GPU-Based Image Processing Powers the Latest Manufacturing Applications

By ASUS IoT Staff


February 05, 2024

Sponsored Blog

GPU-Based Image Processing Powers the Latest Manufacturing Applications

X-ray inspection is a widely adopted method of industrial radiography in many industries, particularly those in the manufacturing sector. These include quality control, precision inspection, and scientific research.

The latest incarnations of X-ray inspection integrate automation, high-speed computing, optics, and image recognition and processing. This integration can be challenging, however.

One 3D inline X-ray automatic inspection system, the LX9200, produced by Unicomp Technology in Shenzhen, China, is designed to maximize the technology’s capabilities, especially when performing multi-directional and multi-angle product inspection tasks.

To achieve the goal, Unicomp required a high-performance image-processing core computer. To meet those goals, the company partnered with ASUS IoT, manufacturer of high-end industrial computers, and met the diverse high-precision inspection needs of its customers.

Customer Story

Founded in 2009, Unicomp has continuously strengthened its R&D capabilities and improved its ability to manufacture key components. As one of the world's leading manufacturers of X-Ray precision inspection equipment, Unicomp upgraded the latest generation of its LX9200, providing innovative solutions for leading customers globally, in various manufacturing industries, including semiconductors, electronics, automobiles, new energy, and scientific research.

The Challenge: Navigating the complexities of high-speed AI computing and image processing in X-ray inspection systems.

Thanks to the rapid development of high-speed image processing, the technology has improved greatly in terms of image quality, speed, and inspection volume. Unicomp has therefore incorporated AI and machine learning into its large-scale precision inspection products.

The Unicomp design team believes that the use of AI will greatly increase the opportunities for unmanned factories that operate 24/7/365, and at the same time fully automating complex manufacturing processes will inevitably promote automation of related quality management and precision testing. As a result, the demand for large-scale testing and full-time automated inspection is likely to increase.

The Solution: Powering precision with the ASUS IoT EBS-4U700 industrial solution

To achieve its goals, Unicomp’s R&D team surveyed the latest available industrial-control units, finally landing on the ASUS IoT EBS-4U700 AIoT industrial solution, which is designed with Intel 13th/12th Gen. Core i9/i7 processors, DDR5 RAM, multiple display outputs, legacy options for industrial applications, COM ports, and three Intel LAN ports. All key system elements are powered by Intel processors to deliver power-efficient performance and intelligence optimized for Industrial IoT (IIoT). ASUS IoT and Intel together offer scalable solutions that provide solid business results for Unicomp and lay the end-to-end foundation for their future smart factory.

Like the Unicomp R&D team, ASUS IoT believes that industrial-grade high-performance computers with huge data-processing capabilities (such as massive image processing) are required in a host of industrial applications. But they need to be more compact and with higher performance and reliability than what was previously available. One product that met those needs is the ASUS IoT EBS-4U700, designed by ASUS IoT Configure-to-Order Services (ACToS) to meet customers’ rapid time-to-market requirements and production flexibility.

Unlike conventional industrial-control products, the EBS-4U700 is designed to operate with a high-power supply, and still fit into a compact and durable mechanical design. The designers applied the Common Redundant Power Supply (CSPR) standard for higher power supplies and to ensure that the LX9200 can perform the necessary high-speed and massive data processing tasks. ASUS IoT also equipped the EBS-4U700 with abundant SSD expansion slots for high-speed, high-volume data processing, while also maximizing I/O expansion.

Dealing With Excessive Heat

To cope with issues related to excessive heat, ASUS IoT and Unicomp teams jointly performed a series of thermal-analysis tests inside the EBS-4U700, then optimized the heat dissipation by changing the direction of heat flow. The ASUS IoT team also added a dust-proof design inside the EBS-4U700’s front panel as well as a cooling fan module, that assured the clean in-take air flow throughout the system. The forced air flow removed excess heat away from the GPUs, CPU, and SSDs, which enables the EBS-4U700 to operate under higher temperatures. Moreover, with the ASUS IoT Suite software, the EBS-4U700 can set the RPM and configure the CPU and chassis fan speeds to fit different usage scenarios.

The Outcome: EBS-4U700 - Enhanced Performance and Optimal Heat Dissipation

Thanks to the high-performance and optimized heat dissipation of the ASUS IoT EBS-4U700, Unicomp was able to upgrade its LX9200 to a powerful high- performance X-ray inline automatic inspection system. Without any extra mechanical re-design, the LX9200 was delivered with dual GPUs, capable of performing long-time, high-volume, high-precision inspection. With the LX9200, Unicomp’s customers have access to faster, more accurate, and higher quality inspection.