Building a high-performance industrial computer: essential elements (Part 1)

Table Of Contents

• 1.Understand the definition of high-performance industrial computers
• 2. The key factors for high performance:
• 3. Ensure sufficient graphics processing capabilities: 
• 4. Summary:

1.Understand the definition of high-performance industrial computers

A high-performance industrial computer is an industrial computer with high-efficiency processing power that runs in an industrial control and automation environment. The following are some typical characteristics and definitions of high-performance industrial computers:

1. Processing power: High-performance industrial computers in China are usually equipped with powerful processors, such as the high-frequency CPU of I9-9900k, which is convenient for processing complex control algorithms, large-scale data acquisition and real-time tasks.

2. Memory capacity: Industrial computers are equipped with more than 8G memory to support the need for fast processing of multiple tasks at the same time.

3. Graphics processing capability: Some models of high-performance industrial computers will have onboard core graphics or need to install independent graphics cards to meet different usage requirements, such as machine vision tasks, etc.

4. Reliability and stability: In industrial environments, reliability and stability are very critical factors. High-performance industrial computers usually use industrial-grade accessories and designs to ensure that they can operate in harsh environments.

2. The key factors for high performance:

Their performance and collaborative work are crucial to the performance of the entire system;

1. CPU: The CPU is actually the human brain, responsible for executing programs and data processing. High-performance CPUs will have multiple cores, high main frequencies, and higher three-level caches to ensure that they can handle multiple tasks and multiple data.

2. Memory: Memory is used to store running programs and data. For high-performance industrial computers, a large enough memory can ensure that the system can handle large-scale tasks at the same time without freezing. DDR4 type memory is usually used.

3. Hard disk: High-performance industrial computers usually use fast, large-capacity solid-state drives (SSDs), or higher-speed NVME solid-state drives, which can provide faster read and write speeds for the machine, shorten startup time, and speed up data retrieval.

4. Chipset: The chipset is a key bridge connecting the CPU, memory, graphics processing unit (GPU), and other system components. A high-performance chipset can effectively coordinate data transmission between components and improve the overall collaborative work efficiency of the system.

3. Ensure sufficient graphics processing capabilities: 

4. Summary: