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- Powerful Performance: UNIHIKER boasts a Quad-Core ARM Cortex-A35 processor, up to 1.2GHz, delivering seamless performance for AI, IoT, and STEM applications.
- Versatile Connectivity: UNIHIKER features a 2.8-inch touchscreen, Wi-Fi, Bluetooth 4.0, I2C/ADC analog input, and Python programming support, expanding its potential for AIoT, Robotics, and STEM activities.
- Easy Programming with Jupyter Notebook: The pre-installed Jupyter Notebook allows for quick and easy programming using a smartphone or tablet, supporting popular coding software like VS Code, VIM, and Thonny.
- Real-time Web Data Access: The built-in SIoT service and MQTT protocol enable real-time web data access, ensuring data security and convenience.
- Durable Build and High Expandability: UNIHIKER's high-quality materials and rich interfaces provide durability and cater to a wide range of users.
- User-Friendly Applications: UNIHIKER's wireless programming and 2.8-inch touchscreen make it easy to use and maintain, suitable for various age ranges and preferences.
- Innovative Development Experience: UNIHIKER empowers users to explore their creativity with its built-in touchscreen, easy programming, and diverse applications, making it ideal for AI, IoT, and STEM enthusiasts.
UNIHIKER IoT Python Single Board Computer with Touchscreen
UNIHIKER IoT Python Single Board Computer is the ultimate solution for AI, IoT, and STEM enthusiasts. This Debian-based Linux SBC boasts a Quad-Core ARM Cortex A35, RISC-V MCU, built-in Jupyter Notebook, and a 2.8-inch touchscreen. Made with precision in mind, UNIHIKER ensures the highest quality and durability.
Its innovative technology and design provide a unique selling point, making it ideal for a variety of applications. The use of quality materials guarantees benefits such as real-time web data access and high expandability, making it suitable for ideal conditions. UNIHIKER is not just a development board; it's an invitation to a new era of learning, coding, and creating.
Key Features:
1. It comes with a built-in 2.8-inch colorful touchscreen.
Applications:
- AI Development: UNIHIKER is equipped with a Quad-Core ARM Cortex-A35 processor, making it suitable for AI applications. Its touchscreen and Python programming support facilitate seamless development.
- IoT Projects: With built-in IoT services using the MQTT protocol, UNIHIKER enables users to store and access real-time data through web browsers, making it ideal for IoT projects.
- STEM Education: The device's user-friendly interface, 2.8-inch touchscreen, and support for Jupyter Notebook make it a valuable tool for STEM (Science, Technology, Engineering, and Mathematics) education, allowing users to learn and experiment with programming.
- Robotics: UNIHIKER's rich interface, expandability, and support for wireless programming make it suitable for robotics projects. It provides a platform for experimenting with sensors, actuators, and robotics applications.
- Web Data Access: The SIoT service and MQTT protocol in UNIHIKER enable real-time web data access, ensuring data security and convenience, making it useful for applications requiring online data interaction.
- Versatile Connectivity: UNIHIKER's Wi-Fi, Bluetooth 4.0, I2C/ADC analog input, and diverse ports enhance its connectivity, making it suitable for a variety of applications in the fields of AIoT, Robotics, and STEM.
- Creative Coding: The UNIHIKER encourages creativity with its touchscreen and easy programming features. It supports popular coding software like VS Code, VIM, and Thonny, providing a platform for creative coding projects.
- Learning Python: The built-in Jupyter Notebook and support for Python programming make UNIHIKER an excellent tool for learning and practicing Python programming skills, especially in the context of IoT and AI applications.
- Real-time Web Data: UNIHIKER's support for real-time web data access through the SIoT service and MQTT protocol makes it suitable for applications requiring constant data updates and interactions over the internet.
- Educational Initiatives: UNIHIKER serves as an innovative learning tool, inviting users to a new era of learning, coding, and creating. Its applications extend to educational initiatives promoting technology and coding skills.
UNIHIKER - A Single Board Computer Brings Brand New Experience:
Shipping & Returns
Shipping & Returns
- All orders confirmed before 3 pm IST are shipped on the
same day, barring rare pickup delays on holidays or disturbances - Delivery time in Metro cities is 1-3 days, Others it is
3-7 days. It varies based on location, reliant on courier services - Return window: 7 days from receipt unless stated
otherwise. No refunds/replacements after - Returns only for non-working/damaged products are accepted
- Initiate return requests to our customer service team via Support ticket or contact us at +91-8123057137
- Refunds are processed within 3-4 working days post inspection and approval.
For more details, please check our Shipping and Return Policy
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Package Includes:
- 1 x UNIHIKER - IoT Python Single Board Computer with Touchscreen
Specifications:
| CPU | Quad-Core ARM Cortex-A35, up to 1.2GHz |
| RAM | 512MB |
| Flash | 16GB |
| Operating System | Debian |
| Wireless Connectivity | Wi-Fi: 2.4G, Bluetooth 4.0 |
| Screen | 2.8-inch, 240×320, Touch Screen |
| MCU | GD32VF103 |
| Sensors | Button, Microphone, Light Sensor, Accelerometer, Gyroscope |
| Actuators | LED, Buzzer |
| Ports | USB Type-C, USB-A, Gravity 3pin&4pin port, Edge connector |
| Power | 5V 2A for USB Type-C |
| Size | 51.6mm x 83mm x 13mm |
What is a single board computer?
A Single-Board Computer (SBC) is like a whole computer packed onto one small board. It has all the components it needs to function, including memory, input/output, and the brain (microprocessor), all in one location. Typically, it doesn't have additional slots for adding items. Because it requires fewer circuit boards, connectors, and driving circuits, which lowers the expenses. These computers are employed in a wide range of sectors, as well as in the military, homes, cars, and hospitals..
What is a single board computer used for?
SBCs are vital in business applications like security and surveillance, offering cost-effective solutions for basic servers and machinery control. In industrial settings, they excel as embedded controllers, managing tasks like process control and robotics. SBCs are crucial for industrial IoT, facilitating communication and data analysis to enhance production efficiency. With high performance, they handle complex tasks like edge computing and image recognition efficiently, outperforming traditional PLCs in data processing. Integrating SBCs with PLCs creates comprehensive automated systems capable of control, computation, and data analysis.
What is the difference between PLC and SBC?
PLCs, or programmable logic controllers, are specialized hardware, programming languages, and integrated support for industrial communication protocols that are used to control industrial processes. Single board computers, or SBCs, are multipurpose computers on a single circuit board that have specific control features. SBCs are less expensive but demand more work for control applications, whereas PLCs are more expensive but designed for dependability and real-time control.
Which is better between SBC and AAC?
Choosing between SBCs (Single Board Computers) and AACs (All-in-One Controllers) depends on your specific needs:
i) SBCs offer flexibility and versatility, running various operating systems and supporting multiple programming languages.
ii) AACs are purpose-built for industrial control, with specialized features like rugged hardware and built-in support for industrial protocols.
iii) SBCs may require more effort to configure for control tasks, while AACs are easier to set up but may have a higher upfront cost.
iv) Consider SBCs for diverse applications and AACs for streamlined industrial control needs.What are the different types of SBC in embedded systems?
Raspberry Pi, Arduino, Beagle Bone, Intel NUC, NVIDIA Jetson, Unihiker, and ARM-based SBCs are the different types of SBCs in embedded systems. The choice of SBC is influenced by various aspects, such as processing power, I/O requirements, cost considerations, and compatibility with current hardware and software ecosystems.
