Factor Info

ID 106651
Size 912 digits / 3029 bits
Status composite
Value 583648149294308048620319882570238226853732135683713510041011744727821524956880104849192855456851142773339817770930084181099487895604378798866629437104955687841753236993722632254383313595561885892801571341424942749727391393422086977589094046195688813348222099551779713235492257426967667977382024553782312157174476838481397793799897732995337152821947239396103923486219082498210823957517622750945963022628257614323978183243945762613865729483825895112058088593100172638710588818229858414715067150792824980256298878110301123612268414327191982638366251853519726844057667376947268917279534886655841205156992591490629122786997873660610826704582791912774644652935969736763569526275618431280063727824649728958507801996782365385989747827217467786732121419886827044756522966791294315756463458764031313268200008049018517048557897200745975171376178443517408661003320923007405948818090805698512199161661802019435587884461406571

Factorizations

Primary (ID: 106652) 47976968150537607989019028291 (proven prime)
(ID: 106653) 12165173661307482058392577221778432004397515329418333641127822968486569851029353964594615356311527184625240833307052403063138107553691647673607505304382809061342370078409540836519473324817537569203267697759310371173092068821047692107162911425313707857364483635330349659639340526108345257690055738486655326827211356341022540601367073303318014640998375109888021626539428410385293314281195005656346919700385616954458048095803292156563496410964797068650063889490374624620416533940009539838021951478621492156902949830574614295506906437004591930954048679158997614538684577388080044758869707366580288272002074797275860562091464150882033047899268090811672667743507523082463441268251845650315794541963597427936768928403055239328783303906555741466108450006717508468408015739698554496450229304136639853641448293265468552073786670105312527219076603766425541381393710507306397035506962152053265081 (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.