Shannon Core Innovation 87-Fold Revenue Increase Behind the Scene: The Cycle Dividend and Hidden Concerns of Distribution Leaders Amid AI Storage Frenzy

Ask AI · How does the distribution model of Shannon Chip Innovation resonate perfectly with the storage cycle?

Blue Whale News April 8th. On the evening of April 7th, Shannon Chip Innovation (300475.SZ) disclosed its first-quarter forecast for 2026, with an almost “explosive” performance that became the focus of the A-share market. The announcement shows that the company is expected to achieve a net profit attributable to the parent of 1.14 billion to 1.48 billion yuan in the first quarter, a year-on-year increase of 6715% to 8747%. The nearly 90-fold growth makes it the “profit growth king” of the first quarter A-shares and also vividly demonstrates the super boom in the storage chip industry driven by AI computing power.

Behind this stunning performance is the dual push of exploding AI storage demand and industry cycle upward. As a leading enterprise in China’s semiconductor distribution sector, Shannon Chip Innovation’s core advantage lies in its deep integration with international storage manufacturers — its wholly-owned subsidiary United Chip Tai holds exclusive distribution rights for SK Hynix’s HBM (High Bandwidth Memory). As the core hardware for AI servers, HBM’s demand continues to grow rapidly with the accelerated deployment of generative AI applications, and the supply-demand gap is widening. Industry data shows that in the first quarter, HBM prices doubled, DRAM contract prices increased by 90% to 95% month-on-month, and NAND prices rose by 55% to 60%. The surge in prices directly translated into higher company profits.

“This round of performance explosion is essentially a perfect resonance between the distribution model and the industry cycle,” analysts told Blue Whale News. Shannon Chip Innovation adopts a “light asset + high turnover” distribution model. Although its gross profit margin remains only between 3% and 5%, during storage price upcycles, high turnover combined with price transmission effects can achieve exponential profit growth. Public data shows that in 2025, Shannon Chip Innovation achieved revenue of 35.25 billion yuan, a year-on-year increase of 45.24%, and net profit of 544 million yuan, doubling year-on-year. The performance surge in the first quarter is a concentrated realization of the previous industry boom.

Compared with peers in the same track, Shannon Chip Innovation’s performance elasticity appears particularly prominent. However, behind this high elasticity, there are also risks that differ sharply from those of industry peers. Blue Whale News found that among the core targets in China’s storage sector, the development paths of GigaDevice and Beijing Junzheng contrast sharply with Shannon Chip Innovation.

As a leader in storage chip design, GigaDevice focuses on NOR Flash and DRAM, maintaining a gross profit margin above 40% thanks to its core technology barriers. Its first-quarter 2026 performance is expected to grow by 50% to 70%. While not as explosive as Shannon Chip Innovation, it can hedge industry cycle fluctuations through technological iteration and a diversified customer structure. Beijing Junzheng, on the other hand, focuses on automotive-grade storage and AI computing SoCs. Its long-cycle automotive orders keep its growth steady at 30% to 40%, with gross margins around 35%. Its direct relation to AI computing power is weaker, but its risk resistance is stronger.

As of April 8th, Shannon Chip Innovation’s total market value reached 68.9 billion yuan, with a PE (TTM) of about 266 times, far exceeding GigaDevice’s 108 times and Beijing Junzheng’s 145 times. The stock price increased by 407% in 2025. Market expectations for its high growth have been pushed to the extreme, but many industry insiders warn that the high valuation behind this also carries four major cyclical risks.

The most core risk comes from the inherent “Silicon Cycle” curse in the storage industry. Historical data shows that the storage industry experiences a cycle of “shortage and price increase — overcapacity and excess — price decline and impairment” every 4 to 5 years. Currently, storage prices are at historical highs, with limited room for further increases. Industry forecasts indicate that manufacturers like Samsung and SK Hynix have already started new capacity plans, with capacity expected to be released by the end of 2027 to 2028. When that happens, the supply-demand pattern may reverse, and price declines will likely become a major event.

Inventory risk is another major concern for Shannon Chip Innovation. According to company data, its inventory scale reached 5 to 6 billion yuan in 2025, accounting for over 40% of total assets. Since distributors typically need to stock goods for 1 to 3 months to meet orders, a 20% drop in storage prices could lead to inventory impairments of 1 to 1.2 billion yuan, enough to wipe out quarterly profits or even cause losses.

Supply chain uncertainties further amplify risks. Over 60% of Shannon Chip Innovation’s revenue depends on SK Hynix, a single manufacturer. Meanwhile, the trend of “de-channeling” in the semiconductor industry is intensifying. In recent years, companies like Texas Instruments and Analog Devices have reduced agency relationships and expanded direct sales. Storage manufacturers are also more inclined to directly connect with top cloud providers like Alibaba Cloud and Tencent Cloud. The exclusive authorization of Shannon Chip Innovation is not permanent, and future risks include quota adjustments or cancellation of authorization, which could undermine its business foundation.

Additionally, slow progress in self-developed products leaves Shannon Chip Innovation without a “second growth curve” to ride through cycles. Currently, its self-branded “Hipu Storage” accounts for only 5% of total revenue. Even if it turns profitable in 2025 with a 25% gross margin, this is still far from enough to sustain long-term growth. In comparison, GigaDevice continues to increase R&D investment to strengthen its technological barriers, while Beijing Junzheng focuses on automotive-grade products to build a differentiated competitive advantage. If Shannon Chip Innovation cannot quickly expand its self-developed business, it will struggle to escape dependence on industry cycles and OEMs.

However, in the short term, the super cycle of AI storage is still ongoing. Industry consensus holds that the shortage of HBM will be difficult to change in the near future. Shannon Chip Innovation’s performance in 2026 remains highly certain, making it one of the most elastic targets in the AI computing race.

On April 8th, driven by the positive performance forecast, Shannon Chip Innovation’s stock opened high and closed at 148.18 yuan, up 20% for the day, with a turnover rate of 13.40%, and trading activity significantly increased.

Analysts pointed out that the current market enthusiasm for Shannon Chip Innovation is essentially a bet on the AI storage cycle. However, investors need to be aware that cycles will eventually reverse. An 87-fold growth rate cannot be sustained indefinitely. When industry boom wanes, Shannon Chip Innovation, lacking core technology and overly dependent on channels and pricing, may face valuation corrections and profit shrinkage.

For Shannon Chip Innovation, the key to surviving the cycle is to seize opportunities during the upward phase, address its R&D shortfalls, and reduce reliance on distribution channels and single OEMs.