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A jury in Wilmington, Delaware, failed to reach a verdict in Qualcomm's lawsuit against Arm Holdings after about four hours of deliberation on Friday. It plans to return on Tuesday. Qualcomm says Arm broke their licensing agreements by holding back software patches and tools, and by violating a deal meant to keep Qualcomm's price within 10% of the lowest price for Arm's processor designs. It also says Arm leaked a 2024 letter to Bloomberg to hurt its dealings with Meta. Arm says Qualcomm was "not harmed in the least" and calls the suit a bid for leverage. Qualcomm's licence for Arm's architecture runs until 2033. A separate bench trial is weighing whether Arm negotiates in good faith. That ruling could come well after the verdict.

Snapdragon laptops are about to get more expensive, and it's not just the RAM. Oct 12, 2026 Qualcomm has reportedly raised prices on its Snapdragon X and X2 laptop chips by about 10% starting October 1, adding to the RAM-driven cost increases PC makers are already facing and potentially pushing more OEMs toward Intel and AMD, despite Snapdragon still holding a clear performance lead in recent Googlebook benchmarks. Qualcomm is reportedly preparing to raise Snapdragon X and Snapdragon X2 prices by about 10%. Qualcomm had an advantage over Intel and x86 chips because of its in-house Oryon cores. This allowed Qualcomm to finally take on the big names in the PC space, including Apple and Intel, but now those competitors are getting just as capable chips at lower prices, while also running cooler. Qualcomm still has a clear performance advantage, as we saw when benchmarking Googlebooks last week. The Dell XPS Googlebook was running circles around the Lenovo Googlebook 15. But with this price increase, we may see more OEMs opt for Intel or AMD instead of Qualcomm. Price increases started on October 1. According to the Economic Daily News, this price increase for the Snapdragon X and Snapdragon X2 series went into effect on October 1. While we don't know the new prices, and Qualcomm will never disclose them, this is a meaningful price increase. PC makers are not only battling the incredible price increases in RAM, but also increasingly expensive processors. This could also explain why Qualcomm decided not to launch the Snapdragon X3 this year; instead, it's continuing to lean on the Snapdragon X2 Elite, launching new laptops like the Surface Pro at Snapdragon Summit last month. To get ahead in the PC industry, Qualcomm relied on higher clock speeds. The Snapdragon X Elite tops out at 4.5GHz, and the Snapdragon X2 Elite Extreme tops out at 5GHz on an 18-core chip. That's really pushed its performance numbers ahead of the competition. Qualcomm also stuck with an older manufacturing process, which drove up the per-unit cost of its chips. Apple kept focusing on architectural improvements while keeping die size small to reduce manufacturing costs. Though both now use TSMC's N2P 2nm process, Qualcomm hasn't yet moved to 2nm on the Snapdragon X, only on the Snapdragon 8 Elite series.

Qualcomm bets on smaller AI models as memory costs push up phone prices. Qualcomm uses Arm technology under licensing agreements, as do other chip designers, including Apple and MediaTek. Each company develops processors for its own products and markets, competing on performance, power consumption, price and other factors. Arm's traditional business model allows it to earn licensing fees and royalties from companies that use its technology, without manufacturing every chip itself. Its customers can compete with one another while relying on the same underlying architecture. That relationship is changing. In March 2026, Arm announced its Arm AGI CPU, its first production silicon product, aimed at data centre workloads. The move puts Arm in the business of selling processors in markets where its technology customers also operate. The shift does not automatically create a conflict of interest or breach existing agreements. However, it raises questions about how Arm manages licensing terms, technical support and pricing when some of its customers are also potential competitors. What is the Qualcomm-Arm dispute about? The latest lawsuit concerns Qualcomm's allegations that Arm breached its contractual commitments. Qualcomm claims that Arm withheld software tools, failed to honour pricing agreements and disclosed a letter alleging a breach of contract in a way that damaged Qualcomm's negotiations with Meta Platforms. The dispute went to trial in the US this month. The jury had not reached a verdict when deliberations ended on October 9, according to Reuters, and discussions are expected to resume on October 13. One allegation concerns Qualcomm's negotiations with Meta over a potential chip deal. Qualcomm claims that Arm's disclosure of a letter threatening to terminate a licence damaged those discussions. Arm disputes the allegation and argues that Qualcomm has not demonstrated that it suffered harm. The case also involves disagreements over licensing terms and the remedies Qualcomm may seek if the allegations are established. The jury's findings will determine whether Arm breached the relevant agreements, while the court will have to address the legal consequences of any findings. How did the dispute begin? The current case follows a separate legal battle that began in 2022, when Arm sued Qualcomm over its acquisition of Nuvia, a chip-design startup founded by former Apple engineers. Qualcomm acquired Nuvia in 2021 to strengthen its processor development capabilities, particularly for high-performance computing. Arm argued that Nuvia's licence agreements did not automatically transfer to Qualcomm and that the technology needed to be relicensed under the applicable terms. Qualcomm maintained that its existing licence allowed it to use the acquired technology. The dispute went to trial in December 2024, when a US federal jury found that Qualcomm had not breached its own licence agreement. It did not reach a complete verdict on all the issues. In September 2025, the US court ruled in Qualcomm's favour on the remaining question of whether Nuvia had breached its architecture licence agreement. Arm's appeal remained pending in the latest public updates. The earlier case focused on licensing rights following Qualcomm's acquisition of Nuvia. The latest lawsuit concerns Qualcomm's allegations about Arm's conduct, including access to technical resources, pricing and the disclosure of information. How could the case reshape chip licensing? The case could influence how semiconductor companies negotiate licensing agreements, particularly when a technology supplier begins competing directly with its customers. Chip development requires more than permission to use an architecture. Companies also need software tools, technical documentation and support to design, test and validate processors. Restrictions on these resources can affect development costs and product launch schedules. If Qualcomm establishes that Arm breached its contractual obligations, chipmakers may seek clearer terms covering access to technical resources, pricing commitments, confidentiality and licence termination. Companies could also seek more explicit remedies for breaches that affect commercial negotiations. A ruling in Arm's favour would not settle every disagreement over licensing practices. It could, however, reinforce the importance of contractual wording and the need to establish that an alleged breach caused harm. The case may also prompt chip designers to assess their dependence on Arm. Moving to another architecture requires changes to processor design, software compatibility, development tools and support for existing applications. Such a shift can be costly, particularly for companies with established products. One alternative is RISC-V, an open standard instruction set architecture that companies can use to develop processors without paying Arm for an architecture licence. However, an open architecture does not eliminate the cost of chip design, validation or building the software ecosystem needed to support processors. Why Arm's licensing model is drawing regulatory scrutiny. Regulators in the US and South Korea have examined Arm's licensing practices amid concerns that the company could use its position as a supplier of processor technology to disadvantage chipmakers that rely on its architecture. In May 2026, Reuters reported that the US Federal Trade Commission (FTC) was investigating whether Arm was attempting to monopolise parts of the semiconductor market. The investigation was examining whether Arm might reject or downgrade licences for processor designs as it expanded its own chip business. Arm declined to comment on the reported investigation South Korea's Fair Trade Commission also investigated Arm's Seoul office in November 2025. Reuters reported that the probe concerned Arm's licensing practices and followed allegations by Qualcomm that Arm was restricting access to its technology. The regulator declined to comment at the time. The regulatory concerns have a precedent in the proposed acquisition of Arm by Nvidia. In December 2021, the FTC sued to block Nvidia's planned $40 billion acquisition of Arm, arguing that the deal could give Nvidia the ability and incentive to undermine rivals that depended on Arm's technology. The regulator also raised concerns about Nvidia gaining access to commercially sensitive information shared by Arm's licensees. Nvidia abandoned the deal in February 2022, after which the FTC dismissed its complaint. The acquisition case concerned a change in ownership, while the current dispute centres on licensing agreements and Arm's expansion into chip sales. However, both raise questions about the consequences of a company competing in markets where its customers depend on its technology. What does it mean for consumers? The immediate impact on consumers is likely to be limited. The lawsuit does not directly concern retail prices or the supply of smartphones and laptops. Its effects would depend on whether the dispute changes licensing costs, delays processor development or affects competition among chip suppliers. If a licensing disagreement delays a chip programme or increases development costs, device manufacturers could face fewer processor options or longer product development cycles. Over time, this could affect prices and availability, although these remain possible consequences rather than established outcomes. India is exposed through its smartphone and PC markets, where devices rely on processors developed using Arm technology. Any long-term change in licensing costs or chip supply could affect manufacturers selling products in the country. The dispute is also relevant to India's semiconductor design ambitions. Companies developing processors need access to architectures, design tools and supporting software. The terms under which these resources are licensed can influence development costs and commercial decisions.