Satellite communication is indispensable in both military and civilian fields, gradually becoming dominant. Effectively utilizing the comprehensive capabilities of satellite communication systems to gain information advantages and benefit the public is one of the hallmarks of a strong national comprehensive strength.
Wide Coverage
Large coverage area and long communication distance. The cost of building stations is almost independent of communication distance, covering areas that fiber optics find difficult to reach, with outstanding beyond-line-of-sight support capabilities.
Flexible Networking
The network is flexible, can be quickly deployed/dismantled, and is basically not restricted by terrain; it can be mounted on various platforms. In unpredictable conditions of location, time, and intensity, it can provide effective information transmission for conflicts or emergencies, offering various services to military, civilian, and other users.
Large Communication Capacity
Large communication capacity, good quality, high reliability, capable of providing stable communication for a wide range of users across multiple mission areas.
Flexible Applications
Widely applicable, extensively used in land, sea, air, and both military and civilian fields. Can quickly build various dedicated networks with strong adaptability.
In the event of a major incident, a temporary communication system is established to ensure that leaders at all levels of the emergency system can timely grasp the situation at the incident site by viewing returned video, voice, data, and other information at the corresponding emergency command center; and to monitor, analyze, and make decisions on the development of the situation; ensuring the deployment, command, and scheduling communication of personnel and resources handling the incident at the center and surrounding areas.
Emergency Command Communication Vehicle: Aimed at the scene, mainly used for real-time collection of on-site information, constructing temporary regional communication coverage, providing communication support and interconnection for military and related departments, transmitted through the satellite communication center.
Drone Reconnaissance System: Used to scout the situation on-site, providing intelligence support for emergency command.
Telemedicine:Enables telemedicine activities, including remote diagnosis, expert consultations, information services, online examinations, and remote communication. The satellite communication-based telemedicine system is used to provide remote video medical guidance for emergency rescue in remote areas without internet access, user-dispersed areas, and disaster sites.
Remote Education:Used to provide remote video teaching in remote areas without internet access and where users are dispersed. Achieves real-time and non-real-time broadcasting of audio and video teaching content and interaction between teachers and students.
Natural Disaster Monitoring
Used for monitoring changes in the Yellow River Delta
Urban Environmental Monitoring
x00 compact satellite router.
x10 satellite routing module.
x20 outdoor satellite router.
x30 indoor rack-mounted satellite router.
x40 indoor dual rack-mounted satellite router.
AsiaSat 5 C-band, AsiaSat 6 C-band, AsiaSat 7 C-band, AsiaSat 9 C-band, and Ku-band Indonesia beams, Asia-Pacific 5 C Ku-band, Asia-Pacific 9 C-band.
Tropospheric scatter communication utilizes these characteristics to complete beyond-line-of-sight links:
As a fixed beyond-line-of-sight wireless transmission device, the GS-C1000 adopts a standardized modular design, enabling voice, data, image, and video transmission through the configuration of corresponding terminals.
Widely applicable in industrial sectors such as island communication, oil, gas, power management, mining, and water conservancy, as well as in emergency response, maintaining social stability, forest fire prevention, disaster relief, and emergency communication.
Features
Applications of scatter radio systems
Main technical parameter specifications
Configuration
The BL-V-300 operates in the C band and is a vehicle-mounted digital tropospheric scatter communication station for the entire beyond-line-of-sight (BLOS) medium.
It can be used for packet transmission between backbone nodes. It also supports user service access to remote nodes and one-way ultra-long-distance emergency communication (voice or data).
The BL-V-300 supports voice, data, fax, and video transmission based on different terminal configurations.
Features
BL-V-300 operational status
Main technical parameter specifications
Configuration
The BL-C-10 is a lightweight and portable single-antenna beyond-line-of-sight wireless transmission device.
Mainly used for beyond-line-of-sight communication during rapid decentralized deployment at grassroots units: can be used for beyond-line-of-sight communication when vehicles cannot reach the site, but personnel must disembark and walk to the site for horizontal emergency communication; additionally, it can be used for long-distance communication in emergencies such as oil geological exploration, pipeline inspection, and remote areas, as well as long-distance communication between various training grounds, shooting ranges, testing fields, and launch sites.
Features
Technical Parameters
The "4 + 1" emergency communication plan refers to a special communication mechanism established by organizing communication resources and equipment when responding to natural or man-made emergencies (such as floods, earthquakes, wars, terrorist attacks, etc.) when existing public communication facilities may be paralyzed or congested. The four commonly used communication methods (4G, 5G cellular public network, 4G, 5G cellular private network, 370M police digital cluster (PDT), satellite communication) all have drawbacks. An emerging and effective supplementary method: broadband self-organizing network.
In addition to traditional self-organizing network features such as self-organization, self-relay, and network fault self-healing, AIW collaborative self-organizing network can transform the "communication pipeline" into an "intelligent network" by introducing intelligent spectrum collaboration mechanisms. It is a future fully distributed, self-organizing, and strongly collaborative flat intelligent wireless broadband communication network.
| Model |
Airborne Terminal |
Handheld Terminal |
Backpack Terminal |
Vehicle Terminal |
| Appearance |
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| Output |
2W |
2W |
5W |
10W |
| Frequency |
UHF, customizable |
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| Delay (One hop) |
<5ms |
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| Anti- |
Actively avoid interference in real time, and interference to any part of any channel at any time cannot hinder the normal operation of the network; when more than 50% of the frequency points are interfered or scanned at any rate, the network can maintain broadband communication. |
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| Interface |
Ethernet, RS-232 |
Ethernet, WIFI |
Ethernet, |
Ethernet, |
| Power |
16W |
16W |
40W |
50W |
| Voltage |
11-26V |
11-26V |
11-26V |
11-26V |
| Dimension |
100*65*30mm |
215*70*30mm |
280*170*75mm |
350*240*80mm |
| Weight |
<0.3 kg |
<0.65 kg |
<4 kg |
<5 kg |
| Environment |
Waterproof: IP65; Operating temperature: -40~60℃ |
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Beijing Hai Run Hao Sheng Technology Trading Limited
Address: 602, Block 1, Henderson Building, 18 Jianguomennei Avenue, Beijing
Contact: Wang Guiyang
Telephone:86-10-65188280
E-mail:office@hoshings.com
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