Factor Info

ID 171123
Size 906 digits / 3008 bits
Status composite
Value 166559093500520060890868542238045132912543971325867447383196606259182287558536889158701323702084236073037318007069635542847271040824134933522423717881184975043981231305974641420145511296559685677904468835816263729504251081812619328454207085291497059694965248458631814594915746666454787152679326646035067607539445112557270031861160631007913352190067776402803147219222722766181651569314322358344533925674643126176520232586786420743593053885417193615917976337095860279621789245027941678983290742909037912476919368910345368889405002839372968873110400111943927148989135620309501078538493142691542517689155877412449063177174534065182074815751560482826678234960690117783717658996445914271721114184304431922064302361286398396355685918763509933586135166489638112607348280994070141455901504383670007959226626382826034543195534550830557514437986008718601101674341252267111205207529273705446718140770017011920694077119

Factorizations

Primary (ID: 169597) 32763285191243427654519354955985265032061643 (proven prime)
(ID: 171124) 5083711615861890108587874249426578173676043313079446143235839638581186550237271385400872841215461993266196293156289418087781357533994621264511132960326200713154087955256132354217385603113751761667754227168343646475043091580032697989609607121324492629326339700969959727660548626366445258539838667090286454953490303903066260210398172159214641744942044993192980396763720699005053148289460059070747407774010812118704728185393656922052452432943625308310292896648995558002697127412087024406377391734638877100623317228126987083003952473058224497791840771309694470467587115439436652725142410122059062824844379997625542027139423587487430110911952345763544487958092154337843733843535937592792826984437113338852922923208518615811414353393606012548252397923775120117199501799283391188193148544457357680586350057037239214773681967341094720419809688586386606918525907847850333 (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.