An image capture device comprising: an image capture unit configured to capture an image having a light source as an image capture target at a predetermined image capture timing; and a control unit configured to control the image capture timing according to an image exposure time of image capture, and an image capture start timing, the image exposure time of image capture and the image capture start timing being defined according to a predetermined blinking cycle Tb of the light source and a predetermined turn on duty ratio Db [%] which represents the ratio between a turn-on period of the light source and the blinking cycle Tb, wherein the image capture start timing is defined in that the blinking cycle Tb is divided into N equal parts, wherein N is a predetermined integer greater than one, and N images are captured during the blinking cycle Tb, wherein the control unit controls the image capture unit so that the image capturing starts at the image capture start timing which is at the beginning of each of the N equal parts of the blinking cycle Tb, lasts for the image exposure time of image capture (Tc), wherein the exposure time of image capture (Tc) is greater than a lower limit exposure time of image capture SHT_MIN obtained in accordance with a formula SHT_MIN = Tb/N - Tb x Db/100, whereby SHT_MIN is set to zero if it the formula yields a negative value; and a processing unit configured to process the N captured images and to generate a single output image from the N captured images, whereby each pixel of the single output image is obtained by processing the corresponding pixel of each of the N captured images, wherein, when a blinking cycle of the light source is a cycle that is a blinking cycle of a further light source being a further image capture target multiplied by 2 M, whereby M is an integer with M ≥0, the control unit controls the image capture timing for the further light source according to the blinking cycle of the light source. an image capture unit configured to capture an image having a light source as an image capture target at a predetermined image capture timing; and a control unit configured to control the image capture timing according to an image exposure time of image capture, and an image capture start timing, the image exposure time of image capture and the image capture start timing being defined according to a predetermined blinking cycle Tb of the light source and a predetermined turn on duty ratio Db [%] which represents the ratio between a turn-on period of the light source and the blinking cycle Tb, wherein the image capture start timing is defined in that the blinking cycle Tb is divided into N equal parts, wherein N is a predetermined integer greater than one, and N images are captured during the blinking cycle Tb, wherein the control unit controls the image capture unit so that the image capturing starts at the image capture start timing which is at the beginning of each of the N equal parts of the blinking cycle Tb, lasts for the image exposure time of image capture (Tc), wherein the exposure time of image capture (Tc) is greater than a lower limit exposure time of image capture SHT_MIN obtained in accordance with a formula SHT_MIN = Tb/N - Tb x Db/100, whereby SHT_MIN is set to zero if it the formula yields a negative value; and a processing unit configured to process the N captured images and to generate a single output image from the N captured images, whereby each pixel of the single output image is obtained by processing the corresponding pixel of each of the N captured images, wherein, when a blinking cycle of the light source is a cycle that is a blinking cycle of a further light source being a further image capture target multiplied by 2 M, whereby M is an integer with M ≥0, the control unit controls the image capture timing for the further light source according to the blinking cycle of the light source.