Abstract: Techniques for distributed camera synchronization are described herein. In an example, processing circuitry receives, from a processor, a first signal indicating a request to generate an image capture. The processing circuitry determines a first camera and a second camera. The processing circuitry determines a mapping of the first camera and the second camera to pins of the processing circuitry. A first pin of the pins is communicatively coupled with the first camera. A second pin of the pins is communicatively coupled with the second camera. The processing circuitry sends, using the first pin, a second signal to cause the first camera to generate a first image associated with the image capture. The processing circuitry sends, using the second pin, a third signal to cause the second camera to generate a second image associated with the image capture. The second image is captured synchronously with the first image.

Abstract: Systems and methods are disclosed for generating additional data for one or more frames based, at least in part, on re-synchronization of a transceiver that provides the additional data to one or more additional processors. Systems identity an indication of a trigger that is associated with the one or more frames, cause a set of sensors to generate one or more frames in response to the trigger, generate the additional data, and transmit the additional data to the transceiver in advance of providing the one or more frames.