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Precision That Defines Reality

DOMI delivers cutting-edge ToF sensors engineered for accuracy, speed, and integration flexibility.

High Accuracy

Engineered for precise measurements in demanding applications where every millimeter matters.

Low Power Consumption

Real-time depth perception for fast control loops and responsive human interaction.

Easy Integration

Flexible interfaces and comprehensive SDKs for quick deployment into existing systems.

DM0301 Tiny 1D ToF Sensor (4 m Range, Class I Eye-Safe) Pin-to-Pin Compatible with VL53L4CD

DM0301 Tiny 1D ToF Sensor (4 m Range, Class I Eye-Safe) Pin-to-Pin Compatible with VL53L4CD

DM0301 is a highly integrated, tiny 1D ToF (direct Time of Flight) sensor that combines a VCSEL, SPAD array, micro…

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Depth Camera DM-RGBD-5001A

Depth Camera DM-RGBD-5001A

Depth camera DM-RGBD-5001A can be used in a wide range of applications that require highly accurate and detailed…

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ToF camera DMOM2508CL

ToF camera DMOM2508CL

ToF camera DMOM2508CL is perfect for a variety of applications such as AR/VR,People counting and motion analysis, Face…

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Depth camera and RGB camera DM-RGBD-5003A

Depth camera and RGB camera DM-RGBD-5003A

DM-RGBD-5003A is a depth+RGB camera based on ToF technology to measure the distance. The system consists of 940nmVCSEL…

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Powering the Next Generation of ToF Applications

High-precision depth sensing that elevates performance across every industry.

Robotics

Robotics

ToF sensors enable precise indoor navigation, obstacle avoidance, and safe interaction with people and furniture in restaurant environments.

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Autonomous Vehicles

Autonomous Vehicles

Enabling accurate depth perception for real-time object detection, collision prevention, and seamless path planning in self-driving systems.

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AR/VR

AR/VR

Creating immersive user experiences with real-time depth sensing, enhancing interaction, occlusion management, and spatial awareness in virtual environments.

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Drone Technology

Drone Technology

Enhancing autonomous navigation and obstacle detection in drones for precision flight control, including in GPS-denied environments.

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People Counting & Analytics

People Counting & Analytics

Enabling accurate and real-time crowd monitoring for efficient space utilization, safety management, and occupancy control in smart buildings.

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Industrial Automation

Industrial Automation

Optimizing manufacturing and assembly line processes with precise depth sensing for object detection, quality control, and real-time feedback in industrial settings.

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About DOMI

Founded in 2016, DOMI is a leading provider of 3D Time-of-Flight sensing solutions, dedicated to delivering innovative, high-performance depth sensing technologies for global customers.

Our team of experts from Analog Devices, STMicroelectronics, and other industry leaders brings over 15 years of experience in semiconductor design, optical engineering, and computer vision algorithm development.

500+

Global Customers

30+

Patents

15+

Countries Served

50+

Team Members

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3D ToF Sensor FAQ

Find answers to common questions about DOMI ToF sensors, products, and services.

What is a Time‑of‑Flight (ToF) sensor and how does it work?
ToF emits modulated infrared light and measures round‑trip time or phase shift per pixel to compute distance, producing a depth map. Phase ToF suits short‑to‑mid range; pulsed ToF supports longer ranges.
How does ToF compare to structured light or stereo?
Pros: robust on low‑texture scenes, low latency, low compute, works in low light. Cons: direct sunlight reduces SNR; transparent or specular surfaces cause multipath/penetration—mitigate via algorithms and optical design.
What determines range and accuracy?
Emitter power, optics/FOV, integration time vs. frame rate, modulation frequency, sensor noise, target reflectance, and ambient light. Near ranges are typically more accurate; multi‑frequency/exposure and thermal calibration improve stability.
Does outdoor use suffer from ambient light? How to mitigate?
Strong sunlight lowers SNR. Mitigation: narrow‑band filters, higher modulation frequency, HDR/multi‑exposure, temperature and multipath calibration, and improved shielding/optical path design.
How do I integrate ToF data into my system?
Typical outputs include depth map, amplitude image, and point cloud; interfaces via I2C/SPI/MIPI or USB; the SDK provides denoising, thermal calibration, and point‑cloud/SLAM APIs for easy integration in robots, AR, and security systems.

Insights & Innovations

Stay updated on the latest ToF sensor trends and depth technology breakthroughs.

Ready to Work With DOMI?

Let our innovative sensor technologies elevate your measurement, detection, and automation processes.

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