A legacy of connectivity innovation positions the United States to win the next generation of wireless technology
What you should know:
A new report from Boston Consulting Group (BCG) shows 6G will be the first AI-native network infrastructure at scale, with at least 600 MHz of full-power mid-band spectrum needed by 2029 to maintain U.S. mobile leadership.
Marking the 250th anniversary of the signing of Declaration of Independence in 2026, our nation’s innovation legacy — from the founding principles of freedom and progress to today’s 6G development — demonstrates sustained technical leadership across centuries.
President Trump’s December 2025 memorandum declared 6G foundational to U.S. national security, foreign policy and economic prosperity, accelerating the timeline to 2029 with pre-commercial devices for the 2028 LA Olympics.
As America celebrates its 250th anniversary in 2026, we reflect on a remarkable journey of innovation that has defined not just our nation, but the world. From the founding principles of liberty and progress that sparked the American experiment in 1776, through the industrial revolution, the information age and now the AI era, American inventors have consistently expanded the boundaries of what’s possible.
Within this remarkable arc of innovation, connectivity has played an increasingly central role. 150 years ago — on March 10, 1876 — Alexander Graham Bell spoke the first words ever transmitted by telephone: “Mr. Watson, come here; I want to see you.”
That call from his Boston laboratory launched a revolution in human connection that would transform commerce and our society. From Alexander Graham Bell to Irwin Jacobs to today’s 6G architects, America has always driven technology leadership and innovation.
As we stand at the threshold of 6G, that same spirit of American innovation will drive the future of global connectivity. The stakes have never been higher.
6G: A national imperative for the AI era
President Trump’s December 2025 Presidential Memorandum, “Winning the 6G Race,” made clear that: “The next generation of mobile communications networks (6G) will be foundational to the national security, foreign policy, and economic prosperity of the United States.” Indeed, 6G will play a pivotal role in enabling artificial intelligence, robotics and resilient communications and sensing networks essential for public safety and defense.
As Nate Tibbits, Senior Vice President of Government Affairs for Qualcomm Incorporated, shared at a recent Politico forum, “6G is purpose-built for AI — unlocking a new generation of applications powered by real-time data from devices, sensors and the world around us.” The administration’s commitment is operational, not just rhetorical. “The U.S. government is very interested in accelerating the timeline for 6G,” Tibbits said, and it has asked Qualcomm to “bring 6G forward so that it will be launched in 2029.”
Reflecting on America’s legacy of engineering leadership, members of the U.S. Administration have referred to Qualcomm as a national treasure, recognizing the company’s long‑standing role as a global orchestrator of wireless standards and innovation, and its responsibility in supporting U.S. leadership across economic competitiveness and critical technologies.
6G: The first generation purpose-built for AI
During the last decade, Qualcomm Technologies sustained American leadership in 5G, powering global breakthroughs that drive digital transformation, economic growth and human potential. The performance of 5G made mobile data ubiquitous and freed most consumers from watching over their monthly data caps. 5G connected rural and remote regions with fixed-mobile access and brought new efficiencies to industrial connectivity. These benefits were made possible by Qualcomm innovation in technology, standards and world-leading products. With 5G we began to see mixed-use technology applications that enabled national security users to benefit from technology scale.
In the coming decades, we are faced with the challenge of enabling an AI platform that benefits consumers, industry and national security. Qualcomm Technologies is rising to this challenge with our 6G design innovation and vision to make 6G a truly AI-native technology. As outlined in 6G: The Network for the Future of AI and Immersive Connectivity from the Boston Consulting Group, the transition to 6G is being driven by a fundamental shift in network behavior. AI needs are shifting traffic from downlink‑heavy consumption toward uplink‑intensive, latency‑sensitive, bidirectional workloads generated by AI agents, agentic devices, robotics and sensor‑rich systems operating continuously in the real world. These applications require sustained uplink capacity, single‑digit millisecond latency and predictable performance during periods of high demand.
6G is being architected to address these requirements directly, with gains in spectral efficiency, roughly two‑times uplink throughput at the cell edge compared to 5G, to deliver more reliable, intelligent connectivity to support the AI era.
Transforming industries and economic growth
These architectural shifts are being implemented to unlock new applications that are difficult to scale on 5G networks, from industrial automation and real‑time digital twins to immersive XR, smart infrastructure, advanced healthcare and resilient public safety systems. In each case, AI depends on networks that can reliably move data to and from the edge, not simply deliver content downstream. The economic implications are significant. Wireless connectivity has already generated more than $1 trillion in global economic impact through 5G, including over $400 billion in the United States, with adoption accelerating and data usage reaching record levels. With over 5 billion people relying on always‑on wireless devices, connectivity has become essential to economic infrastructure. As AI becomes embedded across industries and daily life, 6G will shape the next decade of growth and productivity, just as earlier generations of American innovation have done before.
Qualcomm inventors leading the charge
America’s 250-year innovation legacy lives on through the inventors shaping 6G today. From the first semiconductor to the first mobile phone, and from the mobile ecosystem evolution through CDMA, 3G, 4G and 5G, to breakthroughs in multimedia, video compression, AI and robotics — Qualcomm inventors have consistently defined the trajectory of connectivity.
This legacy continues at Qualcomm, an American company where our inventors are architecting the 6G future. Dr. Lola Awoniyi-Oteri’s (Principal Manager/Engineer for Qualcomm Technologies) work has been crucial related to power optimization and wireless mobility management innovation. Dr. Xiaoxia Zhang’s (Senior Director of Technology for Qualcomm Technologies) contributions to technical innovations span across industrial IoT, shared spectrum and 5G RAN disaggregation. Dr. Marta Karczewicz’s (Qualcomm Fellow and VP of Technology for Qualcomm Technologies) pioneering work in video compression and Dr. Simone Merlin’s (Principal Manager/Engineer for Qualcomm Technologies) contributions to Wi-Fi standards also exemplify the breadth of American technical leadership.
Today’s 6G architects include Dr. Miguel Griot (Principal Engineer for Qualcomm Technologies), advancing 6G system architecture and signaling protocols; Diana Maamari (Senior Staff Engineer for Qualcomm Technologies), optimizing 5G and 6G physical layer performance; and Dr. Prashanth Hande (Senior Director of Technology for Qualcomm Technologies), instrumental in 5G XR commercialization and the evolution from CDMA to LTE. Dr. Tingfang Ji’s (VP of Engineering for Qualcomm Technologies) work spans the transition from CDMA to OFDM cellular systems. Their work underscores our roadmap to 6G, enabled by a strategic coalition involving collaborations with global industry leaders.
This is American innovation at its finest. Qualcomm inventors working at the cutting edge of wireless research, contributing to global standards, and ensuring U.S. companies continue shaping the technologies defining the next decade.
Standards leadership: The competitive advantage
Connectivity leadership also is about shaping the global standards that promote interoperability, competition and innovation. Our ongoing deep engagement in 3GPP ensures that American technical perspectives influence the specifications governing 6G networks worldwide.
As we advance toward 6G, Qualcomm is driving foundational air interface features: ultra-efficient integrated connectivity and sensing, massive capacity using up to 400 MHz channel bandwidths, power-efficient waveforms and AI-native capabilities embedded directly into devices and networks.
This standardization work, combined with our industry-leading modem-RF technology, scalable RAN solutions and device-to-data center expertise, positions Qualcomm — and America — to lead the 6G era.
Continuing 250 years of innovation leadership
The arc from our nation’s founding principles of innovation and progress demonstrates sustained technical excellence across centuries. That spirit of ingenuity — from the founding fathers to today’s wireless engineers — continues to drive American competitiveness and prosperity.
6G is made for the AI-powered future. It requires coordinated and forward-looking spectrum policy, sustained R&D investment, open standardization processes and the technical talent that always has been America’s greatest asset. Qualcomm — engineered in America, built for the world — is committed to these pillars, working with partners across the ecosystem to ensure the next generation of connectivity extends American leadership in the technologies defining the AI era.
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