Electronics and Robotics

Looking for a compact, efficient yet affordable camera? Check out this OAK-1 Lite!

The RoboSense RS-Bpearl 3D laser range finder offers an extended field of view and effective blind spot detection for equipping robots and automated equipment without breaking the bank.

Small, compact and very quickly installed, the SICK TIM100-3010200 Laser Range Finder is a good solution for controlling all types of indoor surfaces. Connections not included, contact us for more info.

Cheap and very powerful, this new version of the 8-channel USB logic analyser has a 25MHz sampling rate. Your digital electronic circuits won't have secrets for you anymore !

Available with 64GB, the ODROID-H3+ development board stands out for its use of a Jasper Lake chip, Pentium N6005.

The LPX-T1 represents the first high-performance medium and long-range LiDAR laser developed by SLAMTEC.

The RealSense™ Depth Camera D456 is based on the technology of the D455 USB camera, offering an increased range thanks to its 3 sensors.

The OAK-1 MAX camera is a 32 MP camera designed for computer vision and artificial intelligence applications.

The OSDome is a hemispherical digital lidar with a 180° field of view offering a range of 20 metres and a resolution four times higher than other sensors.

RS-Fusion-P3 from Robosense is a complete and advanced obstacle detection system. It integrates 2 sets of 16 beam LiDAR and 1 set of 32 beam LiDAR to develop your autonomous driving system.

Suitable for a wide range of indoor and outdoor applications, the SICK LMS111-10100 Laser Range Finder offers an excellent compromise between compact size, cost and performance.

Cheap and very powerful, this new version of the 8-channel USB logic analyser Saleae Logic Pro has a 100MHz sampling rate. Your digital electronic circuits won't have secrets for you anymore !

Looking for a way to make your robot’s movements more precise? Do you want your mobile robot to be able to avoid obstacles and follow certain markers? By connecting a UST-10LX Scanning Laser Range Finder to your creation you will make it even more autonomous, even more responsive to its immediate surroundings!

OAK-1 is a 12-megapixel RGB on-board camera you can use for AI processing.

The OS0 lidar has an ultra-wide (90°) field of view, meaning it can see everything from floor to ceiling.

The ODROID-H3 board is more powerful and more efficient than the previous ODROID-H2+

This passive heat sink is a 4-pin fan designed for use with the NVIDIA Jetson Nano module.

The RealSense D435 is a depth camera with a wide field of view and a maximum range of up to 10 metres. It’s particularly effective in low-light environments.

This high-quality acrylic case will protect your Raspberry Pi 4 from scratches and dust, while giving easy access to all its ports.

For researchers and teachers looking for an even more advanced solution than the RS-Fusion-P3 system, there is the RS-Fusion-P5 from Robosense. The very high-definition combination of one LIDAR RS-RUBY and four LIDAR RS-BPearl, to combine long and short-range detection.

Significantly more powerful and quicker, yet just as economical, the new Raspberry Pi 4 Model B board offers an impressive all-round performance compared to its previous version, bringing us one step closer to computer programming for the masses!

With its impressive graphics architecture, powerful processor and multitude of hardware connections (audio, video, Ethernet, etc.), the NVIDIA Nano Development Kit is an affordable and feature-rich AI development solution for researchers, students and top-notch DIY enthusiasts.

The TIM561-2050101, another member of the large family of SICK laser range finders, is a 2D LiDAR range finder that is particularly suitable for outdoor use.

Check out this YDLIDAR G4 360° laser range finder: an ultra-reduced model offering an amazing performance!