Factor Info

ID 83353
Size 907 digits / 3013 bits
Status composite
Value 5427030545667391770838869026365353819756953557271625399415119161241155283742819789950120111144063737432236300078516539800291819431546826168240464500477674734913743857881734739644763496845111541576515075527848921263609472070609951052308890353968101906649382278834832073417356245375006046323875199093744596977924509847315486228314550215268471426186114776659167319486167991655470196513715181002918096372493608235837398212204931749134936444514781925340965590023234387867437703934035654291623428965132449669611212647882340302217766516877498563870790461598401559906296251156411819403561503106836185532886851199080873824769855969494991716531535998182279760932492189656382073090726267715448210106245140843855386129792574985715192464323294394545308411839653180711356442087124147335543342006302301402499521898850147622125316020532937568311057239438984378862913821511041633342322092628602896587989487225995095655355121

Factorizations

Primary (ID: 81214) 244062508940258862564399411664161639319273489697609476464464565681042212311512001916660988521 (proven prime)
(ID: 83354) 22236231894984778495934580379295940780650648465359234192340158101458322895738581370769787226147200461032147700646001014589523632043206456219354327119015116490895859567948327953039115896498480769488846039594451652561006504865052807068937732037108911799175377943710623731639743762612384453566837945588363947562885819936734072404581565309811698185066213877245661313123038317346500892962539110604573631152841880875727369029918027306683919236579095204207938228075468864310707061688591491169158923309564419686881694900713519201610659778888840782654165876881529490211219785892916057446188281040551236649747548349040160773570932947899766962319983828256321812419607096330734260594622805644174829845662904803518280160626016248828374802699694537637771693073825979326318453245306948531591239785624957585530695333876746966774601 (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.