I. Designed for Long-Term, Stable Operation
The 2.4 GHz / 5.8 GHz Signal Identifier is engineered for extended
operational periods, capable of maintaining stable performance
throughout prolonged usage. This design ensures that the device
delivers continuous, reliable signal transmission across a wide
range of operating environments—whether indoors or outdoors. It is
particularly well-suited for applications requiring continuous
operation, such as wireless communication, remote monitoring, and
drone control. By optimizing the integration of hardware and
software, the device effectively minimizes failure rates and power
consumption, guaranteeing smooth operation under varying workloads
and providing users with a more stable and efficient operational
experience.
II. Product Specifications
| Parameter | Description |
|---|
| Key Detection Bands: | 2.4 GHz / 5.8 GHz |
| Coverage Angle: | 360° |
| Drone Positioning Accuracy: | ≤ 5m |
| Detection Range: | 3 – 5 km |
| Detection Sensitivity: | ≥ 4 drone data records per second |
| Antenna Gain: | 10 dBi |
| Total Power Consumption: | ≤ 20 W |
| Power Supply: | AC 220V to DC 24V |
| Networking Capabilities: | Supports LAN networking (RJ45 interface); 4G/5G functionality
(Optional) |
| Protection Rating: | IP66 |
| Device Availability: | ≥ 99.9% (Capable of long-term, continuous operation without
failure) |
III. Historical Data Recording for Subsequent Analysis
The device features a built-in historical data recording function
capable of precisely logging every signal fluctuation, device
status update, and environmental parameter. Through an intelligent
data storage and management system, users can conveniently access
and analyze past operational data. This capability not only helps
users gain insight into device usage patterns but also provides
critical historical data support in the event of malfunctions or
anomalies, thereby facilitating efficient troubleshooting and fault
localization. Furthermore, by leveraging accumulated long-term
data, users can better evaluate the device's overall performance
and stability, enabling them to implement appropriate optimizations
and enhance operational efficiency.
IV. Supports Real-Time Spectrum Analysis
This Signal Identifier also incorporates a real-time spectrum
analysis feature, allowing users to monitor signal frequency
distribution and intensity in real time. This functionality is
crucial for optimizing wireless communication systems, as it
enables users to detect potential sources of interference or issues
related to frequency congestion. Through a visualized spectrum
analysis interface, users can clearly observe the current signal
status and make corresponding adjustments to ensure optimal signal
transmission quality. This feature enables the device to go beyond
basic signal identification, providing comprehensive support for
in-depth performance optimization.
V. Water- and Dust-Resistant Design: Suitable for Diverse
Environments
The device features a high-standard water- and dust-resistant
design, complying with the IP67 protection rating. This ensures
effective protection against the ingress of water and dust,
allowing the device to operate stably even in harsh environments.
Whether deployed in conditions characterized by high temperatures,
high humidity, dust, or heavy rain, it delivers reliable signal
processing capabilities. This design makes the device ideally
suited for use in outdoor operations, industrial settings,
construction sites, and similar locations; users can utilize the
equipment with complete peace of mind, free from concerns regarding
the environmental impact on the device.
