Qualcomm Incorporated · NASDAQ:QCOM
Qualcomm — Technical Presentation (October 2017)
24 slides from Qualcomm's technical presentation, October 2017
Slide 1: Private LTE networks create new opportunities for industrial IoT
Private LTE networks create new opportunities for industrial IoT Qualcomm Technologies, Inc. October, 2017
Slide 2: Transforming our world
Transforming our world Through intelligent connected platforms Mobile IoT Technology leadership in system on chip, systems Last 30 years design, and connectivity Next 30 years Interconnecting people Interconnecting their worlds *Qualcomm Technologies, Inc. data, as of Apr. 20, 2016; Includes product
Slide 3: Megatrends create significant global economic value
Megatrends in wireless interconnectivity, intelligence, automation create significant global economic value Health Autonomous cars ~$400–700B ~$2.0–2.5T Home ~$200–350B ~ $6 – 8 Smart cities ~$1.0–1.2T Office ~$70–100B Trillion Logistics ~$500–800B Retail Manufacturing ~$400–500B ~$1.4–1.7T 2025–203
Slide 4: The next industrial revolution is underway
The next industrial revolution is underway Industrial trends Connectivity requirements Shift to selling Solution Keeping data local products as services for better security Predictive and Control and reliability preventative maintenance of end-to-end system Reconfigurable factories Global ecosystem
Slide 5: Robust connectivity is critical to the next industrial revolution
Robust connectivity is critical to the next industrial revolution Digital transformation of 011001 Increased automation with 010101 industrial processes 110011 robotics, AGV, drones… Edge analytics keeping Connected workers with sensitive data local handhelds and AR/VR Wireless connected Cyber secur
Slide 6: Private LTE networks offer key benefits for Industrial IoT
Private LTE networks offer key benefits for Industrial IoT Dedicated Optimized Readily deployed Independent network with Network tailored for industrial Spectrum available, hosted dedicated radio equipment, applications, e.g., quality-of- or self-contained core network, sensitive data stays local se
Slide 7: Private LTE networks for local and customized services
Private LTE networks for local and customized services Private LTE Networks Public LTE Networks • Managed locally • Managed by service provider • Dedicated equipment • Equipment shared with other traffic • Local coverage • Wide-area coverage • Optimized for local services • Generic voice / data serv
Slide 8: LTE is the high-performance choice for industrial IoT
LTE is the high-performance choice for industrial IoT Capacity Reliability and low latency Low to high data rate applications, Industry grade reliability, customized large number of devices quality of service, guaranteed latency Coverage Cellular based security Superior range, both Both SIM and non-
Slide 9: Scalable network architecture keeps local traffic on site
Scalable network architecture keeps local traffic on site Devices Local network Sensors Local Cloud services Wireless- gateway HART eNB Gateway and apps Wi - Fi BLE Wired Core IoT analytics network and services eNB Machines Local traffic Access stays on site Network Device management management eNB
Slide 10: Industrial use case: devices on a private LTE network
Security camera Head mounted display Automated guided vehicle (AGV) Handheld computing Industrial robot Edge computing and analytics 10
Slide 11: Aviation use case: aircraft maintenance and crew access
Updating entertainment system Ground/flight crew access Uploading engine data Updating aircraft logs Interactive maintenance 11
Slide 12: Energy use case: turbines, drones and sensors
Turbine sensor Drone inspection Blade sensors Vehicle tracking Environmental sensors Handheld computing 12
Slide 13: Wide area of industries addressable by private networks
Wide area of industries addressable by private networks Shipping Ports Discrete Transportation Manufacturing Venues Distribution Oil & Gas Surface and Warehouses Oil & Gas Upstream Underground Mining Downstream Hospitals & Labs Water Treatment Power Hybrid/Converting Process Oil & Gas Oil & Gas Gene
Slide 14: Spectrum is available to deploy private LTE networks
Spectrum is available to deploy private LTE networks Dedicated by operator 3.5 GHz (USA) 5 GHz (Global)1 Licensed Spectrum Shared Spectrum Unlicensed spectrum ~500MHz 150MHz 1) MulteFire can be deployed in any unlicensed spectrum utilizing listen-before-talk and additional spectrum bands will be sup
Slide 15: Private LTE Networks—an opportunity for mobile operators
Private LTE Networks—an opportunity for mobile operators Licensed Expertise in Existing sales spectrum assets mobile networks channels Dedicate a portion for Expertise in deploying Already provide services to private LTE networks and operating mobile networks many industrial customers Provides predi
Slide 16: CBRS
CBRS Citizens Broadband Radio Service • 150 MHz shared spectrum in 3.5GHz USA • Spectrum sharing with 3-tier priorities CBRS Alliance • 75+ members • Promote LTE solutions for CBRS • Multiple trials and certification in progress • Deployments expected early 2018 www.cbrsalliance.org 16
Slide 17: CBRS introduces a 3-tiered shared spectrum in the US
CBRS introduces a 3-tiered shared spectrum in the US Opens up 150 MHz spectrum for new use without interrupting incumbents Incumbents are protected Tier 1 Military radar: ship-based ground based from interference from Incumbents FSS RX2 PAL and GAA WISP1 PAL has priority over GAA, Tier 2 licensed vi
Slide 18: Private LTE-based networks already demonstrated
Private LTE-based networks already demonstrated Demo: Private LTE network in CBRS Demo: Private LTE-based networks shared spectrum (Feb. 7, 2017) for Industrial IoT (Feb. 22, 2017) First demo of a private LTE network in CBRS MWC demo of private LTE network over providing a 360° race car experience C
Slide 19: MulteFire
MulteFire™ LTE-based technology • Stand-alone in unlicensed spectrum • Listen-before-talk (LBT) • Supports 5GHz globally MulteFire Alliance • 35+ Members • Release 1.0 published • Trials expected early 2018 • Adding IoT enhancement in release 1.1 www.multefire.org 19
Slide 20: First MulteFire multi-node over-the-air demonstration
First MulteFire multi-node over-the-air demonstration • Live over-the-air demonstration Feb. 2017 • Seamless handover in a multi-node deployment • Shares the spectrum fairly with Wi-Fi • Significantly longer range than Wi-Fi 20
Slide 21: Evolution to Private 5G Networks in 3GPP
Evolution to Private 5G Networks in 3GPP Massive High bands Internet of above 24GHz Things (mmWave) Mission critical Mid bands control 1GHz to 6GHz Enhanced mobile Low bands broadband below 1GHz New capabilities More spectrum New study areas NR will provide both enhanced Designed for all spectrum ba
Slide 22: Private LTE network roadmap to 5G
Massive IoT Power efficient, low complexity, long range Private LTE network roadmap to 5G Fiber-like speeds New devices, big data uploads Global eco-system Enabling Single 5G/LTE network Smart Industry Licensed and unlicensed spectrum Ultra reliable and low latency Mission critical, Industry 4.0 22
Slide 23: Private LTE networks for Industrial IoT
Private LTE networks for Industrial IoT Large addressable market Spectrum available with Path to private with many verticals MulteFire and CBRS 5G NR networks LTE is the high-performance MulteFire in 5GHz globally, Private 5G NR networks will enable choice for a wide range of LTE-based CBRS in 3.5GH
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 components or devices referenced herein. ©2017 Qualcomm Technologies, Inc. and/or its affiliated companies. All Rights Reserved. Qualcomm is a