The　development　trend　of　flat　panel　display　is　bound　to　be　ultra-high　pixel.　While　the　current　display　is　that　the　driving　module　is　separated　from　the　display　module.　And　the　operation　speed　is　slow.　When　the　amount　of　displayed　data　is　large,　the　data　transmission　from　the　shift　register　to　the　column　driver　and　the　clock　circuit　to　the　row　driver　will　have　a　time　delay.　This　will　increase　the　connection　time　between　the　picture　frame　and　the　frame.　The　computing　based　on　Von　Neumann　framework　is　the　separation　of　storage　and　calculation　modules,　which　reduces　the　computing　speed　and　integration　density.　And　the　display　driving　circuit　based　on　this　framework　also　has　the　same　problem.　Neuromorphic　computation　based　on　artificial　neurons　and　artificial　synapses　is　integrated　with　storage　and　computation　in　a　device.　This　greatly　improves　the　operation　speed　and　integration　density.　In　our　work,　artificial　synaptic　device　was　applied　to　the　display　driving　circuit　in　order　to　solve　the　above　dilemmas.　The　combination　of　neural　morphological　devices　of　artificial　synapses　and　display　will　reduce　the　energy　consumption　of　display　and　improve　the　speed　of　operation　to　realize　the　integration　of　display,　memory　and　computing　in　a　device,　and　brain-like　parallel　operation.　©　2023　IEEE.