #XXXX#a.A driftrate stability,whenmeasuredina1genvironmentoveraperiodofonemonth, L"  andwithrespecttoafixedcalibrationvalue,ofless(better)than0.5degreeperhourwhen $$t" specifiedtofunctionatlinearaccelerationlevelsuptoandincluding100g; L  %L!$ b.  An anglerandomwalkofless(better)thanorequalto0.0035degreepersquareroothour; )$( or +&* Ї  Note:  4 7A002.bdoesnotcontrolspinningmassgyros(spinningmassgyrosaregyroswhich  useacontinuallyrotatingmasstosenseangularmotion).  c.  Araterangegreaterthanorequalto500degreespersecondandhavinganyofthefollowing: `   c.1. 4 A driftrate stability,whenmeasuredina1genvironmentoveraperiodofthree 8  minutes,andwithrespecttoafixedcalibrationvalueofless(better)than40degreesperhour;or  `   c.2 4 An anglerandomwalkofless(better)thanorequalto0.2degreepersquareroot  8  hour;or     d.Specifiedtofunctionatlinearaccelerationlevelsexceeding100g. p " 3/"   3/2   48  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation  p andAvionics,ExportControlClassificationNumber(ECCN)7A003isamendedby: 3/\݌H(#(# Ќ      a.0 4 RevisingtheLicenseRequirementssection,assetforthbelow; 4(#4(#     b.0 4 N#AR#O#o X#NAɉX XoOAXAɉAddingparagraph(d)intheItemsparagraphoftheListofItemsControlledsectionO#AɉXA#OAXAɉN#A#NA,  assetforthbelow;and4(#4(#     c.0 4 RevisingNote2intheItemsparagraphoftheListofItemsControlledsection,toread 4(#4(# 0  0(#(#04(#(#asfollows:>&!$4(#4(#  XXXX7A003 InertialSystemsandspeciallydesignedcomponentstherefor.#XXXX#XXXX  *R%( #XXXX#XXXX  +2'*  LicenseRequirements     ReasonforControl:NS,MT,AT ` Control(s) 4  `      CountryChart  `   NSappliestoentireentry   < NSColumn1   MTappliestocommodities   < MTColumn1 p thatmeetorexceedthe H parametersof7A103.  p   ATappliestoentireentry   0 < ATColumn1<(#<(#      4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*X (#(#  ListofItemsControlled  $X"      4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*#XXXX#XXXX'#&(#(#   Items: )$( #XXXXb #XXXX h+&* #XXXX #XXXX     4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*#XXXXM#N#A#NAO#AɉXAf#OAXAɉXXXX(#(# d.  InertialmeasurementequipmentincludingInertialMeasurementUnits(IMU)andInertial ` ReferenceSystems(IRS),incorporatingaccelerometersorgyroscontrolledby7A001or7A002, 8  andspeciallydesignedcomponentstherefor.  `   Note1 :0 ` *0 ` (#` (#*0 (# (#*  (# (#   Note2: 7A003doesnotcontrolinertialnavigationsystemsthatarecertifiedforuseon p  civilaircraftbycivilauthoritiesofaWassenaarArrangementParticipatingState,see H SupplementNo.1toPart743foralistofthesecountries.  p      4  `       < *0 h *0h(#h(#*0(#(#*0(#(#*#XXXX#O#AɉXA#OAXAɉN#AS#NA (#(# " 30"   3a2   49  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation X  andAvionicsisamendedbyaddingExportControlClassificationNumber(ECCN) 0"  7A008toreadasfollows: 3a݌$X"(#(# Ќ  XXXX7A008Underwatersonarnavigationsystems,usingDopplervelocityorcorrelationvelocity '#& logsintegratedwithaheadingsource,havingapositioningaccuracyofequaltoorless )$( (better)than3%ofdistancetraveledCircularErrorProbable(CEP),andspecially h+&* designedcomponentstherefore.    LicenseRequirements  `   ReasonforControl:NS,AT  ` Control(s) 4  `   0 0 (# (#CountryChart (#(# NSappliestoentireentry   NSColumn2   ATappliestoentireentry 0  ATColumn1p(#(#  LicenseExceptions   p   CIV: 4 N/A     TSR: 4 N/A   ListofItemsControlled  X    Unit:$value $X" 0  RelatedControls:7A008doesnotcontrolsystemsspeciallydesignedforinstallationon %0!$ surfacevesselsorsystemsrequiringacousticbeaconsorbuoystoprovidepositioningdata. '#& See6A001.aforacousticsystems,and6A001.bforcorrelationvelocitysonarlogequipment. )$( See8A002forothermarinesystems.h+&*(#(#   RelatedDefinitions:N/A    Items:  ThelistofitemscontrollediscontainedintheECCNheading.#XXXX%# 8  " 31"   32   50  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation  8  andAvionics,ExportControlClassificationNumber(ECCN)7A101isamendedby   revisingtheHeadingandtheItemsparagraphoftheListofItemsControlledsection,to   readasfollows:N#A#NAO#AɉXA#OAXAɉ 3#݌p(#(# Ќ  XXXX7A101Accelerometers,otherthanthosecontrolledby7A001(seeListofItemsControlled), *z andspeciallydesignedcomponentstherefore.#XXXX#XXXX  R      4  `   * *  * < * h *   ListofItemsControlled     Unit: 4 * ` * * :"  0  RelatedControls: *  * < * h $b"(#(# 0  RelatedDefinitions:*  * < *%:!$(#(#   Items: '#& a.Linearaccelerometersdesignedforuseininertialnavigationsystemsoringuidancesystemsof r+&* alltypes,usablein missileshavingallofthefollowingcharacteristics,andspeciallydesigned  componentstherefore:#XXXX #XXXX  #XXXX $#XXXX (#382, @ 1.Scalefactor repeatabilityless(better)than1250ppm;and 8   @ 2.Bias repeatabilityless(better)than1250microg.  8   ( 823$ ,%򀀀 Note: Themeasurementofbiasandscalefactorreferstoonesigmastandarddeviation   withrespecttoafixedcalibrationoveraperiodofoneyear.#XXXXb$#XXXX p b.Continuousoutputaccelerometersofanytype,specifiedtofunctionataccelerationlevels  p greaterthan100g,andspeciallydesignedcomponentstherefor.#XXXX'#N#A#NAO#AɉXA=#OAXAɉ H " 32"   3?)2   51  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation  andAvionics,ExportControlClassificationNumber(ECCN)7B003isamendedby v  revisingtheRelatedControlsparagraphintheListofItemsControlledsection,toreadas X"  follows: 3?)l)݌:$"(#(# Ќ  XXXX 7B003Equipmentspeciallydesignedforthe productionofequipmentcontrolledby7A 'D#& (except7A994).  )%(  +&*      4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*h(#h(#   ListofItemsControlled  `   Unit:0 4 *0` 4(#4(#*0 ` (#` (#* ` (# (# 0  RelatedControls:#XXXX^+#XXXXԀ#XXXX-#XXXX1.)Seealso7B103,#XXXX.#XXXX(thisentryissubjecttothelicensingauthorityofthe  8  U.S.DepartmentofState,DirectorateofDefenseTradeControls(see22CFRpart121)#XXXXp.#XXXX)and   7B994#XXXXT/#XXXX.2.)Thisentryincludes:InertialMeasurementUnit(IMUmodule)#XXXX/#XXXXԀtester;IMU   platformtester;IMUstableelementhandlingfixture;IMUplatformbalancefixture;gyro p tuningteststation;gyrodynamicbalancestation;gyrorun-in/motorteststation;gyro H evacuationandfillstation;centrifugefixturesforgyrobearings;accelerometeraxisalign  p stations;accelerometerteststation;andfiberopticgyrocoilwindingmachines.#XXXX80#XXXXH(#(# 򀀀RelatedDefinitions:*0  *0<(#(#* <(#<(#   Items:0 4 *0` 4(#4(#*0 ` (#` (#* (# (# #XXXX62#" 33"   3j32   52  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation 0"  andAvionics,ExportControlClassificationNumber(ECCN)7D001isamendedby $X" revisingtheLicenseRequirementssection,toreadasfollows: 3j33݌%0!$(#(# Ќ  XXXX7D001 Softwarespeciallydesignedormodifiedforthe developmentor production )$( ofequipmentcontrolledby7A(except7A994)or7B(except7B994).  h+&* Ї LicenseRequirements     ReasonforControl:NS,MT,RS,AT ` Control(s) 4  `      CountryChart  ` NSappliesto software   NSColumn1   forequipmentcontrolled   by7A001to7A004,7A006, p 7A008,7B001,7B002or7B003 H MTappliestoentireentry   < MTColumn1 H except7A008#XXXXS5#XXXX   RSappliesto software   RSColumn1  forinertialnavigation X  systemsinertialequipment, 0"  andspeciallydesigned $X" componentstherefor,for %0!$  civilaircraft '#& ATappliestoentireentry   ATColumn1 h+&* Ї     4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*#XXXX8#N#A(#NAO#AɉXA )#OAXAɉ(#(# " 34"   3;2   53  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation L  andAvionics,ExportControlClassificationNumber(ECCN)7D003isamendedby . ~ revisingtheLicenseRequirementssection,andrevisingparagraphs(a)and(b)inthe `  ItemsparagraphoftheListofItemsControlledsection,toreadasfollows: x     !  3;<݌B (#(# Ќ  XXXX 7D003Other software,asfollows(seeListofItemsControlled).    LicenseRequirements  >   ReasonforControl:NS,MT,AT > Control(s) 4  `      CountryChart     NSappliestoentireentry   < NSColumn1 N$" MTappliestoentireentry,   < MTColumn1 'N#& exceptsoftwarefor7A008 )&%(  +&* ATappliestoentireentry   ATColumn1       4  `      *0 < *0h<(#<(#*0h(#h(#*0(#(#*`(#(#  ListofItemsControlled   `      4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*#XXXXb>#O#AɉXA;#OAXAɉN#AR;#NAXXXX (#(#   Items:   #XXXXrC#XrXXXa. Softwarespeciallydesignedormodifiedtoimprovetheoperationalperformanceorreduce H thenavigationalerrorofsystemstothelevelscontrolledby7A003,7A004or7A008;  p b. Sourcecodeforhybridintegratedsystemsthatimprovestheoperationalperformanceor   reducesthenavigationalerrorofsystemstothelevelcontrolledby7A003or7A008by  continuouslycombiningheadingdatawithanyofthefollowing:    b.1.Dopplerradarorsonarvelocitydata; 0"    b.2.Globalnavigationsatellitesystems(i.e.,GPSorGLONASS)referencedata;or %0!$   b.3.DatafromDataBasedReferencedNavigation(DBRN)systems; )$( #XXXXrD#XXXX     4  `    *0  *0<(#(#*0h<(#<(#*0h(#h(#*#XXXXG#N#ASC#NAO#AɉXAC#OAXAɉh+&*(#(# Ї" 35"   3I2   54  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation  andAvionics,ExportControlClassificationNumber(ECCN)7E001isamendedby  revisingtheLicenseRequirementssection,toreadasfollows: 3III݌t(#(# Ќ  XXXX7E001 TechnologyaccordingtotheGeneralTechnologyNoteforthe developmentof V  equipmentor softwarecontrolledby7A(except7A994),7B(except7B994)or7D(except . ~ 7D994).  V   LicenseRequirements     ReasonforControl:NS,MT,#XXXXK#XXXXԀRS,AT#XXXXL#XXXX > Control(s) 4  `      CountryChart > NSappliesto technology  NSColumn1  foritemscontrolledby v  7A001to7A004,7A006, N"  7A008,7B001to7B003, &$v" 7D001to7D003 %N!$     MTappliestoentireentry   < MTColumn1 )$( except7A008#XXXXL#XXXX +&*   RSappliesto technology   < RSColumn1  forinertialnavigation ` systems,inertialequipment 8  andspeciallydesigned  ` componentstherefor,for  8  civilaircraft   ATappliestoentireentry   ATColumn1 p      4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#* ph(#h(# #XXXX;O#" 36"   3Q2   55  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation   andAvionics,ExportControlClassificationNumber(ECCN)7E002isamendedby  revisingtheLicenseRequirementssection,toreadasfollows: 3QR݌(#(# Ќ  XXXX7E002 TechnologyaccordingtotheGeneralTechnologyNoteforthe productionof $X" equipmentcontrolledby7A(except7A994)or7B(except7B994).  %0!$  LicenseRequirements  )$(  h+&*   ReasonforControl:NS,MT,RS,AT  Control(s) 4  `      CountryChart ` NSappliesto technology   < NSColumn1  ` forequipmentcontrolledby  8  7A001to7A004,7A006,   7A008or7B001to7B003   MTappliestoentireentry,   < MTColumn1 H except7A008  p RSappliesto technology   < RSColumn1   forinertialnavigation  systems,inertialequipment  andspeciallydesigned X  componentstherefor,for 0"  civilaircraft $X" ATappliestoentireentry   ATColumn1 '#&      4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*h+&*h(#h(# #XXXXS#" 37"   3pY2   56  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category7Navigation  andAvionics,ExportControlClassificationNumber(ECCN)7E004isamendedby ` revisingtheLicenseRequirementssection,andaddinganewparagraphadding(a.7)in 8  theItemsparagraphofN#AH#NAO#AɉXAH#OAXAɉԀtheListofItemsControlledsections,toreadasfollows: 3pYY݌ `(#(# Ќ  XXXX 7E004Other technology,asfollows(seeListofItemsControlled).  F   LicenseRequirements     ReasonforControl:NS,MT,AT V Control(s) 4  `      CountryChart V   NSappliestoentireentry   < NSColumn1  MTappliestoentireentry,   < MTColumn1 f"  except7E004.a.7. >$" ATappliestoentireentry   ATColumn1 '>#&      4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*+&*h(#h(# Ї ListofItemsControlled        4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXXV\#XXXXh(#h(#   Items: ` a.0  *0(#(#*04(#(#* `4(#4(#      4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXX`#XXXXO#AɉXA[#OAXAɉN#Aw[#NA 8 h(#h(#   a.7. DBRNsystemsdesignedtonavigateunderwaterusingsonarorgravitydatabasesthat   provideapositioningaccuracyequaltoorless(better)than0.4nauticalmiles.        4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXXb#N#Ab#NAO#AɉXAab#OAXAɉh(#h(# " 38"   3$e2   57  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category8Marine, H ExportControlClassificationNumber(ECCN)8A002isamendedby: 3$eQe݌*z(#(# Ќ      a.0 4 Revisingthe heading,assetforthbelow; \4(#4(#     b.0 4 Revisingthe unitparagraphoftheListofItemsControlledsection,assetforth > below;and 4(#4(#     c.0 4 Revisingparagraph(a)intheItemsparagraphoftheListofItemsControlledsection,   toreadasfollows:" 4(#4(#  8A002Systems,equipmentandcomponents,asfollows(seeListofItemsControlled).  X&!$      4  ` * * * *  * *X%(  +0'*  ListofItemsControlled     Unit:Systemsandequipmentinnumber,componentsin$value `   RelatedControls: *  * < * 8    RelatedDefinitions:*   < * h *  `   Items:  8  a.Systems,equipmentandcomponents,speciallydesignedormodifiedforsubmersiblevehicles,   designedtooperateatdepthsexceeding1,000m,asfollows: p a.1.Pressurehousingsorpressurehullswithamaximuminsidechamberdiameterexceeding1.5  p m; H a.2.Directcurrentpropulsionmotorsorthrusters;  a.3.Umbilicalcables,andconnectorstherefor,usingopticalfiberandhavingsyntheticstrength X  members; 0"  a.4.ComponentsmanufacturedfrommaterialspecifiedinECCN8C001. %0!$   TechnicalNote: Theobjectofthiscontrolshouldnotbedefeatedbytheexportofsyntactic '#& foamcontrolledby8C001whenanintermediatestageofmanufacturehasbeenperformedandit )$( isnotyetinitsfinalcomponentform. p+&* XXXX     4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXXn#N#Ad#NAO#AɉXAd#OAXAɉh(#h(# " 39"   3Op2   58  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category8Marine, j ExportControlClassificationNumber(ECCN)8C001isamendedbyrevisingthe L  RelatedControlsparagraphintheListofItemsControlledsection,toreadasfollows: 3Op|p݌. ~(#(# Ќ  ݀XXXX 8C001Syntacticfoamdesignedforunderwateruse,havingallofthefollowing(seeListof   ItemsControlled).        4  ` * * * *  * R  ListofItemsControlled  R   Unit:* ` * *    RelatedControls:Seealso8A002.a.4.   0  RelatedDefinition:* *  *b" (#(#   Items: 4 * ` * * :$" #XXXXSr#" 3:"   3.u2   59  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category9Propulsion )%( Systems,SpaceVehiclesandRelatedEquipmentisamendedbyrevisingthetitleof +&* Category9,toreadasfollows: 3.u[u݌(#(# Ќ  Category9AEROSPACEANDPROPULSION  `      4  `   * *  * < * h * 8  " 3;"   3w2   60  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category9Aerospaceand  8  PropulsionN#Ao#NAO#AɉXAp#OAXAɉ,ExportControlClassificationNumber9D004isamendedbyrevisingthe   LicenseRequirementssection,andaddingtwonewparagraphs(f)and(g)totheItems   paragraphoftheListofItemsControlledsection,toreadasfollows: 3ww݌(#(# Ќ  XXXXԀ t  9D004Other software,asfollows(seeListofItemsControlled).  L  LicenseRequirements  L   ReasonforControl:NS,MT,AT   Control(s) 4  `    CountryChart \$"   NSappliestoentireentry  NSColumn1  (\#& MTappliestoentireentry,  MTColumn1 + '* except9D004.gand.f  ATappliestoentireentry ATColumn1 `      4  `  * * *  * < *  `  ListofItemsControlled         4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXXz#XXXXO#AɉXA@y#OAXAɉN#Ax#NAph(#h(#   Items: *z      4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*N#AB#NAO#AɉXA#OAXAɉ#XXXX~#XXXXRh(#h(# #XXXX#f.  Softwarespeciallydesignedtodesigntheinternalcoolingpassagesofaerogasturbine  engineblades,vanesandtipshrouds;    g.  Softwarehavingallofthefollowingcharacteristics: :"    g.1. 4 Beingspeciallydesignedtopredictaerothermal,aeromechanicalandcombustion $b" conditionsinaerogasturbineengines;and %:!$   g.2. 4 Havingtheoreticalmodelingpredictionsoftheaerothermal,aeromechanicaland '#& combustionconditionswhichhavebeenvalidatedwithactualturbineengine(experimentalor )$( production)performancedata. <  r+&* XXXX     4  `   *0 *0 (# (#*0<(#(#*0h<(#<(#*#XXXXj#O#AɉXA#OAXAɉN#Af#NAh(#h(# " 3<"   32   61  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category9Aerospaceand  PropulsionO#AɉXAd#OAXAɉN#A#NA,ExportControlClassificationNumber9E001isamendedbyrevisingthe j HeadingandtheLicenseRequirementssection,toreadasfollows: L  x     !  3݌L (#(# Ќ  XXXX9E001 TechnologyaccordingtotheGeneralTechnologyNoteforthe developmentof $  equipmentor softwarecontrolledby9A001.b,9A004to9A012,9B(except9B990or  9B991),or9D(except9D990or9D991).#XXXX#XXXX    LicenseRequirements  <   ReasonforControl:NS,MT,AT < Control(s) 4  `      CountryChart     NSappliesto technology  NSColumn1 L$" foritemscontrolledby $&t!$ 9A001.b.,9A012, 'L#& 9B001to9B010, )$%( 9D001to9D004forNSreasons +&* ЇMTappliesto technology   < MTColumn1  foritemscontrolledby  9B001,9B002,9B003, ` 9B004,9B005,9B007, 8  9B105,9B106,9B116,  ` 9B117,9D001,9D002,  8  9D003,and9D004   forMTreasons   ATappliestoentireentry   ATColumn1 H   LicenseRequirementNotes :See743.1oftheEARforreportingrequirementsforexports H underLicenseExceptions.#XXXX# (      4  `    *  * < * h *  *  " 3="   3W2   62  .3  0    0(#(#InSupplementNo.1toPart774(theCommerceControlList),Category9Aerospaceand `  PropulsionN#AX#NAO#AɉXA#OAXAɉ,ExportControlClassificationNumber9E002isamendedbyrevisingthe 8"  Heading,toreadasfollows: 3W݌F$"(#(# Ќ      XXXX 9E002 TechnologyaccordingtotheGeneralTechnologyNoteforthe productionof )2%( equipmentcontrolledby9A001.b,9A004to9A011or9B(except9B990or9B991).  + '* #XXXX#     4  `       <  h      4  `   * *  * < * h * `   " 3>"   32   63  .3  0    0(#(#SupplementNo.3toPart774(theCommerceControlList)isamendedtoaddanew   StatementofUnderstandingaftertheexistingStatementofUnderstandingMedical p equipment,toreadasfollows: 3)݌H(#(# Ќ  XXXXSUPPLEMENTNO.3TOPART774STATEMENTSOFUNDERSTANDING #XXXXȕ# H      4  `   * *  * < * h *   StatementofUnderstandingSourceCode  X  Forthepurposeofnationalsecuritycontrolleditems, sourcecodeitemsarecontrolledeitherby 0"   softwareorby softwareand technologycontrols,exceptwhensuch sourcecodeitems $X" areexplicitlydecontrolled. %0!$      4  h+&* DATED:  ChristopherPadilla 8  AssistantSecretary  ` forExportAdministrationO#AɉXAː#OAXAɉN#A#NA