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Deploying at the speed of dispatch. 1 Reimagine Wireless Communication

Parallel Wireless Band 14 Case Studies at IWCE 2016

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Page 1: Parallel Wireless Band 14 Case Studies at IWCE 2016

Deploying at the speed of dispatch.

1

Reimagine Wireless

Communication

Page 2: Parallel Wireless Band 14 Case Studies at IWCE 2016

Parallel Wireless

2

• Four years reinventing Public Safety LTE

• Multiple global public safety and military

trials/deployments

• Virtualize away the complexity of high-end

commercial grade cellular.

• Cut 80% of cost: keep FirstNet on budget

• Enables new public safety topologies

• Echoes PC revolution underestimate:

“Why would first responders need more than

40,000 base station radios?”

How about one in every fire truck?

Page 3: Parallel Wireless Band 14 Case Studies at IWCE 2016

Implications for Public Safety

3

• Parallel enables FirstNet to stay on budget

• City of Nashua (NH) P25 LMR upgrade > $8M.

Drains budget! No data services!

• Build out FirstNet in Nashua for < $1M

• Why data? Images, maps. Stadium drowns voice

• Old choice: Local control or regional

redundancy? Now…have both!

• LMR integration allows transition to LTE one

radio, one agency at a time.

Page 4: Parallel Wireless Band 14 Case Studies at IWCE 2016

Parallel Wireless Public Safety LTEReal-world tested

4

Demonstrated to

US DoD and DHS

and at JIFX military

exercise. Satellite/

LTE at 45 MPH!

Demonstrate interop

and resilience

between Canada

and US at CAUSE II

Sheriff installs RAN

on flagpole - 15 min.

Part of the

public safety

LTE ecosystem

for US FirstNet

Demonstrated as an

integral component

of Cisco’s Public

Safety LTE

architecture @

APCO 2015

Demonstrated in

Disaster City and

Winter Institute

exercises and

outside US

territorial waters.

Demonstrated to

Indian Military at

DEFCOM: Delhi

2015

Trialed and

selected by public

safety network in

Europe

Live public safety

LTE Band 14

network at Super

Bowl 50

20 days from

invitation to

coverage

Deployed at MACC

base to demonstrate

interop, ease of

deployment, and rural

/ in-building / mobile

coverage

LTE North America Awards nominee

Page 5: Parallel Wireless Band 14 Case Studies at IWCE 2016

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High-end commercial LTE wireless.

Simplified.

Approaching the cost and ease of Wi-Fi

• 20 minutes for FBI network techs to install

Parallel’s LTE network at Super Bowl City

• Tough LTE smart handsets ($650) vs voice

only LMR ($3,500)

• Commodity computing changed public safety

& military. Wireless networks are next.

First, commodity computing,

next communications.

Super Bowl 50:FBI technicians

install LTE network

Page 6: Parallel Wireless Band 14 Case Studies at IWCE 2016

FBI: Can Parallel build Super Bowl City network?

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• NFL proposed radios in north and south

scoreboards - then shifted to SuperBowl City

• 20 days to deploy, 14 days to license, three days

to ship, 20 minutes to install

• Backhaul to Houston EPC (with local backup too)

• Need power and Internet…or just vehicle power

• SB50 carriers required a year of planning

• Software from Parallel Wireless (not field staff)

tunes power, sector

• Interoperable between agencies

Page 7: Parallel Wireless Band 14 Case Studies at IWCE 2016

Milford Area Communications Center (MACC) BaseProviding Band 14 LTE for public safety in rural NH

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Shortlisted for LTE North America Awards for Most Innovative LTE service.

Key Objectives:• Build hybrid carrier and dedicated Band 14 LTE

network to cover the MACC base area (four rural towns in NH)

• Coverage anywhere with outdoor and in-vehicle nodes intelligently orchestrated

• Converge LMR voice and data networks

• Demonstrate secure access to FBI CJIS data, data communications, continuous video link between dispatch center and mobile law enforcement.

Page 8: Parallel Wireless Band 14 Case Studies at IWCE 2016

MACC BASE

• MACC (Milford Area Communications Center) Base Public Safety LTE field trial in NH, US

demonstrated easy to install and maintain resilient public safety HetNet in rural US.

• MACC base personnel benefited from resilient voice and data in-building and remote coverage

enabled by intelligently orchestrated fixed & in-vehicle small cells with LMR/PMR interoperability

Backhaul

Flexibility

Interoperability

Network

Resilience

Bring Your Own

Coverage (BYOC)

Public Safety LTE in NH trials Parallel Wireless' mesh-enabled intelligently

orchestrated mobile/fixed small cells

Page 9: Parallel Wireless Band 14 Case Studies at IWCE 2016

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Band 14 Roadshow – Apply Today

Win a week rental to test Band 14 in your area

• You saw it deployed at Super Bowl under 20 minutes,

now you can DIY (deploy it yourself) and trial real Band

14 network in your area:

• Self configuring

• Self-optimizing

• Instant coverage• Apply today. Win a week rental for Band 14 in your area

• No need for big systems integrators to build Band 14

networks

• Allows you to be a part of critical migration path

Page 10: Parallel Wireless Band 14 Case Studies at IWCE 2016

Making public safety LTE as easy

and cost-effective as Wi-Fi.

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Steve Kropper, VP

Parallel Wireless

617 306 9312

[email protected]