The Speed of Chinese Manufacturing Seen at Shanghai Vision China and Semicon China 2026
language
eng
date
Jun 3, 2026
slug
shanghai-vision-china-semicon-china-2026-review
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Public
tags
Vision China
Semicon China
Chinese Manufacturing
Semiconductor
Machine Vision
Edge AI
Exhibition Review
summary
A recap of visiting Shanghai Vision China and Semicon China 2026. The shift toward edge devices by Chinese companies, the overwhelming scale of Semicon China, and the vertical integration of materials, components, and equipment made the speed—and the urgency—of Chinese manufacturing feel very real.
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Post
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Exhibition
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Jun 2, 2026 03:08 PM
March and April were extremely busy months for me, both personally and at work, so I never had a chance to write even a short note about the business trip and exhibitions I attended in Shanghai at the end of March. I usually travel to China once or twice a year, but revisiting the same exhibition after a one-year interval made the changes much easier to see. What stood out most was not only China’s seemingly unstoppable pace of development. With global DRAM and storage prices pushing industrial PC prices sharply upward, Chinese companies at Shanghai Vision China were already responding quickly. Compared with last year, I saw many more Chinese SoC-based cameras that can perform computation and produce results directly on edge devices without requiring a separate PC. It gave the impression that these companies are no longer simply fast followers of Western technology, but are actively trying to lead technical trends.
The scale of Semicon China hardly needs further explanation. It is held across so many halls at the same time that visitors really need to check in advance which hall and booth their target semiconductor fields and companies are located in. I went in with the complacent assumption that it would be only somewhat larger than Semicon Korea at COEX, but came away feeling that I had not even properly covered Semicon China. In addition to Vision China and Semicon China, Mechatronics China was also being held at the same venue, focusing on components and equipment companies required for manufacturing. These exhibitions made the speed, strength, and scale of a manufacturing powerhouse feel very real. When I apply that higher standard back to Korea, I cannot help but worry about whether Korea’s high-end manufacturing industries can continue to survive.
The most intimidating aspect of Chinese manufacturing is the vertical integration and internalization of the entire materials, components, and equipment supply chain. The ability to minimize the impact of external interference or change and keep moving according to its own plans is genuinely unsettling. Among those fields, semiconductors are at the core of AI infrastructure and appear to be one of the manufacturing sectors China is investing in most heavily.
Korea and China are neighboring countries separated by the sea, but their manufacturing markets overlap in many areas. China, which once followed Korea as a follower, has already overtaken Korea in displays and batteries. Korea still maintains a gap only in high-end OLED, DRAM, and NAND.
However, if the three pillars I sensed at Semicon China—human investment, capital investment, and time—continue without any of them breaking down, China’s overtaking of other markets may simply be a matter of time. This exhibition visit left me with more concern than excitement about the changes ahead. It made me think again about how Korean manufacturing should differentiate itself, and at what speed it needs to move.
The Semicon Korea 2026 venue showcased an expansion phase created by AI demand and expectations for recovery in the memory market. At the same time, the exhibition revealed a structural change that strongly reflected the characteristics of a job fair beyond just technology promotion.
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