An iris recognition terminal comprising: an image collection part collecting an image of a user including a narrow-angle image collect unit and a wide-angle image collect unit, wherein the narrow-angle image collect unit collects a first image using an infrared ray, wherein the first image includes a specular light caused by the user's glasses, wherein the wide-angle image collect unit collects a second image using a visible ray, wherein the first image is an image of an eyeball of the user, and the second image is an image of a face of the user including said eyeball; an image processing part recognizing the user's iris from a combination of the first image and the second image; characterized in that, the image processing part includes a specular light search unit searching the user's eyeball from the combination of the first image and the second image, searching a part of the first image that has white color and determining the searched part to be the location of the specular light; a control unit determining whether or not the user's eyeball and the specular light are overlapped with each other based on the searching result by the specular light search unit, and determining an avoidance location where the user's eyeball does not overlap with the specular light, a display unit displaying an indicator for guiding the user to move the face to avoid specular light wherein the image processing part extracts an iris pattern of the user from the first image, when the eyeball of the user is within the indicator, and compares the extracted iris pattern with a pre stored iris pattern for recognizing the user's iris. an image collection part collecting an image of a user including a narrow-angle image collect unit and a wide-angle image collect unit, wherein the narrow-angle image collect unit collects a first image using an infrared ray, wherein the first image includes a specular light caused by the user's glasses, wherein the wide-angle image collect unit collects a second image using a visible ray, wherein the first image is an image of an eyeball of the user, and the second image is an image of a face of the user including said eyeball; an image processing part recognizing the user's iris from a combination of the first image and the second image; characterized in that, the image processing part includes a specular light search unit searching the user's eyeball from the combination of the first image and the second image, searching a part of the first image that has white color and determining the searched part to be the location of the specular light; a control unit determining whether or not the user's eyeball and the specular light are overlapped with each other based on the searching result by the specular light search unit, and determining an avoidance location where the user's eyeball does not overlap with the specular light, a display unit displaying an indicator for guiding the user to move the face to avoid specular light wherein the image processing part extracts an iris pattern of the user from the first image, when the eyeball of the user is within the indicator, and compares the extracted iris pattern with a pre stored iris pattern for recognizing the user's iris.