Qualcomm's 6G priorities focus on enhancing capacity and expanding coverage while also reducing costs. Recognizing the escalating demands from emerging technologies like AR/VR, Qualcomm emphasizes the need for a simplified system architecture to facilitate smoother migration and operational efficiency. By addressing these core areas, Qualcomm aims to meet the growing capacity requirements while ensuring a cost-effective path as operators transition to 6G.
The company's approach underscores a commitment to developing a 6G framework that balances performance with economic viability, paving the way for widespread adoption and seamless integration of advanced wireless technologies.
Join us as we take a closer look at revamping the 6G system design for lower-band spectrum. Learn about Qualcomm's groundbreaking research is enhancing low and mid-band FDD frequencies and how these innovations can bring significant capacity and coverage improvements in existing coverage bands.
New wide area capacity with 6G Giga MIMO
Learn how Qualcomm are unlocking new spectrum in the upper-midband (7-15 GHz) with their Giga-MIMO system design. See how this innovation boosts wireless capacity, paving the way for the next generation of wide-area wireless services. See the field test results and discover how 6G technology will meet future mobile data demands and revolutionize connectivity.
Enabling super QAM in upper midband for 6G
Join us as we uncover the benefits of 6G networks in terms of wireless performance and efficiency. With Super-QAM, we can code more data bits to a single RF symbol to boost spectral efficiency and throughput. See the real-time lab tests and simulations using the upper midband (7-15 GHz), demonstrating the potential of 4k-QAM in enhancing wireless capacity.
Wireless augmented data center
Discover how mmWave and sub-THz wireless links are transforming data centers. In this video, we explore the potential of these new spectrum bands for enhancing data center capacity and efficiency. See real-life prototypes, simulations, and the remarkable throughput achieved with dynamic beamforming and advanced techniques.
Digital twins for analog beamforming
Explore how Qualcomm are extending digital twins to wireless radio operations. This demo shows the impact for analog beamforming performance in massive MIMO deployments. Take a peek into the future of RAN automation, such as with our Qualcomm Dragonwing™ RAN Automation Suite. Discover how Qualcomm's digital twins contribute to efficient and robust mobile networks, paving the way for future applications of 6G.
Network slicing with digital twins and gen AI
Discover how high-fidelity network digital twin can enhance the provisioning and performance of network slicing for low-latency applications. Qualcomm's O-RAN-based service management and orchestration (SMO) solution combines a digital twin service and AI and interfaces with RAN automation to evaluate, create and manage network slices at scale with data-driven KPI predictions.
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