Factor Info

ID 153820
Size 943 digits / 3131 bits
Status composite
Value 3084248256893272617758054063148824787775767117782851454555822531499961314730868224305963896158025673486077073122868797452070998369854301107985365627985226949165974562842680223442763599685434053088349354778868242765331304451786946181348966945868319820313661853577050460685049942426501513816181590363237274886202083645992680349582872942538572542729605139358293658268705239269502104454865146152724203419529686486420824225228150587019059093199183499751902394595515840313351232936510445280703877863874192265035695566322987566991331890599494550458358376964384273649480624281423465769725656537339136711463947099846586448082909721712382830545247818141182321407691017774664645936536336452467262384022529478099797500459296429135655647362876153545405853464704041601369482568261117750034785274719322843394537817901782435758554956387721455365043205228459519786555042305170858602325047562077798371373923914223569051430762747408516694007632524852334703138061

Factorizations

Primary (ID: 153821) 881672810708475798204971 (proven prime)
(ID: 153822) 3498177804093673145869017228392489641404197812974907975409052276118380881402720282139547478226563034806755599144850567354548875291127977639314692978393879429564582059859321617834812212661791653996250053988434779617471158462152719935775477833271703428848333600126396966750983467655434811029586351010722168683445330109113160781198443136725140096582554603892664583430505237495930011096091894627547120782333386887423502097385074323566144905975077889191000266205497096218528878237720034233767808046904058179320399066302803453517543301820031430969173687465833691280940150827963439959204723623106839877863224649478964598085458679667897853895860710607165377542428689264512883017814043406764851488120406515172228800122263812024650489315111539667744882020556020156959209813014386047266106731610596493124663194835655180887203875037460057237735782975462019564586359880141363477176845170925054146219995882891601830544782045510586791 (composite)

Primary factorization keeps track of the smallest (known) prime factor. Secondary factorizations are old results kept when a new smaller prime factor is found, which occasionally happens with ECM.