Qualcomm bets big on AI and 6g as memory squeeze clouds smartphone outlook

Global memory shortages have significantly constrained Qualcomm's supply chain, leading to cautious ordering from customers and a lowered revenue forecast for the next quarter. Despite a 5% revenue growth fueled by strong automotive and IoT segments, the consumer electronics division—especially smartphones—faces ongoing challenges as memory bottlenecks limit supply. CEO Cristiano Amon highlighted that while demand for premium smartphones remains robust, rising memory prices are shifting consumer focus toward higher-tier devices over budget models, reflecting a nuanced impact on product mix and customer demand.

By early 2026, the global smartphone market was feeling the pinch, with shipments declining 6% year-over-year as memory shortages and elevated prices suppressed demand for both smartphones and PCs. Qualcomm’s fiscal third-quarter revenue forecast fell short of Wall Street estimates, with the company projecting $9.2 billion to $10.0 billion in revenue and adjusted earnings of $2.10 to $2.30 per share, underscoring the tangible financial impact of these supply constraints on its core business.

Despite these headwinds, Qualcomm’s CEO Cristiano Amon expressed optimism that the worst of the memory crunch is behind them, anticipating a smartphone market rebound post-fiscal third quarter—a sentiment that buoyed Qualcomm’s shares by over 10%. However, analysts remain cautious, warning that memory shortages and price pressures could persist into 2027, potentially delaying a full recovery in Qualcomm’s smartphone segment and tempering expectations for a swift turnaround.

Amon acknowledged that the memory shortage has caused Qualcomm to under-ship relative to market demand, particularly in consumer electronics, as memory drives much of the industry’s supply chain dynamics. Encouragingly, signs of recovery are emerging with the memory supply shortage appearing to have bottomed out; increased supply and new suppliers entering the market offer hope for easing constraints. As Amon put it, 'The market is taking this really seriously... there's going to be more, more supply and more suppliers,' signaling a cautious but positive outlook for Qualcomm’s core smartphone business moving forward.

By early 2026, Qualcomm was decisively pivoting beyond its traditional mobile chipset stronghold into the lucrative and concentrated data center market, targeting CPUs, AI inference accelerators, and custom ASICs with shipments slated before the end of 2026. This strategic expansion includes supplying a major hyperscaler, signaling Qualcomm’s commitment to becoming a key player in AI-driven data center ecosystems, as CEO Cristiano Amon emphasized the company’s push into bespoke, flexible silicon solutions tailored for the handful of dominant hyperscale operators rather than off-the-shelf merchant chips.

Qualcomm’s acquisition of Alphawave has been a cornerstone in building a versatile AI hardware portfolio, enabling the company to design custom ASICs and innovate with specialized components such as a dedicated CPU for agentic experiences—AI-driven computing architectures that seamlessly integrate cloud and device-level intelligence. This move underscores Qualcomm’s vision of AI’s evolution from training and inference to agent-based computing, which CEO Amon describes as a transformative force creating demand across Qualcomm’s entire ecosystem, from data centers to edge devices.

To reassure investors amid this strategic transition, Qualcomm announced a substantial $20 billion stock buyback, reflecting confidence in the AI and data center market’s potential to become materially significant by fiscal 2027. The company forecasts its AI-driven business segment reaching multiple billions in revenue, leveraging partnerships with leading AI innovators like OpenAI to develop AI chips not only for data centers but also for smartphones, thereby positioning itself as a pivotal player across the entire AI hardware and software stack.

By 2028, Qualcomm CEO Cristiano Amon envisions a radical transformation in human-device interaction through AI-first personal devices, particularly smart glasses that integrate closely with human senses. These devices will serve as proactive personal assistants and strategic partners, anticipating user needs in both personal and professional contexts, effectively replacing smartphones as the primary digital interface. Amon highlights the natural fit of glasses as AI platforms, given their proximity to eyes, ears, and mouth, enabling rich contextual awareness that empowers agentic computing experiences.

Qualcomm’s strategic development of dedicated CPUs for agentic experiences, combined with the forthcoming 6G network’s ultra-high-speed uplink capabilities, aims to create an ecosystem where AI-powered devices stream rich sensory data to the cloud in real time. This infrastructure will allow AI agents to act on immediate contextual information, fundamentally altering how users engage with technology by turning them into 'walking cameras' that share their perspective seamlessly. Amon’s vision underscores Qualcomm’s leadership role, bolstered by extensive partnerships with major tech companies, in spearheading this AI-enabled device revolution.

Looking beyond consumer use, Amon anticipates that future organizational structures will evolve to manage AI agents similarly to human employees, requiring new management approaches and processes. This shift implies that executives will need to integrate AI capabilities into their teams strategically, treating AI agents as proactive collaborators rather than passive tools. Such a paradigm shift in workplace dynamics reflects Qualcomm’s broader vision of agentic computing permeating both personal and professional spheres by the end of the decade.

Strategic alliances with OpenAI and other innovators are driving Qualcomm’s leap into edge AI, enabling the company to embed advanced intelligence across devices and industries.

By early 2026, Qualcomm positioned 6G not merely as the next wireless standard but as a revolutionary platform where AI is deeply embedded within the network fabric, enabling transformative applications such as holograms, collaborative robots, and autonomous vehicles. As Qualcomm’s Aman emphasized, 6G represents 'one of the probably biggest transitions we're going to see in wireless,' where networks evolve into expansive AI sensors that interpret radio frequency signals as 'physical AI' to create real-time digital twins of cities, facilitate drone detection, and manage complex traffic ecosystems.

Qualcomm’s vision for 6G extends beyond traditional connectivity to empower personal AI devices like AI-enabled glasses that stream rich sensory data at unprecedented speeds to the cloud, allowing AI agents to contextualize and respond to users’ environments dynamically. Aman highlighted the necessity of a network capable of 'very high performance and high speed' uplinks to capture everything users see, hear, and say, thus enabling a seamless AI-driven interaction that transforms everyday experiences.

This convergence of AI and 6G is strategically expanding Qualcomm’s ecosystem into automotive and industrial sectors, where AI-enhanced connectivity acts as a large-scale radar system supporting advanced driver assistance and autonomous driving technologies. Aman noted that Qualcomm’s automotive business leverages sensor inputs integrated with 6G networks to deliver sophisticated autonomous systems, illustrating how AI-powered connectivity is reshaping not only consumer devices but also critical industrial applications.