Innovative and Emerging Broadband Technologies: Providing Economical Alternatives for Rural Broadband Access NTIA Webinar Series - Department of ...
←
→
Page content transcription
If your browser does not render page correctly, please read the page content below
Innovative and Emerging Broadband Technologies:
Providing Economical Alternatives for Rural Broadband Access
NTIA Webinar Series
You must dial in to hear the webinar.
Conference Line: 800-593-7190 Passcode: 984-4951#
September 19, 2018
Helpful Information
Questions
• Please type questions in the Q&A box on the right hand side of the screen. Questions
will be taken after the final presenter.
Presentation
• The presentation along with a transcript and recording will be available on the
BroadbandUSA website within 7 days of this webinar under Events/past events.
• https://broadbandusa.ntia.doc.gov/past-event
Technical Assistance
• Guides, products, publications, and other tools are available to assist you with the
planning, funding and implementation of your broadband project.
• https://broadbandusa.ntia.doc.gov
*Please dial-in to hear the webinar: Conference Line: 800-593-7190 Passcode: 984-4951#
1
Participants
Moderator
• Scott Woods, Manager, BroadbandUSA Technical Assistance, NTIA,
U.S. Department of Commerce
Presenters
• John Joseph, Founder, Inventor and President, OptiPulse, Inc. &
Mathis Shinnick, Chief Executive Officer, OptiPulse, Inc.
• Therese Jones, Senior Director of Policy, Satellite Industry
Association
• Keith Walker, Chief Executive Officer, AER Wireless &
Dr. Sisso El-Hamamsy, Chief Executive Officer, Mage Networks
2
Presentations
• John Joseph, Founder, Inventor, and President, OptiPulse Inc.
& Mathis Shinnick, Chief Executive Officer, OptiPulse Inc.
• Therese Jones, Senior Director of Policy, Satellite Industry
Association
• Keith Walker, Chief Executive Officer, AER Wireless &
Dr. Sisso El-Hamamsy, Chief Executive Officer, Mage Networks
3
Introducing - LightSpeed Wireless™
10Gbps wireless
Backhaul enabling 5G cellphones
Developing High Bandwidth Rural Connectivity
The Light Grid: a Revolutionary
Innovation in Photonics Design…
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reserved
Unique Photonics Long Distance Wireless
Source
Wafer scale chips can be fabricated at 10kms with a 10Gbps single channel wireless data
backhaul link
Simple telescope lens collimates
Spreading of invisible beam becomes
weather tolerant and eye safe
5
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reserved
This is OptiPulse
New Photonics Arrays Prove High Power at Low Cost
• Mission: build a much higher speed infrastructure using our technology’s
disruptive capabilities, to deliver very affordable access to as many under-
served people as possible while making the common network stronger and
faster.
• Situation: Early prototypes and chip modules have been completed and sold
to strategic entities. Next generation prototype, Prototype 3, in final assembly
and testing.
• Global Benefit: Decentralize and distribute commercial potential to the
public through expanded and enhanced tele-medicine, tele-education, job
training, and IoT applications for Rural communities.
• Investors: Partners Plateau Telecommunications and Sacred Wind help
provide high speed access for Rural connectivity in NM and expanding access
for underdeveloped regions locally and across the globe.
LightSpeed Wireless™ will Change Communications
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reserved
Development of Prototypes, Focus on Near Term Goal
Prototype 1 – A 100m Prototype 2 – A 100m
10Gbps Single Channel 10Gbps Single Channel
Optical Wireless Simplex - Optical Wireless Duplex –
Demo Delivered to Two Devices (Forms One
Fortune 500 customer Link) Built and Used as
May 2017 for ~$250,000 Demo in New Facility’s
in Revenue Beam Line Feb 2018 ~$3M
Seed Round
Prototype 3 (initial outdoor test) – A 200m 10Gbps Optical Wireless Backhaul
Combined with 1Gbps Wireless Network within 1,000ft Radial Distance
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reserved
Smart City Broadband in an Urban Environment
Prototype 4 - 200 meter
10Gbps Optical Wireless
Backhaul integrated for pilot
test with a OTS Wireless Radio
Transmitter to provide up to
1Gbps Wireless Network
connections within 1000ft
radial distance
We are introducing an initial
10Gbps Backhaul Link at ~1um
wavelength which can easily be
multiplexed much higher
The “OptiNode” design will provide
mesh network 1Gbps wireless
bandwidth to the public…
demo in OptiPulse parking lot Sept
2018
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reserved
Our Solution for the Next Generation
• 5G is Coming: it is necessary, demand already out paces 4G.
• What is 5G: “G” = Generation, 5G brings greater speed (move more data), lowers latency
(more responsive), and connects more devices at once (sensors and smart devices).
• 1G was Analog,
• 2G was 1st digital (CDMA, GSM…),
• 3G moved digital from Kbps to Mbps,
• 4G is incompatible with 3G, moved speeds up to Gbps (LTE, WiMAX,..)
• 5G Wireless: possible in only two ways, OptiPulse LightSpeed Wireless™ and mmWave
wireless. OptiPulse has a very low CSWaP (Cost ,Size , Weight and Power) Photonics
technology; Major telecoms mmWave is more expensive per device, and uses more
energy.
• 5G Devices: will require a large manufacturing base, Ericsson forecasts IoT devices will
grow by 5 times from 700 million in June 2018 to 3.5 billion in 2023.
• Opportunity: a 5G infrastructure will make rural communities immediately attractive to
industrial automation, autonomous vehicle, IoT and other manufacturing companies.
OptiPulse can make the US first in 5G Mesh Network
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reservedExpanding on Near Term Goal
Development of Public Access Mesh Networks
Future models of a Node will have
multiple connections in the mesh
network including direct last miles
links
Backhaul will be developed at 25 Gbps
per channel with multiplexing up to
100 Gbps
Wireless Networks within 1,000 ft. of
Node can access 1Gbps within homes
and offices by logging into OptiPulse
enabled wireless network on their
devices
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reservedSmart Pole
Contacts
John Joseph President & COO, M 480-652-0717
Mathis Shinnick CEO, M 646-710-0939
101 Broadway Blvd NE, Suite 1100
Albuquerque, NM 87102
mshinnick@optiPulse.com
jjoseph@optiPulse.com
Lab at: 1008 Coal Ave SE
Albuquerque, New Mexico, 87106
© Copyright 2018
June 2018 Confidential
OptiPulse All rights reservedPresentations
• John Joseph, Founder, Inventor, and President, OptiPulse Inc.
& Mathis Shinnick, Chief Executive Officer, OptiPulse Inc.
• Therese Jones, Senior Director of Policy, Satellite Industry
Association
• Keith Walker, Chief Executive Officer, AER Wireless &
Dr. Sisso El-Hamamsy, Chief Executive Officer, Mage Networks
13Satellite Broadband Capabilities
Therese Jones, Satellite Industry Association
NTIA Webinar
September 19, 2018Satellite Broadband Infrastructure at a
Glance
Source: Electronic Communications Committee Report 280, Satellite Solutions for 5G, May 2018Commercial Geosynchronous Satellites
16GEO satellites provide broadband service across
CONUS, comparable to terrestrial alternatives
• Services are available to households and businesses in all 50
states, and offerings include up to 100 megabits per second
(Mbps).
• Approximately 2 million customers subscribe at reasonable
rates to speeds that meet the FCC’s definition of broadband
service
– Growth of 5% since 2016
• Geostationary satellites have rapidly increased throughput,
from 10 gigabits per second (Gbps) in 2008, to 260 Gbps
today, to 1000 Gbps expected by the end of the decade.
• Critical to disaster relief efforts; 95% of cell sites in Puerto Rico
and 77% in the Virgin Islands were wiped out after Hurricane
IrmaHigh Throughput Satellites allow for
frequency reuse
Eutelsat's KA-SAT satellite spot beams coverage over Europe and the Mediterranean Basin
(different colors show frequency reuse)Commercial Non-Geostationary Satellites
19Planned NGSO Constellations Filed with FCC
Purpose Operator/ Satellites Bands
Broadband SES/O3b 8 MEO Ka
Broadband OneWeb 720 LEO Ku, Ka
Broadband Leosat 12 Inclined GSO Ka
13 Broadband SpaceX 4425 LEO Ku, Ka
6891
Companie Broadband Boeing/SOM 1101 LLC 2956 LEO V, Q Satellites
s Broadband Boeing 132 LEO V, Q Ku, Ka
Broadband Boeing 15 HEO V, Q
Broadband SES/O3b 24 MEO Ka
Broadband SES/O3b 12 Inclined MEO Ka
Broadband SES/O3b 24 MEO V, Q
Broadband OneWeb 1980 LEO V, Q, Ku, Ka
Broadband OneWeb 2560 MEO Ku, Ka, V, Q, E
Broadband SpaceX 7518 VLEO V, Q 14137
21 Broadband Telesat 117 LEO Ka
Satellites
Constellations Broadband Telesat 117 LEO V, Q
V, Q
IOT Kepler 140 LEO Ku, Ka
Broadband ViaSat 24 MEO Ka
Broadband, EO Theia 112 LEO Ku, Ka, V, Q
Broadband Space Norway 2 HEO Ku, Ka
Relay Audacy 3 MEO Ka, V, Q
Broadband Karousel 12 Inclined GSO Ku, KaSatellites in 5G • Will reach underserved areas • Can provide service continuity for moving platforms • Particularly important in providing service everywhere for critical communications, aeronautics, railways, maritime • Provides backhaul and multicasting and caching content
Satellite Industry Association
1200 18th Street, NW, Suite 1001
Washington, DC 20036
(202) 503-1560
www.sia.org
info@sia.org
22Presentations
• John Joseph, Founder, Inventor, and President, OptiPulse Inc.
& Mathis Shinnick, Chief Executive Officer, OptiPulse Inc.
• Therese Jones, Senior Director of Policy, Satellite Industry
Association
• Keith Walker, Chief Executive Officer, AER Wireless &
Dr. Sisso El-Hamamsy, Chief Executive Officer, Mage Networks
23A proprietary wireless technology based on 802.11 standards and mesh
technology that is poised to enhance the global, cable, wireline and
telecom industry by enabling internet access via Wi-Fi EVERYWHERE on
Aer Everywhere digital devices. This technology is ideal for IoT, Intelligent
Transportation Systems, Autonomous Driving, and Vehicular Collision
Avoidance Systems. Aer Wireless™ offers truly unlimited data, the
fastest download speeds and superior reliability in any environment.CURRENT THE AER WIRELESS™
Carriers are unable to deliver access, Seamless, high-speed internet
reliability and an affordable customer connectivity everywhere via multi-hop
ENVIRONMENT experience. The current solutions for
broadband are costly and complex. ADVANTAGE
Ad Hocnetwork.
What is available now?
WIRELESS EVERYWHERE
LIMITED ACCESS
QUAD-PLAY
55M (17%) of U.S Households lack access to
Bandwidth and capacity to support future
broadband with 25Mbps or better as defined by the
demands in broadband internet access,
FCC. Many in rural areas have no access at all.
television, telephone, wireless service
provisions.
SLOW SPEEDS
FASTER SPEEDS
Current infrastructure is prone to signal degradation
which affects upload and download speeds. This can Exclusive Proprietary technology, faster (802 11n - 400 Mbps,
be due to coverage issues, distance & traffic. 802 11ac 1.5 Gbps and 802.11ax 2 Gbps) and more reliable than
current technology, including other mesh networks.
HIGH COST INFRASTRUCTURE
FASTER & MORE RELIABLE
High cost to deploy and maintain network. Equipment for
current solutions is expensive and takes years to deploy. Ability for law enforcement and other first responders to access
multimedia communications more reliably with seamless integration
RELIABILITY with NextGen E911 network.
Users have experienced a considerable increase in data
problems on tablets and mobile broadband devices. Data FAST, LOW-COST DEPLOYMENT
problem incidences are relatively high in urban areas.*
Fast installation, more reliable broadband services a
at fraction of the cost of infrastructure networks
*J.D. Power U.S Wireless Network Quality Performance Study: March, 2017AER WIRELESS™ COVERAGE
No Rain Fade
Aer Wireless™ Network utilizes exclusive
advanced proprietary mesh technology allowing
for superior coverage, accessibility, reliability
(due to redundancy and self-healing design) and
fast deployment at significantly lower overall
cost.
Aer Wireless™ high capacity proprietary
technology and interoperability provides
infrastructure for future demands in
Communications, Internet of Things and
Intelligent Vehicle and Transportation systems.
Extending broadband accessibility…
Aer Everywhere.AER WIRELESS™ Aer Wireless™ Networks are designed to meet the current
and future internet access needs at a fraction of the cost
SOLUTIONS of current infrastructure solutions.
AER EVERYWHERE
BUSINESS
With improved network connectivity,
businesses will have access to greater
bandwidth and tools, thus fostering
increased productivity while attracting
business to formerly underserved
areas.
MagiNet™ MagiLink™
PUBLICACCESS RESIDENTIAL The overall network formed by the The proprietary firmware at
Everywhere access will provide Increased speed and data capacity hardware and firmware of Mage, that the heart of MagiNet™.
connectivity to intelligent providing truly unlimited data seamlessly uses wireless and wired Developed by Dr. Sayed-Amr
transportation systems (ITS) and with quadruple play service
vehicles, first responder networks, capabilities. Cost savings & access
connections to create wireless ”Sisso” El-Hamamsy.
and broadband to the public in more in rural areas. coverage over, under, and around any
areas.
sized area without degradation in
speed or consistency.
MagiNode™
MUNICIPALITY/PUBLIC ENTITY
MagiPoint™ The wireless unit consisting of commercial
Improvement of broadband A specialized type of MagiNode™ off-the-shelf hardware flashed with
infrastructure providing network
containing two wireless devices. One MagiLink™. MagiNodes™ form the Data
accessibility for communications and
future demands. Greater access and device provides WiFi access and the Pipelines, connect houses and buildings to
opportunity to the community at large.
other connects to the MagiNet™. the MagiNet™ and act as relays.
Last mile solution forunderserved
areas.SUMMARY COMPARISON OF TECHNOLOGIES
Rather than being fixed on network speed alone, wireless networks must be evaluated on
5 Core criteria:
• Capacity: the total amount of data a network can handle. Higher is better.
• Coverage: the ability to establish connections to devices in a given area. More is better.
• Range: the maximum distance where a connection can be made. Further is better.
• Deployability: the time and skill level needed to deploy the network. Less is better.
• Usability: the amount of configuration and ongoing maintenance needed. Less is better.
TRADITIONAL NETWORK AER WIRELESS™ NETWORK
Limited only by number of Data Pipelines initiating
Max. 150 Mbps, divided among 3 sectors, since the
from a single point. This depends on topography only,
CAPACITY spectrum interference is limiting. Declines rapidly with
as Aer Wireless™ can follow any route. Adaptable and
distance from the tower.
scalable with usage.
High hills, towers or buildings are needed as mounting areas. Ability to access behind and around obstacles; bypasses
COVERAGE Obstacles, valleys and foliage cause issues. dense foliage; can reach 100% of users.
No degradation for Data Pipeline. 20 kilometers have been
RANGE Limited by signal degradation. tested without degradation.
Permits needed for tower construction, professionals Low skill to install simple mounting kits on any type of
needed to wire, install and test equipment. 12 – 18 building. Can connect to any type of input (internet). Can
DEPLOYABILITY months needed to deploy average network. connect to any kind of client/receiving, including an
Ethernet (cable net- work). 2 – 5 weeks to deployaverage
network.
Skilled trades-people and network managers Very basic, low-skilled labor needed to maintain network.
USABILITY Speed and data usage can be monitoredremotely.
are needed to maintain, track, and repair.
Aer Wireless utilizes exclusive, proprietary Wi-Fi mesh technology that means
superior coverage, reliability, and fast deployment at a much lower cost.AER WIRELESS OVH CLOUD PLATFORM
Server manufacturing
SERVER MANUFACTURING
Hosted Private Cloud Public Cloud Dedicated/
Partnerships and in-house manufacturing creates based on VMware based on OpenStack Bare Metal Servers
performance advantages and early access to the Software-Defined DC Compute, Storage, PaaS
latest technology.
DATA CENTERS OVH’s 14+Tbps Fiber Optic Network + Anti-DDoS +
vRack Private LAN
With more than 27 data centers and an
additional 33 points of presence (PoPs)
around the world, you are never far from the
OVH network.
24/7 Customer Support & Professional Services
GLOBAL NETWORK MANAGEMENT
We deploy and manage our global 14 Tbps fiber-
optic network, delivering best-in-class speed
and performance.E-911 that places responders
within 200 meters of called party using
any device with Wi-Fi.
PUSH NOTIFICATION (Alert) vs SMS
Feature SMS Push Notification
Characters Limited - max 90 -160characters Unlimited characters
Cost up to 10c per SMS Free
Custom polygon from 50metres
Geo Targeting & Geo Limited to Cell Phone Tower triangulation anywhere on map
Fencing
• Quick, reliable, simple way to send alerts to citizens in both
Alert Update Requires another SMS Original Alert can be updated unlimited times urban and rural environments
Classified SMS cannot be classified on device Easily classified: Warning/Incident/Notification • Ability for law enforcement and other first responders to
access multimedia communications more reliably with
Intrusiveness/alert fatigue Considered to be Intrusive Not intrusive seamless integration with NextGen E911 network.
Mobility Status SMS cannot be sent based on useractivity Can be sent/triggered based on user activity • Crisis and Incident Management – operators create alerts
CAP Cannot incorporate CAP elements Can incorporate CAP elements
Map Location Cannot show Map in message Alerts are sent with the Map location
• Geofenced notifications – Alerts are broadcast based on
anonymous individuals real-time location
Deliverability Needs Cell reception Can be delivered over WiFi or Cell reception
• Relevant and timely alerts – Events or incidents can be
Read Status Not easy to capture a readstatus Easy to capture read status
managed throughout the life cycle with updates
User with App does not need to
Citizen Database Must be captured/stored or provided (by share PII (GDPR Ready)
• Universal Understanding – alerts can be sent in any language
Telco)
and correspond with Common Alerting Protocol (CAP)
Relevance/Timing SMS sent/received at a certaindate/time Push can be sent and then timed (e.g. 1 hour
format
ago)Aer Everywhere
For more information, or
inquiries:
CONTACT US
2465 J-17 Centreville
Road Herndon, VA 20171
Phone : +1 (202) 660 -
2926
Email : kwalker@wi4me.net
www.aerwireless.com
© 2018 Aer
Wireless™MagiNet™:
How to Reach the 3 Billion
Unserved!
Dr. Sayed-Amr El-Hamamsy
September 2018Introducing MagiNet™
• MagiNet™ is a network solution
utilizing proprietary technology
which promises to solve the
connectivity problem for the 3
Billion.
• In addition MagiNet™ is an
enabling technology for IOT, 5G
and Autonomous Vehicles.
9/19/2018 Mage Networks Proprietary Information 33What is MagiNet™
• A high capacity multi-hop network
• It consists of:
– A mesh technology tested with over 100
units and up to 25 hops
– A 50 Mbps Data Pipeline ranging 10’s
of kilometers
• Costs a fraction of other systems
• Non-Line of Sight
9/19/2018 Mage Networks Proprietary Information 34Where Does MagiNet™ Fit?
• Where Fiber stops
• Where towers are not cost
effective
• Where terrain prevents connection
• Where obstacles prevent connection
• Where population density is low
Where the 3 Billion unserved live!
9/19/2018 Mage Networks Proprietary Information 35MagiNet™ vs Traditional
Network
MagiNet™ Traditional
9/19/2018 Mage Networks Proprietary Information 36MagiNet™: A paradigm shift
• They go high, we go low
• They increase power, we reduce
power
• They go long, we go short
• They go wide, we go narrow
9/19/2018 Mage Networks Proprietary Information 37So What?
• MagiNet™ overcomes terrain and
obstacles.
• MagiNodes™ are quick and easy to
deploy.
• Maximizes Spectral re-use.
• Minimizes interference.
• Maximizes Data Rate.
• Reduces rain fades.
9/19/2018 Mage Networks Proprietary Information 38Deployments and Field Tests
• Downtown Continuous Wi-Fi in Taber,
AB
• Municipal building and Sports Complex
Wi-Fi in Brazeau County, AB
• Home Internet Network, Waiparous AB
• Non-Line of Sight tests in Kaslo, BC.
• Data Pipeline and Wi-Fi demonstration
in Warrenton, VA, USA.
• Data Pipeline Demo and Video, Nanton,
AB https://youtu.be/QElIn3kZ47E
9/19/2018 Mage Networks Proprietary Information 39Waiparous, AB: Deployed
Network
9/19/2018 Mage Networks Proprietary Information 40Conclusion
• MagiNet™ can reach these 3 Billion
unserved
• Rural communities and lifestyles
don’t have to compromise
• Cost of the network is 1/3 to 1/20th
of other technologies
• Works best as complementary to
existing technologies
IT WORKS!
9/19/2018 Mage Networks Proprietary Information 41Just Try It!
Note: There are supplemental slides
at the end of the presentation.
9/19/2018 Mage Networks Proprietary Information 42Innovative and Emerging Broadband Technologies:
Providing Economical Alternatives for Rural Broadband Access
Questions and Comments
• Please type your questions in the chat or Q&A box.
• The slides, transcript, and recording will be posted on the
BroadbandUSA website within 7 days of the webinar.
https://broadbandusa.ntia.doc.gov/past-event
43Broadband USA
Thank you for attending.
Tune in for the next Practical Conversations Webinar
Federal Broadband Funding:
Policies and Programs to Connect America
October 17, 2018
2:00 pm EST
Registration is required for each webinar:
https://broadbandusa.ntia.doc.gov/event
44BroadbandUSA is available to help communities with
their broadband access and digital inclusion efforts
BBUSA Resources: For General Information:
• Implementing a • 202-482-2048
Broadband Network
Vision: A Toolkit for • broadbandusa@ntia.doc.gov
Local and Tribal
Governments • https:broadbandusa.ntia.doc.gov/
• Community resources
Broadband
Roadmap Toolkit
• Guide to Federal To Request Technical Assistance (TA):
Funding of • Broadband TA Request Form
Broadband Projects
• Using Partnerships https://broadbandusa.ntia.doc.gov/ntia-
to Power Smart
Cities common-content/how-we-can-help
45SUPPLEMENTAL SLIDES
SPECIAL NOTE REGARDING FORWARD-LOOKING INFORMATION
Certain statements in the presentation plan, other than statements of historical fact,
may include forward-looking information that involves various risks and uncertainties.
These can include, without limitation, statements based on current expectations
involving a number of risks and uncertainties related to all aspects of the
telecommunications industry and the global economy. These risks and uncertainties
include, but are not restricted to, continued increased demand for the company’s
products, the company’s ability to maintain its technological leadership, the company’s
ability to meet performance requirements, budgets and timelines, the company’s ability
to attract and retain key employees, the enforceability of the company’s patents, the
company’s ability to raise capital on acceptable terms when needed, the availability of
key components, and potential changes in currency exchange rates. These uncertainties
may cause actual results to differ from information contained herein. There can be no
assurance that such statements will prove to be accurate. Actual results and future
events could differ materially from those anticipated in such statements. These
forward-looking statements are based on the estimates and opinions of management on the
dates they are made and are expressly qualified in their entirety by this notice. The
company assumes no obligation to update forward-looking statements should circumstances
or management’s estimates or opinions change.
9/19/2018 Mage Networks Proprietary Information 46Why is Mage Networks Here?
• There are about 3 Billion
unserved/underserved people in
the world
• There are about 50 Million
households in the US and Canada
• At $80/month/sub $4 B/month
9/19/2018 Mage Networks Proprietary Information 47Why Mage?
“Any sufficiently advanced
technology is indistinguishable
from magic.”
– Arthur C. Clarke
9/19/2018 Mage Networks Proprietary Information 48Infrastructure Networks Fight
Physics
• Use power and height to achieve
range and coverage
• Coverage gaps still exist
• More towers at increasing costs
• Licensed spectrum limited and
expensive
• Fiber is never going to be
ubiquitous or mobile.
9/19/2018 Mage Networks Proprietary Information 49MagiNet™ Data Pipeline
f1 f2 f1 f2 f1
9/19/2018 Mage Networks Proprietary Information 50Other
approaches
Google, Facebook
and SpaceX are
all attempting
to solve this
problem.
These approaches
cost hundreds of
times more than
Mage Networks’
MagiNet™.
The risk of
failure is much
higher.
9/19/2018 Mage Networks Proprietary Information 51Traditional Network 9/19/2018 Mage Networks Proprietary Information 52
9/19/2018 Mage Networks Proprietary Information 53
Problem with Macro Cells 9/19/2018 Mage Networks Proprietary Information 54
MagiNet™ Data Pipeline vs.
Macro Tower
9/19/2018 Mage Networks Proprietary Information 55Applications: Rural Broadband
Data
Pipeline
along Rte
28 in
Virginia
serves
communiti
es close
to that
route.
Image
also
shows
Bealeton,
VA
network.
9/19/2018 Mage Networks Proprietary Information 56Application: Small Town Internet
Access
Detail of Bealeton Example
9/19/2018 Mage Networks Proprietary Information 57Taber, AB: Seamless Municipal
WiFi
9/19/2018 Mage Networks Proprietary Information 58Warrenton, VA: Demo of Municipal WiFi
Demo of
MagiNet™
showing
area of
WiFi
coverage in
Warrenton ,
Va.
Application: High Density Urban Deployment
9/19/2018 Mage Networks Proprietary Information 59Kaslo, BC: Tested Links 9/19/2018 Mage Networks Proprietary Information 60
Alpine Meadows, CA 9/19/2018 Mage Networks Proprietary Information 61
Summary
• MagiNet™ starts where other
technology stops
• Fills in gaps of coverage
• Extends the reach of the network
• Profitable with sparse
customers.
9/19/2018 Mage Networks Proprietary Information 62You can also read
