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Application of Industrial Computer in Robot Motion Control
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Application of Industrial Computer in Robot Motion Control

2024-10-08
Table of Contents

1. Definition of Robot Motion Control

Robot motion control refers to the process of precisely controlling and planning the motion of a robot. It involves applying appropriate force, speed or position instructions to the robot's joints or actuators to achieve accurate positioning, trajectory tracking and posture adjustment of the robot in space.
This requires comprehensive consideration of the robot's dynamics, kinematics, sensors and control algorithms to achieve high-precision, stable and safe motion control.
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2. Requirements for industrial computer products in robot motion control

1. High-performance computing capabilities: Robot motion control involves real-time computing and execution of control algorithms. Industrial computer products need to have high-performance computing capabilities, including powerful processors and large-capacity memory.
2. Fast data transmission capabilities: Robot motion control involves a large amount of data transmission, including the collection and processing of sensor data, the sending of control instructions, and the feedback of execution results. Industrial computer products need to have fast data transmission capabilities to ensure real-time performance and accuracy.

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3. Multi-axis control support: Robot motion control usually involves the control of multiple joints or actuators. Industrial computer products need to support multi-axis control to control multiple motion axes at the same time.
4. Scalability and flexibility: Industrial computer products need to have scalability and flexibility so that robot motion control can be linked and integrated with other systems or equipment.

3. Motion control industrial computer product recommendation

(I) Product type: 4U rack-mounted industrial computer
(II) Product model: SIN-610P-JH420MA

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(III) Reasons for recommendation

1. Strong expansion performance

SIN-610P-JH420MA has multiple expansion slots, 1 PCIe*16 slot, which can expand an RTX 3080Ti GPU graphics card, and 5 PCI slots, which can expand multiple motion control cards to achieve control of multiple joints or actuators of the robot.

2. High-performance processor

SIN-610P-JH420MA supports the 10th generation Intel Core i9-10900K processor, with 10 cores and 20 threads, and a turbo frequency of up to 5.3GHz. It has high-performance computing capabilities to ensure that the robot can perform complex calculations and algorithm execution under the requirements of real-time control.

 

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3. Efficient data connection and transmission

SIN-610P-JH420MA has 6 serial ports, which can be connected to multiple sensors, and 4 USB 3.2 Gen 1 configurations can also ensure fast data transmission capabilities.

There are also 5 USB ports, plus expansion slots, which can flexibly connect to a variety of devices, support different interfaces and communication protocols, and achieve seamless integration with other devices. 


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This 4U rack-mount industrial computer can meet the real-time, high-performance robot motion control needs and ensure stable operation in industrial environments. It is an excellent choice for robot motion control industrial computer solutions.

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