This new AR goggle project clearly marks a significant leap in tactical technology, particularly in enhancing soldiers' situational awareness and real-time information acquisition. The collaboration between JARVISH and the National Chung-Shan Institute of Science and Technology (NCSIST) successfully provided Taiwan's military with an innovative solution based on AR display technology, giving soldiers an advantage in both combat and routine missions. The flexibility and lightweight characteristics of the TIGER Display technology make it highly suitable for military applications, especially for integration into military goggles. Its full-color array waveguide not only offers a transparent and immersive user experience but also displays various critical data in real-time, allowing soldiers to maintain full control of their surroundings during operations. Moreover, this technology supports real-time, full-color video transmission, such as live footage from drones or remote surveillance cameras, further enhancing the speed and accuracy of soldiers' decision-making during missions.
TIGER DISPLAY's AR waveguide is made of plastic material, with a thickness of less than 2 mm, and the edges can be cut to fit the shape of the glasses frame. Customized prescription lenses made through casting or 3D printing can also be seamlessly integrated with our AR displays to meet individual vision needs.
The light engine required for projecting virtual magnified imaging is also provided with the TIGER DISPLAY AR waveguide as a kit. Our partners' engineering design resources can drive the display through industry-standard video signal connections. We offer a variety of options for micro-displays, including micro-OLED, LCoS or micro-LED — which is for panels smaller than 2 inches in size.
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