Products
Tiangang Training Products
Tiangang Electromagnetic Signal Simulation Equipment (Portable)
This device is developed based on Software-Defined Radio (SDR) technology and can simulate signals from multiple domains—including communications, navigation, radar, and electronic warfare—while supporting multi-unit networked coordination and control. Multiple devices can transmit waveforms of different signal types at varying times and frequencies, thereby constructing a multi-dimensional complex electromagnetic environment across space, time, and frequency domains. It also features electromagnetic signal reception and real-time electromagnetic spectrum visualization and evaluation. Advantages include high signal fidelity, operational flexibility, reduced equipment variety, and rapid system upgrades—making it an effective technical solution for constructing complex electromagnetic environments and related training. The Portable Type I model adopts an integrated hardware design in a ruggedized laptop form factor, with waterproof, dustproof, and shock-resistant sealed enclosure. Its spectrum coverage spans 1 MHz to 6 GHz, with a maximum instantaneous bandwidth of 40 MHz—meeting outdoor and mobile operational requirements. It is suitable for diverse applications including teaching, scientific research, and training in both laboratory and challenging outdoor environments.
Tiangang Electromagnetic Signal Simulation Equipment (Educational Standard Model)
This device is developed based on Software-Defined Radio (SDR) technology and can simulate signals from various systems including communications, navigation, radar, and electronic warfare. It supports multi-unit networked coordination and control: multiple devices transmit waveforms of different signal types at different times and frequencies, thereby constructing multi-dimensional complex electromagnetic environment spectrum signals in space, time, and frequency domains. It also features electromagnetic signal reception and electromagnetic spectrum visualization and evaluation capabilities. Advantages include high signal fidelity, operational flexibility, reduced equipment variety, and rapid system upgrades—making it an effective technical solution for constructing complex electromagnetic environment spectra and related training.
Tiangang Electromagnetic Signal Simulation Equipment (Rack-Mounted)
This device is developed based on Software-Defined Radio (SDR) technology and can simulate signals from multiple domains—including communications, navigation, radar, and electronic warfare. It supports networked multi-unit coordination and control: multiple units transmit waveforms of different signal types—across varying time slots and frequencies—to construct a multi-dimensional complex electromagnetic environment in space, time, and frequency domains. It also features electromagnetic signal reception and real-time electromagnetic spectrum visualization and evaluation. Advantages include high signal fidelity, operational flexibility, reduced equipment variety, and rapid system upgrades. It represents an effective technical approach for constructing complex electromagnetic spectrum environments and related training.
Tiangang Electromagnetic Signal Simulation Equipment (UAV Type)
Reconfigurable Electromagnetic Signal Simulator (UAV Type) uses an unmanned aerial vehicle (UAV) as its carrier platform, carrying mission payload equipment that can ascend to an altitude of up to 500 meters, with a control range of approximately 1 kilometer. Wireless LoRa technology is employed for communication and control between the mission payload equipment and the ground-based payload control computer. It features GPS/BeiDou band output power limiting to ensure safe UAV takeoff.
Electromagnetic Spectrum Simulation and Deduction System
Designed to meet urgent needs in electromagnetic equipment evaluation and electromagnetic simulation; based on a 3D geographic information model, it constructs a digital electromagnetic space to simulate wireless signal propagation characteristics within the electromagnetic environment, providing technical support for users conducting tasks such as station placement analysis, frequency assignment, interference analysis, coverage assessment, link analysis, network planning, and electromagnetic environment simulation.
Tiangang Network Electronic Warfare Training System
Tiangang Network-Electronic Warfare Training System, developed based on Software-Defined Radio (SDR) technology, is a practical training platform designed to meet training requirements in the network-electronic warfare domain. It integrates functions including theoretical learning, hands-on training and assessment, training mission planning, training situation statistics, post-training review, and training effectiveness evaluation.
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