ASUS TINKER EDGE R User Manual

ASUS TINKER EDGE R Computer manual cover

Pages 2

Year 2021

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ASUS TINKER EDGE R Computer Specification

The ASUS TINKER EDGE R is a robust single-board computer designed for AI and IoT applications, powered by the Rockchip RK3399Pro SoC which integrates a powerful NPU for enhanced machine learning capabilities. This board features a hexa-core processor with a dual-core ARM Cortex-A72 and a quad-core ARM Cortex-A53, providing efficient performance for multitasking and high-demand computational tasks. It is equipped with 4GB LPDDR4 RAM and 16GB eMMC storage, allowing for quick data access and ample space for applications. The TINKER EDGE R supports multiple display outputs via HDMI 2.0 and DisplayPort 1.2, capable of handling 4K UHD video streaming. Connectivity options include Gigabit Ethernet, dual-band 802.11ac Wi-Fi, and Bluetooth 5.0, ensuring versatile communication with other devices and networks.

For expansion and peripherals, it offers a rich set of interfaces including USB 3.1, USB 2.0, and a MIPI-CSI interface for camera modules. The board also includes a 40-pin GPIO header, providing flexibility for various expansions and customizations. The integrated NPU delivers up to 3 TOPS of performance, significantly accelerating AI workloads such as image recognition and language processing. The TINKER EDGE R runs on a Linux-based operating system, supporting a range of software tools and libraries for development. The compact design, measuring 100mm x 72mm, makes it suitable for embedded systems or space-constrained environments. This combination of hardware and software makes the ASUS TINKER EDGE R an ideal choice for developers looking to implement advanced AI applications in IoT devices.

ASUS TINKER EDGE R Computer F.A.Q.

How do I install an OS on the ASUS Tinker Edge R?

To install an OS on the ASUS Tinker Edge R, download a compatible image such as Debian or Ubuntu, and flash it onto a microSD card using a tool like Etcher. Insert the microSD card into the slot on the board and power it on to begin installation.

What should I do if the Tinker Edge R does not boot?

Check the power supply to ensure it delivers the required voltage and current. Verify that the microSD card is properly inserted and contains a valid bootable image. Also, connect to a display to see if any error messages are shown during boot.

How can I connect to Wi-Fi on the Tinker Edge R?

Ensure that a compatible Wi-Fi dongle is connected to the board. Use the network management tool provided by the OS, such as NetworkManager in Linux, to scan for available networks and connect by entering the network credentials.

What are the steps to update the firmware on the Tinker Edge R?

Download the latest firmware update from the ASUS support site. Follow the instructions provided in the firmware package to perform the update, typically involving booting from a USB drive with the update files.

Can I use the GPIO pins on the Tinker Edge R for hardware projects?

Yes, the GPIO pins can be used for various hardware projects. Refer to the pinout diagram in the user manual to understand the pin functions and use libraries like RPi.GPIO or WiringPi to interact with them programmatically.

How do I troubleshoot USB issues on the Tinker Edge R?

Check if the USB device is compatible with the board. Ensure the device is properly connected and try using a different USB port. Verify that the drivers for the device are installed on the OS.

What maintenance is required for the Tinker Edge R?

Regularly check for dust accumulation and clean the board using compressed air. Ensure the heatsink and fan, if present, are functioning properly to prevent overheating. Keep the firmware and software updated.

How can I monitor the performance of the Tinker Edge R?

Use system monitoring tools like htop or glances to track CPU and memory usage. You can also use hardware-specific utilities provided by ASUS for more detailed performance metrics.

Is it possible to run AI models on the Tinker Edge R?

Yes, the Tinker Edge R is designed for AI applications and supports running AI models using tools like TensorFlow Lite or OpenVINO. Leverage the onboard NPU for accelerated AI inference.

What should I do if the Tinker Edge R overheats?

Ensure that the board is in a well-ventilated area and not enclosed in a small space. Check that the cooling fan, if available, is operational. Consider using a heatsink for additional cooling or reducing the workload to lower heat output.