The　reflective　spectra　of　SiO2/Al,　ITO/Al,　SiO2/Au,　and　ITO/Au　omni-directional　reflector　(ODR)　structure　and　the　distributional　Bragg　reflector　(DBR)　are　calculated　by　computer　simulation.　The　DBR　is　grown　by　LP-MOCVD,　then　the　glass/SiO2/Au　ODR　samples　are　fabricated　by　PECVD　and　magnetron　sputtering,　and　finally　the　reflective　spectra　of　those　samples　are　measured.　The　experimental　results　are　approximately　in　agreement　with　the　simulations.　The　reflectivity　of　the　SiO2/Au　ODR　is　as　high　as　91%　for　630　nm　normal　incidence　light.　The　SiO2/Au　reflectivity　remains　a　high　value　when　the　incidence　light　angle　changes　from　20°　to　85°.　which　is　much　higher　than　the　reflectivity　of　DBR.　The　results　from　the　LED　device　indicates　that　light　intensity　on　axis　of　the　LED　with　ODR　structures　increases　by　115%　compared　with　that　of　LED　without　DBR,　and　increases　by　28%　compared　with　that　of　the　LED　with　DBR.　These　results　show　the　ODR　structure　can　strongly　increase　the　luminous　efficiency　of　the　red　LEDs.