A　trade-off　contradictory　relationship　between　texturization　and　optical　transparency　exists　in　ferroelectric　ceramics,　so　to　achieve　transparency　in　textured　ferroelectrics　is　quite　difficult.　Here,　Er3+　and　LaBiO3　co-modified　(K0.5Na0.5)NbO3　(1Er-KNN-yLB)　transparent　textured　ceramics　were　successfully　prepared　by　the　tape-casting　method.　Doping　of　LaBiO3　enables　the　textured　ceramics　to　exhibit　excellent　up-conversion　photoluminescence　properties,　and　the　red　emission　is　significantly　improved.　Meanwhile,　with　certain　amount　of　LB　content,　the　textured　ceramics　show　nanoscale　grains　and　approaching　pseudo-cubic　phase,　resulting　in　high　density　and　obvious　relaxor-like　behavior.　This　result　indicates　high　local　symmetry　and　less　light　scattering　centers　within　the　textured　ceramics,　finally　bringing　about　enhanced　optical　transparency,　with　the　highest　transmittance　of　similar　to　39%　in　the　visible　region　at　y　=　0.025.　Additionally,　the　observable　piezoelectric　and　ferroelectric　performances　were　obtained.　These　multifunctional　properties　endow　KNN-based　textured　ceramics　with　promising　application　prospects　in　optoelectronic　devices.