Factor Info

ID 83544
Size 946 digits / 3140 bits
Status composite
Value 1327148292287148238805321467637388043828284017711085275671592236707223530785910903206377685600780834250255712482813152055079397586594726031901455639617194438662217353011275726692952772124353075701622958008846890955083420513882854522369764861056293572692990312036108011507711211542366419798919527768289142664948525057916198640824613611521834306919120318984173207271511811074736456871713958337258471345789254879491155335866136985303491161326452412552125669104020407353248746255260988941168700130840648973797617570013981706263873269169677971945852882404478552607821660023106247530852251658592239573426993848656142007793083651461394616186141579452594722149971704996290723975527698198386195413690990211295169475401790913797434676114847552393767142678141599557540895972154887729243718526147301686573908289623798534437115767763540612231919389181134159191801494371025300861053554765727990453932994736511834819037022494808639336586008361302907913519197123

Factorizations

Primary (ID: 81524) 4518805255265763805270141607975673656540612850763140413449226960380570333451348220702286424075114748956802436410610566809292838870931333345174195218060662748062048875686194878098937349689451891075016500457024483764979999 (composite)
(ID: 83545) 293694509348598796478537483036049608112725334259476172553467339261201895443800545494167926994693003515776982335443071022546593209389005704150629207972380860422781624549845990830527145797994080716620046331293894820848889029873090206747702268427776806437422356315840078605211618455094807666121124620460471368494463870409491004400697389824795492200399442289040722200382229899005921203500941196623642763234892614471000641871814033911274360919806804735225864018564137982500618371220806958592564653748372726331640980095451592438941850248935787506504262121592127558381592843747332137198812716286117985031292945009246771581104415404076332146925695999362560239270777417160397798710462494911463420159952210964638412476424968213128262877 (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.