An ophthalmic measurement apparatus, which is an auto-refractometer or optical interference ocular axial length measuring apparatus, for measuring an examinee's eye based on an output from a light receiving device, comprising: a measuring optical system (10, 60) for measuring the examinee's eye by projecting a measurement light flux onto a fundus of the examinee's eye and receiving the light reflected thereby, the measuring optical system (10, 60) including: a light source (1, 61); a light projecting optical system (10a, 60a) for projecting the light, which is at least part of the light emitted from the light source, onto a fundus of the examinee's eye; and a light receiving optical system (10b, 60b) for guiding light including the measurement light reflected by the fundus of the examinee's eye to the light receiving device (21, 79); and an imaging optical system (30, 110), including an imaging device (35, 112) having an imaging surface arranged in a position substantially conjugate with an anterior segment of the examinee's eye, for capturing a retro-illumination image using the imaging device by illuminating an inner pupil from behind with the measurement light reflected by the fundus; wherein the light source (1, 61) comprises a light source (1, 61) for emitting light having coherence; and the ophthalmic apparatus comprises speckle suppressing means (13, 64) arranged in an optical path of the light projecting optical system, for optically suppressing a speckle noise generated on the retro-illumination image, wherein the speckle suppressing means serves as a light deflection means for deflecting the measurement light, traveling from the light source to the fundus, with respect to the fundus. a measuring optical system (10, 60) for measuring the examinee's eye by projecting a measurement light flux onto a fundus of the examinee's eye and receiving the light reflected thereby, the measuring optical system (10, 60) including: a light source (1, 61); a light projecting optical system (10a, 60a) for projecting the light, which is at least part of the light emitted from the light source, onto a fundus of the examinee's eye; and a light receiving optical system (10b, 60b) for guiding light including the measurement light reflected by the fundus of the examinee's eye to the light receiving device (21, 79); and a light source (1, 61); a light projecting optical system (10a, 60a) for projecting the light, which is at least part of the light emitted from the light source, onto a fundus of the examinee's eye; and a light receiving optical system (10b, 60b) for guiding light including the measurement light reflected by the fundus of the examinee's eye to the light receiving device (21, 79); and an imaging optical system (30, 110), including an imaging device (35, 112) having an imaging surface arranged in a position substantially conjugate with an anterior segment of the examinee's eye, for capturing a retro-illumination image using the imaging device by illuminating an inner pupil from behind with the measurement light reflected by the fundus; wherein the light source (1, 61) comprises a light source (1, 61) for emitting light having coherence; and the ophthalmic apparatus comprises speckle suppressing means (13, 64) arranged in an optical path of the light projecting optical system, for optically suppressing a speckle noise generated on the retro-illumination image, wherein the speckle suppressing means serves as a light deflection means for deflecting the measurement light, traveling from the light source to the fundus, with respect to the fundus.