In-depth analysis of TCL Huaxing APEX technology brand strategy

In the development process of the global semiconductor display industry, capacity expansion and technology substitution have jointly shaped the typical "liquid crystal cycle". This cyclical fluctuation has long dominated changes in industry prosperity.

The display panel industry has obvious asset-heavy characteristics. A high-generation production line often requires tens of billions of investment, accompanied by high depreciation and high operating costs. Due to the extremely high proportion of fixed costs, once a company completes the construction of a production line, it must continue to increase production capacity utilization to allocate costs. Therefore, in the industry competition landscape, reducing unit costs and expanding production capacity have long been the core strategies of leading manufacturers, and competition between companies often manifests itself as a contest between cost efficiency and price levels.

At the same time, display panels, as important components of terminal products such as TVs, monitors, and laptops, are essentially typical B2B industrial intermediate products.

As LCD technology gradually matures, product differences between different manufacturers continue to shrink. As the 8.5-generation, 8.6-generation and 10.5-generation production lines are put into production globally, the performance of mainstream LCD panels in key indicators such as resolution, brightness, and color gamut has become closer.

In this case, downstream terminal brand manufacturers tend to pay more attention to price and supply capacity when purchasing, rather than the source of the panel itself. This makes industry competition gradually shift from early technological breakthroughs to a competition model centered on cost and price.

In addition, the display panel industry also has obvious characteristics of "high entry barriers and high exit costs". The construction of advanced production lines not only requires huge capital investment, but also the related equipment is highly specialized. Once completed, it is difficult to recover the investment through conversion or sale.

Therefore, even in the stage of declining demand or falling prices, manufacturers still need to maintain a high production load to dilute fixed costs. The result is that when terminal demand experiences short-term fluctuations, the industry is often prone to periodic overcapacity, further pushing panel prices into a downward cycle.

This highly homogeneous competitive environment with obvious cyclical fluctuations has made panel products gradually appear similar to commodities, and corporate profit margins have also been compressed. Relying solely on expanding production capacity and cost advantages has become increasingly difficult for companies to achieve long-term and stable returns.

For panel manufacturers, how to enhance value content through technology upgrades and product differentiation has become an important issue in industry development. For example, the continued development of new display technologies such as OLED and Micro LED is providing companies with new possible paths from scale competition to technology competition.

On the other hand, as the integration of the global display industry accelerates, industry concentration has increased significantly, and market share has gradually concentrated on a few leading companies. Manufacturers such as BOE and TCL Huaxing continue to strengthen their position in global LCD panel supply. From the perspective of traditional industrial logic, increased concentration usually means that suppliers’ bargaining power in the industry chain has increased. However, in the display industry, this change has not completely translated into a voice advantage for panel manufacturers. Although leading manufacturers maintain stable prices through production control and price guarantees, this game between production capacity and price does not always lead to cooperation in an oligopoly market with a non-cartel structure.

The reason is that downstream terminal brand manufacturers have stronger brand influence and channel control in the market. When consumers purchase TVs, computers or mobile phones, they pay more attention to the overall brand and product experience, and rarely pay direct attention to the screen supplier. Therefore, in the division of labor in the industrial chain, panel manufacturers are often at a relatively late stage. Even though the panel is one of the most important cost components of the entire product, OEMs can usually switch between different suppliers as long as the specifications are close and the supply is stable. This high substitutability gives downstream manufacturers a more advantageous position in procurement negotiations.

Such an industrial structure is very consistent with the Bertrand Paradox described in the economic model. Under this pattern, it is difficult to continuously improve an enterprise's position in the value chain simply by relying on scale expansion. In order to break through the role limitations of "unbranded parts", some panel companies have begun to try to improve the recognizability and added value of their products through the construction of technology and brand systems.

TIP Column 1 Why is it difficult for even oligopolistic industries to obtain excess profits under Bertrand competition?

In economics, Bertrand Paradox describes an extremely contrasting phenomenon: even if there are only two manufacturers in the market (duopoly), as long as they compete on price, the final result will evolve into a state similar to perfect competition, resulting in manufacturers being unable to obtain excess profits. From the perspective of new institutional economics and game theory, this phenomenon is mainly driven by the following core mechanisms:

1. The "marginal downward" power of price strategy

In the Bertrand model, the basic assumption is that products are homogeneous (no difference) and manufacturers have sufficient production capacity. The price leader takes all: Since the products are exactly the same, consumers are extremely sensitive. Even if the price of manufacturer A is only 0.01 yuan lower than that of manufacturer B, all consumers will flock to manufacturer A.

Incentives for price reduction: For any manufacturer, as long as the price is higher than marginal cost (P>MC), a slight price reduction can capture the entire market share, and profits will increase instantly.

Average point: This "price-cutting competition" will continue until the price drops to marginal cost (P=MC). At this point, any further price cuts will result in losses and competition reaches the Nash average.

2. The disappearance of profit space:

In the view of new institutional economics, excess profits come from the monopoly of certain scarce resources or the asymmetry of information. But under Bertrand competition:

Rent is eroded: due to lack of coordination between firms (non-cooperative game), they cannot maintain high prices by limiting output (unlike the Cournot model).

Lack of pricing power: Each firm faces a perfectly elastic demand curve. Under this extreme external pressure, manufacturers lost the ability to extract "producer surplus" and excess profits (economic profits) were completely squeezed.

3. Why is it difficult to maintain monopoly rents in reality?

Even in oligopoly industries, obtaining excess profits faces the following obstacles:

· Prisoner's Dilemma:

Although both manufacturers understand that "maintaining high prices is beneficial to everyone," from the perspective of individual rationality, the temptation to betray the agreement (secretly lower prices) to gain access to the entire market is too great. In the absence of mandatory binding mechanisms, such as effective cartel agreements, cooperation tends to collapse. Regulators also typically penalize price cooperation to avoid infringing on consumer interests.

· Information transparency:

In Bertrand competition, if price information is transparent to consumers, any small price difference will be quickly amplified, forcing competitors to follow up immediately, thus accelerating the disappearance of profits.

Therefore, although the panel industry is highly concentrated, its market structure is closer to Bertrand competition due to high product homogeneity, huge fixed costs, and non-cooperative price competition, so profits have been compressed for a long time.

It is against this background that TCL Huaxing proposed the APEX technology brand strategy. Its core goal is to transform the technical capabilities originally hidden within the supply chain into technical labels that can be recognized by end manufacturers and even consumers, so that the panel is no longer just an invisible industrial component, but an important technical module that can affect product experience and value perception. By strengthening technology brands and product differentiation, companies hope to gain higher value recognition in cooperation with downstream manufacturers and gradually improve their bargaining power in the industry chain.

Looking at longer-term industry trends, this shift from "scale and cost competition" to "technology and brand competition" may become an important direction for the future evolution of the display industry. The purpose of this article is to analyze the economic logic behind the APEX technology brand strategy, so as to better evaluate the economic value and long-term significance of this strategy.

Information asymmetry and systematic underestimation of display value

In end consumer markets such as TVs, smartphones and laptops, consumers often have very limited understanding of display technology. This information asymmetry has long been an important reason for the underestimation of display value.

For most consumers, whether a screen is good or not mainly comes from the intuitive visual experience. But in the actual technical system, modern display technology has become very complex. Common terms on the market include LCD, OLED, Mini-LED, Micro-LED, QLED, QD-OLED, etc., and behind each technology involves a series of parameters such as brightness, refresh rate, contrast, color accuracy, pixel density, and various eye protection certifications.

For ordinary consumers, these technical indicators are often difficult to fully understand in a short period of time, and the learning cost of figuring out these display parameters is very high, "it is not necessary to take the postgraduate entrance examination" i. The more information there is, the more confusing it is. As a result, it is difficult for many consumers to truly judge the quality differences between different screens when purchasing products.

When consumers cannot clearly compare product quality, decision-making often becomes simpler and they directly choose lower-priced products. Over time, the weight of price factors in market competition continues to increase, while the screen quality itself is difficult to reflect its value.

In economics, this phenomenon can be explained by the "lemon market" ii. When high-quality products are difficult to distinguish from ordinary products in the market, high-quality products often fail to obtain the premium they deserve, and are even squeezed by lower-priced products. In the display industry, in order to reduce costs, some manufacturers may make trade-offs in panel durability, color accuracy stability or detailed design. However, it is difficult for ordinary consumers to detect these differences in stores or in short-term experiences.

TIP Column 2 Economic Perspective: Akerlof’s “Lemon Market” Theory

The "Market for Lemons" theory proposed by George Akerlof in 1970 is the cornerstone of information economics, for which he won the 2001 Nobel Prize in Economics. The core of this theory is to reveal how information asymmetry leads to market failure. Its core logic is adverse selection. "Lemon" refers to "defective second-hand car" in American slang.

The theoretical model is as follows:

Information gap: In the second-hand car market, sellers know the true quality of the car, but buyers do not.

Bidding strategy: Since buyers cannot distinguish between "good cars" (Peach) and "bad cars" (Lemon), they are only willing to pay a compromise price based on the average quality of the market.

As a result, bad money drives out good money in the market: good car owners feel that the price is undervalued and are unwilling to lose money, so they withdraw from the market. What's left on the market are crappy cars, causing average quality to drop even further. Buyers lower their expectations again and bid lower, ultimately causing the market to shrink or even collapse.

This phenomenon of "due to information asymmetry, inferior products crowd out high-quality products from the market" is called adverse selection (Adverse Selection).

For a long time, panel manufacturers have mostly hidden behind the terminal brand. Consumers usually only remember the TV or mobile phone brand, but rarely know which supplier the screen comes from. This makes it difficult for upstream manufacturers to directly convey their technical advantages and quality standards to consumers.

Against this background, TCL Huaxing's launch of the APEX technology brand is actually a new attempt: by establishing clear technology labels and quality standards, consumers can more intuitively understand the value of screen technology. For upstream panel manufacturers, this is equivalent to establishing a "quality signal", trying to make up for the market's information defects by establishing a "quality signaling mechanism" (Signaling Mechanism), making it easier for the market to identify high-quality display technology, thus improving the long-standing information asymmetry problem.

Internally, APEX, as the top-level design of the technology brand, provides a clear value orientation and evaluation criteria for TCL CSOT's R&D investment, guides the direction of technology R&D, ensures that technology R&D is consistent with market demand and user experience, and avoids blindness in technology investment. Externally, for end consumers, APEX integrates complex display technical parameters into easy-to-understand brand labels, simplifying consumer decision-making, so that consumers no longer need to pay attention to and search for complex parameters, "making the screen easy to select and understand", which greatly reduces consumers' information collection costs and decision-making difficulty.

TIP Column 3 Economic Perspective: What kind of "commodity" is your screen?

According to the classic classification of Nelson (1970) and Darby & Karni (1973):

Search items: Quality can be determined by inspection before purchase (e.g. clothing