Electronics manufacturing profits have doubled. Which businesses have been boosted by the AI boom?

China's electronics manufacturing industry has suddenly delivered a report card that many business owners envy.

In the first 8 months of this year, the operating revenue of China's above-scale electronics information manufacturing industry reached 12.8 trillion yuan, up 20.1% year on year. What is even more striking is not the revenue, but the profit. The total profit of the industry in the same period reached 847.5 billion yuan, up 1.1 times year on year.

Revenue rose by 20%, while profit more than doubled.

If a factory sees a 20% increase in orders this year and earns twice as much profit as last year, the owner would probably be overjoyed even in dreams. The question is, has China's electronics manufacturing industry really ushered in such a good period?

In the past few years, electronics manufacturing has been widely recognized for its fierce competition, fast product iteration, and large equipment investment. Many enterprises also have to face the problems of price competition and shrinking profit margins. Why has the profitability of the whole industry improved significantly all of a sudden?

Some people attribute the reason to artificial intelligence. Emerging demands such as AI servers, computing power centers, high-performance chips, and advanced packaging are indeed driving the electronics industrial chain. But it is obviously too simplistic to attribute all the 847.5 billion yuan in profits to AI.

What is really worth studying is which links this round of profit growth actually occurs in, which enterprises have actually obtained the orders, and which factories may only watch the industry boom without making much money. Behind this lies important changes for the next round of competition in China's manufacturing industry.

Why is profit growing faster behind the 12.8 trillion yuan in revenue?

First, put several sets of data released by the Ministry of Industry and Information Technology together. From January to August 2026, the above-scale electronics information manufacturing industry achieved an operating revenue of 12.8 trillion yuan, up 20.1% year on year. In the same period, operating costs reached 10.8 trillion yuan, up 16.7% year on year. The total profit reached 847.5 billion yuan, up 1.1 times year on year.

There are two other sets of figures worthy of attention. The added value of the above-scale electronics information manufacturing industry increased by 15.7% year on year, and the output of integrated circuits reached 386 billion units, up 22.3% year on year.

This means that the electronics manufacturing industry is not only growing in operating revenue, but also expanding its actual production activities. But the key to explaining the change in profit may lie in the cost growth rate. Revenue increased by 20.1%, while operating costs only increased by 16.7%. For the manufacturing industry, this gap is very important.

If a factory has a revenue of 1 million yuan and the direct operating cost is 900,000 yuan, only 100,000 yuan is left after deducting operating costs from revenue. Assuming that the revenue increases by 20% to 1.2 million yuan in the next year, while the operating cost only increases by 16% to 1.044 million yuan, the difference after deducting operating costs from revenue will increase from 100,000 yuan to 156,000 yuan, representing a 56% growth.

The revenue only increased by 20%, while the difference increased by 56%. Of course, this is just a simplified business model, not a breakdown of the actual profit growth of the electronics industry. Enterprises also need to bear expenses such as sales, management, R&D, and finance, and the total profit is not equal to the difference obtained by deducting operating costs from operating revenue.

But this example illustrates an important phenomenon in manufacturing operations: when revenue grows faster than costs, profits may produce a significant amplification effect.

Especially for manufacturing enterprises with large equipment investment and a high proportion of fixed costs, changes in the operating rate of production lines, order structure, and unit manufacturing costs may all affect profitability.

There is another factor that cannot be ignored: the base figure of the same period last year. A 1.1-fold year-on-year growth means that the current period's profit is about 2.1 times that of the same period last year, which does not mean that the industry's profit margin has reached 2.1 times the original level. If some enterprises had low profits in the same period last year, and their order and cost structures have improved this year, the profit growth rate may be significantly higher than the revenue growth rate.

Therefore, the doubling of industry profits cannot be directly interpreted as all electronics factories have entered an era of huge profits. But it does send a positive signal: this round of growth in the electronics manufacturing industry is not just about scale expansion, and the overall operating efficiency is also improving.

The first sector boosted by AI may not be the familiar consumer electronics

When talking about the electronics industry, many people first think of mobile phones, computers, televisions, and smart home appliances. But now, the demand structure of the electronics industry is becoming more and more complex.

AI training and reasoning require a large amount of computing resources. The increase in computing power demand requires servers, chips, storage, communication equipment, circuit boards, and supporting infrastructure. Behind these products is a huge manufacturing system.

In the past, an electronics manufacturing enterprise may have mainly relied on the iteration of consumer electronic products. Now, it also has the opportunity to enter markets such as computing power infrastructure, industrial intelligence, and automotive electronics.

The interpretation of the industrial profit data for the first 8 months of this year by the National Bureau of Statistics also provides more specific evidence. The profit of the electronics industry increased by 1.1 times year on year, contributing 62.0% to the profit growth of all above-scale industrial enterprises. The 62% here refers to the contribution to the year-on-year increment of industrial enterprises' profits, not that the electronics industry accounts for 62% of the total industrial profits of the country.

The National Bureau of Statistics also pointed out that the application of new technologies represented by artificial intelligence is accelerating expansion, driving the expansion of demand in related fields. Specifically: the profit of the optoelectronic device manufacturing industry increased by 72.0% year on year; the profit of the semiconductor discrete device manufacturing industry increased by 51.8%; the profit of the electronic special material manufacturing industry increased by 2.3 times; the profit of the electronic circuit manufacturing industry increased by 49.1%.

These figures show that the improvement of profits in the electronics industry is not only a story of terminal products. Basic links such as chips, electronic materials, and circuit manufacturing have also seen significant changes.

Among them, the 2.3-fold profit growth of electronic special materials is particularly noteworthy. Modern electronic products require a large amount of material support. From the materials used in chip manufacturing, to the materials related to electronic circuits, to the special materials required in different production links, product performance, process stability, and production yield are all closely related to the quality of materials.

An electronics manufacturing enterprise that can complete orders often requires the collaboration of many upstream enterprises. When downstream products have higher requirements for performance and reliability, qualified material enterprises may get more opportunities.

However, 2.3 times is the industry profit growth rate under the statistical classification, which does not mean that every electronic material enterprise has achieved the same growth, let alone that all the growth comes from AI. For industrial chain research, what is important is not just how much profit a certain industry has grown, but which demands have actually driven the orders.

AI has shifted the competition of electronics manufacturing from price competition to capability competition

Why in the same electronics manufacturing industry, some enterprises can get better profits, while others still face fierce competition? One important reason is that the complexity of products is different.

For ordinary standardized electronic parts, if a large number of enterprises in the market can produce them, customers usually have more choices. At this time, price, delivery cycle, and cost control often become the focus of competition.

But some high-performance products are different. For example, server-related electronic components need to consider heat dissipation, stability, signal transmission, and long-term operation reliability. Chips and electronic materials need to meet strict technical specifications. Some high-complexity electronics manufacturing projects also involve customer certification, process optimization, and quality traceability.

When customers choose suppliers, they not only look at the quotation, but also consider whether the supplier can deliver stably. For this type of business, low price does not necessarily mean really low cost. If the quality of a key part is unstable, resulting in the rework of the whole set of equipment or even affecting operation, customers may bear greater costs.

Therefore, suppliers that can meet the requirements of high performance and high reliability usually have the opportunity to compete by virtue of technical capabilities, instead of only relying on price cuts to win orders.

However, there is a threshold here. Entering the high-end supply chain does not mean that you can complete it just by buying a more advanced equipment. Enterprises often also need R&D investment, technical personnel, product certification, quality management, and stable mass production capacity.

The greater the upfront investment, the higher the trial and error cost may be. For some small and medium-sized enterprises with limited capital strength, blindly entering the high-end field may instead bring operational pressure.

Therefore, what really matters is not whether an enterprise has announced its layout in AI, but whether it can turn technical capabilities into revenue, and then turn revenue into profit. AI may change the order structure of the electronics manufacturing industry, but ultimately what determines whether an enterprise can make money is still technology, cost, delivery, and customers.

How much can Guangdong electronics factories get from this round of growth?

For electronics manufacturing enterprises in Guangdong, this set of data is particularly worthy of study. The Pearl River Delta has gathered a large number of enterprises engaged in electronic product R&D, component production, module manufacturing, equipment supporting, and complete machine assembly.

From the electronics industrial chain in Shenzhen, to the manufacturing factories in Dongguan, and then to the electronic supporting enterprises in Huizhou, Zhongshan, Foshan and other places, the links between different sectors are closely connected.

When the demand of the electronics industry grows, the concerns of enterprises are very practical: will orders increase? Will customers raise procurement prices? Can existing equipment meet the needs of new products? If we increase equipment investment to receive orders, how long will it take to recover the cost?

The answers to these questions cannot be directly found from the national average industry growth rate. But the data from the Ministry of Industry and Information Technology provides a window for observing the regional industrial structure.

In the first 8 months of this year, the operating revenue of the above-scale electronics information manufacturing industry in the eastern region reached 88.206 trillion yuan, up 14.6% year on year. The operating revenue of the central region was 25.802 trillion yuan, up 48% year on year. The operating revenue of the western region was 13.529 trillion yuan, up 15.9% year on year.

The revenue growth rate of the central region is significantly higher than that of the eastern region. This does not mean that the center of gravity of the electronics manufacturing industry has been fully transferred, let alone that eastern enterprises are losing their competitiveness. After all, the industry revenue scale of the eastern region is still much higher than that of the central region. The industrial foundation of different regions, the progress of project commissioning, and the base figure of last year will also affect the year-on-year growth rate.

But this set of data reminds Guangdong manufacturing enterprises that future competition cannot only rely on the original advantages of industrial agglomeration. With the expansion of the scale of the electronics industry in different regions, the importance of supply chain layout, logistics cost, talent supply, and production efficiency will be further highlighted.

For enterprises in the Pearl River Delta, simply replicating low value-added production capacity may be more and more difficult to form long-term advantages. In contrast, enterprises that master key manufacturing processes, can participate in joint product development, and have stable delivery capabilities are easier to establish their own competitive positions.

This is also why the profit growth of the electronics industry is worthy of the attention of manufacturing business owners. It is not only a macroeconomic data, but also may affect equipment investment and business choices in the next few years.

Why can the doubling of profits not be interpreted as all factories making money?

There is always a gap between the overall profitability improvement of the industry and the individual operation of enterprises. How much profit a manufacturing enterprise can finally retain depends on many factors.

The first is product structure. The production of standardized products and the production of products with high technical thresholds face different market competition. But high technology content does not guarantee higher profits. If R&D costs, equipment depreciation, and manufacturing losses are too large, even if the product selling price is high, enterprises may still face profit pressure.

The second is capacity utilization. For enterprises that need continuous investment in equipment and plants, when orders are insufficient, fixed costs are difficult to be effectively allocated. After orders increase, capacity utilization improves, and the fixed cost borne by each unit of product may decrease. But if enterprises over-expand production capacity in pursuit of growth, once the demand changes in the future, they may bear new pressure.

The third is customer structure. If an enterprise relies too much on a small number of customers, it may face problems such as insufficient bargaining power, order fluctuations, and changes in the payment cycle. Especially in the fiercely competitive electronics manufacturing field, although large customer orders can increase the revenue scale, they may also put forward higher requirements for price, delivery time, and quality.

The fourth is cash flow. Some enterprises have good book profits, but their accounts receivable grow rapidly and the payment cycle is long. For manufacturing enterprises that need to continuously purchase raw materials, pay wages, and invest in R&D, the speed of cash return is directly related to operational safety.

Therefore, when evaluating an electronics manufacturing enterprise, we cannot only look at how much revenue has grown, nor can we only look at how much the profit has increased year on year. We should pay more attention to profit margin, operating cash flow, accounts receivable, R&D investment, and the real revenue brought by new customers and new products.

In particular, we need to be alert to a situation: enterprises increase investment due to the industry boom, and revenue grows temporarily, but new businesses have not yet generated sufficient profits and cash flow. The high growth of the industry does not automatically mean that every enterprise is worth expanding.

The next round of opportunities may lie in the segmented links of the manufacturing industry

A noteworthy change is emerging in the electronics manufacturing industry. In the past, when discussing AI, people often focused their attention on models, algorithms, chip design, and large technology companies. But with the continuous extension of artificial intelligence applications, the importance of the manufacturing link is also increasing.

Another set of data released by the National Bureau of Statistics is very representative. In the first 8 months of this year, driven by the construction of computing power infrastructure, the profit of the optical fiber manufacturing industry increased by 5.3 times year on year, and the profit of the optical cable manufacturing industry increased by 1.0 times. The profit of the computer complete machine manufacturing industry increased by 3.9 times, and the profit of the computer peripheral equipment manufacturing industry increased by 2.6 times. The profit of the communication system equipment manufacturing industry increased by 48.7%.

These data reflect that the demand related to computing power infrastructure is affecting multiple manufacturing links. But they belong to different industry statistical classifications, we cannot simply add these growth rates, nor can we regard all of them as AI business revenue.

For manufacturing enterprises and industrial chain investors, the opportunities really worthy of research may be concentrated in three directions.

First, the supporting demand brought by computing power infrastructure. It includes not only computing equipment, but also communication connections, circuit components, and related supporting products.

Second, electronic materials and key components. As terminal equipment puts forward higher requirements for performance, stability, and energy efficiency, the technical threshold of some materials and components may continue to increase.

Third, the improvement of manufacturing processes and production efficiency. When industry demand grows, enterprises that can reduce losses, increase yield, and shorten the delivery cycle have the opportunity to turn order growth into better operating benefits.

However, related industries are also facing new challenges. For example, whether the newly built production capacity can be digested by continuous demand, whether R&D investment can form stable products, whether customer certification can be successfully completed, and whether enterprises will bear excessive costs in the process of expansion. These factors ultimately determine whether industrial growth can be sustained.

What determines the next round of winners is not just orders

Judging from the data of the first 8 months of this year, China's electronics information manufacturing industry has indeed delivered a brilliant report card: operating revenue of 12.8 trillion yuan, up 20.1% year on year; total profit of 847.5 billion yuan, up 1.1 times year on year; integrated circuit output increased by 22.3%, and fixed asset investment increased by 8.1%.

Industry growth is not only manifested in the expansion of production scale, but also in the improvement of overall profits. But for enterprises, what is really important in the next stage may not be whether the profit growth rate can remain above 100%, but whether the quality of growth can continue to improve.

When the industry enters a stage of relatively high year-on-year base, the profit growth rate may gradually return to normal. As more enterprises enter popular tracks, the supply-demand relationship of some products may also change. If production capacity expansion is faster than the final market demand, price competition may appear again.

Therefore