Perovskite　quantum　dots　(PQDs)　have　been　widely　used　to　realize　light-emitting　diodes　(LEDs)　with　high　color　purity,　efficiency,　and　wide　color　gamut.　Due　to　the　demand　for　huge　amount　of　display　information,　development　on　high-resolution　PQD　LEDs　(PQLEDs)　with　massive　pixel　density　are　highly　desired.　Herein,　high-resolution　PQLEDs　are　fabricated　by　using　nanoimprint　technique.　By　preparing　a　honeycomb-insulating　polymer　polymethyl　methacrylate　(PMMA)　film,　the　high-resolution　pixelated　quantum　dot　emissive　layer　is　formed.　In　addition,　the　leakage　current　of　the　device　is　significantly　reduced　because　the　direct　contact　between　electron　transport　layer　and　hole　transport　layer　is　avoided.　The　PQLEDs　based　on　nanoimprint　technology　show　a　resolution　of　9072　pixels　per　inch　(PPI),　and　a　maximum　external　quantum　efficiency　(EQE)　and　brightness　of　7.81%　and　146　400　cd　m(-2),　respectively.　The　results　demonstrate　that　high-resolution　PQLEDs　can　be　realized　by　using　nanoimprint　technology,　holding　great　commercial　potential　for　next-generation　near-eye　displays.