Traditional display protocols have limitations in terms of fixed frame rates, high bandwidth requirements, and precise control over the display of frames. We propose a novel scalable packetized display protocol architecture incorporating dynamic frame rates, high speed capabilities, and dynamic synchronization to bridge performance gaps. We further provide a modular FPGA implementation of the architecture for use on array emitters.
Infrared scene projectors based on superlattice light emitting diodes (SLEDs) have evolved rapidly over the past decade. Much of this development has been enabled by the design of a flexible support system for driving the SLEDs. This paper describes the system and its benefits.
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