Slide 1: Leading the 5G Advanced technology evolution on the path to 6G
Leading the 5G Advanced technology evolution on the path to 6G Creating new values across applications Green Networks Enabling the Metaverse 1
Slide 2: Today's Agenda
Our Presenter Today’s Agenda Leading the 5G Advanced evolution 15 min Our MWC demonstrations 25 min Q&A 20 min Dr. John Smee Senior Vice President, Engineering, Qualcomm Technologies, Inc. 3
Slide 3: Foundation to 5G leadership is technology leadership
Invention Invent new technologies and e2e system architecture Foundation to 5G leadership Vision Identify a problem or need; Proof-of-concept Deliver end-to-end prototypes is technology establish requirements and impactful demonstrations leadership ~10 years Early R&D and technology inventions essen
Slide 4: To scale, the center of gravity of AI processing is moving to the edge
To scale, the center of gravity of AI processing is moving to the edge Privacy Reliability Low latency Efficient use of network bandwidth Central Cloud Edge cloud On-device Connected Intelligent Edge Convergence of: Qualcomm is leading the realization Wireless connectivity of the Connected Intellige
Slide 5: Driving the 5G Advanced technology evolution in the new decade
Driving the 5G Advanced technology evolution in the new decade Next technology leap for new capabilities and efficiencies Longer-term evolution to deliver on the 5G vision Rel-20+ evolution Rel-191 Rel-181 5G Advanced: 2nd wave of 5G innovations New verticals, deployments, use cases, spectrum Unifie
Slide 6: 3GPP Release 18
Strengthen the end-to-end Proliferate 5G to virtually 5G system foundation all devices and use cases Release 18 Advanced Enhanced Boundless NR-Light (RedCap) DL/UL MIMO mobility extended reality evolution 3GPP Release 18 sets off the 5G Mobile IAB, Evolved Expanded Expanded Advanced Evolution smart
Slide 7: Merging worlds New human interface
Physical New interface opportunities through world Digitization Spatial computing Merging worlds The Metaverse Digital Virtual New human world world interface Ubiquitous, low-power sensing and Immersive interactions take human monitoring with near real-time actions augmentation to the next level 13
Slide 8: Key research vectors enabling the path towards 6G
Key research vectors enabling the path towards 6G AI/ML powered E2E Merging of worlds communications Physical, digital, virtual, immersive interactions Data-driven communication and network design, taking human augmentation to next level via with joint training, model sharing and distributed ubiquit
Slide 9: Leading the 5G Advanced technology evolution on the path to 6G
Leading the 5G Advanced technology evolution on the path to 6G Foundational Air Interface Innovations Advanced MIMO Mobile mmWave AI-enabled Air Green 5G Positioning Evolution Evolution Interface Networks Evolution Expansion to New Applications Enabling the Wide-area IoT Enhancing Industrial Industr
Slide 10: Advancing towards next-generation MIMO design
Advancing towards next-generation MIMO design Technology demonstrations in this session Subband Full Duplex Upper Mid-band Expansion Sub-Terahertz (145 GHz) Communications (13 GHz) with Giga-MIMO with lensed MIMO Real-time OTA prototype System simulation Real-time OTA prototype Improves capacity, la
Slide 11: Driving continued mobile mmWave technology evolution
Driving continued mobile mmWave technology evolution Technology demonstrations in this session Intelligent 5G mmWave 5G mmWave Mobility Advanced mmWave Deployment Enhancement Spectrum Sharing System simulation System simulation System simulation Leverages machine learning and optimization Implements
Slide 12: Enabling AI/ML for air interface evolution in 5G and beyond
Enabling AI/ML for air interface evolution in 5G and beyond Technology demonstrations in this session Cross-node Machine Learning for Cross-node Machine Learning for Channel State Feedback (CSF) Beam Management Real-time OTA prototype Real-time OTA prototype Reduces communication overhead that leads
Slide 13: Increasing efficiency for green and sustainable networks
Increasing efficiency for green and sustainable networks Technology demonstrations in this session Super-QAM Sub-7GHz mmWave Iterative Noise Floor Canceller Iterations Iterations Channel Clean Reference Estimation Data Data 16K-QAM real-time OTA Works with existing RF components in cabled lab demo d
Slide 14: Evolving 5G positioning for expanded spectrum
Evolving 5G positioning for expanded spectrum Technology demonstrations in this session 5G mmWave Precise Positioning Narrowband Positioning for 5G NR-Light (RedCap) OTA and system simulation System simulation Delivers high-precision positioning leveraging the wide Supports enhanced coverage, low-po
Slide 15: Leading the 5G Advanced technology evolution on the path to 6G
Leading the 5G Advanced technology evolution on the path to 6G Foundational Air Interface Innovations Advanced MIMO Mobile mmWave AI-enabled Air Green 5G Positioning Evolution Evolution Interface Networks Evolution Expansion to New Applications Enabling the Wide-area IoT Enhancing Industrial Industr
Slide 16: Enabling the metaverse for the merging of the worlds
Enabling the metaverse for the merging of the worlds Technology demonstrations in this session Boundless 5G Cloud Gaming mmWave Cooperative Secure Services Augmented Reality Real-time OTA prototype Sensing Beyond Data Lab prototype System simulation Messaging Optimizes 5G and Wi-Fi roundtrip Optimiz
Slide 17: Expanding IoT support for the wide-area network
Expanding IoT support for the wide-area network Technology demonstrations in this session 5G NR-Light (RedCap) Capacity 5G Device Mesh Network for IoT System simulation Real-time OTA prototype Scales 5G NR down to narrower bandwidths (e.g., 20 Extends coverage for low-power IoT devices and MHz in su
Slide 18: Enhancing automotive safety
Enhancing automotive safety Technology demonstrations in this session Cloud-connected C-V2X Sidelink Positioning Enhancing Safety with Cooperative Radar Sensing with a Single RSU1 Smart RSUs Demonstrates how a cloud connection C-V2X positioning from a single RSU can Adding AI capabilities to RSUs en
Slide 19: Breaking new ground with 5G networking for industrial IoT
Breaking new ground with 5G networking for industrial IoT Technology demonstrations in this session 5G Advanced for the smart factory 5G/6G innovation platform for new verticals Lannion, France Devices with on -device processing Edge cloud with rendering and compute Control data, etc. Encoded data D
Slide 20: Advancing 5G precise positioning for industry
Advancing 5G precise positioning for industry Technology demonstrations in this session Intelligent Industrial Positioning Precise Positioning with mmWave 5G Delivers high-precision positioning with sub-7 GHz networks Demonstrates the feasibility of robust precise positioning by leveraging machine l
Slide 21: Innovating to pave the path to 6G
Innovating to pave the path to 6G Next technology leap A unified connectivity for new capabilities fabric for this decade and efficiencies Continued evolution Rel-15 Rel-16 and 17 expanding Rel-18, 19. 20 and beyond eMBB focus to new industries Continued 5G proliferation Historically 10 years Strong
Slide 22: Q&A
Q&A 32
Slide 23: Leading the 5G Advanced technology evolution on the path to 6G
Leading the 5G Advanced technology evolution on the path to 6G Foundational Air Interface Innovations Advanced MIMO Mobile mmWave AI-enabled Air Green 5G Positioning Evolution Evolution Interface Networks Evolution Expansion to New Applications Enabling the Wide-area IoT Enhancing Industrial Industr
Slide 24: Thank you
Thank you Follow us on: For more information, visit us at: www.qualcomm.com & www.qualcomm.com/blog Nothing in these materials is an offer to sell any of the References in this presentation to “Qualcomm” may mean Qualcomm components or devices referenced herein. Incorporated, Qualcomm Technologies,