Mobile　devices　support　more　and　more　real-time　multimedia　contents　such　as　live　video,　high-definition　television,　virtual　reality　and　so　on.　Real-time　multimedia　services　over　mobile　networks　face　several　challenges,　including　the　efficient　management　of　radio　resources,　high　data　throughput　and　the　latency　induced　by　transmission　delay.　In　order　to　address　network　errors　on　Long　Time　Evolution　(LTE)　multimedia　broadcast　services,　forward　error　correction　and　unicast　recovery　techniques　are　proposed　in　standard　at　the　application　level.　In　this　paper,　a　parallel　coding　scheme　with　Turbo　Product　Code　(TPC)　is　proposed　to　fit　the　antenna　array　of　Multiple-Input　Multiple-Output　Filter　Bank　Multi-Carrier　(MIMO-FBMC)　system　for　transmission　latency　reduction.　In　this　scheme,　multimedia　content　information　data　are　firstly　reformed　into　two　dimensional　blocks　with　(k(1)　x　k(2))　bits　in　every　block.　And　then　each　block　is　encoded　into　(n(1)　x　n(2))　codeword　block　using　TPC　to　be　transmitted　parallel　through　the　massive　antenna　array　of　transmitter　in　MIMO-FBMC　system.　In　the　receiver,　the　multimedia　content　information　is　re-formed　by　concurrent　soft　decision　iterative　decoding　algorithm　of　TPC.　This　parallel　TPC　coding　scheme　achieves　high　throughput,　low　transmission　latency　and　high　reliability,　which　is　suitable　for　the　multimedia　communication.　Simulation　results　confirmed　the　superiority　of　the　proposed　parallel　TPC　coding　scheme.