Factor Info

ID 62884
Size 911 digits / 3024 bits
Status composite
Value 16046608273870771447431711610634921366908588318641494879090986844501115265399792040323881306383404434643246675260980517188800814698903664920936393768664857038786321207774520202943560746565797939901698226828841256772159519376877946601035532310258618107195387579230769759468020881458372229211796659287746834994323028839740438652276946831213170553539435040621514378322180392485404626870412655373620677894114238827305121230587094224827564468202180013242397632488266533250185452487541010204387326905837837614928469849955447271051049906475335681267550431245914662166316325030919125344391653633146427271317361661905260156060728519947245819057740073470045466636793553989229459630885696056194350464128806363203853329475172331589001939891777955733711773469563833621637793401013347587307381359352245923828911759753794372458301225489742901213173683381745433386211189313980980538549856686754983582250030621926880425459223297

Factorizations

Primary (ID: 3016) 5704689200685129054721 (proven prime)
(ID: 62885) 2812880370755971311806507701350449451063196976810949382822867218905651493358843256981340020501340206660386809321377037375187502517053157655161118274747752285655652427056638929231011623324605542222133243708700809450917643947151967219792247004241138583882030281915255573579911187607282972627375806288692104569855654889030439994301375669286725806981931965052691639919541236754954157859557300980676313022923210294898141016529495633380439566959991839513295805818246547261273449152795682642209002825733481826427576729812921101781956298835650877105127682132114049677786348875555591969407260546895499951539636951464105596311996049808336962802437709826534840746250583759370891398401420835821246001689151155568328670557505305285359929163130706981534508766987106050943288931697662472331460219764203239410877681613661563460701290544680623896311804737201248875808864021646856695913621249866291560960257 (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.