Qualcomm Reportedly Raises Chip Prices as DRAM Shortage and 2nm Costs Hit the Mobile Industry
Qualcomm is reportedly preparing to raise prices on several upcoming chip products as the global DRAM shortage continues to squeeze the technology supply chain. The company is said to have delayed the move for as long as possible, but rising supplier costs, expensive next-generation manufacturing, and weaker smartphone demand appear to have forced its hand.
According to the latest industry update, Qualcomm informed customers that a double-digit price increase will apply to products shipped after September 1. While the company has not publicly named the affected products, the timing strongly suggests that its next flagship mobile platforms, expected to include the Snapdragon 8 Elite Gen 6 and Snapdragon 8 Elite Gen 6 Pro, could be among the chips impacted.
The reported price change comes just weeks before Qualcomm’s next Snapdragon Summit, which is scheduled for September 22. That event is expected to showcase the company’s newest premium smartphone chipsets, making the price hike especially significant for Android phone makers preparing their next generation of flagship devices.
Qualcomm reportedly told customers that it had tried to absorb rising component costs for an extended period. The company is also said to have explored alternative suppliers in an effort to reduce pressure, but those attempts were not enough to avoid higher pricing.
The DRAM shortage has become a growing problem across the electronics industry. Memory prices have been climbing as demand from AI servers, data centers, PCs, and mobile devices competes for limited supply. For smartphone manufacturers, this creates a difficult situation: flagship phones already require expensive chipsets, high-speed RAM, advanced storage, improved camera hardware, and larger cooling systems.
Another major factor is the cost of advanced semiconductor manufacturing. Qualcomm’s upcoming high-end chips are expected to use cutting-edge 2nm process technology, and wafers built on this node are rumored to be extremely expensive. Some estimates suggest 2nm wafers could cost around $30,000 each, adding major pressure to chip pricing.
The Snapdragon 8 Elite Gen 6 Pro is expected to be the most expensive model in the lineup. Previous rumors have suggested that this premium chipset alone could cost more than $300. If smartphone brands pair it with LPDDR6 RAM and UFS 5.0 storage, total core component costs could approach $600 before adding the display, cameras, battery, frame, cooling system, and other hardware.
That means future flagship Android phones could become more expensive, especially models using the highest-end Snapdragon chip, next-generation memory, and premium storage. Phone makers may have to decide whether to absorb some of the extra cost, reduce profit margins, or pass the increase on to buyers.
However, there may still be some relief for manufacturers. The standard Snapdragon 8 Elite Gen 6 is not expected to see as steep of a price jump as the Pro version. This could make it the more popular choice for many premium smartphones, offering strong performance while keeping costs more manageable.
Qualcomm is also expected to offer a wider range of chipset options across both 2nm and 3nm manufacturing processes. Reports suggest that four new SoC options may be introduced to give customers more flexibility in performance, pricing, and power efficiency. This strategy could help smartphone brands choose the right chip for different price segments instead of relying only on the most expensive flagship option.
The situation also highlights a broader shift inside Qualcomm’s business. Smartphone demand has been softer than in previous years, putting pressure on the company’s traditional handset chip business. As a result, Qualcomm has been investing more heavily in AI infrastructure, data center opportunities, and the automotive market.
The automotive sector has become an important growth area as modern vehicles rely on advanced processors for infotainment, driver assistance, connectivity, and in-car AI features. At the same time, AI data centers are driving massive demand for semiconductors, memory, and networking technology, creating new revenue opportunities outside smartphones.
If the DRAM shortage continues for the next few years, Qualcomm may place even more emphasis on these higher-growth markets while still serving smartphone partners with a broader mix of mobile chipsets. For consumers, the biggest impact could be seen in the pricing of future flagship Android phones, particularly those powered by the most advanced Snapdragon processors.
For now, the key takeaway is clear: rising memory prices, expensive 2nm chip production, and weaker smartphone demand are reshaping the mobile hardware market. Qualcomm’s reported price hike may be only one part of a larger trend that could make premium smartphones costlier in the near future.
