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Overview
The Kratos NGC Antenna Control System is an advanced level antenna control system intended for applications with demanding tracking requirements, complex geometries, and dynamic conditions. The NGC Antenna Control System offers precise, user-friendly control over the basic motorization kits for Kratos antennas with sizes 2.4 meters and up. The NGC-IDU features a SmarTrack® predictive tracking mode that utilizes a patented Three-Point Peak Algorithm that saves wear on the antenna motors and jacks. The NGC IDU provides convenient features such as straightforward color graphics, LCD touch screen interface, and a number of powerful remote control software protocol options, the NGC Antenna Control System is an ideal solution for medium- to large-sized earth stations requiring complex pointing and tracking functions.
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GENERAL SPECIFICATIONS
Key Features
•Graphical User Interface – Common shared interface design between controller, handheld, remote software package. Enables ease of use, reduced training, and advanced graphical operations & diagnostics.
•Open, Standards Based Platform – Non-proprietary hardware and software design based on proven and reliable technology. User customizable open source license User Interface.
•Connectivity&Control – Full complement of hardware interfaces for legacy and next generation technologies providing flexible accessibility for system networking, monitoring, control and maintenance.
•Flexible Modular Upgrade Architecture – Designed for field upgradable drop-in flexibility of hardware and software enhancements for expanded functionality.
•Fiber Optic Interfacility Link – For secure and reliable communications, and protection against lightning, interference, and transient voltage.
RF CHARACTERISTIC
Key Features
•Graphical User Interface – Common shared interface design between controller, handheld, remote software package. Enables ease of use, reduced training, and advanced graphical operations & diagnostics.
•Open, Standards Based Platform – Non-proprietary hardware and software design based on proven and reliable technology. User customizable open source license User Interface.
•Connectivity&Control – Full complement of hardware interfaces for legacy and next generation technologies providing flexible accessibility for system networking, monitoring, control and maintenance.
•Flexible Modular Upgrade Architecture – Designed for field upgradable drop-in flexibility of hardware and software enhancements for expanded functionality.
•Fiber Optic Interfacility Link – For secure and reliable communications, and protection against lightning, interference, and transient voltage.
Compatibility
ENVIRONMENTAL SPECIFICATIONS
Key Features
•Graphical User Interface – Common shared interface design between controller, handheld, remote software package. Enables ease of use, reduced training, and advanced graphical operations & diagnostics.
•Open, Standards Based Platform – Non-proprietary hardware and software design based on proven and reliable technology. User customizable open source license User Interface.
•Connectivity&Control – Full complement of hardware interfaces for legacy and next generation technologies providing flexible accessibility for system networking, monitoring, control and maintenance.
•Flexible Modular Upgrade Architecture – Designed for field upgradable drop-in flexibility of hardware and software enhancements for expanded functionality.
•Fiber Optic Interfacility Link – For secure and reliable communications, and protection against lightning, interference, and transient voltage.
