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CBRS Alliance Analyzes Education Connectivity BenefitsJune 18, 2020
CBRS Alliance Copyright © 2020
Welcome
• By joining this webinar you agree to the terms of the CBRS Alliance Privacy Policy and Webinar Disclosure located in the event description.
• This session is being recorded for the CBRS Alliance’s use and distribution.
CBRS Alliance Copyright © 20202
Speaker Introduction
Alan Ewing, Executive Director, CBRS Alliance
Alan Ewing is the Executive Director of the CBRS Alliance, an industry consortium of more than 100 wireless and telecom organizations who believe that LTE-based solutions in the 3.5 GHz band, utilizing shared spectrum, can enable both in-building and outdoor coverage and capacity expansion at massive scale.
CBRS Alliance Copyright © 20203
Melissa Ashurst, VP of Healthcare and Higher Education, JMA WirelessMelissa leads JMA’s business and strategy for Education and Healthcare throughout the United States. Prior to JMA, spent 10 years in the wireless industry with leadership positions at a national system integrator for Distributed Antenna Systems as well as AT&T in the Antenna Solutions Group where she was Southeast Area Manager, Contracts and Business Development, managing multi-million dollar capital budgets. In these roles, she has been a part of some of the most complex DAS projects serving the needs of college campuses, stadiums and large public venues and brings a unique understanding of the Carrier perspective as well as the complexities of successful deployments. Melissa resides in the Metro Atlanta area where she sits on the Board of Directors for the Children’s Center for Hope and Healing.
Speaker Introduction
Mark Reynolds, Associate Director IT, University of New Mexico
Mark Reynolds, Associate Director, University of New Mexico IT department, is involved in the engineering, design, installation and implementation of many voice, data, Cellular security and video deployments, inside and outside plant infrastructure. Mark has been in Higher Education for 35 years with experience in Telecommunications since 1973 with 45 years in voice, data, security, facilities, RF and Management. Before joining the University of New Mexico in 2003, Mark served as the operations manager for the voice, video, security system and data networking engineering and design at New Mexico Tech in Socorro, New Mexico for 20 years. Mark has over 45 years’ total experience in the telecommunications space with 37 of these years in Higher Education.
Ray Sabourin, Business Development Private Wireless Networks US Enterprise, Nokia
Ray is a Proven Business Developer and Sales leader within large Technology Corporation and start-ups. He has over 30 years of experience and relationship building within the wireless and high-tech industries globally as well as other industries and local businesses across the US and Canada. Ray also has sales experiences in the Webscale, Energy, Manufacturing, Healthcare and Public Sector verticals as well a Wireless Service Providers. His specialties include Sales & Marketing: Business Development, Value based selling, Negotiations, Internal marketing, Account Planning, Business Planning, Strategic Planning, Customer Presentations, Investor Presentations, Seminars and Portfolio Development & Management.
CBRS Alliance Copyright © 20204
Agenda
• Welcome and Introduction
• What is OnGo and CBRS?
• Connectivity Challenges in Education
• How can OnGo help?
• How to Get Started
• Q&A – 15 min
CBRS Alliance Copyright © 20205
Q&A, Polling and Survey
We will address questions at the end of the webinar to ensure we have time to cover all material. Use the question function in GoToWebinar to submit questions during the session. We will try to address clarification questions in real-time, but general questions will be handled after presentations.
Throughout the session we will be issuing polls to collect information from attendees to better assess our audience’s view on the subject matter. Results will be shared live on the call. At the end of the event, please take 2 minutes to complete our survey and provide us with feedback on how we can do better at future webinars.
CBRS Alliance Copyright © 20206
What is OnGo & CBRS?Alan Ewing, CBRS Alliance Executive Director
A Brief History of CBRS
2020201620142012
Initial CommercialDeployments
Launch
ESC Networks Approved and
Deployed
Full Commercial
Service
FCC proposed the CBRS) in December
2012
FCC finalized the proposal
in April of 2014
SAS Test Reports to FCC, NTIA, and DoD for Review and
Approval
NTIA identified the 3.5GHz spectrum in
2010 for possible shared
use
ICD Reports to FCC, NTIA, and DoD for Review and Approval
Launch of OnGo brand and
certification program
2010
CBRS Alliance was formed in mid-2016
to further the shared use of the 3.5GHz
spectrum for 3GPP based deployments
2019
CBRS Alliance Announces Network
and Coexistence Baseline
Specifications
2018
PAL Auction July 2020
CBRS Alliance Announces Release 3 Specs to allow for First U.S. Mid-band
5G Deployments
A Brief History of CBRS
• Spectrum sharing is codified under FCC “Part 96” (Code of Federal Regulation, Title 47, Chapter 1, Volume 5, Part 96)
• Wireless Innovation Forum (WInnForum) and CBRS Alliance work cooperatively to develop testing and certification schemes to support CBRS Band deployments
CBRS Alliance Membership – 160+ Strong and Growing
Board Members
Full, Adopter, and Advisor Members
Industry Organizations with a Primary Focus on CBRS
– Standards development organization
– Radio technology neutral
– Functionality and architecture for SAS and ESC
– Requirements, processes, and methods for protection of incumbent users
– Interoperability requirements and protocol definition
– Common framework for FCC testing and certification
– Industry alliance
– Evangelize LTE and 5G-based CBRS technology, use cases and business opportunities
– Develop technical requirements for CBRS use cases
– Establish an effective product certification program for LTE equipment in the 3.5 GHz band ensuring multi-vendor interoperability
CBRS 3-tiered spectrum sharing in the US
Opens up 150 MHz spectrum for new commercial use without impacting incumbents
Incumbents are protected
from interference from
PAL and GAA
PAL has priority over GAA,
licensed via auction, 10 MHz
blocks, up to 7 licenses
GAA can use any spectrum not
used, yields to PAL and
incumbents
Incumbents
Priority Access Licenses (PAL)
Tier 1
Tier 2
Tier 3
PAL
WISP
3550 3600 3700 MHz3650
GAA
FSS RX
Military radar: ship-based ground based
General Authorized Access (GAA)
Unprecedented Government/Industry Collaboration
“NTIA’s groundbreaking engineering work and close collaboration with the FCC, DOD and industry played a critical role in opening up the 3.5 GHz CBRS band for next-generation wireless services. New 5G and 4G operations in the band will create tremendous value for our nation – both in terms of their contributions to GDP and further strengthening U.S. leadership in wireless technologies. We look forward to seeing the new licensed services in the band, which provides an optimal balance of capacity and coverage and will facilitate rollout of 5G.”– Douglas Kinkoph, NTIA Associate Administrator, Jan. 27, 2020 speaking about CBRS FCD
“The FCC has made it a priority to free up mid-band spectrum for advanced wireless services like 5G. And today, I’m pleased to announce the latest step to achieve that priority: the approval of four systems that will enable the 3.5 GHz band to be put to use for the benefit of American consumers and businesses.”—Chairman Ajit Pai, Federal Communications Commission, Jan. 27, 2020
Learning the Lingo
• Use “OnGo”
• When describing the use of shared spectrum technology. In the 3.5 GHz band: “OnGo enables connectivity without compromise.”
• To describe the official CBRS Alliance OnGo Certification Program: “Radios will be OnGo-Certified.”
• Use ”CBRS Alliance”
• When referencing the organization behind the OnGo brand: “The CBRS Alliance is an industry organization focused on driving the
development, commercialization, and adoption of OnGo™ shared spectrum solutions.”
• Use “CBRS”
• To describe the band and/or the FCC ruling: OnGo will enable expanded business opportunities in the CBRS* band.
• Suggested use of “3.5 GHz” or “Band 48” as the preferred terminology, whenever possible.
Connectivity Challenges in Education
CBRS Alliance Copyright © 2020
Ray Sabourin
Business Development Private Wireless Networks US Enterprise, Nokia
OnGo for Higher Education
With the recent announcement for the Federal
Communications Commission (FCC)
who authorized full commercialization of OnGo
services using the 3.5GHz CBRS band. The
Citizens Broadband Radio Service (CBRS) and
Private LTE offers a new opportunity to the higher
education industry to integrate mobile broadband
access within operations and to benefit students,
faculty and staff at University and other Campus
Environments
Sensors
UseCases
IOT Technology Evolution with wireless Sensors
Temp. Humidity Vibration Location Light Sound Video
Flow Air quality Ultrasonic Magnetic Rotation Movement
Gateways
Op
era
tio
nal T
ech
no
log
y
Processing capability, data conversion,northbound uplink, southbound communication
▪ Precision and tolerance▪ Environmental conditions and vibration
▪ Size
▪ Energy efficiency
▪ Industrial interfaces
▪ Manageability
▪ Hazardous environment (ATEX)
▪ Hygiene
MetersVoltage Current Heat
Gas Water
▪ (Hazardous) Environment
▪ Hygiene
▪ Processing power
▪ Storage and interfaces
▪ Uplink and downlink
▪ Industryprotocols
▪ Northbound protocols
▪ Size
▪ Certificates
▪ Antenna
▪ Ease of use
▪ Power supply
▪ Remote access
▪ Manageability
Sp
eci
fica
tio
n
Sp
eci
fica
tio
n
CommunicationLoRa
Lo
w late
ncy
Relia
bili
ty
Ava
ilab
ility
Hig
h late
ncy
Lo
w s
peed
Public network
Private network
5GNB-IoT LTE-M LTE
Energy management Construction Automation Enhanced
maintenance
Indoor/outdoor
positioningDigital
twinCloud
robotics
Direct uplink
of sensors
or meters
3 6 4347 5
Private networks
2
OnGo Private LTE incl. MEC
• Future Networks will significantly change the Supply
Chain world as we see it
Key Business Drivers for OnGo Private LTE
Network Investment
Full mobility Use Cases
Semi & fully automated and remote
controlled machines ease operational
work (AGVs, robots)
Secure data connectivity High reliability demands on the wireless network
Smart Campus/Classroom Technology adoption
Cost efficient wireless solution to cover both indoor and outdoor campus.More business critical devices and
applications demand higher reliability
Campus and Classroom technologies are an
integral part of higher education recruitment
efforts
PLTE requires less APs for large deployments, less infrastructure, lower power consumption and maintenance
The increase is wireless IoT device require
the 3GPP LTE standards to address Cyber
Security concerns
OnGo addressing USE CASES in Higher Education and
Campus environment
Smart
Classrooms
Campus Transportation
Tracking
Fixed Wireless
Broadband
Wireless Video
Connectivity
Reliable Wireless Connectivity
for Automated Vehicles
Broadband content for student
housing/Hospitality
Wireless Connectivity for
Entrance Access
Automation
Facility
Management
Voice
Communication
Wireless Connectivity
for Drones
Interactive Smart
Boards, Podium
PoS – Mobile
ECommerce
1
2
5
8
39
7
10
12
6
Emergency booth (Blue
Phones)
14 15
13
Indoor & Outdoor positioning
4
VR/AR for
Classrooms
11
Digital Stadium
Public transport
EntryGate 1
TicketStand
EntryGate 2
Hallways
LTE & 5G
Edge CloudData Center
LTE & 5G (4x4 MiMo)
Open Edge
PLTE+5G (4x4MiMo)
1500 users
1500 users
1500 users
1500 users
5G 4G
400 users
400 users
Smart Digital Stadium applications enabled by Mobile Edge Computing on Open Edge
RT Video Streaming Augmented Reality Live Virtual Reality Video Analytics Real-Time Tracking
Smart Stadium
MEC
LTE & 5G Radio
• MEC (Mobile Edge Computing) Platform• Versatile platform for edge apps• OnGo Private LTE Wireless• Std. server HW• Standardized by ETSI Std. cloud apps
Open Edge:• Real time fan services• “Fat” stadium content• Private staff applications• Real time analytics
Cloud:• Web services• Internet content• Offline analytics
Home
Unit
CPEHome
Unit
CPE
Self-install app• Guided home installation
Home Outdoor Modem• Key to offering competitive speeds
OnGo CBRS Radio Access Network• Use capacity of existing OnGo RAN for FWA
or
• Add dedicated OnGo FWA capacity
Nokia Residential WiFi Gateway• Same robust home experience as fiber
Controller• Monitors network
• OSS management interfaces
Connecting Student homes with CBRS OnGo LTE technology
Nokia OnGo FastMile Indoor & Outdoor Fixed Wireless Solutions
Point of sales app• Verify coverage before selling services
4G /5G Gateway With integrated WiFi
Install App
Video
Internet
Gaming
Beacon
Beacon
Nokia WiFi
Nokia WiFi
4G/5G Receivers
PoE to home
network
Outdoor receivers
• Ideal where signal strengths are weak
• Avoid first wall attenuation for maximum speed
• Greater spectral efficiency
• Installation aided with Nokia Wireless app
When to use what
Outdoor receivers and indoor gateways
Indoor gateways
• Ideal where signal strengths are strong
• Place near a window for best signal
• All gateway, WAN and LAN features in one device
• Installation aided with visual cues on the Gateway
Nokia Confidential
Melissa Ashurst
VP of Healthcare and Higher Education, JMA Wireless
Why Higher Education Values OnGo
CBRS Alliance Copyright © 202026
WiFi Cellular
• Dedicated, controlled, secure
and versatile connectivity
• High capacity UL or DL
• Indoor and/or outdoor
• Ecosystem of endpoints
• Mix of voice, video and data
• Multiple services platform
• Complement WiFi and cellular
• Path to 5G
• Private network ownership
Enterprise
Connectivity
S M A R T C I T Y E C O S Y S T E M S
Data Acquisition
Connectivity EcosystemDigital Competencies
Structured Communications
Automated Operations
Digital Knowledgebase
Seamless
ControlsHuman
Elastic Sliced
Sensory
DemandStates Location
ResponsePolicyAI
• S M A R T H E A L T H • S M A R T L E A R N I N G • S M A R T B U I L D I N G S • S M A R T U T I L I T I E S • S M A R T T R A N S P O R T A T I O N • S M A R T C I T Y •
Enabling Higher Education Functions
OnGo Deployment Flexibility for Higher Education
WiFi
CellularPublic
Private
Data CenterInfrastructure
Radio Access System
In BuildingClassroomLaboratory
VenueStadium
Arena
CampusPublic SpaceMixed Use
NeighborhoodMetro AreaRemote Site
Multi-Service Private and Public Networks
29
Parking
Systems
Safety &Security
AR/VRLearning
Traffic Management
Asset TrackingLogistics
Kiosk &Displays
InternalCommunicatio
n
1
23
45
6
7
89
10
11
12
13
14
15
SpectrumAccessSystem
4G/5G Radios
Example Edge Devices and Solutions
CBRS150MHz
@ 3.5GHz
SharedSpectrum Domain Proxy
CBSD-SAS
Mobile ExperiencePublic Private
Core Service Options
Private
Private
Public
Radio Access System
Public
Multi-ServiceBaseband
• M U L T I - C O R E S E R V I C E S • M U L T I - C H A N N E L S • N E T W O R K S L I C E S • M U L T I - U S E C A S E •
Dual ConnectivityCarrier Aggregation
RedundancyFailover
What’s Next for Higher Education and Shared Spectrum
PAL Coexistence Capacity5G Support
Mark ReynoldsAssociate Director IT,
University of New Mexico
University of New Mexico
• 27,000 students
• 5,000 faculty and staff
• University, Health Sciences, University Hospital, Branch campuses
• Public LTE – Verizon (2), AT&T (1) T-Mobile (3), Sprint
• Small cell – Verizon – Code Blue, AT&T light pole
• Aruba WiFi University 4000 Access Points
• Cisco HSC-UH 4000 Access Points
• Crown Castle – iDAS Football and Basketball stadium
• 100,000 IP end points (hardwire connections)
University of New Mexico
• LEEDS standards (Low-E glass)- credits for energy savings
• Reduction of carbon footprint - emissions
• Architecture firms suggesting Public LTE in new builds
• iDAS with different integrators
• Challenges for iDAS systems – Funding for Capex, Opex
– Support
– Refresh
– Design
– Integrators
– GSA, sole source
University of New Mexico
Private LTE – CBRS / OnGo for Higher Education
• Examples of Higher Education – versus hard wired IP (Removing from the Public IP network)
▪ Emergency outdoor devices like phones that can connect via CBRS
▪ Transit systems like University Buses, Hospital Buses
▪ CCTV outdoor systems
▪ Outdoor systems for Facilities (watering systems), parking structures
▪ Point of sale systems
▪ Athletic events
▪ Life safety systems
▪ Mobile voice
▪ University events for outdoor connections
▪ Campus police for two-way communications via IP radio or Cell
▪ Mass notification
University of New Mexico
Private LTE – CBRS / OnGo for Higher Education
• Challenges for CBRS
• Value and Return on investment
• Migration of technology from IP to CBRS Frequencies
• Capex and Opex (Like iDAS) model
• Integrators
• Support – RF engineering, IT, owners of the technologies to migrate from/to
• Project plan to migrate technologies to CBRS from IP or Public LTE or both
• Buy in from Executive management, Purchasing, ownership of the product and process
• Refresh
University of New Mexico
How can OnGo Help?• Access the University systems that would benefit from the CBRS technologies
• Present on integrators
• Present on the Return on Investment
• The pro’s and con’s of moving to CBRS (private LTE)
• Present on other higher education locations that have migrated or are migrating to CBRS technologies and the reasons, direction and contact for references
• Capital costs
• Operational costs
• Support modeling
• University responsibilities for moving to CBRS technologies
Resources for Reference
• CBRS website and resources:
– Website - https://www.cbrsalliance.org/
– Education Use Cases https://www.cbrsalliance.org/in-building/education/
– Blog: Shared Spectrum Could Solve Internet Access Challenges During COVID
– Video: What is CBRS?
– Whitepaper: Cost of Modeling In-Building Wireless with OnGo
– Report: Private LTE Enterprise Networks Using OnGo Technology
CBRS Alliance Copyright © 202037
Q&A
Any Questions?
