Qualcomm and China’s CXMT prepare new DRAM for smartphones amid memory shortage

Qualcomm is likely working with Chinese CXMT on new DRAM memory for smartphones. If the partnership is confirmed, it would be a rare case of American and Chinese manufacturers collaborating around a scarce component despite the prolonged trade war between the two countries.

Why This Is Unusual

For Qualcomm, such a move seems atypical in itself. The company is known primarily for mobile processors and cellular modems, not its own memory. If it truly participates in DRAM development, this suggests an attempt to take greater control of a critical element of the smartphone platform.

When a single player influences both the computing part of a device and its memory, it becomes easier for them to plan supplies, configure component compatibility, and reduce dependence on external suppliers.

The format of a potential alliance is equally unusual. The trade and technological confrontation between the USA and China has been ongoing for eight years, so news of joint work by companies from the two countries is always perceived as an exception.

But the semiconductor market has long been driven by the logic of supply chains rather than flags. If memory shortage starts hindering smartphone sales, business seeks solutions where there are production capacities, engineering expertise, and a chance to quickly close the gap.

Where the Memory Shortage Comes From

The reason for interest in the new project is pragmatic: smartphone memory is in short supply, and this shortage is directly linked to the AI boom. The higher the demand for artificial intelligence solutions, the more the entire memory industry shifts toward the most profitable and urgent orders.

For smartphone manufacturers, this means fiercer competition for components, the risk of rising purchase prices, and less predictability in supplies at a time when devices themselves are becoming increasingly dependent on local AI functions.

• rising prices for mobile memory
• shifting volumes to more profitable segments
• delivery delays for smartphone manufacturers
• increasing dependence on a limited number of suppliers

Against this backdrop, the idea of dedicated DRAM specifically for smartphones seems logical. The mobile market needs not just memory as such, but solutions with a clear balance between performance, power consumption, cost, and production scale. If Qualcomm and CXMT truly develop a product specifically for this segment, they are attempting not only to find an open niche but also to offer phone manufacturers a more predictable source of a key component during a period when traditional procurement schemes are beginning to fail.

What the Companies Gain

For Qualcomm, such a project offers several benefits at once. First, the company can move beyond its traditional role as a supplier of processors and modems. Second, participation in memory development provides greater influence over the architecture of future smartphones, especially as the number of AI tasks on devices grows. Third, it is a way to better protect itself from shortages on the partners' side and not wait for other market participants to stabilize the situation.

For CXMT, a potential alliance with a major American developer is equally important. It is an opportunity to establish itself in a more prominent international project and demonstrate that its capacities and competencies are of interest beyond the Chinese market alone. However, such a scheme remains vulnerable: any new round of restrictions, export controls, or political pressure could complicate both development and subsequent scaling.

That is why the story looks not like a gesture of reconciliation, but as forced industrial cooperation around a scarce resource.

What This Means

If the project reaches a real product, the market will receive an important signal: the memory shortage for the AI era is already so serious that companies are willing to reconsider old roles and political barriers for the sake of supplies. For the smartphone industry, this could be the beginning of a new race for control over memory, not just processors.