Abstract: A lidar system includes a laser configured to generate a light pulse and transmit optics configured to receive the light pulse and direct toward an external environment. Receive optics, separate from the transmit optics, are configured to receive light from the light pulse reflected off of an object in the external environment. An array of photodetectors is positioned to receive the light from the receive optics and generate an image corresponding to an instantaneous field of view (“iFOV”) of the external environment. Aa controller is configured to adjust the iFOV as a function of a time of flight of the light pulse generated by the laser.

Abstract: In one embodiment, the present invention includes a method for receiving data from a second device in a first device, forwarding the data from an input/output (I/O) clock domain to a system clock domain of the first device, and providing the data to a functional unit of the first device at a deterministic time. In such manner, the two devices may operate in lockstep fashion. Other embodiments are described and claimed.

Abstract: For one disclosed embodiment, a delay is to receive signals and to delay received signals for an amount of time at least partially dependent on a supply voltage to generate delayed signals. Logic is to help measure a characteristic relating to the supply voltage based at least in part on the delayed signals. Other embodiments are also disclosed.