Jetson Nano
Hiwonder
8-Megapixel USB Wide-Angle Camera, 160° FOV, Driver-Free, Compatible with ROS Robots, Raspberry Pi and Jetson Controllers
- 【High-Performance Image Sensor】Equipped with a high-performance image sensor, the camera delivers 8-megapixel (3264x2448P resolution) output, enabling precise image capture and processing.
- 【160° Field-of-View Lens】Featuring a 160° wide-angle lens, the camera supports manual focus adjustment to meet the requirements for wide-area perception in vision-based robots.
- 【Highly Integrated Carrier Board】 The industrial-grade circuit reduces interference, improves image clarity, stabilizes signal transmission, and ensures the camera operates effectively.
- 【No Driver Required】No drivers are needed—just plug and play. The camera offers high compatibility with various controllers, enhancing deployment efficiency and improving the overall user experience.
Hiwonder
5-Megapixel USB Wide-Angle Camera, 160° FOV, Driver-Free, Compatible with ROS Robots, Raspberry Pi and Jetson Controllers
- 【High-Performance Image Sensor】Equipped with a high-performance image sensor, the camera delivers 5-megapixel (2592x1944P resolution) output, enabling precise image capture and processing.
- 【160° Field-of-View Lens】Featuring a 160° wide-angle lens, the camera supports manual focus adjustment to meet the requirements for wide-area perception in vision-based robots.
- 【Highly Integrated Carrier Board】 The industrial-grade circuit reduces interference, improves image clarity, stabilizes signal transmission, and ensures the camera operates effectively.
- 【No Driver Required】No drivers are needed—just plug and play. The camera offers high compatibility with various controllers, enhancing deployment efficiency and improving the overall user experience.
Hiwonder
2-Megapixel USB Wide-Angle Camera, 160° FOV, Driver-Free, Compatible with ROS Robots, Raspberry Pi and Jetson Controllers
- 【High-Performance Image Sensor】Equipped with a high-performance image sensor, the camera delivers 2-megapixel (1920x1080P resolution) output, enabling precise image capture and processing.
- 【160° Field-of-View Lens】Featuring a 160° wide-angle lens, the camera supports manual focus adjustment to meet the requirements for wide-area perception in vision-based robots.
- 【Highly Integrated Carrier Board】 The industrial-grade circuit reduces interference, improves image clarity, stabilizes signal transmission, and ensures the camera operates effectively.
- 【No Driver Required】No drivers are needed—just plug and play. The camera offers high compatibility with various controllers, enhancing deployment efficiency and improving the overall user experience.
Hiwonder
Hiwonder Binocular Depth Camera Angstrong Nuwa-HP60C Camera ROS Robot 3D Vision Mapping & Navigation
- 【Advanced 3D Imaging Technology】 Utilizing structured light 3D imaging, the camera delivers highly accurate depth maps for objects within a range of 0.2 to 4 meters, making it ideal for a variety of depth modeling applications.
- 【High-Performance Depth Computing】 The built-in depth computing chip is specifically designed for the robot's obstacle avoidance function, effectively eliminating the need for external computing resources.
- 【Support Various AI Functions】Enables gesture control, action capture, and various other AI functions, making it suitable for a wide range of human-robot interaction scenarios. It offers an efficient solution for robot sensing, obstacle avoidance, and navigation.
- 【Broad Application】Ideal for use in robotics and 3D vision development.
- 【Jetson Orin NX SOM module】Utilizes the official Jetson Orin NX module, providing robust and stable performance.
- 【Custom Carrier Board】We have developed our own carrier board that is compatible with official onboard resources, enhancing power supply and optimizing performance.
- 【Multiple Memory Options】Available in both 8GB and 16GB memory configurations to meet varying requirements.
- 【Comprehensive Accessories】The kit includes a Wi-Fi network card, 258GB SSD, and power supply, making it ready for immediate use.
- Provide ROS2 Compatible Programs
- Image Free Screw Pack
Hiwonder
Hiwonder Autonomous Driving Mapping & Navigation Prop Set for Various Robot Cars (3.26*2.98m)
- Simulates realistic traffic scenes, including parking lots, sidewalks, T-junctions, and other components.
- Made from durable, waterproof material with UV printing technology for an attractive appearance and long-lasting use.
- Includes four traffic signs and one traffic light to enhance interactivity.
- Offers various combination methods to accommodate cars of different heights.
- Ideal for teaching, competitions, and autonomous driving model training.
Hiwonder
RRC Lite Controller with Built-in STM32 Chip, Supports Raspberry Pi 5 Power Supply Protocol, Integrated IMU, 4-Channel Encoder Motor Ports, Servo Ports, and USB
- 【High-Performance Main Control Chip】Powered by the STM32F407VET6 chip with a Cortex-M4 core, offering a maximum clock speed of 168MHz for robust performance.
- 【Support PD Fast-Charging】 Integrated PD fast-charging chip compatible with Raspberry Pi 5 power supply protocol, ensuring stable and continuous power for extended operation.
- 【Integrated IMU Pose Sensor】Features a high-precision IMU sensor for real-time pose detection and feedback, ideal for applications in robotic balance and navigation.
- 【Abundant Peripheral Interfaces】Includes 4-channel encoder motor ports, servo ports, USB serial ports, and more, enabling flexible control of multiple peripherals.
- 【Official Jetson Nano Orin Module】Utilizes the NVIDIA Jetson Orin Nano module to ensure consistency in performance, onboard resources, and dimensions with the official carrier board.
- 【Custom Carrier Board Optimization】The Hiwonder custom carrier board optimizes 2 CSI camera interfaces and 1 HDMI interface, enhancing user experience.
- 【Enhanced Safety Protection】Added DC power input reverse polarity protection and USB interface overcurrent protection for increased safety.
Hiwonder
ROS Robot Control Board with STM32F407VET6 Chip, Supports 4-Channel Encoder Motor, PWM Servos, and Bus Servo Control, Compatible with JETSON, Raspberry Pi
- 【High-Performance Main Control Chip】Features the STM32F407VET6 chip with a Cortex-M4 core, 168MHz clock speed, built-in FPU, and Murata crystal oscillator, ensuring stable performance and rapid processing.
- 【Comprehensive Circuit Protection】Equipped with safeguards against reverse polarity, overcurrent, overheating, and backflow, protecting the device from damage during operation.
- 【Versatile Signal Input Support】 Includes interfaces for color display, USB, SBUS, I2C, and Bluetooth, supporting a wide range of control methods.
- 【Strong Expandability】Capable of controlling 4-channel encoder motors, PWM servos, and bus servos, making it suitable for various robotic and mechanical arm applications.
- 【Wide Compatibility】 Compatible with multiple ROS controllers, such as Raspberry Pi and JETSON, providing robust compatibility.
Hiwonder
miniROS Robot Controller STM32 Chip 6-14V Voltage Support Encoder Motor Bus Servo Independent Power Supply System
- 【High-Performance Chip】Equipped with the STM32F407 chip and integrated IMU sensor, ensuring precise control and posture recognition.
- 【Rich Interface Configuration】Onboard four encoder motor interfaces, four bus servo interfaces, and more, meeting diverse connection needs.
- 【Independent Power Supply System】The power supply system includes an independent switch, providing stable 5V and 12V voltage outputs to ensure reliable operation.
- 【Compatible with Multiple Controllers】Compatible with Raspberry Pi, JETSON and other ROS controllers.
- USB hub supports power supply from 5V USB-C standard data ports and 9-24V (3PIN) power supply from external devices, ensuring normal power supply to external USB devices.
- Suitable for ROS robots, robot cars, Raspberry Pi/Jetson series controllers, PCs, and other host devices, it is compatible with Win7/8/10, Linux, Ubuntu, and MacOS systems.
- With plug-and-play functionality and no need for drivers, it employs a high-performance controller chip, delivering stable performance across various robot development scenarios.
- High Performance SPAD Chip
- Support ROS1/ROS2
- 12m Ranging Range
- Compatible with Raspberry Pi/ Jeston and other controllers
Hiwonder
USB Wide-angle Camera Jetson Nano Raspberry Pi 5 Driver-free Smart Car ROS Robot Vision Module
- HD wide angle camera
- Compatible with a variety of controllers
- 70°-170° field of view
- 480P-1080P resolution
Hiwonder
iFLYTEK Far-Field Microphone Array Module ROS Six-Microphone Voice Board 6-Microphone Sound Source Positioning Navigation
- Real-time Translation
- Sound Source Localization
- Support ROS
- TTS (Text to Speech)
- Offline Voice Recognition
- Echo Cancellation
- Audio Noise Reduction
Hiwonder
ROSPug Quadruped Bionic Robot Dog Powered by Jetson Nano ROS Open Source Python Programming
- 【Driven by Jetson Nano and high-voltage intelligent serial bus servos】ROSPug is a smart quadruped robot dogdruped robot driven by Jetson Nano and built on the Robot Operating System (ROS). It is equipped with 12 high-voltage strong-magnetic intelligent serial bus servos, delivering high-precision performance, rapid rotation speed, and robust torque.
- 【AI Vision, Unlimited Creativity】ROSPug is equipped with an HD wide-angle camera. It utilizes OpenCV library for efficient image processing, enabling a diverse range of AI applications, including target recognition and localization, line following, obstacle avoidance, face detection, ball shooting, color tracking and tag recognition.
- 【Various Control Methods and Live Camera Feed】You can conveniently control ROSPug through WonderROS app available for Android and iOS devices, PC software, or a wireless PS2 handle. Additionally, ROSPug provides a first-person perspective experience by transmitting the live camera feed to the app.
- 【Gait Planning, Free Adjustment】ROSPug incorporates inverse kinematics algorithm offering precise control over the touch time, lift time, and lifted height of each leg. You can easily adjust these parameters to achieve different gaits, including ripple and trot. Additionally, ROSPug provides detailed analysis of inverse kinematics, along with the source code for the inverse kinematics function.