The Argus II Retinal Tack is used to affix the electrode array of the Retinal Prosthesis to the retina.

The retinal prosthesis implant is responsible for receiving information from the external components of the system and electrically stimulating the retina to induce visual perception.

The retinal prosthesis implant is responsible for receiving information from the external components of the system and electrically stimulating the retina to induce visual perception.

The retinal prosthesis implant is responsible for receiving information from the external components of the system and electrically stimulating the retina to induce visual perception.

The retinal prosthesis implant is responsible for receiving information from the external components of the system and electrically stimulating the retina to induce visual perception.

The retinal prosthesis implant is responsible for receiving information from the external components of the system and electrically stimulating the retina to induce visual perception.

The retinal prosthesis implant is responsible for receiving information from the external components of the system and electrically stimulating the retina to induce visual perception.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The operating room coil is used during surgery in replacement of the glasses. A telemetry coil and radio-frequency system are mounted on the device to provide communication between the implant and the VPU during surgery.

The VPU is used to process the images from the video camera (on the Glasses) and convert the images into electrical stimulation commands which are transmitted wirelessly to the implant. The VPU is worn by the patient, typically on a belt or a strap.

The VPU is used to process the images from the video camera (on the Glasses) and convert the images into electrical stimulation commands which are transmitted wirelessly to the implant. The VPU is worn by the patient, typically on a belt or a strap.

Laptop computer that is configured with dedicated, PC-based software that, when connected to the Video Processing Unit, enables programming of the electrical stimulation parameters of the implant.

Laptop computer that is configured with dedicated, PC-based software that, when connected to the Video Processing Unit, enables programming of the electrical stimulation parameters of the implant.

A device which provides data communication and electrical isolation between the Video Processing Unit and the Clinician Programming System.

Laptop computer that is connected to the Clinician Programming System. It can be used to run performance evaluation software.

Supplemental Software provided on a thumb drive. Enables programming of the electrical stimulation parameters of the implant.

Cable that connects the Communication Adapter to the Video Processing Unit during programming of Retinal Prosthesis.

Cable that connects the Clinician Programming System to the Psychophysical Test System during programming of the Retinal Prosthesis.

Cable that connects the Clinician Programming System to the Communication Adapter during programming of the Retinal Prosthesis.

External USB Drive for archiving of files from the Clinician Programming System laptop.

Used during the camera alignment procedure or other tests to record the patient’s responses.

USB thumb drive loaded with security files that contain encrypted login information to enable clinician’s access to the Clinician Programming System laptop.

USB thumb drive for transferring selected files from the Clinician Programming System laptop for data analysis.

USB thumb drive containing video settings that can be loaded to the Video Processing Unit.

Tool used to rotate the camera on the glasses during during the camera alignment procedure.