PoE Interactive LiDAR T1

With its outstanding performance, flexible application, and convenient operation, Interactive Radar provides users with a superior interactive experience and is the ideal choice for applications in various fields.

2D Industrial TOF Lidar T1

Industrial Lidar with Ethernet connectivity offers simplified installation, reliable data transmission, and enhanced functionality for a wide range of applications.

01.

ToF laser ranging technology

Lidar based on TOF principle has higher stability,better light resistance, accuracy and reliability.

02.

270° Scanning and Compact Design

Wide coverage:270° scanning capability allows for comprehensive coverage of the surrounding environment.

03.

High Precision and Performance

30 FPS (Frames Per Second) enables smooth and real-time data capture and processing.

PoE Lidar: Unleash powerful capabilities with Ethernet and PoE integration

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Interactive LiDAR

TOF Pulse

Ranging principle

±2cm

Measurement accuracy

0-25m

Detection distance

270°

Horizontal field of view

10Hz/15Hz/20Hz /25Hz/30Hz

Scan Frequency

≥25m (70% reflectivity) ≥15m (10% reflectivity)

Protective distance

0.12°10.18°10.23°10.35°10.35

Angular Resolution

<5 W/Peak value <2 W/Typical value

Power Consumption

0-20m detection range, 270° environmental scanning, compared to 360°, the radar has a longer service life and is more reliable

Resistant to 100KLux strong light, capable of high-frequency and high-precision measurement and mapping both indoors and outdoors

VCSEL laser, smaller spot

VCSEL lasers are used. Compared with EEL lasers, the lidar spot using VCSEL lasers can be made smaller, thereby reducing the generation of tails and improving point cloud accuracy.

Empowered by an intuitive web server, the radar empowers effortless monitoring and configuration.


1. Integrated Web Server for Simplified Monitoring and Configuration:

The radar features an integrated web server for straightforward system and radar status monitoring, offering functionalities such as dashboard, radar configuration, and firmware updates (OTA).

2. Effortless Monitoring and Radar Configuration via Web Interface:

The radar boasts a user-friendly web interface that enables easy monitoring of system and radar health, as well as convenient configuration of radar settings and firmware updates over the air (OTA).

3. Enhanced Connectivity and Power Options:

The radar supports versatile connectivity options with both Ethernet UDP (default) and shrouded USB communication modes. It also features a DC power input with a 5.5-2.1 jack, and an optional certified FIT0231: 12V/1A power adapter is available to address power supply needs.

Highly cost-effective LiDAR, with more diverse and selective application scenarios

It can be used in scenarios such as robots, multimedia interaction, and perimeter security. It can be used as the main laser for indoor robots and the oblique laser for outdoor robots.

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Interactive LiDAR

30 FPS LiDAR delivers superior accuracy, real-time performance, and versatility for a wide range of demanding applications.

  • Integrated LidarTouch professional radar interactive software, eliminating the need to manage the underlying radar configuration.
  • Intuitive software interface supports almost all mainstream interactive solutions for seamless integration.
Interactive LiDAR

TOF TIME-OF-FLIGHT RANGING TECHNOLOGY

Lidar based on TOF principle has higher stability, better light resistance, accuracy and reliability.

The advantages of TOF Lidar include:

  • High accuracy and precision: TOF Lidar can achieve millimeter-level accuracy, making it ideal for applications that require precise measurements.
  • Strong light resistance: TOF Lidar is not affected by ambient light, making it suitable for both indoor and outdoor use.
  • High stability: TOF Lidar is less susceptible to interference from other sensors, making it more reliable.
  • Long range: TOF Lidar can measure distances of up to several hundred meters.
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Application scenarios

Lidar T1 can be used in scenarios such as robotics, multimedia interaction, and perimeter security. It can be used as the main laser for indoor robots and the oblique laser for outdoor robots.

Industrial, port, and warehouse automation

LiDAR can be used for precise positioning, navigation, and obstacle avoidance in automated guided vehicles (AGVs), robotic arms, and other automated systems, improving efficiency and safety.

Indoor mobile robots

LiDAR can serve as the primary sensor for indoor mobile robots, providing real-time 3D mapping and navigation capabilities in complex environments.

Outdoor mobile robots

LiDAR can be mounted at an angle on outdoor mobile robots to enable long-range obstacle detection and mapping, ensuring safe and efficient operation in challenging outdoor environments.

Mapping and obstacle avoidance

LiDAR can be utilized for high-precision 3D mapping and dynamic obstacle avoidance, empowering various applications such as autonomous navigation, robotic exploration, and environmental monitoring.

Frequently Asked Questions

LiDAR, or Light Detection and Ranging, is a technology that uses light pulses (usually lasers) to measure distances and create 3D models. It is widely used in surveying, mapping, construction, robotics, and other fields.

Interactive LiDAR builds on traditional LiDAR technology by adding real-time interaction capabilities. It can track user movements in a designated space and adjust virtual or augmented reality content based on user input. Interactive LiDAR is used in various applications, including virtual reality, augmented reality, and gaming.

PoE, or Power over Ethernet, is a technology that transmits both electrical power and data over a single Ethernet cable. It simplifies device installation and is particularly beneficial for devices like PoE LiDAR sensors.

The main difference between PoE LiDAR and traditional LiDAR is the power supply. PoE LiDAR uses a single Ethernet cable for both power and data, while traditional LiDAR requires a separate power cable.

LiDAR Touch is our proprietary software designed specifically for our PoE LiDAR sensors. It offers the following features:

  • Seamless integration: LiDAR Touch is optimized for our LiDAR sensors, ensuring compatibility and reliable performance.
  • Customization options: LiDAR Touch provides extensive customization options to meet specific industry needs and applications.
  • User-friendly interface: LiDAR Touch’s interface is intuitive and easy to use, simplifying setup and operation.

Interactive LiDAR is used in various applications, including:

  • Interactive walls and floors: Users can interact with projected images or videos using gestures or touch.
  • Immersive spaces: LiDAR creates immersive experiences in museums, entertainment venues, and educational settings.
  • Arc curtains: LiDAR enables interactive displays on curved surfaces, providing unique user experiences in retail stores, exhibitions, and public spaces.

PoE LiDAR offers several advantages over traditional LiDAR:

  • Simplified installation: PoE LiDAR uses a single Ethernet cable for power and data, simplifying the installation process.
  • Reduced cost: PoE LiDAR is more compact and has a lower cost structure.
  • Increased flexibility: PoE LiDAR offers more flexibility in device placement as it is not limited by power outlet availability.
Interactive LiDAR

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