This　Panoramic　video　is　a　kind　of　video　which　is　produced　by　splicing　and　fusion　after　360　degrees　omnidirectional　shooting　with　multi-eye　fisheye　lens.　Compared　with　ordinary　video,　panoramic　video　has　broader　vision,　richer　perspective　and　is　not　limited　by　space　and　region.　Nowadays,　panoramic　video　has　been　widely　used　in　video　surveillance,　live　video　broadcasting,　video　conferencing　and　other　fields.　However,　due　to　the　large　amount　of　panoramic　video　data,　the　bandwidth　requirement　in　real-time　transmission　process　is　very　high,　and　the　problem　of　delay　and　packet　loss　is　easy　to　occur.　Considering　that　users　are　only　interested　in　local　areas　when　viewing　panoramic　videos,　this　paper　designs　and　implements　a　panoramic　live　broadcast　system　based　on　spherical　distribution.　Compared　with　the　traditional　live　video　broadcasting　system,　the　system　maps　the　panoramic　video　on　the　server　side　and　intercepts　the　local　texture　distribution.　In　the　process　of　distribution,　two-way　information　interaction　between　the　server　and　the　client　is　needed.　The　user　drags　the　client　screen　to　select　the　perspective　he　wants　to　see.　The　client　sends　the　coordinates　of　the　perspective　to　the　server.　The　server　intercepts　the　spherical　texture　and　sends　it　according　to　the　request　coordinates.　The　results　show　that　the　live　video　client　can　see　high-definition,　distortion-free　panoramic　video　in　real　time,　and　can　freely　switch　different　perspectives　to　watch　panoramic　video,　which　has　a　good　experience　effect.　©　2019　IEEE.