The present invention is a type of fundus camera which is one of eye examination and diagnosis equipment. A conventional color fundus camera is equipment for illuminating retinas with light of a visible band (400 to 640 nm), and then showing retinal lesions and diagnosing retinal diseases. However, the present invention relates to a choroidal imaging fundus camera capable of photographing both a choroidal vessel and a choroidal lesion at the back of the retina with near-infrared rays having a wavelength longer than 640 nm and a device comprising the same.According to the present invention, a polarization fundus camera for effectively suppressing internal reflection includes: an illumination unit 10 emitting light； a diffusion lens diffusing light introduced from the illumination unit 10； an illumination lens irradiating the light introduced from the diffusion lens 20 at a predetermined emission angle； a mirror 40 reflecting light introduced from the illumination lens 30； a polarization beam splitter 50 transmitting P polarized light and reflecting S polarized light from the light introduced from the mirror 40； an objective lens 60 enlarging an image of a fundus formed by the light introduced from the polarization beam splitter 50； a short-range eyepiece lens 70 reducing an image of the fundus enlarged by the objective lens 60； a linear polarization filter 80 through which only the P polarized light passes； a narrowband optical filter 90 having a band of 12 nm or less for the light passing through the linear polarization filter and filtering the light emitted from the polarization beam splitter 50； and an imaging device 100 acquiring an image by converting the light passing through the narrowband optical filter 90 into an electric signal, in which the linear polarization filter 80 includes each of a first linear polarization filter 81 provided between the illumination unit 10 and the polarization beam splitter 50, and a second linear polarization filter 82 provided b
