High integration, rich, software package integration, accelerate the edge AI application landing

In terms of connectivity, the ROM-6881 has two built-in network chips that support dual gigabit networks. Two sets of USB3.0, three sets of USB2.0, and four sets of PCIe3.1×1 signals can be easily expanded by wired networks, FPgas, WIFI6 and 5G modules, providing the possibility for the connection of advanced networks and peripheral devices. These features make the ROM-6881 an ideal solution for edge AI computing and applications in various fields such as robotics, AMR, machine vision, and smart healthcare.

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The ROM-6881 supports a wide range of operating systems, including Debian11 and Android 13, to meet the requirements of different development environments for AI and edge computing applications. In the future, it will also adapt to domestic operating systems: Kirin, Tongxin, etc., so that domestic developers can focus on core applications and shorten the time to market. For the robotics industry, the ROM-6881 integrates seamlessly with Advantech’s ROS2 suite. The package is based on Advantech’s AIM-Linux embedded software and is customized for robotic operating system (ROS) environments. The time and resources required for robot development are greatly reduced, and the development process is simplified.

Application field:

With powerful computing performance, perfect AI development kit and rich interface specifications, ROM-6881 has outstanding advantages in image processing, and can be used in robotics, machine vision, AMR, medical, energy and power, security monitoring, industrial control and other fields.

ROM-6881 product features

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• Based on Ruixin RK3588 octet core 4 x Cortex-A76@2.4GHz, 4 x Cortex-A55@1.8GHz
• Equipped with 6TOPS AI computing NPU
• Onboard 4/8GB LPDDR4 memory and 32/64GB storage
• Support 8K@60fps H.265/VP9 video decoding and 8K@30fps H.265/H.264 video encoding
• Support HDMI, DP, dual channel LVDS/DSI, eDP four-way stand-alone solution
• Support 4 x PCIE3.0, Dual Gigabit LAN, 2 x USB3.0, SATA3.0, 2 x CAN, 4 x MIPI-CSI, UART
• Support Linux Debian and Android, as well as the domestic Kirin operating system (customized according to the project)

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ROM-6881 SMARC2.1 full-length card standard core computing module,PCB routing design to ensure signal quality and ensure CPU, GPU, NPU and VPU performance

As a small-size, low-power embedded hardware design standard, SMARC can be compatible with both Arm and X86 platforms, and provides a richer I/O interface and a display interface for mobile platforms. System integrators can make full use of the SMARC ecosystem, making it very convenient to upgrade products, and not subject to the standards of a single supplier, greatly improving the flexibility of customer products, and reducing the development time and development costs of customers.

Advantech ROM-6881 core module design is fully compliant with SMARC standards. Take into account the reliability of product design, including: sufficient current design and reasonable PCB routing, so that each core of the processor (CPU, GPU, NPU and VPU) can play the maximum performance in multi-task situations.

Independent external guard dog design to ensure stability and reliability

ROM-6881 adopts Advantech’s unique external watchdog design. When the operating system crashes, the hardware can be restarted through the external watchdog to ensure the stable and reliable operation of the product 7*24 hours.