A dramatic upheaval is sweeping across the mobile phone industry: the whole sector is shifting from the "small profits but quick turnover" business model to the high-priced game of "one exclusive custom device for each individual user".

There is a highly abnormal trend unfolding in the smartphone industry: fewer devices are sold, yet the entire market generates more total revenue.

In its Q2 2026 market tracker updated on August 18, 2026, Counterpoint Research released a set of striking figures: global smartphone shipments fell 7% year-on-year, but market revenue rose 8% year-on-year to $110 billion, with the average selling price (ASP) jumping 16% year-on-year to $399. Both revenue and ASP hit new Q2 records (Source: Counterpoint Research, August 18, 2026).

The most noteworthy takeaway from this set of figures is not that "phones are getting more expensive", but that the industry's growth algorithm is shifting. In the past, when evaluating the prosperity of the smartphone industry, the first metric people would look at was the number of units sold. By Q2 2026, focusing solely on shipment volume can no longer explain the revenue performance. The real question that needs to be answered becomes: why did the drop in sales volume not drag down revenue along with it? Where exactly does the extra revenue come from?

13 Years Later, the Industry Coordinates Have Shifted

Let's extend the timeline. In its preliminary Q2 2026 estimate released on July 13, 2026, Counterpoint Research previously projected an 11% year-on-year decline in global smartphone shipments, noting that the Q2 shipment scale had fallen to the lowest Q2 level since 2013 (Source: Counterpoint Research, July 13, 2026). Subsequently, the updated market trackers released on August 12 and August 18, 2026 revised the Q2 shipment decline to 7% (Source: Counterpoint Research, August 12, 2026; August 18, 2026).

The statistical caliber changed, but the trend remained the same: volume is contracting, while value is rising. The August 18 update also confirmed that global smartphone revenue in Q2 hit a Q2 record of $110 billion (Source: Counterpoint Research, August 18, 2026). On one side is the shipment volume hovering near the low point of more than a decade, on the other side is revenue at an all-time high. This is the real contrast in the 2026 smartphone market.

If you break down each smartphone into a cost and revenue sheet, the extra revenue roughly comes from three driving forces: the rising proportion of high-end phones, the storage cost driving price hikes across the entire industry, and AI features reintroducing higher configurations into the per-unit value. The superposition of these three forces turns "fewer units sold" into "more revenue generated".

The First Force: High-endization

The first stream of extra revenue comes from product structure. According to Counterpoint Research's H1 2026 high-end smartphone report released on August 5, 2026, high-end phones with a wholesale average price of $600 and above have accounted for 29% of global smartphone sales, up from 25% in H1 2025 and only 20% in H1 2022; the sales volume of high-end phones in H1 2026 also increased by 5% year-on-year (Source: Counterpoint Research, August 5, 2026).

This means that for every 100 smartphones sold, the proportion of higher-priced models in the shopping cart is higher. Even if the total number of units decreases, revenue can still grow as long as the product mix shifts towards higher price points.

High-endization does not mean that all consumers are suddenly willing to spend more money. Counterpoint noted in the same report that brands are using trade-in, installment payment and buyback programs to lower the threshold of one-time payment (Source: Counterpoint Research, August 5, 2026). In other words, while prices are moving upward, payment methods are working to flatten the cost barrier. Consumers see it as "paying a little more each month", while manufacturers see it as "higher per-unit revenue".

The Second Force: Storage Price Hikes

The second stream of extra revenue is more likely to be misinterpreted. The ASP increase is not entirely driven by product upgrades, and part of it is passively pushed up by rising costs. According to Counterpoint Research's H1 2026 smartphone SoC report released on July 29, 2026, the price of smartphone storage in Q2 2026 rose by more than 300% year-on-year, and storage costs have exceeded SoC costs across all smartphone price segments (Source: Counterpoint Research, July 29, 2026).

This has reshaped the business model of low-cost smartphones. For a high-end phone, the extra tens of dollars in storage costs can be absorbed by higher gross margins and richer configurations; for an entry-level phone, the same cost increase will directly squeeze the already thin profit margin.

Therefore, price hikes are not just "manufacturers wanting to sell at higher prices". In Q2 2026, Android manufacturers generally responded to rising BOM costs by raising prices, adjusting storage combinations, and reducing low-margin models, which Counterpoint listed as an important reason for ASP growth (Source: Counterpoint Research, August 18, 2026).

Key figures: global smartphone shipments in Q2 2026 fell 7% year-on-year, revenue rose 8% year-on-year to $110 billion, ASP increased 16% year-on-year to $399; storage prices in Q2 2026 rose more than 300% year-on-year, global smartphone SoC shipments in H1 2026 fell 15% year-on-year, while GenAI smartphone SoC shipments rose 24% year-on-year (Source: Counterpoint Research, July 29, 2026; August 18, 2026).

The Third Force: AI-driven Configuration Upgrades

The third stream of extra revenue comes from AI, but it is not as simple as adding an "AI" label to a smartphone. In H1 2026, global smartphone SoC shipments fell 15% year-on-year, while GenAI smartphone SoC shipments increased by 24% year-on-year (Source: Counterpoint Research, July 29, 2026). While the overall market is shrinking, AI-related chips are growing instead, indicating that structural upgrades are moving against the overall volume trend.

AI phones have higher requirements for chip computing power, memory capacity, storage space, heat dissipation and battery life. As long as these configurations enter the mainstream price range, the BOM cost of a smartphone will be raised again. Whether manufacturers can turn this part of the cost into an experience that consumers are willing to pay for is the watershed between "cost-driven price hikes" and "value upgrading".

Counterpoint's Q2 2026 best-selling models report released on August 26, 2026 also shows that the world's top 10 best-selling phones collectively accounted for 26% of quarterly sales, hitting a new high for the June quarter. The institution links this increased concentration to brands reducing their model lineups and focusing on core products amid the storage shortage (Source: Counterpoint Research, August 26, 2026). Fewer SKUs and concentrated resources on flagship models will further amplify the importance of per-unit configuration and per-unit value.

The Low-price Segment Is Squeezed First

"Fewer units sold at higher prices" first impacts the low-price segment. According to Counterpoint Research's price segment tracker released on August 21, 2026, global shipments of smartphones priced under $250 in Q2 fell 16% year-on-year, significantly underperforming the overall market's 7% decline (Source: Counterpoint Research, August 21, 2026).

The logic behind this is not complicated. Low-cost phones rely more on scale and are more vulnerable to component price hikes. Once storage accounts for a rapidly rising proportion of BOM costs, manufacturers usually have three common choices: raise prices, reduce configurations, or produce fewer low-margin models. No matter which choice they make, the "volume" of the low-price segment will be more fragile than that of the high-end market.

This also explains why the 2026 smartphone market cannot be simply summed up with the four words "consumption upgrading". While high-end demand is indeed more stable, the contraction of the low-price segment is also impacted by rising costs. The record-high revenue comes from both active upgrading where consumers are willing to pay for higher configurations, and passive price hikes across the industry driven by rising costs. The combination of these two forces leads to the 16% ASP increase.

Portable Framework · "Three-tier Table of Smartphone Volume-Price Structure": The first tier looks at shipment volume to judge total demand; the second tier looks at ASP and the proportion of each price segment to see which price tier the revenue is concentrated in; the third tier looks at BOM costs and AI penetration rate to judge whether price hikes come from value upgrading or cost pass-through. Only by looking at all three tiers together can people avoid misinterpreting "declining sales volume" as declining industry revenue, and will not equate "revenue growth" directly with profit growth.

Revenue Redistribution for Every Smartphone

For China's smartphone industry chain, the most important change is not that a certain brand has sold a few more units, but that the value contained in each smartphone is being redistributed. When storage prices rise, the weight of storage components in BOM costs increases; when AI features penetrate, the importance of high-computing-power SoCs, memory, heat dissipation components, batteries and high-spec structural parts rises; when low-cost phones shrink, the reliance of channels and supply chains on the "volume-driven" model will be re-evaluated.

This is a transition from the "unit volume economy" to the "per-unit value economy". The unit volume economy pursues more shipments, wider channels and faster turnover; the per-unit value economy pays more attention to how many high-value components are contained in each device, whether it can support a higher price point, and whether it can improve user retention through services and ecosystems. The two models will not switch overnight, but the volume-price deviation in Q2 2026 has drawn this dividing line much clearer.

For Chinese brands, the real challenge after Q2 2026 is not simply choosing "whether to raise prices or not", but solving three problems at the same time: how to maintain the affordability of entry-level phones amid high storage costs, how mid-range phones can justify price differences through AI and configuration upgrades, and how high-end phones can maintain long-term value through ecosystems and services. The three problems correspond to cost, product and brand capabilities respectively. Any shortcoming in any of the three may make the ASP increase nothing but cost pass-through, rather than value improvement.

This Trend Is Relevant to You

The first group of people affected are those planning to replace their phones. Seeing the average selling price rise, you don't have to interpret it as "all phones are 16% more expensive". A more useful approach is to check the storage capacity, chip platform, AI features and trade-in plans for phones in the same price range, to figure out what exactly you get for the extra money you pay.

The second group are practitioners in the smartphone, chip, storage and component sectors. When total industry shipments decline, orders will not shrink evenly. Those who are in higher-value segments may face a demand curve that deviates from the overall market trend; on the contrary, segments that rely on low-price high-volume operations will feel the pressure earlier.

The third group are observers tracking the consumer electronics cycle. The most memorable takeaway from Q2 2026 is not any of the figures 7%, 8% or 16%, but a new analytical framework: volume, price and structure must be considered at the same time. Sales volume tells you how big the market is, ASP tells you how much revenue is generated, and BOM cost and AI penetration rate tell you why the revenue has changed.

The smartphone industry has not suddenly got rid of the cycle, nor has it automatically become more profitable just because revenue hit a record high. The industry's coordinates are shifting: the era of purely competing on shipment volume is losing weight, and how much value can be integrated into each device is becoming a more important competitive variable.

What's your opinion on this? Feel free to share your thoughts in the comment section.

This article is for information sharing and industry analysis only, and does not constitute any investment advice, investment analysis opinion or transaction solicitation. The data in the article comes from public reports and market trackers released by Counterpoint Research on July 13, July 29, August 5, August 12, August 18, August 21 and August 26, 2026. All data is subject to the original source. The market is risky, and decisions should be made with caution. Content marked "inference" in the article is logical deduction based on public information, and does not represent the official position.

This article is from the WeChat Official Account "BT Finance" (ID: btcjv1), authored by BT Finance, and published by 36Kr with authorization.