The　performance　of　perovskite　quantum　dot　light-emitting　diodes　(PeQLEDs)　has　been　rapidly　enhanced　recently,　but　the　devices　are　still　stuck　in　the　stage　of　using　small-scale　solution　processes,　such　as　spin-coating.　In　this　work,　we　report　the　realization　of　high　performance　PeQLEDs　by　using　inkjet　printing　technique.　We　demonstrate　the　preparation　of　a　printable　perovskite　quantum　dot　ink　by　using　a　hybrid　solvent　consisting　of　high　boiling　solvent　dodecane　and　low　boiling　solvent　n-octane.　A　universal　strategy　for　eliminating　coffee　rings　during　inkjet　printing　of　perovskite　inks　is　developed　based　on　the　modulation　of　ink　formulation,　and　the　stacking　model　of　perovskite　quantum　dot　in　a　pixel　pit　structure　is　proposed.　The　inkjet-printed　PeLEDs　exhibit　a　low　turn-on　voltage　of　2.7　V,　a　brightness　of　10992　cd/m2　at　6.6　V　and　a　maximum　current　efficiency　of　8.67　cd/　A,　which　is　by　far　the　highest　value　reported　for　inkjet-printed　PeLEDs.　The　results　pave　a　way　for　future　realization　of　high　performance　pixelated　PeLED　displays　with　inkjet　printing　technique.