In　the　era　of　the　Internet　and　the　Internet　of　Things,　display　technology　has　evolved　significantly　toward　full-scene　display　and　realistic　display.　Incorporating　＂intelligence＂　into　displays　is　a　crucial　technical　approach　to　meet　the　demands　of　this　development.　Traditional　display　technology　relies　on　distributed　hardware　systems　to　achieve　intelligent　displays　but　encounters　challenges　stemming　from　the　physical　separation　of　sensing,　processing,　and　light-emitting　modules.　The　high　energy　consumption　and　data　transformation　delays　limited　the　development　of　intelligence　display,　breaking　the　physical　separation　is　crucial　to　overcoming　the　bottlenecks　of　intelligence　display　technology.　Inspired　by　the　biological　neural　system,　neuromorphic　technology　with　all-in-one　features　is　widely　employed　across　various　fields.　It　proves　effective　in　reducing　system　power　consumption,　facilitating　frequent　data　transformation,　and　enabling　cross-scene　integration.　Neuromorphic　technology　shows　great　potential　to　overcome　display　technology　bottlenecks,　realizing　the　full-scene　display　and　realistic　display　with　high　efficiency　and　low　power　consumption.　This　review　offers　a　comprehensive　summary　of　recent　advancements　in　the　application　of　neuromorphic　technology　in　displays,　with　a　focus　on　interoperability.　This　work　delves　into　its　state-of-the-art　designs　and　potential　future　developments　aimed　at　revolutionizing　display　technology.　Display　technology　evolves　significantly　toward　the　full-scene　display　and　realistic　display.　To　overcome　the　bottlenecks　caused　by　the　physical　separation　of　sensing,　processing,　and　light-emitting　modules,　a　discussion　of　how　the　neuromorphic　technology　is　to　be　applied　in　the　display　is　presented.　In　addition,　neuromorphic　display,　a　novel　technology　for　intelligence　display,　is　also　discussed.　image