Core Architecture
|
Layer / Module |
Subsystem / Capability |
Description |
|
Core Architecture |
Microwave Power Generation Unit |
Core unit responsible for generating high-power microwave energy |
|
Solid-State Microwave Amplification |
High-reliability, scalable solid-state RF power amplification |
|
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Fast Energy Storage & Discharge |
Enables rapid energy accumulation and pulsed high-power release |
|
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Frequency Synthesis & Waveform Control |
Supports flexible frequency generation and advanced waveform shaping |
|
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Thermal Management Subsystem |
Ensures stable operation under high-power and continuous-duty conditions |
|
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Multi-Channel RF Combining Network |
Combines multiple RF channels to achieve higher output power and efficiency |
|
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Antenna & Beamforming |
Electronic Beam Steering Flat-Panel Array |
Fully electronic beam steering without mechanical movement |
|
Wide Sector Beam Coverage |
Provides broad-area coverage for enhanced protection range |
|
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Fast Target Sector Switching |
Enables rapid beam repositioning for dynamic target engagement |
|
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Multi-Drone Simultaneous Suppression |
Capable of engaging and suppressing multiple UAV targets simultaneously |
|
|
System Integration |
Radar / EO Cueing Integration |
Integrated with radar and electro-optical systems for detection-to-engagement workflow |
Key Advantages
| NO. | Tactical Abilities | Description |
| 1 | Area Neutralization | Simultaneous defeat of multiple drones |
| 2 | Swarm Defense | Effective against FPV, DJI, Autel, and DIY clusters |
| 3 | Near-Instant Effect | Microsecond-level electronic kill |
| 4 | All-Weather Operation | Unaffected by fog, smoke, rain, and dust |
| 5 | Low Cost Per Engagement | No missile or laser consumables |
| 6 | System Integration | Radar, EO/IR, RF and C2 linkage |
Typical Engagement Workflow
Radar Detection → EO/IR Confirmation → Threat Classification → HPM Beam Steering → Sector Microwave Emission → Swarm Electronic Kill → Threat Assessment
Typical Deployment Scenarios
• Military Base Defense
