3ATI Displays offer state-of-the-art performance

The offered displays enable custom arrangement of the screen to suit user preferences.

ATI Displays are basically used in medical holography for medical imaging applications. 3ATI avionics displays are used to enhance situational awareness for pilots by offering high-resolution graphics and symbology. These displays find wide applications in commercial, consumer, aerospace and defense, as well as automotive sectors. They are now used in holographic displays, head-up displays, and head mounted displays. The 3ATI Standby Engine Display provides a robust, compliant, cost-effective display hardware platform in order to support a variety of aircraft. 3ATI Displays have numerous innovative applications across diverse fields. Here are some key areas:

• Augmented Reality (AR) and Virtual Reality (VR): These displays can project images directly into a user’s field of vision, improving immersive experiences in AR and VR applications.
• Holography: These displays can create three-dimensional images that can be easily viewed without the need for screens. It is very useful in entertainment, advertising, and education.
• Medical Imaging: In medical settings, these displays can project vital information and 3D models of organs directly into a surgeon’s line of sight, aiding in procedures.
• Advertising and Marketing: Businesses can also use these displays in retail environments in order to showcase products in an engaging and futuristic manner, for attracting customer attention.
• Education and Training: Interactive learning experiences can be improved with screenless displays, enabling students to engage with 3D models and simulations without traditional screens.
• Home Automation: Screenless displays can be incorporated into smart home systems to offer information and also controls in a more intuitive way like projecting controls onto surfaces.
• Navigation Systems: In vehicles, these displays can project navigation instructions onto the windshield, helping drivers to keep their eyes on the road.
• Gaming: New gaming experiences are developing using screenless technology, enabling players to interact with 3D environments in real time.
• Art and Installations: Artists can use these displays to create interactive installations that connect viewers in novel ways.
• Telecommunications: Future communication devices can also use these displays for projecting holograms of people during video calls, and improving remote communication.

These applications show the potential of screenless display technology in order to transform how we interact with digital content across diverse sectors.

What are the benefits of Avionics Displays?

The flight deck displays working in conjunction with some other avionics systems improve situational awareness as well as flight safety under the entire range of flight and ground conditions such as bad weather, low visibility, turbulence, and high-density traffic. The Avionics Displays are a modern aircraft instrument devoted to flight information. Much like multi-function displays, Avionics Displays are built around a Liquid-crystal display or CRT display device.

The Avionics Displays enhances flight safety by advancing situational awareness, facilitating proactive hazard identification and mitigation, and allowing rapid decision-making in critical situations. The avionics installed in an aircraft and spacecraft that can include engine controls, flight control systems, navigation, threat detection, fuel systems, electro-optic (EO/IR) systems, weather radar, and communications, flight recorders, lighting systems. High-resolution displays offer pilots with more information at once, enhancing their situational awareness.