ROS 2 compatible robot controller RQP-T33/35/37
Embedded real-time robot controller equipped with 11th generation Intel Core processor.
ADLINK's ROScube Pico TGL is a real-time ROS 2-compatible robot controller based on the 11th generation Intel Core i7/i5/i3 processors and Intel Iris Xe graphics, featuring excellent I/O connectivity and supporting a wide variety of sensors and actuators for unlimited robotic applications. The ROScube Pico TGL fully complements resources developed with the ADLINK Neuron SDK, making it an ideal platform for developing industrial service robot applications such as autonomous mobile robots (AMRs) and autonomous mobile industrial robots (AMIRs).
basic information
Embedded real-time robot controller equipped with 11th generation Intel Core processor 【Features】 - x86-64 mainstream architecture for ROS2 development - Robust and secure connection by locking USB ports - Integrated hardware and software real-time mechanisms
Price information
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Delivery Time
Model number/Brand name
RQP-T33/35/37 (ROScube Pico)
Applications/Examples of results
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News about this product（3）
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[Online Event on 10/5] Special benefits with RealSense! Kazuhiko Oguchi from our company will present on the development methods for autonomous mobile robots (AMR) using ROS2!
ADLINK Japan's partner company, Rishiyo Electro, will hold a web seminar titled "RealSense Benefits! Development Methods for Autonomous Mobile Robots (AMR) Using ROS2 - From Mapping to Real Machine Operation Using Simulation" online on Wednesday, October 5, 2022. Our West Japan Branch Manager, Kazuhiko Oguchi, is scheduled to speak. Recently, there has been a growing focus on the automation of transportation, such as AMRs, aimed at improving efficiency and reducing labor in logistics and manufacturing sites. This seminar is targeted at those considering development who may be wondering, "I want to develop an AMR, but I don't know how to start...," "I'm developing an AMR but struggling with hardware selection...," or "I don't understand the development methods for ROS2..." We will introduce the necessary hardware and the development methods for the robotics OS "ROS2." Additionally, among those who participate in the seminar and cooperate with the survey, three individuals will be selected to receive an Intel 3D camera "RealSense" (D435f, D405, D455, one of each model) with 3D facial recognition and spatial detection capabilities! We sincerely hope you will take this opportunity to participate in the seminar.
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ADLINK will exhibit at ROSCon JP 2021 on September 16!
Prior to the international ROS developer conference ROSCon 2021, the official local ROSCon event, ROSCon JP 2021, will be held in Tokyo. ROSCon JP 2021 is organized by the general incorporated association ROSCon JP in collaboration with Open Robotics. ROSCon JP 2021 will provide a full day of learning about the latest topics in ROS, offering a great opportunity for all ROS developers, from beginners to experts, to engage with the Japanese ROS community. Participants will be able to hear and learn from various technical talks by experts, as well as discussions that only ROS enthusiasts would know, and exchange ideas with fellow developers. ADLINK will showcase robot controllers and demo units in collaboration with Kudan at the booth corner. We look forward to your participation.
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ADLINK releases the ROScube-I ROS 2 controller for edge AI robotics in collaboration with Intel.
The ADLINK ROScube-I series is a ROS 2-compatible robot controller that features Intel Xeon E, 9th generation Intel Core i7/i3, and 8th generation Intel Core i5 processors. It is equipped with advanced I/O connectivity that supports a wide range of sensors and actuators, catering to the diverse needs of robotic applications. The ROScube-I also supports an expansion box that includes the "Intel Distribution of OpenVINO" toolkit, which is useful for enhancing functionality and performance, along with an Intel VPU card for computing AI algorithms and interfaces. Robot systems based on the ROScube-I are supported by ADLINK's Neuron SDK, a platform specifically designed for specialized robotic applications such as autonomous mobile robots (AMR).
