At this year’s Snapdragon Summit, Qualcomm President and COO Cristiano Amon painted a bold vision for the future: “AI is the new UI.” The computing paradigm is shifting from “app and icon-driven” to “intelligent agent and context-aware driven.” He stated that the core design goal of Snapdragon technology is to make AI ubiquitous—extending from the cloud to the edge, covering various terminals such as smartphones, computers, cars, and wearables.
This vision is significant because the edge is a key scenario for AI to be “close to the user”—data is generated here, scenarios are captured here, and real-time responses become a necessity. However, all engineers are well aware that the edge also faces a challenge posed by physical laws: performance improvements inevitably come with heat generation.
To truly achieve ubiquitous AI, innovations in thermal management technology must also cover all scenarios. The AirJet® (the world’s first solid-state active cooling chip) is the solution to this need.
AirJet is the world’s first solid-state active cooling chip, featuring core advantages such as silent operation, slim design, lightweight, dust resistance, shock resistance, and water resistance. It can break through the thermal bottleneck at the edge, fully unleashing device performance in scenarios where traditional fans cannot adapt (such as laptops, handheld devices, extended reality (XR) devices, and robots).
Qualcomm’s Forward-Looking Vision and Industry Predictions
Cristiano Amon emphasized that the vision proposed this year is not born out of thin air, but is a continuation of its long-term strategic layout. Qualcomm has always been adept at anticipating future trends ahead of the industry, including:
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As early as 2021, it pointed out the critical significance of the edge for AI—this prediction has now become a large-scale reality.
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Anticipating the rise of mobile internet and developing corresponding chip technologies to promote its implementation.
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Foreseeing the trend of integration between smartphones and computers long before the current popularity of AI laptops.
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Leading the mainstream market by years, promoting the extension of computing power to automotive, wearable, and XR fields.
This series of forward-looking judgments is significant: when Qualcomm outlines the next-generation technology blueprint centered on intelligent agents and ubiquitous AI, it is not mere talk, but a strategic roadmap already in progress.
Six Major Trends, One Core Challenge
Cristiano Amon proposed six key trends shaping the next stage of AI development. Each trend brings new opportunities, but also faces a common thermal management challenge:
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AI is the New UI Devices will no longer passively wait for commands but will understand user intent through voice, visual recognition, and context awareness. This requires the edge to have “always-on” AI processing capabilities—achieving this capability relies on the device’s low-temperature and silent operation.
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Transition from “Mobile-Centric” to “Intelligent Agent-Centric” Computing Models Devices such as smartphones, computers, smart glasses, and headphones will build a collaborative system around “AI intelligent agents.” Running AI tasks simultaneously across multiple devices means that power density will increase everywhere—resulting in increased heat.
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Emerging Agentic Applications Applications such as banking services, schedule management, and language translation will upgrade to “proactive AI assistants.” Continuous AI inference loads mean that thermal management is no longer an “optional” task, but a “basic necessity” for supporting application operation.
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New Architectures and Chip Technologies for AI As Qualcomm redesigns processors and memory to accommodate AI loads, thermal management technology must also innovate in tandem. Traditional fans cannot adapt to the form factors of slim terminals, mobile devices, or wearables, while the AirJet‘s active solid-state design can perfectly adapt.
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Hybrid Cloud and Edge AI Collaboration The cloud will handle AI model training tasks, while the edge will be responsible for personalized processing, real-time responses, and execution. Sudden and high-intensity AI tasks on the device side are the shortcomings of traditional thermal management technology—but they are the strengths of AirJet.
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Connectivity Technologies in the Age of AI With the approach of 6G technology, every edge device will become part of a “dynamic adaptive intelligent network.” However, if devices throttle due to overheating and cannot operate normally, even the best connectivity capabilities cannot be utilized.
AirJet: Born for the Era of Edge AI
Qualcomm’s vision clearly indicates: the edge will determine the future of AI. However, the scenario characteristics of the edge also bring many limitations—size, weight, noise, dust, and durability. The AirJet can comprehensively solve these issues:
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Thin and Lightweight: Supports lighter laptops, smaller XR devices, and wireless robots.
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Silent Operation: Suitable for noise-sensitive scenarios such as personal daily use and professional office environments.
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Dust, Shock, and Water Resistance: Can maintain stable performance even in harsh real-world application environments.
By breaking through the thermal bottleneck, AirJet redefines the performance ceiling of edge devices, transforming the six trends proposed by Amon from theoretical concepts into practical applications.
Future Outlook
Qualcomm’s previous predictions have all been validated: from the mobile internet to the smartphone era, and now to the rise of edge AI, its forward-looking vision has repeatedly reshaped the industry landscape. This year’s keynote speech at the summit further extends this accurate judgment: the “ubiquity of AI” has become an inevitable trend.
However, “inevitable trends” do not mean “inevitable performance limitations”—the bottleneck caused by heat is an objective reality.
And the AirJet is the key technology to break through this bottleneck.