Thundercomm TurboX C6490P

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Summary

Lets Get Started

Connect Power and Peripherals

Connect the power adapter to the DC in jack and the board to a monitor via HDMI OUT.

Connect to Computer

Connect the board assembly to a computer via USB 3.1 Type-C or Micro USB for debugging.

Configure DIP Switches

Set the DIP switches SW1301 to all OFF and SW1300 as specified for boot configuration.

Power On Device

Press the Power on button (connector 18) to initiate the device boot-up process.

Contact Information

Contact Details

Provides email address, physical address, and website for support and software downloads.

Notices and Trademarks

Details legal notices, patent information, warranty disclaimers, and trademark ownership.

The Thundercomm TurboX C6490P Development Kit (DK) is a comprehensive platform designed for AIoT (Artificial Intelligence of Things) applications, enabling developers to build and test solutions based on the C6490P processor. This Quick Start Guide provides essential information for setting up and utilizing the development kit.

Function Description:

The TurboX C6490P DK serves as a robust development platform for various AIoT applications. It integrates a powerful C6490P processor, offering a wide array of interfaces and connectivity options to support diverse use cases. The kit is designed to facilitate rapid prototyping and development of intelligent devices, leveraging AI capabilities at the edge. Its modular design allows for the integration of various peripherals, making it suitable for applications ranging from smart cameras and robotics to industrial automation and advanced driver-assistance systems (ADAS). The inclusion of multiple camera module connectors, high-speed signal connectors, and various communication interfaces underscores its versatility for complex AI-driven projects.

Important Technical Specifications:

Core Components:

C6490P Development Kit: The central processing unit and main board for the development platform.
Processor: C6490P (specific details not provided in the document, but implied as the core of the kit).

Connectivity and Interfaces:

USB Ports:
- USB 3.0 Type-A connectors (x3): For high-speed data transfer and peripheral connections.
- USB 3.1 Type-C connector (x1): Supports adb tool for debugging and data transfer.
- Micro USB for M.2 connector (x1): Supports 5G module and SSD.
- Micro USB connector for UART debug (x1): Dedicated for debugging purposes.
Display and Audio:
- HDMI OUT connector (x1): For connecting to external monitors.
- HDMI IN connector (x1): For video input.
- Headphone connector (x1): For audio output.
- Speaker connector (x1): Supports a single speaker.
- DMIC connector (x1): Supports up to 6 x DMICs for audio input.
Networking:
- RJ45 connectors (x2): Each paired with 2 x USB 3.0 Type-A connectors, likely for Ethernet connectivity.
- Wi-Fi/BT Antenna (x2): For wireless communication.
- Wi-Fi antenna connector (x1): For connecting Wi-Fi antennas.
- BT antenna connector (x1): For connecting Bluetooth antennas.
- SDIO Wi-Fi module (x1): Integrated Wi-Fi module.
Camera Interfaces:
- Camera module connectors (x4): Supports multiple camera inputs (labeled 1, 2, 3, 4).
- GMSL connectors (x2): GMSL 1 and GMSL 2, for high-speed camera connections.
Serial Communication:
- DB9 connector (x2): Supports RS232 and RS485 for industrial communication.
- CAN connector (x1): For Controller Area Network communication, common in automotive and industrial applications.
Expansion and Debugging:
- M.2 connector B-KEY (x1): For M.2 modules (e.g., SSDs, wireless modules).
- High speed signal connector (x1): For specialized high-speed data transfer.
- DIP switch (x2): For configuring boot modes and other settings.
- SIM card slot (x1): For cellular connectivity.
- Fan connector (x1): For cooling solutions.

Included Accessories:

C6490P Development Kit (main board).
USB 3.0 Cable A to C (x1).
Power Adapter (x1).
Camera Module (x1).
Speaker (x1).
Wi-Fi/BT Antenna (x2).

Usage Features:

Getting Started and Boot-up Procedure:

Power Connection: Connect the provided power adapter to the DC in jack (connector 14) on the board assembly.
Host PC Connection (Optional but Recommended):
- For using the Android Debug Bridge (adb) tool, connect the board assembly to a computer via the USB 3.1 Type-C connector (connector 12).
- For UART debugging, connect the board assembly to a computer via the Micro USB connector for UART debug (connector 35).
Monitor Connection: Connect an external monitor to the board via the HDMI OUT connector (connector 13).
DIP Switch Configuration (Connector 30):
- SW1301: Toggle all bits to OFF.
- SW1300: Set Bit 1~2 to ON and Bit 3~6 to OFF. This configuration is crucial for proper boot-up.
Power On: Press the Power on button (connector 18) to initiate the device boot sequence.

Development Environment:

The kit supports a comprehensive development environment, likely based on Linux or Android, given the mention of adb and UART debug. Developers can leverage the various interfaces to integrate sensors, actuators, displays, and communication modules to create custom AIoT solutions. The multiple camera inputs and GMSL connectors are particularly useful for vision-based AI applications, such as object detection, facial recognition, and autonomous navigation.

Connectivity Options:

The diverse range of connectivity options, including Wi-Fi, Bluetooth, 5G (via M.2), Ethernet, RS232/RS485, and CAN, allows the TurboX C6490P DK to be deployed in a wide array of environments and communicate with various devices and networks. This makes it suitable for applications requiring both local and cloud-based AI processing.

Maintenance Features:

Software Updates and Support:

Thundercomm provides software and documentation downloads via their website (www.thundercomm.com). Regular updates ensure access to the latest features, bug fixes, and security patches. Users are encouraged to verify applicable data for their specific environment, as performance data can vary.

Debugging Capabilities:

The dedicated Micro USB connector for UART debug (connector 35) and the USB 3.1 Type-C connector for adb provide robust debugging capabilities. These tools are essential for troubleshooting software issues, monitoring system performance, and developing applications efficiently.

Hardware Maintenance:

The presence of a fan connector (connector 24) suggests that the C6490P processor may generate significant heat under load, and active cooling might be necessary for sustained operation, especially in demanding AI applications. The modular design, with accessible connectors, simplifies the process of replacing or upgrading components like camera modules, M.2 modules, and antennas.

Documentation and Support:

Thundercomm offers technical support via email (service@thundercomm.com) and provides comprehensive documentation. Users are advised to consult the product packing list and related contracts for specific product configurations. The company also emphasizes that the information in the document is subject to change and that users should verify data for their specific environment.

Safety and Usage Guidelines:

The document explicitly states that the products are not intended for use in life support applications where malfunction could result in injury or death. It also clarifies that the information provided does not grant any license to Thundercomm's patents or intellectual property rights. Users are responsible for verifying the applicability of the data for their specific environment.

In summary, the Thundercomm TurboX C6490P DK is a powerful and versatile development platform designed to accelerate the creation of advanced AIoT solutions. Its rich set of interfaces, robust processing capabilities, and comprehensive support infrastructure make it an ideal choice for developers working on cutting-edge AI applications across various industries.