ROSBIM project: integrating robotics into the construction industry
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Comparisons, tests and products presentation
Many robots and sensors are tested by our R&D engineers. Our tests and comparisons can help you in your purchasing decision.
Comparison of NVIDIA Jetson nanocomputers
NVIDIA® Jetson™ Systems: Deploy powerful AI in your robotic projects Compact, able to run powerful real-time calculations, while being energy efficient, NVIDIA Jetson nanocomputers adapt perfectly to the constraints of embedded systems. NVIDIA® Jetson™ nanocomputers are used to deploy deep learning applications, manage multiple neural networks in parallel, or process high-resolution data from multiple sensors[…]
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IMU and robotics: All you need to know
In this article, we’ll be sharing all the information you need to buy the right IMU for your project. You will learn how an IMU works and how to interpret its data. At the end of the article, you will also find some links to tests and resources. Definition – What is an IMU?[…]
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Robotis OP3: a highly versatile medium-sized humanoid robot
Robotis OP3: a highly versatile medium-sized humanoid robot Robotis OP3 is a reasonably priced, ROS-compatible humanoid robot equipped with a more powerful computer than many of its competitors. Presentation of Robotis OP3 The Robotis OP3 humanoid robot, with its embedded Intel NUC PC, is the most recent addition to the DARwIn series of humanoid robots[…]
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List of criteria to look at before buying a robot arm
Robot arms that Génération Robots distribute are aimed at laboratories, R&D units, universities. We are providing in this post a comparison table between our four large size, ROS compatible, robot arms (6 and 7 DoF). Which applications for robot arms in the research field? In a laboratory or in a R&D unit, robot arms are[…]
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Experimental assessment of the RS-LIDAR16 LiDAR sensor
We have conducted extensive tests with the Robosense RS-LiDAR16. The results are compared with other LiDAR (Quanergy M8-1, Sick 551 and RpLiDAR A3) to have a better understanding of its strengths and weaknesses. The distance measurement obtained with a LiDAR can be influenced by internal (hardware components, mathematics computations, communication protocols, etc.) and external (sun[…]
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LiDAR integration with ROS: quickstart guide and projects ideas
Read our other blog posts from our “LiDAR technology” serie LiDAR integration with ROS: quickstart guide and projects ideas In this post, you will learn how to connect and integrate your LiDAR with your PC or embedded system using ROS middleware on Ubuntu. We will also talk about data fusion (widely used[…]
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Which applications for a LiDAR?
Read our other blog posts from our “LiDAR technology” serie In this article, we will list some of the applications using a LiDAR . Indeed, last improvements of LiDAR performances allow us to develop and find new possibilities. The video below presents the top 5 uses of LiDAR technology . It is a great introductive[…]
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How to select the right LiDAR?
Read our other blog posts from our “LiDAR technology” serie How to select the right LiDAR ? Are you looking for a LiDAR with certains specifications but you don’t know which one is suitable to your project ? Do not panic, we are here to help you ! We provide you here with some comparisons[…]
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What is LiDAR technology?
Read our other blog posts from our “LiDAR technology” serie Definition – What is a LiDAR ? A LiDAR is an electronic component, and is part of the sensor family. More precisely, it is part of the Time Of Flight (ToF) sensor category. A sensor collects data about a physical parameter such as temperature, humidity,[…]
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