We　measured　magneto-optical　(MO)　Faraday　rotation　around　the　M2,3　edges　(60-70　eV)　of　Ni　film　on　3W1B　beam　line　of　Beijing　Synchrotron　Radiation　Facility　(BSRF)　in　the　soft　X-ray　region　through　a　versatile　polarimeter　with　multilayer　polarizers,　which　is　mainly　composed　of　polarizer,　analyzer,　sample　frame,　round　NdFeB　permanent-magnet　and　MCP　detector.　We　used　the　reflective　aperiodic　molybdenum/silicon　broadband　multilayer　polarizers　as　the　polarizer　and　the　analyzer　in　the　versatile　polarimeter,　and　obtained　a　series　of　Faraday　rotation　results　in　the　60-70　eV　region.　The　results　demonstrate　that　the　Faraday　rotation　angles　are　obviously　large　around　Ni　M2,3　edges,　the　rotation　angles　are　1.79　±　0.19°(average　rotation　angle　in　parallel　and　antiparallel　magnet　fields)　and　-0.76　±　0.09°(average　rotation　angle　in　parallel　and　antiparallel　magnet　fields)　at　the　energy　65.5　eV　and　68　eV,　respectively.