An anti-spoofing fingerprint sensing device, comprising: an optical sensor module, configured to be arranged below a display screen to receive probe light that is generated and returned when a finger (60, 2102) above the display screen is illuminated, wherein the probe light passes through the display screen and is transmitted to the optical sensor module, and the probe light carries fingerprint information for detecting a fingerprint pattern of the fingerprint; a liveness detection module, configured to determine whether the fingerprint pattern detected by the optical sensor module is obtained from a live finger by using capacitive or optical detection; characterized in that, the optical sensor module comprises: an optical sensor array of optical detectors configured to receive the probe light transmitted through the display screen and converting the probe light to detector signals indicating the fingerprint pattern; a pinhole layer located above the optical sensor array and comprising a pinhole that is structured to produce an increased optical field of view in collecting the probe light and to transmit the probe light towards the optical sensor array, and the pinhole configured to produce a filed of view in optical imaging by effectuating a pinhole camera, and a lens unit located between the pinhole layer and the optical sensor array configured to receive the probe light transmitted from the pinhole and to focus the received light onto the optical sensor array. an optical sensor module, configured to be arranged below a display screen to receive probe light that is generated and returned when a finger (60, 2102) above the display screen is illuminated, wherein the probe light passes through the display screen and is transmitted to the optical sensor module, and the probe light carries fingerprint information for detecting a fingerprint pattern of the fingerprint; a liveness detection module, configured to determine whether the fingerprint pattern detected by the optical sensor module is obtained from a live finger by using capacitive or optical detection; characterized in that, the optical sensor module comprises: an optical sensor array of optical detectors configured to receive the probe light transmitted through the display screen and converting the probe light to detector signals indicating the fingerprint pattern; a pinhole layer located above the optical sensor array and comprising a pinhole that is structured to produce an increased optical field of view in collecting the probe light and to transmit the probe light towards the optical sensor array, and the pinhole configured to produce a filed of view in optical imaging by effectuating a pinhole camera, and a lens unit located between the pinhole layer and the optical sensor array configured to receive the probe light transmitted from the pinhole and to focus the received light onto the optical sensor array. an optical sensor array of optical detectors configured to receive the probe light transmitted through the display screen and converting the probe light to detector signals indicating the fingerprint pattern; a pinhole layer located above the optical sensor array and comprising a pinhole that is structured to produce an increased optical field of view in collecting the probe light and to transmit the probe light towards the optical sensor array, and the pinhole configured to produce a filed of view in optical imaging by effectuating a pinhole camera, and a lens unit located between the pinhole layer and the optical sensor array configured to receive the probe light transmitted from the pinhole and to focus the received light onto the optical sensor array.