Xiaomi announced the launch of an ambitious project to step into the Robot market with the launch of Xiaomi CyberDog.
With Xiaomi CyberDog, the company plans to step into robotics with its open-source community and developers. Developers from all over the can contribute to the development of quadruped robots.
CyberDog has fitted with in-house developed electric motors with a maximum torque and rotation speed up to 32 Nm/220 RPM. CyberDog can conduct a range of high-speed movements up to 3.2m/s and complicated actions such as backflips.
Xiaomi CyberDog is powered by the NVIDIA Jetson Xavier NX platform, including 384 CUDA Cores, 48 Tensor Cores, a 6 Carmel ARM CPU, and 2 deep learning acceleration engines.
CyberDog is equipped with 11 high-precision sensors to make the precise movement, including touch sensors, cameras, ultrasonic sensors, and a GPS module.
To help the CyberDog to do day-to-day work with hitting any obstacles, it uses an array of camera sensors such as AI Camera, Ultra-wide and Intel RealSense D450 Depth camera. Built upon this vision sensor system are autonomous object tracking, SLAM, and centimeter-scale obstacle avoidance and navigation.
CyberDog can be controlled using a voice assistant, remote or smartphone app. It also includes external interfaces that include 3 type-C ports and 1 HDMI port.
The CyberDog is still in the development phase but soon we’ll see the final product available for purchase
Xiaomi announced the launch of an ambitious project to step into the Robot market with the launch of Xiaomi CyberDog.
With Xiaomi CyberDog, the company plans to step into robotics with its open-source community and developers. Developers from all over the can contribute to the development of quadruped robots.
CyberDog has fitted with in-house developed electric motors with a maximum torque and rotation speed up to 32 Nm/220 RPM. CyberDog can conduct a range of high-speed movements up to 3.2m/s and complicated actions such as backflips.
Xiaomi CyberDog is powered by the NVIDIA Jetson Xavier NX platform, including 384 CUDA Cores, 48 Tensor Cores, a 6 Carmel ARM CPU, and 2 deep learning acceleration engines.
CyberDog is equipped with 11 high-precision sensors to make the precise movement, including touch sensors, cameras, ultrasonic sensors, and a GPS module.
To help the CyberDog to do day-to-day work with hitting any obstacles, it uses an array of camera sensors such as AI Camera, Ultra-wide and Intel RealSense D450 Depth camera. Built upon this vision sensor system are autonomous object tracking, SLAM, and centimeter-scale obstacle avoidance and navigation.
CyberDog can be controlled using a voice assistant, remote or smartphone app. It also includes external interfaces that include 3 type-C ports and 1 HDMI port.
The CyberDog is still in the development phase but soon we’ll see the final product available for purchase
