Quanser's cutting-edge Autonomous Vehicles Research Studio offers an efficient solution for academics aiming to establish an indoor multi-vehicle research lab quickly. Comprising QDrone quadrotors, QBot 3 ground vehicles, a ground control station, vision systems, and safety equipment, this studio is the go-to choose for research groups eager to kickstart autonomous robotics research programs and achieve productivity swiftly. EdNex, serving as the authorized distributor in the Middle East, ensures access to this innovative research studio.

The Quanser Self-Driving Car Studio stands as the optimal platform for exploring a diverse range of research topics in teaching and academic inquiry, providing an accessible and relevant approach. Whether kickstarting your research or offering students hands-on experiences in understanding the essentials of self-driving, this studio is a valuable resource. With tools and components for testing and validating dataset generation, mapping, navigation, machine learning, and other advanced self-driving concepts, it facilitates research both at home and on campus. EdNex, as the authorized distributor in the Middle East, ensures access to this comprehensive self-driving car studio.

UNITREE B1:

Unitree B1 has the characteristics of all-weather operation, strong load and expansion space, multi-dimensional perception, full scene coverage, strong computing power and accurate insights. Facing the complex environments and high-level needs of industrial applications, this industrial protection level quadruped robot will provide a more efficient and intelligent solution.

UNITREE GO2:

In the spirit of technical innovation and industrial leadership, Unitree is coming back! With standard 4D Ultra-wide LIDAR and big model GPT empowerment, a new creature of embodied AI—Unitree Go2 joins you to explore the future world!

Go2 features Unitree's self-developed 4D LIDAR L1 with 360°x90°hemispherical ultra-wide recognition, super small blind spot and a minimum detection distance as low as 0.05m, which makes Go2 realize all-terrain recognizing.

Go2 is equipped with a battery capacity increased to 8,000mAh, as a 15,000mAh ultra-long-life battery is optional, and a voltage increased to 28.8V to improve motor efficiency, power and stability.

PUSHING BOUNDARIES WITH TECHNOLOGY.

ALIENGO:

Unitree Aliengo is capable of running at 1.5m/s, It can easily realize special sports forms such as fast running, backward running, left and right side shifting, turning in place, creeping forward, rolling over, jumping, crossing obstacles, avoiding obstacles, going up and down slopes/steps.

The main industry landing (all-terrain inspections, such as substation inspections, construction surveying and mapping, etc.), such as for electric power, for petrochemical, and for coal as a forward-looking industry technology pre-research.

NEW TECHNOLOGY, PROFESSIONAL – GRADE QUADRUPED ROBOT.

AIOT HOME SERIES:

EDNEX proudly brings you the Hanback series, featuring AI and IoT convergence training equipment. The Home Plus and Home PrimeX models, provided by EDNEX, offer a versatile platform for hands-on learning. The main module supports AI acceleration, multimedia functions, and various IoT sensors. Choose between a 128-core GPU supercomputer or a Cortex-A72 quad-core processor with a tensor processor unit. With a 5-inch TFT LCD, high-resolution camera, and connectivity options like Gigabit Ethernet, dual-band Wi-Fi, and Bluetooth, it's a comprehensive solution. The 2D models of living rooms enhance positioning sensors, and the dedicated expansion interfaces support 8 types of sensor modules. Operating on Soda OS with a Pop library, it provides a seamless development environment for beginners and professionals. The inclusion of educational content and support for Python 3 and C/C++ programming makes it an ideal choice for AI and IoT enthusiasts.

AIOT AUTOCAR PRIME SERIES:

AutoCar PrimeX, provided by EDNEX and developed by Hanback, is an advanced AI and IoT training platform on an autonomous vehicle base. Fueled by a GPU-based edge supercomputer, it ensures seamless connectivity with Gigabit Ethernet, dual-band Wi-Fi, and Bluetooth. Supporting voice commands and advanced audio capabilities, it integrates a real car-like steering mechanism and deep learning-based autonomous driving technology. With a high-capacity battery and dedicated charging system, it allows uninterrupted experiments. Operating on Soda OS and Pop library, it offers a user-friendly development environment for beginners with Python 3 support. The platform includes a dedicated web browser-based learning environment for simultaneous study on PCs and tablets. Featuring an open integrated development environment based on Visual Studio Code for professionals, it provides educational content on AI and deep learning-based autonomous vehicles. AutoCar PrimeX also includes a Cortex-M series MCU module, CAN modules, and 8 types of IoT sensors connected to a dedicated expansion interface.

IOT SMART HEALTH LAB:

EDNEX introduces a Raspberry Pi-based IoT Gateway by Hanback. It utilizes Arduino-based sensors for up to 13 bio signal measurements, enabling the acquisition of bio signal knowledge. With a 10.1-inch touch monitor, users can monitor values through a GUI on the App and Web. The platform allows setting specific sensor values and sending data through SMS and Email for seamless control and communication.

XNode Home:

EDNEX offers Hanback's IoT Connectivity Training Equipment, using Wireless Personal Area Network (WPAN) with mesh networking for versatile applications. Create a smart home environment with real appliances like door locks, gas detectors, and fans. The XNode Power board monitors DC power remotely. The device includes GPS, IrThermo, IMU, and PIR sensors, and operates independently with a 2100mA battery. It supports Python 3 for easy programming and offers a Visual Studio Code-based environment for professional development. Training content emphasizes Python-based sensor nodes.

MC4.0 AIOT KIT:

EDNEX offers Hanback's IoT Connectivity Training Equipment, using Wireless Personal Area Network (WPAN) with mesh networking for versatile applications. Create a smart home environment with real appliances like door locks, gas detectors, and fans. The XNode Power board monitors DC power remotely. The device includes GPS, IrThermo, IMU, and PIR sensors, and operates independently with a 2100mA battery. It supports Python 3 for easy programming and offers a Visual Studio Code-based environment for professional development. Training content emphasizes Python-based sensor nodes.