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The role of embedded industrial computers in self-navigating multi-task robots
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The role of embedded industrial computers in self-navigating multi-task robots

2024-10-14
Table of Contents

1. Industry Background

With the rapid development of automation and intelligent technology, self-navigating multi-task robots are increasingly used in manufacturing, logistics, service and other fields. These robots can autonomously complete multiple tasks, such as material handling, equipment maintenance, environmental monitoring, etc., thereby greatly improving work efficiency and reducing labor costs. As the core control center of the robot, the embedded industrial computer plays a vital role in this process.

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2. Use scenarios of embedded industrial computers in self-navigating multi-task robots

1. Navigation and positioning: The embedded industrial computer processes data from sensors such as lidar and cameras to achieve accurate self-positioning and environmental recognition of the robot.
2. Task scheduling: The industrial computer dynamically plans the robot's walking path according to task requirements and schedules it to perform multiple tasks.
3. Data processing and analysis: The collected data is processed and analyzed on the industrial computer to support decision-making and task execution.
4. Communication and collaboration: The industrial computer enables the robot to communicate with external systems to achieve remote monitoring and collaborative work among multiple robots.

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3. Product Recommendation

(I) Product Type: Embedded Industrial Computer
(II) Product Model: SIN-3094-H610E
(III) Reasons for Recommendation
1. High-performance computing capability: Self-navigating multi-task robots need to process a large amount of real-time data. This embedded industrial computer supports the 13th generation Intel Core i9-13900K processor, 32GB DDR4 memory, and has high-performance computing capabilities to ensure the real-time and accuracy of data processing and decision-making.
2. Stability and reliability: Since robots may face various complex environments and harsh conditions, this embedded industrial computer supports wide temperature operation from -25℃ to 70℃, and can be equipped with an external auxiliary cooling fan.

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3. Rich interfaces and expansion capabilities: Self-navigating multi-task robots need to connect various sensors and actuators. This embedded industrial computer has 4 COM ports, 4 Intel 2.5gb network ports, and 4 USB 3.2 Gen1, with rich interfaces and expansion capabilities to support the connection and communication of different devices.

4. Compact size and low power consumption: In order to adapt to the limited internal space of the robot and improve energy efficiency, this embedded industrial computer has compact size and low power consumption, with dimensions of 212 (width) x 165 (depth) x 63 (height) mm and weighs only 2.5 kg.


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4. Conclusion

Embedded industrial computers are the brains of self-navigating multi-task robots. Their high performance, high reliability, and compact design enable robots to perform complex tasks efficiently and stably. Leading embedded computer manufacturers are driving innovations that enhance these capabilities, making embedded systems more suitable for demanding applications.


With the continuous advancement of embedded technology, future industrial computers will be more powerful and intelligent, providing robots with broader application prospects. For tasks requiring mobility and ruggedness, a rugged tablet with Windows 11 can serve as a reliable control interface in industrial settings. Additionally, an industrial PC with GPU is ideal for handling tasks that demand high graphical processing power.

For environments where stability and durability are critical, a rugged rackmount computer provides robust performance. Choosing devices from trusted brands like Advantech industrial PCs ensures reliability and top-tier quality. Similarly, Advantech embedded PCs offer versatile solutions for advanced industrial automation and robotics.


These advancements will continue to promote the automation and intelligentization of various industries.

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