Factor Info

ID 180613
Size 945 digits / 3136 bits
Status composite
Value 103504226878259823027804080982588865057686892194541450445340495609412287084326710537998730396627796010683391141057013511567347190964149036414946138507413213876734380074379996871935782850158850661226524755457438637739251552513674891163469747301295319584039877021969580115052812591307614232503931003463560213923257620674635000217838393601910783588508495089604879578381903222040730656354454824090962853545661257781788870793033658199945389486777279642575041298012102369271572940644189299111890741618811167433753037537941994840719345523785651864186809822887464749024472431823399940531698753108999810104977708047269271108297591870905664238300323077901202394734085130319024895316813680859128441953730093703381577449183744020649808096360302915650841133115894036710741534381224854034599793154304005465656156121401451339756913687399578020398819728141168200932971105310228216781185798079460324141495269385375629480498385401536379392590435418782834839266309

Factorizations

Primary (ID: 143138) 10644344455679683241900411599784820150490673161 (proven prime)
(ID: 180614) 9723870484389606425335699792679495033521799678823007454612508975741659204335725638092568308778396116144392500337165050087323337334454547300940830863216214404998039132136519738984588621835456660188297788866189258086212700298129019770031425279200747615198940580362526375110616408937033516268590347214852573319052318235760756338578452749219340190903636914954020923077211083834472571085217408213314534164618735656756483825819322564085456074620209329519754306591402027475626406276875879860645838970618291756298668878087093781583381344814421345469508489099189955412352643185587923968618906884584294633734111318508217810443462386403250519283248773179513708114174277974186163673272063740850491921609644283374515245974148597039146195098012134448397113728910455706845274196690836735027239291003134106896439770831247833269528043498745793264181670370846338638365950770359234825869632264000457409417243586026269 (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.