An eyewear device that provides extended reality services, the eyewear device comprising: - a frame configured to be worn on a head of a user; - a display system supported by the frame; - a temperature sensor supported by the frame, the temperature sensor configured to detect a temperature of the eyewear device; and - electronics supported by the frame, the electronics coupled to the display system and the temperature sensor, the electronics having at least two power configuration modes and comprising a memory system and a processing system configured to: - run application services on the electronics of the eyewear device, at least one of the application services including a transcoding service configured to transcode frames of video data stored in the memory in a first video file format that were presented by the display system; - monitor the temperature of the temperature sensor; - compare the monitored temperature to a threshold temperature; - change the electronics from a first power configuration mode to a second power configuration mode responsive to the monitored temperature reaching the threshold temperature; - set, at a frame delay module, a frame pass rate to a first operating rate when the electronics are in the first power configuration mode and to a second operating rate when the electronics are in the second power configuration mode; - read the frames of video data from the memory in the first video file format; - send the read frames of video data to the frame delay module; - receive the frames of video data from the frame delay module at the frame pass rate; - transcode the frames of video data in the first video file format received from the frame delay module to a second video file format at the frame pass rate; and - store the transcoded frames of video data in the second video file format. - a frame configured to be worn on a head of a user; - a display system supported by the frame; - a temperature sensor supported by the frame, the temperature sensor configured to detect a temperature of the eyewear device; and - electronics supported by the frame, the electronics coupled to the display system and the temperature sensor, the electronics having at least two power configuration modes and comprising a memory system and a processing system configured to: - run application services on the electronics of the eyewear device, at least one of the application services including a transcoding service configured to transcode frames of video data stored in the memory in a first video file format that were presented by the display system; - monitor the temperature of the temperature sensor; - compare the monitored temperature to a threshold temperature; - change the electronics from a first power configuration mode to a second power configuration mode responsive to the monitored temperature reaching the threshold temperature; - set, at a frame delay module, a frame pass rate to a first operating rate when the electronics are in the first power configuration mode and to a second operating rate when the electronics are in the second power configuration mode; - read the frames of video data from the memory in the first video file format; - send the read frames of video data to the frame delay module; - receive the frames of video data from the frame delay module at the frame pass rate; - transcode the frames of video data in the first video file format received from the frame delay module to a second video file format at the frame pass rate; and - store the transcoded frames of video data in the second video file format. - run application services on the electronics of the eyewear device, at least one of the application services including a transcoding service configured to transcode frames of video data stored in the memory in a first video file format that were presented by the display system; - monitor the temperature of the temperature sensor; - compare the monitored temperature to a threshold temperature; - change the electronics from a first power configuration mode to a second power configuration mode responsive to the monitored temperature reaching the threshold temperature; - set, at a frame delay module, a frame pass rate to a first operating rate when the electronics are in the first power configuration mode and to a second operating rate when the electronics are in the second power configuration mode; - read the frames of video data from the memory in the first video file format; - send the read frames of video data to the frame delay module; - receive the frames of video data from the frame delay module at the frame pass rate; - transcode the frames of video data in the first video file format received from the frame delay module to a second video file format at the frame pass rate; and - store the transcoded frames of video data in the second video file format.