FPGA MESH SDR Software Radio Architecture 4G/5G Network Portable Multifunctional Self-Organizing Network Command and Dispatch Platform
The MESH portable multi-functional command and dispatch platform features a three-screen dispatch capability, allowing for the display of various emergency dispatch data and information status quo across multiple screens. The product utilizes an SDR software-defined radio architecture, with a built-in 64-bit Win10 operating system, i7 processor, 8GB RAM, and 256GB storage. It boasts a 15.6-inch high-definition, high-brightness screen. Internally, it integrates a wireless broadband self-organizing network module, functioning as both a transmission node and a aggregation node to view the audio and video signals and geographical location information of each self-organizing network node. Commanders can make accurate and rapid judgments based on the collected and displayed information and issue execution orders. It provides stable, reliable, timely, and efficient high-definition video, multi-channel data, clear voice, and visual command and dispatch capabilities for fields such as military communications, counter-terrorism and emergency response, public security law enforcement, security activities, disaster relief and rescue, fire command, forest fire prevention, forest area monitoring, civil defense/earthquake response, power line inspection, digital oilfields, drone swarms, vehicle convoy communication, ship formations, maritime communications, airport ground support, subway emergency response, highway construction, hydrological monitoring, mobile broadcasting, and medical applications.
Product Overview
The portable multifunction MESH ad hoc command-and-dispatch platform features a three-screen control layout, enabling split-screen visualization of various emergency-dispatch data and situational information. Built on an SDR (software-defined radio) architecture, it integrates a 64-bit Windows 10 OS, Intel i7 processor, 8G RAM, and 256G storage, along with a 15.6-inch FHD high-brightness display. An embedded broadband MESH module allows it to operate as a MESH transmission node or as an aggregation node to monitor each MESH node’s audio/video feeds and geolocation information. Commanders can make fast and accurate decisions based on the collected on-screen information and issue mission tasks, meeting communication and data-transport requirements to the greatest extent.
Flexible to install and deploy and easy to operate and maintain, it supports multi-band customization and can be expanded with WiFi, GPS, and 3G/4G functions to enable integrated communications. It is widely applicable to dedicated networks for military communications, public safety, emergency communications, industry information, regional broadband, wireless video surveillance, collaborative management, and intelligent transport. For use cases such as military communications, counter-terrorism operations, law enforcement, security missions, emergency rescue, fire command, forest fire prevention, forest-area monitoring, civil defense/earthquake response, power grid inspection, digital oilfields, UAV swarms, vehicle fleet interconnection, naval formations, maritime communications, airport ground operations, metro emergencies, highway construction, hydrological monitoring, mobile broadcasting, and healthcare, it delivers stable and reliable, timely and efficient HD video, multi-channel data, clear voice, and visualized command and dispatch.
Key Features
- Rapid temporary deployment; can operate as a standalone command-terminal node
- Three-screen command and dispatch for real-time data access
- 64-bit Windows 10 OS, Intel i7, 8G RAM, and 256G storage
- Intelligent dynamic routing algorithm with no manual intervention
- Power-on ready; no configuration required
- High-brightness display maintains readability under strong sunlight
- Ruggedized design with shock and drop resistance for harsh environments
Technical Specifications
| Host Features | Operating System | 64-bit Windows 10 OS |
| Processor | Intel i7 | |
| Display | 15.6-inch FHD high-brightness screen | |
| RAM/Storage | 8G/256G | |
| Wireless Features | Operating Frequency | 1400-150OMHz / frequency customizable |
| Carrier Bandwidth | 2/5/10/20MHz adjustable / 2-20MHz customizable | |
| MIMOMode | 2T2R/1T2R adaptive / optional 3T3R | |
| Waveform | COFDM | |
| Peak Data Rate | 70Mbps@20MHz / supports fixed data rate | |
| Transmit Power | 33dBm (2w) | |
| Receiver Sensitivity | -96dBm@2MHz | |
| Encryption | AES128/256 | |
| Functional Features | Networking | 10/100 Ethernet auto-negotiation |
| Positioning | BD+GPS | |
| Power Supply | Built-in high-capacity battery cells | |
| WIFIFunction | Supports AP mode | |
| Physical Features | Device Dimensions | ≤416*316*118mm |
| Weight | ≤13.8kg | |
| Ingress Protection | IP65 | |
| Operating Temperature | -40℃~+70℃ | |
| Power Consumption | ≤25W@33dBm | |
| Storage Temperature | -45℃~+85℃ | |
| Networking Capability | Network Scale | Supports 32-node networking / customizable 64-node networking |
| Multi-hop Capability | >8 hops | |
| Network Join Time | Joins the network 8s after system startup | |
| Network Topology | Centerless / star / chain / mesh, etc. | |
| Transparent Transmission | Supports transparent transmission |
Application Areas
Powered by MESH ad hoc networking, the product is broadly applicable to dedicated networks for military communications, public safety, emergency communications, industry information, regional broadband, wireless video surveillance, collaborative management, and intelligent transport. For scenarios such as military communications, counter-terrorism operations, law enforcement, security missions, emergency rescue, fire command, forest fire prevention, forest-area monitoring, civil defense/earthquake response, power grid inspection, digital oilfields, UAV swarms, vehicle fleet interconnection, naval formations, maritime communications, airport ground operations, metro emergencies, highway construction, hydrological monitoring, mobile broadcasting, and healthcare, it provides stable and reliable, timely and efficient HD video, multi-channel data, clear voice, and visualized command and dispatch.
In remote power maintenance areas, public network coverage has blind spots. Maintenance personnel carry an integrated manpack MESH terminal into the work site, along with communications equipment such as vital-sign sensors and helmet cameras. The manpack MESH network transmits the maintenance team’s video, voice, positioning, and data to the on-site command node. Based on the information fed back from the maintenance team, on-site commanders can make correct, fast, and stable decisions when incidents occur and immediately dispatch medical responders to the scene for rescue. The on-site command node can interconnect with the backend command center via satellite networks or 4G/5G networks, synchronizing audio/video and sensor data to the backend command center and enabling information exchange between commanders and maintenance personnel.
