YiRadar
24 GHz 2T4R Multi-Target Tracking Radar Module
Cascaded 2T4R radar module for multi-target track detection and zone positioning.
Module selection
Radar Presence and Occupancy Modules
Define the target behaviour, mounting geometry, enclosure, interface, and validation path before selecting a module.
Configuration candidates
Begin with a source-backed starting point.
Final selection requires configuration, enclosure, installation, firmware, and project-condition review.
24 GHz Compact Human Presence Radar Module
Compact module for detecting moving, micro-motion, and stationary people at short range.
24 GHz HVAC Presence Detection Radar Module
24 GHz FMCW module for detecting stationary, micro-motion, and moving people in HVAC presence-control scenarios.
24 GHz HVAC Occupant Positioning Radar Module
24 GHz FMCW radar module for occupancy distance and direction information in HVAC zoning scenarios.
24 GHz Low-Power Door Trigger Radar Module
Low-power 24 GHz FMCW trigger module for smart-door and door-lock wake-up scenarios.
24 GHz Multi-Target Tracking Radar Module
Compact radar module for multi-target tracking, distance sensing, and wide-angle coverage in smart environments.
24 GHz Smart Sanitary Presence Detection Radar Module
24 GHz FMCW module for proximity and presence sensing in smart sanitary equipment.
24 GHz Smart Display Presence Detection Radar Module
24 GHz FMCW module for detecting people around smart displays and television equipment.
5.8 GHz Doppler Person Trigger Radar Module
Compact 5.8 GHz CW radar module for motion-trigger applications in lighting, IoT, and smart-home equipment.
5.8 GHz Radar Module
A 5.8 GHz radar module configuration available for feasibility and engineering review before a project-specific data package is released.
60 GHz Indoor Multi-Person Tracking Radar Module
60 GHz FMCW MIMO module for indoor positioning and tracking of multiple people.
60 GHz Smart Sanitary Gesture Radar Module
60 GHz FMCW radar module for gesture and presence sensing in smart sanitary equipment.
60 GHz Urinal Presence Detection Radar Module
60 GHz FMCW module for presence detection and control logic in urinal applications.
79 GHz Door Safety Radar Module
79 GHz FMCW MIMO module for detecting people near automatic doors and supporting anti-pinch control logic.
77 GHz Smart Sanitary Presence Detection Radar Module
77 GHz FMCW module for people-presence detection in smart sanitary equipment.
79 GHz Hotel Presence Radar Module
79 GHz FMCW module for detecting stationary, micro-motion, and moving people in hospitality energy-control scenarios.
79 GHz Precision Liquid-Level Radar Module – 15 m
79 GHz FMCW module for non-contact liquid-level measurement in rivers, reservoirs, and tanks.
79 GHz Precision Liquid-Level Radar Module – 30 m
79 GHz FMCW module for longer-range non-contact liquid-level measurement.
79 GHz Urinal Presence Detection Radar Module
79 GHz FMCW module for urinal presence detection and flush-control logic.
No product matches the current filters. Contact YiRadar for a configuration review.
Useful first brief
Give engineering the context that changes the answer.
- The event or state the host product must receive
- Target zone, mounting position, materials, and background motion
- Power budget, host interface, and firmware responsibilities
- Acceptance conditions that distinguish a useful event from noise
Decision questions
Answers that keep an early specification honest.
These answers define the review boundary. They do not replace validation of the final module and installed system.
What is the first decision in a presence or occupancy project?
Define the required system response first. A light wake-up, HVAC setback, display event, access response, and occupancy record can need different sensing behaviour, timing, and host logic. A frequency label or catalog number alone cannot settle that question.
Can a catalog module be treated as a final installed-system specification?
No. A candidate module is a starting point. The enclosure, antenna orientation, mounting surface, room geometry, background movement, firmware, and host logic must be reviewed and validated in the intended installation.
What should an engineering team send before requesting a recommendation?
A short scene drawing or photographs, the intended mounting point, target zone, power and interface constraints, and the desired behaviour make the initial review materially more useful.