AGP

Overview

The Smart Display Panel (AGP) is designed to control and monitor subsystems on platforms or task systems.

AGP helps reduce the overall complexity of platforms with various types of configurable analog and digital video and data interfaces.

With various types of analog and digital video inputs and outputs, AGP provides seamless connectivity for different types of cameras, video sources, and external displays. AGP displays, records, and plays videos from various camera sources and can provide a high-quality graphical interface layer on video in the Graphic User Interface.

Additionally, with various communication ports and an integrated manageable Gigabit Ethernet Switch, AGP can function as a data distribution and tunneling gateway for independent subsystems with special communication channels. AGP is provided with necessary BSPs and Adlink’s Cyclone DDS (Data Distribution Service) along with open-source Embedded Linux. AGP can support various operating systems and middleware software infrastructures.

Benefits

• Reduction in the number of electronic units on the platform
• Easy integration and deployment
• Diagnostic data for recording and playback
• Preventive maintenance
• Redundant Ring Ethernet Topology
• Different Connector Orientations (Back, Top, or Bottom)
• Different Display Sizes (from 4.8″ to 24″)
• Aspect Ratio Options (4:3, 16/10, 16/9, 16/3, etc.), Brightness (up to 1,500 nits), and Resolution (VGA, XGA, WUXGA, HD, etc.)
• Various CPU Options (i.MX8X, Intel i7, etc.)
• FPGA-based Video Interface and Processing

Applications

• Manned/Unmanned Avionic and Military platforms
• Smart Mission Display Panel
• Ground Stations
• Platform Management Panels
• Fire Control Systems
• Command and Control Systems
• Data collector and distributor for special communication channels
• Real-time monitoring and control of special tasks
• Vetronics (Vehicle Electronics)
• Information and Entertainment Systems

Key Features

• Customizable modular structure
• Qualified for military wheeled and tracked vehicles
• Image and video processing with FPGA
• Real-time data processing
• Smooth CPU upgrades: ARM or Intel-based Embedded CPUs or optional high-performance CPUs based on COM Express like Intel Core i7 or Xeon
• Embedded Linux operating system with default device drivers (Windows operating system is optionally available. Support for Nucleus, QNX, VxWorks, and LynxOS is being worked on.)
• Configurable connectors and pin outputs tailored to customer needs by designing a custom connector interface card
• Simultaneous video recording from multiple camera sources
• Integrated 100/1000 Mbit Ethernet switch supporting Ring Ethernet topology
• Isolated power input
• Compact, ruggedized, and IP-67 rated enclosure with military connectors
• Fanless cooling
• Sunlight readable LCD with custom brightness level options
• Default integrated industrial-grade GPS receiver, optional integration of a custom GPS receiver module
• Integrated 2G/3G/LTE module with MIMO support
• Wireless Ethernet option
• Up to maximum available capacity internal µSD Card and mPCIe SSD
• Built-in three-axis inclinometer and accelerometer option
• Built-in tactical-grade MEMS IMU option
• Audio input and output with vehicle intercom system support via Ethernet
• Capacitive or resistive touchscreen option
• Analog CVBS and HD-SDI video inputs and outputs
• DVI input and output option
• VGA input and output option
• HDMI or Display Port via USB Type-C
• Isolated RS232/RS422/RS485
• Ethernet, CAN, USB, LIN data interfaces
• µSD Card and SIM card slots
• USB3.0 and Ethernet connectors
• Integrated buzzer