How to choose the configuration of visual industrial computer Product article

Table of Contents

• 1. Processor performance
• 2. Memory and storage configuration
• 3. Graphics card performance
• 4. Interface and compatibility
• 5. Heat dissipation design
• 6. Recommended visual industrial computers

1. Processor performance

2. Memory and storage configuration

Memory capacity and frequency can directly affect the real-time processing capability of visual data. When processing high-speed image streams, memory above 16G and higher frequency can ensure fast data reading and writing to avoid jamming.

In terms of storage, SSD solid-state hard disks are suitable as system disks and for storing frequently used visual algorithm libraries and temporary data due to their fast data reading and writing speeds; large-capacity HDD mechanical hard disks can be used to store large amounts of image data for a long time.

3. Graphics card performance

In the target recognition task of machine vision, high-performance graphics cards can accelerate the operation of feature extraction and matching algorithms, improve recognition accuracy and speed, and for 3D vision applications, the GPU core performance of the graphics card determines the rendering quality and speed of the 3D model.

Different visual task complexities, such as 2D image analysis and 3D visual modeling, have different performance requirements for graphics cards, which need to be selected according to specific applications.

4. Interface and compatibility

The visual industrial computer needs to be connected to various industrial control equipment. The common USB interface can be used to connect a variety of general devices, such as industrial cameras; the network port ensures high-speed and stable network data transmission, which is suitable for distributed visual systems, etc.

When building an industrial vision system, it is necessary to ensure that the selected visual industrial computer interface can meet the connection requirements with industrial cameras, sensors, robot controllers and other equipment to avoid problems such as interface mismatch or insufficient bandwidth.

5. Heat dissipation design

The visual industrial computer will generate high heat when processing a large amount of visual data. Good heat dissipation design is also a necessary condition to ensure its long-term stable operation. The air cooling method has a simple structure and low cost, which is suitable for general power visual industrial computers; while liquid cooling has higher heat dissipation efficiency and can effectively meet the heat dissipation requirements during high-load operation.

6. Recommended visual industrial computers

Product model: SIN-610L-JH420MA

SINSMART has launched a 10th generation Core 4U rackmount computer with powerful computing power, which can easily handle complex visual algorithm operations. It can be equipped with an optional RTX 30 series graphics card, and both 2D image analysis and 3D visual modeling can provide a smooth visual experience.

With a storage combination of 64G memory and 512G SSD/2T mechanical, it can not only ensure fast data reading and writing but also meet the storage needs of massive image data.

The product is also equipped with a wealth of industrial interfaces, including 6 COM ports, 1 Intel Gigabit network port + 1 Intel 2.5G network port, 4 USB 3.2, and 5 USB 2.0 interfaces, ensuring perfect connection with various industrial equipment.

For industries requiring high-performance solutions, SINSMART offers the industrial computer 510 Advantech and Advantech industrial PC to enhance operational efficiency.

In addition, SINSMART provides a range of industrial PCs to meet various needs, including the 1U rackmount PC, 2U industrial PC, and industrial rackmount PC. For those looking for a reliable and scalable solution, the industrial rack mount PC offers a robust and flexible option.

This product is specially launched by SINSMART for visual customers. It has outstanding performance in the defect detection production line of automotive parts manufacturing and the cargo sorting visual system of logistics warehousing and has been highly recognized by many users.