Is the infrared laser safe for continuous operation around people?

Yes. The module is designed to meet Class-1 Laser Safety standards, making it completely safe for human eyes under normal operating conditions.

Compact 3D Time-of-Flight Sensor Module with Onboard Cortex-M3 Processor

Name: Compact 3D Time-of-Flight Sensor Module with Onboard Cortex-M3 Processor
Brand: Shenzhen Hstd Import and Export Trade Co., Ltd.
SKU: 2295515895

Guangdong, ChinaShenzhen Hstd Import and Export Trade Co., Ltd.

US$25.80

2 Pieces

Sample price:US$35.00/piece.Request sample

Product profile

Customization

Available

Technology

Infrared

Style

Bullet Camera

Model NO.

TOF camera module

Type

CCTV Camera

Sensor

CMOS

HDMI Format

1080I

Horizontal Resolution

650tvl

Kind

Manual Focus Lens

Certification

CE, FCC, CCC, RoHS, EMI/EMC, ISO9001: 2000

Feature

Waterproof / Weatherproof, High Definition, Mini Size, Vandal-proof, Auto BLC

Effective Distance

≧30m

Sensor Size

1/3 inch

Remote Control

With Remote Control

Main Board

Esp32

Module

Tof

Display

Yes

Cuztomized

Yes

Power Supply

Single 5V (>= 500mA)

Logic Level

3.3V (CMOS Level for I/O Pins)

Power Consumption

Peak Current < 500mA; Average Current < 200mA

Connector Type

12-Pin 0.5mm-Pitch FPC Connector (on The Back Side

Dimensions

30.5mm (L) × 19mm (W) × 4.05mm (H)

Transport Package

Carton Box

Specification

tiny

Trademark

HSTD

Origin

China

Key features

All-in-One Processing: The DM3602 chip combines ToF sensing, advanced signal processing (via an on-chip ISP engine), and application algorithm execution within a single unit.

Cortex-M3 Core: At its heart, the module features a powerful Cortex-M3 core. This is the component that provides the "computing power" you mentioned, taking over after initial signal processing to run

Reduced Host Load: By processing raw data internally, it significantly reduces the computational burden on the host processor, simplifying system integration.

Leveraging its on-board computing power, the module goes beyond simple distance measurement to offer a suite of sophisticated features right out of the box.

Integrated Algorithms: It natively supports algorithms for range finding, multi-zone human sensing, posture monitoring, gesture control, and keystone correction.

Smart Sensing: These built-in capabilities make it ideal for creating intelligent IoT devices that can understand their environment, such as detecting human presence in specific zones or recognizing s

Company profile

Shenzhen Hstd Import and Export Trade Co., Ltd.

Guangdong, China

Business Type: Manufacturer/Factory, Trading CompanyExport Year: 2014-01-01Nearest Port: ShenzhenAverage Response Time: ≤2.44hTerms of Payment: T/T, D/P, LC, etc.International Commercial Terms(Incoterms): FOB, EXW, CFR, CIF, DAT, FAS, DDP, DAP, CIP, CPT

AI-Powered supplier vetting

SummaryThe supplier specializes in high-precision laser measurement products and holds ISO 9000 and ISO 9001 certifications. It offers significant customization and 3D software design services, reflecting notable innovation capability. However, it lacks overseas service capacity and shows weak financial performance, with zero reported operating revenue and profit over the past years. Its production capability is moderate, with an annual output between US$5 and US$10 million, and the lead time is consistent throughout the year. After-sales service procedures exist but lack documentation.

Supplier typeThe supplier specializes in laser measurement products, offering chips, modules, and radar with high precision and stable performance.

CertificationsThe supplier holds ISO 9000 and ISO 9001 certifications, indicating a commitment to quality management standards.

Financial creditThe supplier reported zero operating revenue and profit in recent years, indicating poor financial performance.

R&D capabilityThe supplier has launched new products in the past year and offers 3D software design services, showcasing innovation.

Production capacityThe supplier has a moderate annual production output of US$5 to US$10 million and consistent lead times.

Customization capabilityOffers extensive customization options, including full and minor customization services, indicating strong customization capability.

Product Q&A

Q:Q1: How does this module integrate with the ESP32?

This module is highly compatible with the ESP32. It communicates via standard interfaces like UART or SPI using 3.3V CMOS logic levels, which perfectly matches the GPIO voltage of the ESP32 without needing additional level shifters. Furthermore, because the module handles the heavy ToF data processing internally, it significantly reduces the computational burden on the ESP32, allowing your ESP32 to focus on Wi-Fi/Bluetooth connectivity and high-level application logic.

Q:Does the ESP32 need to run complex algorithms for depth calculation?

No. One of the biggest advantages of this module is its built-in computing power. The internal processor (DM3602) executes all the necessary ISP (Image Signal Processing) and application algorithms (like range finding, gesture recognition, and human sensing). The ESP32 only needs to receive the final, ready-to-use results via serial communication.

Q:What are the power supply requirements when pairing this with an ESP32?

The ToF module requires a stable 5V power supply capable of delivering at least 500mA. Since the ESP32 typically operates on 3.3V or 5V, you can easily power both from a single 5V USB source, ensuring sufficient current for the VCSEL laser emitter during active ranging.

Q:Can this setup be used for privacy-preserving presence detection?

Absolutely. Unlike traditional RGB cameras, this 3D ToF sensor only captures low-resolution depth data (distance matrices) rather than visual images. When paired with the ESP32, it creates an ideal, privacy-safe solution for smart home applications such as elderly fall detection, room occupancy monitoring, and automated lighting control.

Q:What communication protocols are supported between the module and the host MCU?

The module supports UART, SPI, and I2C interfaces. For most ESP32 projects, UART is recommended for ease of use, while SPI is ideal if you require higher data throughput or faster response times for dynamic applications like gesture tracking.