Abstract: An optical headset comprises an outer frame that is wearable on the face of a user and an optics module that is removably mounted in the outer frame. The optics module can include a display visible to a wearer of the headset and a display visible to others while the headset is being worn. The outside display can be integral to the outer frame and driven via an electrical interface between the headset frame and the removable optics module. The removable optics module can include separate replacable subcomponents to allow for easy customization. Various components can be included in the optics module including a rotatable fundus camera.

Abstract: A modular, headset for performing ophthalmic tests on a patient comprises a removable optical module that can be replaced based on ophthalmic testing need. A miniaturized fundus camera is provided and can be movably mounted within the headset, including to the optical module. The fundus camera position can be automatically adjusted to align the camera with a headset wearer's eye. Software controls image capture and captured images are combined assembled and combined to provide a wide field retinal image. The optical module can have replaceable sub-components allowing configuration for different ophthalmic tests, such as visual field testing and optical coherence tomography.

Abstract: A modular, headset for performing ophthalmic tests on a patient comprises a removable optical module that can be replaced based on ophthalmic testing need. A miniaturized fundus camera is provided and can be movably mounted within the headset, including to the optical module. The fundus camera position can be automatically adjusted to align the camera with a headset wearer's eye. Software controls image capture and captured images are combined assembled and combined to provide a wide field retinal image. The optical module can have replaceable sub-components allowing configuration for different ophthalmic tests, such as visual field testing and optical coherence tomography.