mmWave Radar Sensor Technology
Core sensing, processing, and integration technologies underpinning AZJ Smart 60 GHz Human Presence mmWave Radar Sensor and 77 GHz Directional Motion & Zone Radar Sensor, developed with engineering rigor, long-term platform stability, and regulatory-aligned design.
Millimeter-Wave Radar Sensing
Fundamental mmWave radar sensing principles for 60 GHz Human Presence mmWave Radar Sensor and 77 GHz Directional Motion & Zone Radar Sensor, enabling presence detection, motion characterization, and non-contact vital-sign monitoring.
- Presence and motion detection fundamentals
- Vital-sign sensing capability
- Comparison with optical and infrared sensing
Embedded Firmware Architecture
Engineering-grade firmware architecture supporting 60 GHz Human Presence mmWave Radar Sensor and 77 GHz Directional Motion & Zone Radar Sensor, ensuring deterministic behavior, maintainability, and controlled lifecycle evolution.
- RTOS-based firmware structure
- Radar signal processing pipeline
- Hardware abstraction and interface layers
System Integration Methodology
Structured integration methodology for deploying 60 GHz Human Presence mmWave Radar Sensor and 77 GHz Directional Motion & Zone Radar Sensor within building automation, industrial control, and embedded sensing systems.
- System topology and deployment models
- Electrical and communication interface integration
- Design-in and deployment constraints
Compliance & Certification Framework
Compliance-oriented framework addressing regulatory requirements for 60 GHz Human Presence mmWave Radar Sensor and 77 GHz Directional Motion & Zone Radar Sensor across global deployment environments.
- CE / RED / FCC applicability considerations
- Test scope definition and documentation structure
- Compliance support for OEM programs
OEM Engineering Checklist
Structured engineering evaluation checklist supporting OEM R&D teams, system architects, and compliance stakeholders during supplier qualification for 60 GHz Human Presence mmWave Radar Sensor and 77 GHz Directional Motion & Zone Radar Sensor.
- Technology and architecture evaluation criteria
- Integration and lifecycle considerations
- Compliance scope and responsibility boundaries