The DMAS2M001 is a compact, high-performance 3D depth sensor module powered by hybrid stacked SPAD technology and a 940nm VCSEL source. Weighing just 7g, it delivers precise ranging from 0.2m to 8m with a 40x30 resolution. Engineered for outdoor stability (30Klux), it is the ideal solid-state LiDAR solution for drone altitude holding, robotic obstacle avoidance, and autofocus assistance.
Next-Generation SPAD Architecture
The DMAS2M001 adopts a newly developed hybrid stacked Single-Photon Avalanche Diode (SPAD) array. Unlike traditional single-point sensors, this dToF (Direct Time-of-Flight) module outputs 3D point cloud and depth images, providing spatial awareness for intelligent devices.
Superior Algorithm & Outdoor Performance
Built for real-world challenges, the module integrates advanced post-processing algorithms, including Scattering Correction, Temporal Filtering, and Flying Pixel Filtering. Notably, its Anti-Sunlight Algorithm ensures reliable operation in lighting conditions up to 30Klux, making it highly effective for outdoor UAV and robotic applications.
Easy Integration for Developers
Designed for rapid prototyping and mass production, the module supports standard UDP and UVC protocols. It is compatible with Windows, Linux, and ARM architectures, providing developers with a complete SDK for easy access to point cloud, depth, and confidence data. The dual interface options (USB-C for testing, FPC for integration) and low power consumption (~1W) make it versatile for embedded systems.
3D Point Cloud visualization of SPAD sensor
Precise height determination and ground leveling for drones, thanks to its lightweight (7g) design and sunlight resistance.
Provides a 60° wide horizontal field of view to detect obstacles and assist in SLAM (Simultaneous Localization and Mapping) for service robots and AGVs.
Fast and accurate distance measurement helps cameras focus instantly in low-light conditions or detects user presence for security monitoring.
Generates 3D depth maps to analyze object dimensions or monitor specific zones for security intrusions.
| Parameter | Specification |
|---|---|
| Algorithm |
|
| 3D DToF |
|
| Hardware |
|
| Software |
|
| Operating Temperature | −20 ~ 60 °C |
| Storage Temperature | −30 ~ 70 °C |
Whether you are sourcing ToF camera modules or looking for a complete depth sensing solution, we help you select, integrate, and optimize the right ToF technology for your application.
(+86) 19129434890
(+86) 19129434890
Changhong Technology Building, Nanshan District, Shenzhen, China
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