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60 GHz Indoor Presence mmWave Radar Sensor | Product Detail

Product Identity

The 60 GHz Indoor Presence mmWave Radar Sensor is engineered for precise, non-visual detection of human presence in indoor environments. It enables continuous occupancy awareness and micro-presence sensing while preserving privacy by design, without cameras or wearable sensors.

Primary Sensing Objective

Optimized for stationary presence and micro-movement detection, this sensor identifies subtle human activity such as breathing or seated motion. It complements 77 GHz Directional Motion & Zone Radar Sensors, which focus on movement trajectories, direction, and zone-based events.

Sensing Characteristics

Detection Coverage Short-range, room-level sensing with consistent performance across indoor layouts.
Micro-Presence Sensitivity Detects minimal human motion, including near-static and seated conditions.
Environmental Robustness Engineered to suppress static clutter and reduce false triggers in typical indoor environments.

System Output & Interface

Provides processed presence outputs for host-level decision logic. Onboard signal processing reduces integration complexity and minimizes host controller load.

InterfaceUART / GPIO
Output TypePresence state, occupancy status
Host RequirementLow MCU resource usage

Integration Constraints

Performance depends on mounting height, enclosure design, and environmental stability. Intended for fixed indoor installation; not suitable for continuous vibration or rapidly changing layouts.

Available Variants

60G-P-BASIC Standard indoor presence sensing with fixed digital outputs.
60G-P-ADV Higher sensitivity with configurable presence detection parameters.

Engineering References & System Links

Intended for indoor presence sensing only; not suitable for motion tracking, zone analysis, or safety-critical applications.

Lifecycle & Availability

The 60 GHz Indoor Presence mmWave Radar Sensor family is managed with controlled hardware revisions and long-term availability planning. Consistent sensing behavior and maintained electrical interfaces ensure stability for multi-year OEM and industrial deployment.

60 GHz Indoor Presence mmWave Radar Sensor | Product Detail

Product Identity

The 60 GHz Indoor Presence mmWave Radar Sensor is purpose-built for precise, non-visual detection of human presence in indoor environments. It delivers continuous occupancy awareness and micro-presence sensing while preserving privacy, without using cameras or wearable sensors.

Primary Sensing Objective

Optimized for indoor presence detection, this radar sensor identifies stationary occupants and subtle micro-movements such as breathing. It complements 77 GHz Directional Motion & Zone Radar Sensors, which focus on motion trajectories, direction, and zone-based activity.

Sensing Characteristics

Detection Coverage Short-range, room-level sensing with consistent performance across indoor layouts.
Micro-Presence Sensitivity Detects minimal human motion, including seated or near-static conditions.
Environmental Robustness Engineered to suppress static clutter and reduce false triggers in typical indoor environments.

System Output & Interface

Provides processed presence outputs for host-level decision logic. Onboard signal processing reduces integration complexity and minimizes host controller load.

InterfaceUART / GPIO
Output TypePresence state, occupancy status
Host RequirementLow MCU resource usage

Integration Constraints

Performance depends on mounting height, enclosure design, and environmental stability. Intended for fixed indoor installation; not suitable for continuous vibration or rapidly changing layouts.

Available Variants

60G-P-BASIC Standard indoor presence sensing with fixed digital outputs.
60G-P-ADV Higher sensitivity with configurable presence detection parameters.

Engineering References & System Links

Intended for indoor presence sensing only; not suitable for motion tracking, zone analysis, or safety-critical applications.

Lifecycle & Availability

The 60 GHz Indoor Presence mmWave Radar Sensor family is managed with controlled hardware revisions and long-term availability planning. Consistent sensing behavior and maintained electrical interfaces ensure stability for multi-year OEM and industrial deployment.