Matter PIR motion sensor In development

A battery-powered passive-infrared occupancy sensor for Matter over Thread, with pet immunity and sensitivity that can be tuned per installation. It is built on the same sensor platform we have shipped for years, re-engineered for Matter's Occupancy Sensing cluster. The platform is in development and sampling is open to design partners.
Matter over Thread Occupancy Sensor Pet immune Tunable sensitivity Sampling

Specifications

Development-stage specification, confirmed at design freeze. Detection range, angle and battery life are configuration-dependent.
ParameterCurrent design
Matter transportThread (requires a Thread border router in the home network)
Matter device typeOccupancy Sensor
DetectionPassive infrared, with pet-immunity configuration
SensitivityAdjustable per installation, so one SKU covers corridors and small rooms
MountingWall and corner mounting; magnetic bracket option
PowerBattery — cell type confirmed at design freeze
Certification statusIn development

Matter capability

ItemDetail
Device typeOccupancy Sensor
Core clusterOccupancy Sensing — reports occupancy state to the ecosystem, with configurable reporting behaviour
Reporting behaviourHolding time and reporting interval are the two settings that decide both responsiveness and battery life. Both are exposed as configurable values rather than fixed in firmware, because the right answer depends on where the sensor is installed.
EndpointsSingle functional endpoint plus the root node.
Transport certificationThread, with inheritance checked from the radio module before design freeze — the same approach as on our contact sensor.
On pet immunity. Pet immunity is a detection-threshold decision, not a magic mode. It trades a little sensitivity to human motion for a large reduction in false alerts from animals below a given weight and height. If your market has a lot of large dogs, that trade-off changes, and it is worth deciding before the lens and firmware thresholds are locked.

How we estimate battery life

Battery life claims are the least trustworthy number on most sensor datasheets, because they depend entirely on the duty cycle. Our approach is to state the assumptions instead of the headline:

VariableWhy it dominates the estimate
Motion events per dayEach detection triggers a radio transmission. A corridor sensor in an office triggers orders of magnitude more often than a room sensor in a home.
Reporting interval and holding timeLonger intervals and holding times reduce radio activity substantially, at the cost of responsiveness in automations.
Thread network qualityA device far from a border router retransmits more, and each retransmission costs energy.
TemperatureCell performance falls in cold environments, which matters for unheated spaces.
We publish a battery-life band with the assumptions attached, and we will run the estimate against your actual deployment scenario during design. A single-number claim without assumptions is not a specification.

Customisation & ordering

ItemDetail
MOQSampling for design partners at low volume; production MOQ confirmed once the configuration is fixed.
Available nowEvaluation samples for design partners.
Expected availabilityProduction follows certification; a dated window is given in the quotation.
CustomisableDetection lens and range, pet-immunity threshold, sensitivity curve, enclosure and finish, mounting bracket, packaging and branding.
Certification ownershipYour Vendor ID or transferred to you, agreed before the project starts.

Related reading

Door/Window Contact Sensors & PIR Motion Detectors

Technical guide

Why contact sensors and PIR detectors are paired for intrusion detection, and what changes under Matter.

Matter door / window contact sensor

Product

The companion sensor on the same Thread platform.

Tell us where it will be installed

Deployment scenario decides sensitivity, holding time and battery expectations. Give us the scenario and we will size the configuration.

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