FPGA Mesh SDR Radio Architecture ad hot Network 1U Base Station mesh network equipment factory
Employing an SDR software-defined radio architecture, this lightweight mesh vehicle-mounted device supports MIMO high-performance self-organizing networking, features a built-in 10W*2 high-linearity power amplifier, a decentralized multi-hop networking mode, GPS support, and a standard 1U design for rapid integration into various standard racks. It can be widely used in harsh environments such as vehicles, ships, and aircraft, providing robust communication support for complex scenarios such as disaster relief, fire emergency response, and more.
Product Introduction
Application Areas
• Emergency communications / emergency medical command & coordination / emergency communications vehicle
• MESH ad hoc networking / single-frequency communications / emergency response and disaster relief
• Opto-electronic smart city / outdoor power utilities and surveying / airborne & maritime data links
• Dedicated public-safety patrol network deployment / UAV video link & data link
Detailed Specifications
| Category | Parameter | Value |
|---|---|---|
| Core Specifications | Frequency Range | 1350~1450MHz, 350MHz-6G (customizable frequency, optional frequency hopping) |
| Transmit Power | 10W*2 | |
| Carrier Bandwidth | 1.25/2.5/5/10/20/40MHz (adjustable) | |
| Modulation | BPSK/QPSK/16QAM/64QAM/256QAM (adaptive) | |
| Data Throughput | 120Mbps@40MHz | |
| Receiver Sensitivity | -103dBm@5MHz | |
| Network Scale | Supports up to 64 nodes on same-frequency networking | |
| Networking Modes | Star / Linear / Mesh / Hybrid dynamic | |
| Physical & Interfaces | Antenna Interfaces | MESH N-K type ×2, GPS/BD SMA type ×1 |
| Charging Port | DC 24V power input ×1 | |
| Functional Interfaces | 1000M Ethernet ports ×2, switch ×1 | |
| Indicators | Power LED ×1, Ethernet port LEDs ×2, signal LED ×1 | |
| Operating Temperature | -40ºC ~ +55ºC | |
| Storage Temperature | -40ºC ~ +85ºC | |
| Operating Humidity | 5% ~ 95% (non-condensing) | |
| Weight | 3240g (excluding antennas) | |
| Dimensions | 484×434×230mm (excluding antennas) | |
| Electrical | Battery Capacity | 12.6V/7Ah, 6h operation (enhanced version: 8–12 hours) |
| Peak Power Consumption | 220W | |
| Average Power Consumption | 66W |
Application Scenarios & Field Cases
Firefighting & Rescue Emergency Communications
In complex environments such as large commercial complexes, high-rise buildings, or underground parking garages, public carrier coverage is often weak. The MESHCOM ad hoc network can rapidly establish a centerless audio/video command network, delivering real-time HD video from the incident scene along with firefighter vital signs and SCBA air remaining to the rear command center, enabling data-driven decisions.
- Emergency command & coordination
- Dedicated urban patrol network deployment
- UAV video link & data link
Low-Altitude UAV Communications
As UAVs become widely adopted for logistics and emergency operations, robust connectivity becomes mission-critical. This solution integrates 5G and SDR technologies; when public network coverage is insufficient, the SDR module can provide an ultra-long-range air link of over 20 km per site. Centralized cloud management delivers a seamless, reliable dedicated virtual network for UAV operations.
- Opto-electronic smart city
- Outdoor power utilities and surveying
- Airborne & maritime data links
Maritime Rescue Communications Assurance
Maritime environments are complex, public networks are often unavailable, and satellite phones are costly with limited accessibility. The MESHCOM ad hoc solution can rapidly build a 3D broadband communications network among a mothership, small craft, UAVs, and helicopters. Using UAVs or helicopters as high-altitude relays enables broadband communications over tens of nautical miles, providing real-time, accurate situational awareness for on-scene command and dispatch.
- Emergency communications vehicle
- Airborne & maritime data links
- Maritime emergency command
- Maritime emergency command
Remote Power Grid Construction Site Monitoring
To ensure uninterrupted connectivity in remote mountainous construction areas, multiple integrated base stations can be deployed along the route to build a high-speed dual-band 5.3G/5.8G backbone link. The network supports HD video backhaul, VoIP voice, and Wi‑Fi access, enabling real-time visual monitoring and remote audio/video command—ensuring rapid response to incidents.
- Outdoor power utilities and surveying
- Emergency command & coordination
- Remote project monitoring
