Factor Info

ID 114454
Size 943 digits / 3130 bits
Status composite
Value 1490187339101244744356530328919177750606180720514060604474873989112940949555187812349894515393043945901013610351513927586122036283249754077961600161448852349848265104211963113109303457039116283824627700670134260162937010975948068383803312015231300222143765901606735161044381622743226771757907924525541197409312618347923086681583270416876639204101163779298734942564641515579123821991699451440418019858941380538168649584273160101073840139891486359957584836147338822130586716106662816033266567813824668767110847555759470417208565552758201477470992177675639245288664049283710086761030291707623459879559576190384428585720173363678218950600913421949953253765314353636413009695091360662012177877439627743453792317512718393685142930041009002951269494818808006860785000477529754938090972776363629266655744652310620299085361204684150107599131193032935781024311763843410864514419361080788405597856638672409561037037033562304160779722736347557290222064843

Factorizations

Primary (ID: 49279) 1399286997093122568957503820246404653224409 (proven prime)
(ID: 130341) 1064961900022624705619671509420234467170596305194110939784779631738938945959578360067631150207125082158239263883329659274575688489108354310382795205383217034680131767854801038733427087409701485483738071294700285161826514038927999680605920761543102765531808228010050668112273904900804195000687076180224978083871044282161415896285778338668300807562071833306249809775694329237732091470615150752865240960699852848367275446131214216260482457302265378371336010470203470517546907847475633774501334425170755756871870742235614671735913424051442113856209206513705817667687614907227818619732875331888824959450168604069655094357594265068195997395738483451881918006637295914721589241900957604335965707109978944906999555817622704238393792213299412463622061389400538109889106145629762767646191265271343073806419314030115188415746879625978580065632158772558075359394926100885207653598072591384385414472196528624636227 (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.