During emergencies such as natural disasters and sudden incidents, ground communication facilities often fail due to damage or insufficient signal coverage, severely impacting the coordination and efficiency of rescue operations. High-throughput satellite portable stations provide critical support for emergency communications with their robust communication capabilities and convenient deployment features. Their application enables rapid restoration of communication links during network outages, buying valuable time for emergency response and post-disaster reconstruction.   

A high-throughput satellite portable station is a compact communication device based on high-throughput satellite technology, primarily consisting of an antenna, terminal, and power supply unit. This device utilizesKa/Ku dual-frequency bands,offering outstanding bandwidth capacity and supporting speeds up to 50 Mbps or higher, ensuring seamless simultaneous transmission of voice, video, and data. Leveraging satellite links for global coverage, it provides reliable communication in remote and disaster-stricken areas. It features exceptionalportability, with the unit weighingkg, allowing single-person transport, and enabling rapid communication link establishment within 10 minutes.

When ground communications fail, it can rapidly establish independent links to restore communication networks, ensuring unimpeded information flow between rescue teams and the outside world. Equipped with command and coordination capabilities, it enables remote oversight of rescue operations and precise decision-making by command centers through real-time voice and video conferencing, along with data sharing. It also efficiently collects and transmits images, videos, and data from disaster sites, facilitating higher authorities' understanding of the situation and planning of response strategies. Highly adaptable across diverse scenarios, it operates reliably in mountainous terrain, maritime environments, and desert regions during disasters such as earthquakes, floods, and forest fires.

High-throughput satellite portable stationsapplied inrescueoperations, enhancing emergency response speed; training and operation of thisequipment will improve rescue teams' communication capabilities, making rescue operations more efficient and precise, thereby saving more lives.  

The DY-TXE-HPS high-throughput satellite portable stationoffers rapid response, global coverage, and highly efficient stability, playing an irreplaceable role in rescue operations. Its application not only overcomes the limitations of traditional communication methods but also makes significant contributions to building a safer, smarter disaster emergency response system.