DOMI DMOS5030A and DMOS5031A all-in-one 100 × 100 3D ToF sensor module

Resolution 100 × 100

Range 0.2-4.8 m / 0.2-2.5 m

Field of View 30° × 30° / 60° × 60°

DMOS5030A/5031A 100 × 100 All-in-One 3D ToF Sensor Modules for IoT

Integrated DM3602 ToF processing, VCSEL illumination and embedded algorithms in a 30.5 × 19 mm board for rapid IoT depth-sensing integration.

Key Highlights

100 × 100 global-shutter depth output at up to 20 fps
DMOS5030A: 850 nm, 0.2-4.8 m, 30° × 30° FOV
DMOS5031A: 940 nm, 0.2-2.5 m, 60° × 60° FOV
Single 5 V supply with firmware-configurable UART or SPI

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Overview

The DOMI DMOS5030A and DMOS5031A are all-in-one 3D Time-of-Flight sensor modules for embedded IoT products. Each board combines a global-shutter 100 × 100 ToF sensor, VCSEL illumination and optics, power management, and a DM3602 processor that handles depth processing and application-specific algorithms.

The integrated Smart ToF ISP and Cortex-M3 core process raw sensor output on the module, then send processed results to the host through a firmware-configurable UART or SPI interface. This architecture can reduce host-side depth-processing work in space-constrained appliances, projectors, access systems and smart-space devices.

Both variants support firmware-configurable output up to 100 × 100 at up to 20 fps and operate from a single 5 V supply. DMOS5030A prioritizes longer range with an 850 nm VCSEL and 30° × 30° field of view. DMOS5031A prioritizes wider near-field coverage with a 940 nm VCSEL and 60° × 60° field of view.

The stated depth deviation of ≤2% is measured in a darkroom with a target above 85% reflectivity. Ambient light, target reflectivity, motion, cover-window losses, temperature and multi-camera interference can change system results and must be qualified in the final product.

Choose DMOS5030A or DMOS5031A

Select the optical variant by working distance, coverage angle and wavelength requirements. The processing architecture, maximum resolution, frame rate, power target and host-interface options are shared.

Selection parameter	DMOS5030A	DMOS5031A
Recommended positioning	Longer-range, narrower-FOV sensing	Mid-range, wider-FOV sensing
Measurement range	0.2-4.8 m	0.2-2.5 m
Field of view	30° H × 30° V	60° H × 60° V
Emitter	850 nm VCSEL	940 nm VCSEL
Shared output	Up to 100 × 100, up to 20 fps	Up to 100 × 100, up to 20 fps
Shared host interface	UART or SPI, firmware configurable	UART or SPI, firmware configurable

Technical reference: DMOS5030A/5031A Datasheet v1.0. Share the required sensing task and host output with us to discuss a firmware configuration for your project.

Choose DMOS5030A when working distance is the main requirement and a 30° field of view covers the target. Choose DMOS5031A when a 60° field of view is more important within 2.5 m or when the system optical stack is designed around 940 nm.

Match the module to your interaction task

DMOS5030A and DMOS5031A combine ToF sensing and onboard processing for region sensing and embedded interaction. Our HMI and smart-device selection guide explains how region sensing fits alongside proximity triggers and continuous gesture input. For interaction-zone design and application timing, explore our touchless gesture-control guide.

Resolution: 100 × 100
Range: 0.2-4.8 m / 0.2-2.5 m
Field of View: 30° × 30° / 60° × 60°
Interface: UART / SPI

Applications

The embedded processor and application algorithms make DMOS5030A/5031A suitable for products that need compact depth sensing and processed results at the host interface.

Smart appliances and touchless HMI

Gesture control for white goods and smart-home devices
Multi-zone human sensing and posture-aware interaction

Smart projectors and laser TV

Range input for projector geometry and positioning
Embedded keystone-correction application support

Automatic doors and smart lighting

Presence and approach detection in defined indoor zones
Occupancy-triggered lighting and equipment control

Range finding and smart parking

Short- to mid-range distance measurement
Object or vehicle presence within a calibrated sensing zone

Technical Specifications

Shared platform specifications

Parameter	Specification
Sensor	Global shutter, 100 × 100 array
Output resolution	Up to 100 × 100, firmware configurable
Frame rate	Up to 20 fps, firmware configurable
Processor	DM3602 with Smart ToF ISP and Cortex-M3 core
Host interface	UART or SPI, firmware configurable
Power input	Single 5 V supply, ≥500 mA at CN3
Current consumption	Peak <500 mA; average <200 mA
Depth deviation	≤2% in a darkroom with >85% reflectivity target
Mechanical drawing	30.5 ± 0.2 × 19 ± 0.2 × 3.98 ± 0.2 mm
Host connector	CN3, 12-pin, 0.5 mm pitch FPC, back side

Use the outline drawing to plan the module envelope, FPC connection and optical clearance. Include your enclosure dimensions and connector orientation when discussing the production configuration with us.

Host Interface and Integration

CN3 provides power, host communication, synchronization and GPIO through a 12-pin 0.5 mm pitch FPC connector. Host-facing signals are specified at 3.3 V CMOS level.

CN3 signal groups

Pin or group	Signal	Integration note
1	VCC_SYS	5 V supply, rated for at least 500 mA
2	GND	Ground return
3	VDD_AP	Reserved; leave not connected
4-7	SPI_MISO/SDA, SPI_CLK/SCL, SPI_CS, SPI_MOSI	4-wire SPI; pins 4 and 5 are also labeled for I2C SDA/SCL multiplexing
8	AP_SYNC/AP_GPIO1	Host strobe in slave mode or configurable GPIO
9-10	UART0_RX/AP_GPIO3, UART0_TX/AP_GPIO4	UART receive and transmit or configurable GPIO
11	AP_GPIO2	3.3 V GPIO
12	AP_EN	Active-low enable: 0 powers on the module; 1 powers it down

UART host connection

UART setting	Specification
Signaling	3.3 V CMOS
Baud rate	115200 bps
Frame	8 data bits, 1 stop bit, no parity
Flow control	None
Direction	Bidirectional: RX receives configuration; TX outputs processed results

DMOS5030A/5031A process sensor data on the module and send processed results to the host. UART uses 3.3 V CMOS signaling at 115200 bps with 8 data bits, one stop bit, no parity and no flow control. The selected firmware determines the host mode and application output. Share the required result type and host interface with us to discuss the matching command protocol and firmware configuration.

Plan the production configuration

Exact firmware package and availability of range finding, human sensing, posture, gesture or keystone algorithms
Processed output format, coordinate system, units, confidence data, calibration flow and host API
SPI protocol status, UART command set, I2C pin multiplexing and GPIO timing
Current production dimensions, mating FPC recommendation, connector orientation and keep-out zones
Operating and storage temperature, ambient-light immunity, multi-module interference, EMC, ESD and lifetime data
Applicable Class 1 laser-safety standard, certificate scope and end-product compliance requirements

FAQs

Does DMOS5030A/5031A deliver up to 100 × 100 depth output?

Yes. Both variants use a global-shutter 100 × 100 ToF sensor. Output resolution is firmware configurable up to 100 × 100.

Can DMOS5030A measure from 0.2 to 4.8 m?

Yes. The DMOS5030A specification lists a 0.2-4.8 m measurement range with an 850 nm VCSEL and 30° horizontal × 30° vertical field of view. Validate usable range with the final target and lighting conditions.

Does DMOS5031A provide a 60° × 60° field of view with 940 nm illumination?

Yes. DMOS5031A pairs a 940 nm VCSEL with a 60° horizontal × 60° vertical field of view and a specified 0.2-2.5 m measurement range.

Can DMOS5030A/5031A process ToF data on the module?

Yes. The integrated DM3602 uses a ToF ISP engine and an on-chip Cortex-M3 core to process sensor data and run application-specific algorithms before sending processed results to the host.

Does DMOS5030A/5031A operate from a single 5 V supply?

Yes. CN3 pin 1 accepts a 5 V supply rated for at least 500 mA. The datasheet lists peak current below 500 mA and average current below 200 mA, but the complete power budget and transients should be verified in the target duty cycle.

Can the host communicate with DMOS5030A/5031A through UART or SPI?

Yes. The host interface is firmware configurable for UART or 4-wire SPI. The v1.0 datasheet marks the SPI frame format as TBD, so request the current firmware protocol before host-driver development.

Does the UART interface support 115200 bps and 8-N-1 framing?

Yes. The published UART mode uses 3.3 V CMOS signaling, 115200 bps, 8 data bits, one stop bit, no parity and no flow control.

Can DMOS5030A/5031A be evaluated for presence sensing, gesture control and smart projectors?

Yes. The datasheet lists multi-zone human sensing, posture monitoring, gesture control, range finding and keystone correction, with application directions including white goods, smart lighting, automatic doors, smart projectors, laser TV and smart parking.

Does the DMOS5030A/5031A datasheet state Class 1 laser eye safety?

Yes. Datasheet v1.0 states Class 1 laser eye safety and automatic laser shutdown during an abnormal condition. Confirm the applicable standard, certificate scope, firmware behavior and final-product compliance for the exact production configuration.

Does DMOS5030A/5031A use a 12-pin 0.5 mm pitch FPC host connector?

Yes. CN3 is a 12-pin, 0.5 mm pitch FPC connector on the back of the board. It carries 5 V power, ground, UART, SPI or multiplexed I2C signals, synchronization, GPIO and active-low module enable.

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