We report on the next generation of transmissive liquid crystal
micro-display technology based on single-crystal Si
backplane. The demand for ultra-high resolutions in combination with optimization of size, weight, and power are
driving Kopin AMLCD to resolutions as high as 2k x 2k. Several key developments are driving the aggressive
development of higher density, lower power AMLCD displays. We will review display performance improvements
resulting from a transition to 8" Si wafer processing, including smaller design rules and multi-level metal processing. In
addition, we will describe new technologies enabling ultra-low power consumption, wide operating temperature range,
and "Instant-On" display performance at temperatures as low as
-40° C. We will discuss how these technologies are
combined in advanced micro-displays, which are enabling the next generation of ruggedized imaging applications.
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