Rapid Deployment: Plug-and-Play Fixed Base Stations
This system supports rapid deployment and plug-and-play
installation. Pre-configured software and automated network
discovery significantly reduce deployment time. Technicians only
need to connect power and network; the system can self-test and
establish a link with the command center, achieving online status
within minutes. This significantly reduces deployment costs and
manpower requirements, and is suitable for both data center and
outdoor base environments.
Product Parameter Table
| Parameters | Specifications |
|---|
| Detection Frequency Band | 0.5–18 GHz |
| Detection Distance | 0.5–8 km |
| Interference Power | Adjustable, Peak 20 W |
| Positioning Accuracy | <5 m |
| Response Time | <10 ms |
| Antenna Type | Modular Phased Array |
| Operating Temperature | -40°C ~ +65°C |
| Power Supply | DC/AC/Solar |
| Communication Interface | Ethernet / 4G / 5G |
| Weight | Approx. 45 kg |
Rapid Deployment: Plug-and-Play Fixed Base Stations (Supplementary)
The base station features remote configuration and automatic fault
diagnosis capabilities, supports automatic calibration and firmware
recovery, reducing the frequency of on-site maintenance. The
hot-swappable unit design allows for rapid replacement of faulty
modules without interrupting overall protection, ensuring
continuous protection capabilities and rapid on-site emergency
response.
Modular Design: Facilitates Maintenance and Upgrades
The system adopts a modular hardware and microservice software
architecture. RF front-end, signal processing, power supply, and
heat dissipation units can be independently replaced or upgraded.
The software supports containerized deployment and remote update
push, allowing maintenance personnel to diagnose online and
remotely distribute patches, reducing on-site maintenance costs and
shortening upgrade windows.
Easy Scalability: Enhanced Site Coverage
The system supports multi-site linkage and centralized scheduling.
Based on grid deployment, coverage can be expanded as needed.
Combined with dynamic spectrum management and power adaptive
strategies, seamless switching and coordinated interference can be
achieved between dense sites, meeting the protection needs of
large-area, complex environments such as cities, ports, airports,
and military bases.
