For much of the past few years, discussions about artificial intelligence in video games have focused on software. We've talked about NPCs, content generation, upscaling, development and even the risks of replacing creative work. A less visible consequence of this race, however, is beginning to emerge precisely where virtually the entire industry relies on the same companies: component manufacturing.Samsung raised the prices it charges for some of its semiconductor manufacturing processes by as much as 15% in July, according to sources interviewed by Reuters. Customers in the United States and China faced increases of between 10% and 15% for the 4-nanometer SF4 process, while 5nm wafers also became 10% to 15% more expensive. Even the older 8nm process saw an increase of close to 10%. The company doesn't comment on prices negotiated with customers, but there's a clear reason for the change: available capacity is becoming more contested.Samsung accounts for only around 7% of global foundry-market revenue, compared with more than 70% for TSMC. However, much of the Taiwanese leader's advanced capacity is tied up by demand for artificial intelligence. That's pushing customers toward alternatives and has given Samsung something its loss-making manufacturing division hadn't had for some time: the power to raise prices. Its SF4 line in Pyeongtaek has been operating at full capacity since the end of 2025, serving both external customers and Samsung's own production of components for HBM memory.Video games are now competing for components with a market willing to pay far moreIt'd be premature to claim that Samsung's price increase alone will immediately drive up the price of consoles or graphics cards. Semiconductor supply chains are complex, manufacturers operate under long-term contracts, and the chips used in each product pass through different suppliers and processes. The worrying signal lies in why prices are rising.Artificial intelligence has become an extremely valuable customer for semiconductor manufacturers. Samsung, TSMC, SK Hynix and other companies have an increasingly strong financial incentive to direct investment and capacity toward products designed for data centers, AI accelerators and high-bandwidth memory. Samsung expects AI and high-performance computing applications to account for more than 30% of its foundry revenue this year, compared with between 15% and 20% at the end of 2025.This shift isn't limited to processor manufacturing. TrendForce estimates that contract prices for conventional DRAM will rise by between 13% and 18% in the third quarter of 2026 alone, while NAND Flash is expected to increase by between 10% and 15%. One reason is the priority manufacturers are giving to servers and AI applications, reducing the supply available for consumer electronics. The consultancy has already warned that buyers in this segment are reaching the limit of what they can absorb in higher costs.For gaming, this combination matters a great deal. PCs depend directly on DRAM, SSDs, GPUs and an enormous semiconductor supply chain. Consoles also require memory and storage in large volumes, as well as advanced SoCs. So even if the wafer that became 15% more expensive at Samsung isn't necessarily inside the console in your living room, the pressure behind that increase is happening in the same market that determines how much it costs to produce much of this hardware. And some effects have already reached consumers.Source: ReproductionMicrosoft announced new price increases for the Xbox lineup starting in August, citing worsening global shortages of components, particularly storage and memory. In the United States, certain models became US$ 100 or US$ 150 more expensive. According to Reuters, memory and storage costs had already risen by around 2.5 times and could still double again by the second half of 2027. Sony and other electronics manufacturers have also been adjusting prices in response to the situation.The next generation may emerge in a very different marketThis is where the issue takes on greater significance for video games. Historically, consoles have been able to offer competitive hardware at relatively low prices because Sony and Microsoft operate at enormous scale, use custom components and work with margins very different from those found in a PC assembled piece by piece. That equation becomes more difficult when some fundamental components stop becoming cheaper at the expected rate.This is happening just as the industry begins preparing its next generation. A potential successor to the PlayStation 5 and the next Xbox will need to balance more modern CPUs and GPUs, larger amounts of memory, fast storage and features increasingly dependent on dedicated machine-learning processing. All of this is arriving at a time when AI companies are competing for industrial capacity and paying heavily for it.Source: ReproductionPCs feel this problem even more directly. A graphics card depends on more than just the graphics chip: GDDR memory is also part of this strained supply chain. TrendForce notes that the supply of GDDR6 and GDDR7 remains limited and that their prices have been following the upward trend seen across the rest of the DRAM market.This doesn't mean games are about to face another hardware crisis on the scale of the pandemic, nor that every component will remain permanently more expensive. NAND supply, for example, could begin to ease in the second half of 2027. For DRAM, however, TrendForce still expects a tight market next year, precisely because AI-related demand will continue to absorb capacity.Samsung's increase matters less because of the 15% itself than because of what enabled the company to charge it. Its main competitor is congested, customers are seeking alternatives, and advanced manufacturing has once again become a resource over which some of the world's largest companies are willing to compete.Video games remain a massive market, but they're no longer necessarily the most attractive customer in this supply chain. If the expansion of AI continues to draw investment, memory and manufacturing capacity toward higher-margin products, console and component manufacturers will have to decide how much of that cost they can absorb and how much they'll pass on. Recent hardware price increases show that this decision has already reached consumers.
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