Factor Info

ID 65097
Size 944 digits / 3134 bits
Status composite
Value 16239418394548025699666492556480269715185626163726353394068418499904299804619748802074712916279979397360937372155043001961680908786672062206496227630882998505349727418281220395239040061939758848589609891496272006579945704412127565368168796484861284576039752678329112874520256889612590030698430570572714816457312765584887741971337776246928625164559447593704435094684730746355996307433547837216518461110922173675642599327207611332705152983881498183975856796482315096841207275578161194926195960764702369243977341566227135065371144554334077529922231657416048902834355297089845542923577579288230154535559554804799021253752105151840995774229415074358364160967780100535983883220416594466218377043283051949530822333509479082283377989454448400505171976727301817467914894655384836840858372827363287481685939642589746821317846132420767826837124656266604220293960564565269025734079692032876941522356120772309883216413930688019078470851675917127478848384361

Factorizations

Primary (ID: 63367) 143798195172461138521036839345269251740737334259640879028155379795667047030720519999127 (proven prime)
(ID: 91670) 112932004293041673185299061227762261090513343826892916556124627091806819553953572670934204750306309260584855331132835927816931086665451133443006299818174650824226271678400965992424904678462508378374010527417621076127043110338299430682370875201487102378768916603044187558441941857098570506356800402079608382503346196565098904777411055938688767579944007020741810205050472898982211566310871996053878604842565601756325789180773731825695210281722767006787431777154520370623846469535396789060153461839793362959137237179749639106703181242831892339497059656760971313959742240645013677875597602585910472611309614713261395561020281866985748474606029318820947257302768361275502836517443112916576920484217077919610717224810574795095971001762310431542942030816538236921200552621578634129230972485105934431856424858021493362072131104308304269901317569191514929781154079743 (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.