Complete technical documentation for robot development kits, algorithm models, SDK, application development, and deployment.
The RDK S600 Series is a high-performance development kit featuring 560 TOPS of on-device AI inference capability and a 18-core ARM Cortex-A78AE processor.
The RDK S100 Series is a high-performance development kit featuring 80/128 TOPS of on-device AI inference capability and a 6-core ARM Cortex-A78AE processor.
RDK X5 is a full-featured development board, it offers flexible hardware expansion and connectivity options with a variety of sensors and extension components.
RDK X5 Module adopts a modular design approach with a core board and IO carrier board separation, facilitating functional expansion and custom development.
RDK X3 is a full-featured development board, it offers flexible hardware expansion and connectivity options with a variety of sensors and extension components.
RDK X3 Module is a compact core module that maintains the same specifications as RDK X3.
D-Robotics RDK X5 Magicbox is a multi-modal intelligent platform that integrates vision, hearing, and motion perception.
This documentation covers stereo camera modules for D-Robotics RDK developer kits, helping developers with product selection, installation, bring-up, and secondary development.
This document serves as the user manual for the BMI088 IMU module, providing developers with usage instructions and development guidelines.
RDK™ Audio Kit is an audio development kit that supports full-duplex multi-channel recording and playback.
TogetheROS.Bot is a robot operating system designed for robot manufacturers and ecosystem developers.
RDK Model Zoo is a collection of BPU model examples and tools.
This documentation collects typical application cases for the RDK S600 platform, helping you get started quickly and dive deeper step by step.
This documentation collects typical application cases for the RDK X5 platform, helping you get started quickly and dive deeper step by step.
RDK Studio is an AI-native workspace for robot development. It puts Moss dialog, project workspace, local model, and board-side Agent in the same native window.
XBurn is a D-Robotics board-level flashing tool that runs on a PC (Windows/Linux/macOS) for firmware flashing and backup.
OE is the abbreviation of OpenExplorer, which is an full lifecycle development platform based on D-Robotics' computing platform.
D-Robotics-LLM Toolchain enables the development, conversion, and deployment of large language models on the S100 series platforms and derivative platforms.
D-Robotics-LLM Toolchain enables the deployment of large language models on the S600 series platforms and derivative platforms.
X5 Algorithm Toolchain helps you quantify floating-point models into fixed-point models, and quickly deploy your self-developed algorithm models on the D-Robotics computing platform.
X3 Algorithm Toolchain helps you quantify floating-point models into fixed-point models, and quickly deploy your self-developed algorithm models on the D-Robotics computing platform.
This document serves as the user manual for the X5 chip solution, providing developers with usage instructions and development guidelines on development environment setup, solution evaluation, software feature development, and more.
The current version is the latest stable version of the released SDK, and the AVL information included in it is fixed at the time of release, which does not have the ability to update in real time. To ensure the most accurate AVL data is obtained, please click the [Select version] control and refer to the latest version manual.