Rackmount PC
Embedded Computing
Industrial Portable Computers
Rugged Tablets
Rugged Laptop
Industrial Panel PC
Rugged Handheld
Advantech Industrial PC
The comparison between X86, ARM and RISC-V in industrial computer selection
In recent years the global industrial PC market has shown robust growth, underpinned by rising automation, edge computing, and modular device demand. For example, one report estimates the industrial PC market size at USD 5.42 billion in 2024, with projections to reach USD 7.75 billion by 2033. (Data Resource: IMARC Group)
Against this backdrop, the choice between devices such as an x86 mini pc and an arm industrial pc becomes especially relevant for manufacturers, medical system integrators and IoT-deployers seeking the right balance of performance, power consumption and ecosystem compatibility.
This article will walk you through the key traits of each architecture: how X86 platforms deliver high-end compute and broad compatibility; how ARM-based industrial PCs excel in low power, modular design and edge deployment; and how RISC-V is emerging as a customizable alternative. You’ll get insight into their strengths and weaknesses, practical scenario comparisons, and guidelines to choose the right architecture for your application needs.
Table of Contents
- 1. Main features&advantages of X86 architecture
- 2. main features&advantages of ARM architecture
- 3. The development and application prospects of RISC-V
- 4. Performance competition among the three
- 5. Conclusion
- 6. FAQ
1. Main features&advantages of X86 architecture
(I) Features/advantages: X86 architecture industrial computers are currently one of the most mainstream architectures, with strong compatibility and software and hardware support, great advantages in performance, capable of handling a large number of computing tasks, strong scalability, and a rich ecosystem that can achieve the effect of "Internet of Everything".
(II) Application cases of X86 industrial computers: Among the X86 industrial computers purchased by SINSMART, most are used for production line control, data acquisition and monitoring systems. The reason is that it has strong support for versatility, performance, expansion and production.
In recent years, the market has also seen a rise in x86 mini pc solutions. These devices combine the performance advantages of the X86 ecosystem with compact designs, making them highly suitable for environments with limited space, such as embedded cabinets or portable industrial testing equipment. This balance between small size and high performance allows X86 to remain highly competitive across different industrial settings.
2. Main features&advantages of ARM architecture
(I) Features/advantages: The biggest feature of ARM industrial computers is low power consumption, high performance, low cost and flexibility. The industrial computer products derived from it have an advantage, which is flexibility and lightness.
(II) Application cases of ARM industrial computers: According to incomplete statistics, most customers buy ARM industrial computers for smart home industrial control, embedded medical equipment, and smart warehousing. The reason for buying them is that they are small and lightweight, small in size and high in performance.
Going further, the arm industrial pc is also increasingly used in edge computing and AI-driven applications. Many models integrate optional AI accelerators, wireless modules, or 5G connectivity, giving industries more flexibility when deploying real-time monitoring systems. The combination of low energy use and modular design makes ARM-based platforms attractive for scenarios where efficiency and adaptability are more important than raw computing power.
3. The development and application prospects of RISC-V
RISC-V has attracted widespread attention in the field of industrial computers. Its open architecture and customizability provide flexibility for industrial control systems. With the continuous improvement of the RISC-V ecosystem, more and more embedded computer manufacturers are applying it to the field of industrial control, improving system performance and security. In the future, RISC-V is expected to become the mainstream architecture of industrial computers and promote the development of industrial automation technology.
Beyond its open-source advantage, the RISC-V industrial computer is showing potential in highly specialized applications. Custom instruction sets allow it to be tailored for secure industrial gateways, energy monitoring, and real-time data processing. Although its ecosystem is not as mature as X86 or ARM, its flexibility gives it a long-term growth advantage, especially for industries looking to reduce dependency on proprietary platforms.
4. Performance competition among the three
In the performance competition, processing speed, energy efficiency and real-time performance need to be comprehensively considered. X86 has advantages in computing-intensive tasks, while ARM performs better in power consumption and multi-core, and RISC-V is suitable for certain special needs.
The specific selection should be based on the industrial control application scenarios and needs, weighing the advantages and disadvantages of each to formulate a selection strategy. By comprehensively considering factors such as cost, performance and flexibility, companies can establish best practices for industrial control computer selection and ensure that the chosen system meets both current requirements and future expansion goals.
| Aspect | X86 Industrial Computer | ARM Industrial PC | RISC-V Industrial Computer |
| Key Strength | High performance, broad compatibility | Low power, cost-efficient | Open-source, customizable |
| Power Use | 40–65W (higher) | 4–25W (low) | Flexible, depends on design |
| Form Factor | Includes compact x86 mini pc | Small, modular arm industrial pc | Flexible configurations |
| Ecosystem | Mature, rich support | Strong in IoT/embedded | Growing, still developing |
| Best Use Cases | Complex tasks, multitasking | Edge AI, IoT, mobile use | Secure gateways, niche automation |
5. Conclusion
When choosing an industrial computer, there is no one-size-fits-all solution. The X86 industrial computer is ideal for high-performance, multitasking environments, with compact x86 mini pc versions offering additional flexibility where space is limited. The arm industrial pc excels in power efficiency, modularity, and edge computing scenarios, making it a strong fit for cost-sensitive or mobile deployments. Meanwhile, the RISC-V industrial computer is still emerging but provides unique opportunities for customization and long-term independence in specialized applications.
By understanding the strengths of each architecture, decision-makers can make balanced choices that ensure not only performance and reliability today but also adaptability for future industrial innovation.
6. FAQ
Q1. What makes an X86 industrial computer different from an ARM industrial pc?
X86 is known for high performance and compatibility, making it suitable for complex industrial tasks. An arm industrial pc emphasizes low power and cost efficiency, ideal for IoT or mobile deployments.
Q2. Why should I consider an x86 mini pc for industrial use?
An x86 mini pc combines powerful computing with a compact design, perfect for space-limited environments like control cabinets or portable test systems.
Q3. Is an arm industrial pc powerful enough for automation projects?
Yes, modern arm industrial pc models support AI modules, edge computing, and multiple interfaces, making them reliable for smart manufacturing and energy-efficient operations.
Q4. What are the power consumption differences between X86 and ARM?
An x86 mini pc usually requires more energy (around 40–65W), while an arm industrial pc typically runs at 4–25W, saving costs in long-term operation.
Q5. How does RISC-V compare with ARM and X86 in industrial computers?
RISC-V offers customization and flexibility, but its ecosystem is less mature compared to arm industrial pc and x86 mini pc options. It’s best for specialized or secure applications.
Q6. Which is better for industrial IoT projects, an ARM industrial pc or an x86 mini pc?
For IoT and edge tasks, an arm industrial pc provides energy efficiency and flexibility. For heavy data processing or system integration, an x86 mini pc is usually the better fit.
Q7. Can an arm industrial pc replace an x86 mini pc?
It depends on your workload. For lightweight, mobile, or cost-sensitive tasks, arm industrial pc works well. For performance-heavy, multitasking systems, an x86 mini pc is more suitable.
Q8. What industries use x86 mini pc and arm industrial pc most often?
x86 mini pc: production line control, monitoring systems, embedded cabinets.
arm industrial pc: smart warehousing, medical devices, smart home automation.
Q9. What is the long-term trend for these architectures in industrial computers?
Arm industrial pc adoption is growing due to low power and modular design. x86 mini pc remains dominant in high-performance areas. RISC-V is emerging for future open-source flexibility.
Q10. How can I choose between an arm industrial pc, x86 mini pc, or RISC-V solution?
Evaluate your needs: power efficiency, cost, and size favor arm industrial pc; performance and compatibility favor x86 mini pc; customization and open-source flexibility point to RISC-V.
You may also be interested in:
LET'S TALK ABOUT YOUR PROJECTS
- sinsmarttech@gmail.com
-
3F, Block A, Future Research & Innovation Park, Yuhang District, Hangzhou, Zhejiang, China
Our experts will solve them in no time.