The main reasons why not all computer products pursue high performance are as follows:
1.Different application requirements: Not all computer applications require high performance. For example, computers used for text editing, web browsing, or basic office automation don't require a lot of processing power. Whereas, some special-purpose computers, such as servers or embedded systems, may be more focused on stability and reliability.
2.Cost considerations: High-performance computer components typically cost more. For users or businesses with limited budgets, it is more appropriate to choose computer products with high cost performance and moderate performance.
3.Energy consumption and heat dissipation issues: High-performance computers generate more heat and require more complex cooling systems. In some applications, such as laptops or small servers, keeping energy consumption and heat low may be more important than pursuing high performance.
4.Stability and reliability: In some critical applications (e.g., financial trading systems, medical devices, industrial control systems), stability and reliability are top of mind. These systems prefer to use long-proven, stable technologies rather than the latest, possibly insufficiently mature, high-performance technologies.
5.Long-term support and maintenance: Commercial and industrial users may require long-term product support and maintenance. In this case, it is more secure to choose technologies that have been extensively tested and proven to be reliable, rather than the latest high-performance technologies.
6.User habits and preferences: Some users may not need or like high-performance computers. They may be more inclined to use systems and software that they are already familiar with, even if the performance of those systems and software is not optimal.
Therefore, different computer products are aimed at different market needs and user groups, so they have different optimizations and trade-offs in terms of performance, stability, durability, cost, and energy consumption.