Factor Info

ID 149382
Size 943 digits / 3130 bits
Status composite
Value 1090513044704859475533560312638893745719197571491361980638753967375519348815440830441752060599040758863154546943053374836978353514927077669068618508614522686329858164459649681797637369020057367071903228414307814347987642493773718148333837346460572222998911947535016055600285057409892537588935469524597574796436639856286328697597763415841766617734416742963083923343938409283055273366413397005918712726987028080017641445895234995551784769411251089009334370035252013711257773579352632019100891770863955843466400070415255340518831312009997712484156046472143190882566343508448279984886598155113343496689860453743246539367729023450411726485366100896270861050665837959517318637514055735273023883043380743473751416123017401307839324226776232518774588216718396670000306990620612028683220713907689920320748101888007081762412670368475497054313398439111081533496676097074027674686968277496673652739851713302916339147917260691916562863042294617104384690991

Factorizations

Primary (ID: 147104) 8043246179584357573185817 (proven prime)
(ID: 149383) 135581209421742799180121012119608263890666519233047499059521267554510161566032127269545212408954517707202371926069126292450141889440984334039869819701773383611201264952490485020250613348577694745796870565998678928221547980063356039421756811556339342529080453141920749417087545936309679453195880620536805180443242961269854307698960742849709335687210687754750464051228585493097478211705598016004124492305526836363699991200361224607150829594374277837182471358738518900311727615552960008404594514779849438309579071306752950832446746730111975209800347636874049360781956928892665815501446122156645254027740668659303282079600849406648009965277675817547082301125379025329878665351114047960839571011622392574427165676226069268867596840595419460097145782508833385104497859578833290731741559341711896029322048595584237335977289352824388596389237292303249897858186456586038923037241289185666929194946026721580190405941848028831623 (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.