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Event	Produced	by:	
Presenta(on	Overview	
	Innova(ng	the	Future	of	In-Building	
Wireless		
			
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Thank	You	Event	Sponsors	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
In-building	Mapping	Solu(on	with	Real-
(me	3D	Loca(on	Informa(on	
	
Presented	by:		
	
Gregg	Toback	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Improving Public Safety and
coverage: In-building Mapping
NEDAS Boston Workshop
Monday, July 11, 2016
#NEDASBoston	 www.nedas.com
Event	Produced	by:	#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The Challenge: Traditional Indoor Mapping
•  Requires users to manually note their position on a floor plan
•  Manual tapping often required
•  Limited number of data points available
•  Accuracy is limited to screen resolution, end user “tapping”
•  Manual “stitching” of multiple screens for larger venues
•  Lack of 3D support
•  Stairwells
•  elevators
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The Challenge: In-building public safety
•  S412E LMR Master with MA8100A available support for
•  Mapping P25p1 and P25p2 Bit Error Rate (BER)
•  Recommended by Telecommunications Industry Association (TIA) for testing
P25 receiver functionality
•  P25p1 and P25p2 Modulation Fidelity mapping
•  Accurate mapping of VHF and UHF
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The Challenge: LTE and FirstNet Public Safety
•  Ensure In-Building operation of broadband LTE networks
•  Deliver LTE coverage data superposition of grids on top of floor plans
•  Support valuable LTE system performance. Optionally available on
several Anritsu Spectrum Analyzer models:
•  Interference Analyzer
•  LTE demodulation
•  Over-the-Air (OTA) coverage
•  RF Analysis
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The Challenge: is cellular and Wi-Fi everywhere?
•  Measure and plot available cellular and Wi-Fi network coverage
•  Deliver coverage data superposition of grids on top of floor plans
•  Support valuable cellular system performance. Optionally available on
several Anritsu Spectrum Analyzers:
•  Interference Analyzer
•  LTE demodulation
•  Over-the-Air (OTA) coverage
•  RF Analysis
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The Solution: Anritsu MA8100A
•  Anritsu integration of NEON capability and Android
•  Automatically collects geo-referenced test data using a
supported Anritsu spectrum analyzer
•  Automatically calculates indoor location – no manual
“check-in”
•  Remove data recording errors caused by “guestimating”
•  3D virtualization: identify actionable data for coverage
improvement in stairways and elevators
•  Color-graded measurements are displayed and 2D and 3D
views
•  Select only the wireless services you want to display or deliver
•  Easily create an embedded video or .csv file of selected
measurements, positions, signal strength and more
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The equipment:
•  Anritsu S412E LMR Master
•  Available up to 6 GHz Spectrum Analyzer and Vector Network Analyzer
•  Available LMR mobile radio signal analyzer supporting
•  Narrowband FM, P25 Phase 1 and 2, DMR, NXDN, PTC, LTE. WiMAX and TETRA
•  Available LTE analyzer
•  Built-in Cable & Antenna analyzer
OR
•  Compatible Anritsu Spectrum Analyzer
•  Contact Anritsu, your local representative or authorized Anritsu distributor, or visit
https://www.anritsu.com/en-us/test-measurement/products/ma8100a for a complete list of
supported instruments
AND
•  Anritsu-TRX NEON Signal Mapper bundle
•  Contact Anritsu, your local representative or authorized Anritsu distributor, or visit
https://www.anritsu.com/en-us/test-measurement/products/ma8100a for more information
•  Off the shelf Android Smart Phone or Tablet supporting KitKat (4.4.4) or later
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Understanding	Public	Safety	
Requirements	and	Processes	for	In-
Building	Public	Safety	Coverage	
		
Presented	by:		
Tom	Chamberlain	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Agenda
•  History & Evolution of Public Safety Communication
•  Two-way or Land Mobile Radio (LMR)
•  Public Safety Frequencies
•  FirstNet
•  Catalysts Driving Change for In-Building Public Safety
•  Standards & Codes
•  Responsible Stakeholders
•  Process for In-Building Public Safety Compliance
•  Public Safety DAS Options
•  Factors to Consider
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
History & Evolution of Public Safety Communication
•  1852: First fire box was installed using telegraph technology
•  1896: National Fire Protection Association (NFPA)
•  1923: First two-way radio developed in Australia
•  1940s: Motorola two-way radio widely used in WWII
•  1950s: Two-way radio market shifted to Fire, Police and EMS
•  1973: First cellular phone call
•  1997: International Building Code published
•  1999: Wireless Communications and Public Safety Act was passed
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Two-way or Land Mobile Radio (LMR)
•  Half-duplex
–  User can talk, or listen, but not at same time
•  Full-duplex
–  Users can talk and listen simultaneously
•  Conventional Radios
–  Operate on fixed RF channels
•  Trunked Radio System
–  Automatically picks the frequency channel using a protocol that defines a
relationship between the radios and the radio backbone which supports them
•  Digital Trunked Systems
–  Allows simultaneous conversations on one physical channel managed by time
slots
•  Simplex Channel System
–  Use a single channel to transmit and receive
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Most Common Public Safety Frequencies
•  Very High Frequency (VHF)
–  Low Band: 30 MHz to 50 MHz - Long range, large area coverage
–  High Band: 152 MHz to 174 MHz - Medium range, medium area
coverage
•  Ultra High Frequency (UHF) - 450 MHz – 512 MHz
•  700 MHz: Public Safety’s largest band (24 MHz of dedicated
spectrum)
•  800 MHz: Currently used by Public Safety
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
800 MHz Rebanding
•  2004 - FCC adopted a comprehensive plan to address a growing problem
of harmful interference to 800 MHz public safety communication systems
caused by high-density commercial wireless systems
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
800 MHz Rebanding
•  Post Rebanding Reconfiguration
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
FirstNet
•  Interoperable communications for first responders
•  Network and capacity to support broadband for data
•  Expand LTE to more rural areas of US
•  700 MHz (758-768 MHz and 788-798 MHz)
–  Guard bands at 768-769 MHz and 798-799 MHz to mitigate
interference from adjacent channels
•  States can opt-in or opt-out of participation
•  Leverage existing commercial carrier networks
–  Public/private partnership for RAN, eNodeB, small cells
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Why is In-Building Public Safety a Hot Topic?
•  9/11 and other tragic events have increased
awareness
•  Green buildings offer tax incentives
–  REITs target LEED Certification for new buildings
–  Low-E Glass for Heating/Cooling Efficiency =
Blocking out RF Signals
•  Building owners reduce legal liability
•  Commitment to public safety as responsible
citizens
•  NFPA and ICC Codes are being adopted by
local governments
•  Mandated as a condition of getting a
Certificate of Occupancy for new
construction (OH,FL, ID, CO, MD, VA, NYC)
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Standards & Codes
•  NFPA 72 Ch 24 – Public safety radio communications enhancement system
shall include automatic supervisory and trouble signals for malfunctions of
the signal booster(s) and power supplies.
•  Alarms include:
•  Battery charger
•  Low battery
•  Booster trouble
•  Power failure
•  2009 ICC IFC, SECTION 510 - All buildings shall have approved radio
coverage for emergency responders within the building based upon the
existing coverage levels of the public safety communication systems of the
jurisdiction at the exterior of the building
•  Exceptions: 1) An approved wired system may be permitted
2) Fire code official may determine it is not needed
•  Per federal law (IFC 510, 2009), there must be strong radio reception in at
least 95% of the space in a facility. To date, 30 states have adopted the
legislation.
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Standards & Codes
•  NFPA & IFC codes are similar
–  IFC requires 95% coverage / NFPA requires 99/90% coverage
–  IFC requires 24-hr backup power / NFPA requires 12-hr backup power
–  IFC more common on west coast /NFPA is more widely recognized nationally
•  NFPA72: “Fire Alarm Signaling Code”
–  2010, 2013, 2016 editions cover DAS
•  NFPA1221: “Standard for installation, maintenance, and use of
emergency services communications systems”
–  2013 edition, section 9.6 on Two-Way Radio Communications Enhancement Systems
covers DAS
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Standards & Code Installation Changes
•  NFPA72 & NFPA1221 codes on DAS requirements overlapped, causing
confusion for AHJs and System Integrators
•  NFPA72 is better known as the standard for DAS requirements in the public
safety industry, but the logical place for DAS requirements is in NFPA1221
•  NFPA1221 2016, Chapter 9, Section 9.6
–  Feeder and riser coaxial cables shall be rated as plenum cables
–  Riser coaxial cables shall be…routed through a 2-hr rated enclosure
–  Connection between the riser and feeder…shall be made within 2-hr rated
enclosure, and passage of the feeder cable in and out of the 2-hr-rated enclosure
shall be fire-stopped to 2-hr ratings
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Standards & Code Installation Changes
•  NFPA1221 2016, Chapter 9, Section 9.6.5
•  Interference and Degradation
–  No System capable of operating on frequencies or causing interference…shall be
installed without prior coordination and approval of the AHJ
–  The building manager/owner shall suspend and correct installations that degrade
the performance of the public safety radio system
–  Systems that share infrastructure with non-public safety services shall ensure
that the coverage and performance of the public safety channels are not
degraded…regardless of the amount of traffic carried by the non-public safety
services
•  Critical areas
–  Including fire command centers, fire pump rooms, exit stairs, exit passageways,
elevator lobbies, standpipe cabinets, sprinkler sectional valve locations, and
other areas deemed critical by the AHJ, shall be provided with 99% floor area
radio coverage
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Standards & Code for Compliance Testing
•  NFPA1221
•  Instructions in Coverage Test
–  How to divide the area into grids
–  How to take signal samples inside the grids
–  Maximum allowable # of grids to fail the coverage metrics of the amount of traffic
carried by the non-public safety service
•  Instructions on Acceptance Test
–  Random walk test, especially including the critical areas
–  Simulated heavy traffic load of non-public services, to ensure the performance of
the public safety services
Event	Produced	by:	
Responsible Stakeholders
•  Local license holder: Police, Fire, EMS
•  OEMs: repeaters, passives, antennas, & coaxial cable
•  System Integrators: RF testing, design & installation
•  Building owners (REITs)
•  FCC
•  Local AHJ (Authority Having Jurisdiction)
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Public Safety DAS Options
Type of DAS depends on building size, power levels required,
frequencies, and if additional capacity is needed
Radiating Cable aka “Leaky Coax”
•  Common in confined space areas: subways, tunnels, some buildings
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Passive vs Active iDAS
Passive DAS
•  Fed with public safety repeaters
•  Amplifiers (repeaters) are in one location
•  RF distributed over coax to antennas throughout building or area
Active DAS
•  Fed with public safety repeaters
•  Optical fiber distribution system
•  Distributed amplifiers
•  Low power and high power solutions depending on coverage and capacity
requirements
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Basic Passive DAS Configuration
Macro tower
iDAS Antennas
Donor antenna
Coax
Coax
Repeater
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Passive DAS Overview
Donor antenna
Coax
Macro tower
Repeater
Antennas
Passive DAS - Coax distributes RF
•  Repeater - only active component
•  Ideal solution for smaller venues or portions of buildings <150K sq. ft
•  Limited growth or expansion capability
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Typical Venues for Passive DAS
•  Areas where cell sites are not overloaded
•  Low capacity buildings
•  Small coverage requirements
Big box stores
Small office buildings
Rural - Community hospitals
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Basic Active DAS Configuration
Remotes
Head
End
Antennas
Repeater
Coax
Fib
er
Coax
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Donor antenna
Macro tower
Active DAS - Hybrid Fiber Cable
•  Repeater
•  Distributed amplifiers
•  Ideal solution for large venues
•  Scalable
•  Higher cost than passive DAS
Connections
•  Coax from RF Source to DAS headend
•  Fiber from headend to remotes
•  Coax from remotes to antennas
Active DAS Overview
DAS headend
and repeater
Coax
Fiber
Remotes
Antennas
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Typical Venues for Active DAS
•  High capacity
requirements
•  Large area
Large Hospitals
College Campuses
Large Buildings
Malls
Stadiums and Arenas
Casinos
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Process for In-Building DAS Deployments
1.  Identify AHJ – Determine AHJ requirements and standards (NFPA72, IFC, ICC)
2.  Site Survey / Baseline testing - Initial survey of floor plans, equipment locations, impairments
3.  Preliminary Design - RF link budgets, initial antenna and cable layouts, BOMs…
4.  Statement of Work -Project requirements are clearly defined
5.  RF Survey / CW testing - Perform interference & propagation measurements
6.  Update design - Revise preliminary design & BOM based on results
7.  Pre-Construction Survey - Installer walk-thru to validate cable routes & equip. locations
8.  Final Design - Revise based on changes to installation design if necessary
9.  Order Equipment - Order equipment
10.  Installation - Install cables, antennas and active equipment
11.  Commissioning - Verify RF & optical cable performance (if applicable); set system gains; test
12.  System Acceptance – Post install walk through with AHJ Fire Marshall to demonstrate
compliance. Customer obtains Certificate of Occupancy from AHJ
Event	Produced	by:	
Factors to Consider
•  Maintenance & Monitoring – System testing often required
•  Complete System Redundancy
•  Interference! Know your system and what is in your building!
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Downlink Video of Interference Caused by DAS
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Potential Interference with Public Safety
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
7	Things	That	Need	to	Happen	to	Get	
DAS	into	the	Middleprise	
		
Moderated	by:	
ScoP	Gregory		
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Large	Venues,	Airports,	
Campus	
	Stadia,	Conven(on,	Subway	
Residen(al	
SOHO	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Viability	of	Private	LTE	Networks	
		
Presented	by:		
	
Chris	Porto	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Private LTE Network Ecosystem
•  Expected to surpass $800 Million in global investments by the end of 2016, private LTE networks are
increasingly becoming the preferred approach to deliver mobile broadband services in the critical
communications industry. Fueled by large-scale rollouts in the public safety, energy and other sectors, the
market is further expected to grow at a CAGR of 32% between 2016 and 2020.
•  By the end of 2020, the North America region will account for over 35% of all private LTE investments
worldwide. However, largely driven by South Korea's rollout plans for public safety, railway and maritime
LTE networks, the Asia Pacific region will continue to retain a strong position in the market
•  Several companies, such as TEN (Texas Energy Network) and INET (Infrastructure Networks) in the
United States, have strategically deployed private LTE networks in remote, oil-rich areas, to exclusively
provide mobile broadband services to energy companies.
•  To alleviate large-scale infrastructure investments, several European countries are pairing dedicated
private mobile core platforms with commercial LTE networks to deliver prioritized mobile broadband
services to public safety subscribers.
•  Conventional LMR industry players are leveraging partnerships with established LTE infrastructure OEMs
such as Ericsson, Nokia, Huawei and Samsung, to offer end-to-end private LTE network solutions.
*Source – Signals and Systems Telecom
http://www.snstelecom.com/private-lte
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
4G-LTE Network Extension for Coverage and Capacity
Persistent Telecom’s nanoLTE systems
are standards-based, feature-rich, 4G
small cell solutions. Each independent
cell site is managed locally by a
powerful LTE software platform which
provides all of the same features
available in commercial networks.
Suitable for outdoor macro network
extension and in-building small cell
solutions
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The nanoLTE™ antennas and hot spots are
interconnected over Ethernet and controlled by PTI’s
virtualized network platform. The platform server
contains the following virtual server nodes:
•  Mobile Switching Center (MSC)
• Base Station Controller (BSC)
• Operations Maintenance Console (OMC)
•  Short Message Service Center (SMSC)
• Asterisk PBX
• Wireless Security Policy Server
The MSC manages all of the handsets in the area,
processes voice calls and SMS text messages.
The Asterisk PBX provides features including voice
mail, conference-calling, caller ID, call forwarding, etc.
The Security Server detects authorized and un-
authorized cell phone activity and provides for alerts,
logs and event tracking for security personnel.
To enable interoperation between nanoLTE™ sites, a
private Wi-Max network can be installed creating a
high speed wireless backbone.
For security, military grade AES encrypted systems
protect these links.
Persistent Telecom Small Cell as a Service Architecture
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
In building 4G/LTE network extension
•  Persistent Telecom has developed a virtualized
mobile network platform that can be deployed to
manage small cell, in-building solutions.
•  Small cells are installed leveraging existing Ethernet
wires, (in the same way Wi-Fi hot spots are
connected) no need to install new wires.
•  When compared to DAS, small cell deployments
reduce costs by an order of magnitude.
•  Small cell networks are low power transmitters,
requiring very little electricity.
•  PTI’s small cell installations are software defined
and managed by a single computer requiring
minimal space, power and cooling.
•  Small cell networks are easily upgraded, simply
connecting the next generation radio cells to the
same Ethernet cabling.
•  PTI’s small cell networks can include numerous
features for enhanced security or emergency use
during crisis situations.
•  Optional: PTI’s virtualized network platform can
support business continuity with the addition of a
satellite uplink for backhaul of voice, data and text.
PTI Server on site
runs software that
includes
MSC, BSC, SMS and
security.
PTI Server off site runs
software that routes all
voice, data and text to
carriers. Includes
billing and all call
detail.
#NEDASBoston	 www.nedas.com	#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Outdoor 4G LTE Network Extension
•  With nanoLTE™ commercial carriers
can expand outdoor coverage and
capacity with autonomous cell sites;
while enjoying an order of magnitude
lower cost.
•  nanoLTE™ cell sites include all of the
call processing and features located
on site (autonomous) running on a
single low energy computer.
•  For remote sites “off the grid” a local
nanoLTE™ node, coupled with
satellite backhaul, provides broadband
data access and cached media
content without having to backhaul all
signaling and user data to a
centralized commercial NOC.
•  nanoLTE™ sites can include legacy
SMS text messaging, GPRS, EDGE
and 3G radios – all on managed on
the same software platform
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Leveraging	Wireless	Internet	for	
Business	Con(nuity		
		
Presented	by:		
Mary	Stanhope	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Who is Global Capacity?
Global Capacity is a data network service provider with a unique marketplace of networks
delivering and all on-net experience leveraging interconnection to over 266 providers.
Our Market
Our Promise Connectivity Made Simple
Our Delivery
Data Connectivity Market
▪  $329 Billion: Global market
▪  $86 Billion: US market
The leading marketplace of networks
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The connected building
•  Today,	business	need	to	be	more	of	everything	
o  more	decentralized	
o  more	automated	
o  more	efficient	
•  As	buildings	get	smarter,	everything	gets	more	
connected.	
•  	And	it	all	rides	on	reliable,	scalable	network	
connecGons	from	business	buildings	to	high	demand	
desGnaGons.		
	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Demand for the connected building
•  IT	cabinets	are	no	longer	found	in	office	closets;	even	the	
simplest	services	such	as	Internet,	email,	and	storage	have	
moved	to	the	cloud	in	third-party	and	private	data	centers.			
	
•  Leveraging	an	interconnecGon	to	a		marketplace	of	networks,	
building	owners	and	management	companies	can	provide	
tenants	with	direct	connecGvity	to	high-demand	locaGons,	
including	internet,	data	centers	and	cloud	business	applicaGons.			
	
•  This	criGcal	connecGvity	is	vital	to	supporGng	the	mission-criGcal	
needs	and	enabling	the	effecGve	operaGon	of	today’s	data-
driven	tenants.	
	 #NEDASBoston	 www.nedas.com
Event	Produced	by:	
The importance of network continuity
•  No	single	wired	connecGon	can	deliver	100%	upGme.	
The	quesGon	isn’t	“whether”	but	“when”	each	of	your	
remote	sites	will	lose	connecGvity	
	
•  With	Gght	budgets	and	limited	staff,	network	
administrators,	CTOs,	and	CIOs	are	seeking	a	network	
conGnuity	soluGon	that	they	can	trust	as	well	as	afford.	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
$26.5
Billion
In revenue is lost to
Internet downtime each
year
60%
Of network
downtime is a
result of human
error
1
Minute
Of downtime could
cost nearly
$2000
14 Hrs
American
companies
average hours of
Internet downtime
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Backup network service provides
•  Avoidance	of	disrupGon	from	disasters		
•  Redundant	connecGvity	for	uninterrupted	access	to	
your	company’s	virtual,	off	site	and	cloud	assets	
•  Insurance	policy	for	business	conGnuity	
	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Wireless network backup provides
•  Wireless	network	backup	further	provides	
o  Truly	diverse	route	and	technology	access	
o  BeXer	access	insurance	than	two	landline	soluGons	
o  CompeGGve	fixed	priced	backup	soluGon	
	
•  Wireless	services	used	for	managed	failover	provide	
the	diverse	connecGvity	businesses	need	to	run	
without	interrupGon	
	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
The winning service solution
•  Two	concurrent	connecGvity	services	delivered	to	
customer	site	to	deliver	Internet	services	
o  Wireline	up	to	10Mbps	
o  Wireless	4G	LTE	
	
•  When	service	is	interrupted,	wireless	service	will	
acGvate	to	provide	an	always	on	internet	experience		
	
#NEDASBoston	 www.nedas.com
Managed Wireless Failover
			
•  Highlights	
o  Managed	Failover	-	ProtecGon	against	network	
disrupGons	with	immediate	and	seamless	failover	for	
any	of	your	Global	Capacity	Internet	services	
o  NaGonal	Coverage	-	Reliable	naGonwide	4G	LTE	
Wireless		footprint	provides	diverse	connecGvity	
independent	of	wireline	services		
o  Service	Flexibility	-	ConGnuity	of	business-criGcal	
applicaGons	with	connecGvity	supporGng	download	
speeds	up	to	10Mbps	with	no	data	usage	limitaGons	
o  Professional	InstallaGon	-		Our	experienced	team	
completes	a	site	survey,	verifies	wireless	strength,	and	
completes	equipment	installaGon,	configuraGon	and	
tesGng	
o  NOC	Support	-	24/7/365	proacGve	monitoring	of	the	
availability	of	your	network		
	
	
Wireless Internet Backup option with managed failover service
across a nationwide 4G LTE wireless footprint
Wireless Backup option provides the diverse connectivity businesses
need to run without interruption
Two	concurrent	connecGvity	services	delivered	to	customer	site	
•  Primary	Service	-	Global	Capacity	IP	based	service	
•  Backup	Service	-	Wireless		4G	LTE	service	
	
Customer	Premise	Equipment	(CPE)	includes:		
•  Cradlepoint		wireless		demarcaGon		
•  Cisco	dedicated	dual	WAN	Router	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Managed Wireless Failover
			
•  Highlights	
o  Managed	Failover	-	ProtecGon	against	network	
disrupGons	with	immediate	and	seamless	failover	
for	any	of	your	Global	Capacity	Internet	services	
o  NaGonal	Coverage	-	Reliable	naGonwide	4G	LTE	
Wireless		footprint	provides	diverse	connecGvity	
independent	of	wireline	services		
o  Service	Flexibility	-	ConGnuity	of	business-criGcal	
applicaGons	with	connecGvity	supporGng	
download	speeds	up	to	10Mbps	with	no	data	
usage	limitaGons	
o  Professional	InstallaGon	-		Our	experienced	team	
completes	a	site	survey,	verifies	wireless	strength,	
and	completes	equipment	installaGon,	
configuraGon	and	tesGng	
o  NOC	Support	-	24/7/365	proacGve	monitoring	of	
the	availability	of	your	network		
	
	
Wireless Internet Backup option with managed failover service
across a nationwide 4G LTE wireless footprint
Wireless Backup option provides the diverse connectivity
businesses need to run without interruption
Two	concurrent	connecGvity	services	delivered	to	customer	site	
•  Primary	Service	-	Global	Capacity	IP	based	service	
•  Backup	Service	-	Wireless		4G	LTE	service	
	
Customer	Premise	Equipment	(CPE)	includes:		
•  Cradlepoint		wireless		demarcaGon		
•  Cisco	dedicated	dual	WAN	Router	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Benefits of a Connected Building
Back Up /
Data Storage
Global
Enterprise
Offices
Unified
Communications/
Voice over IP
Business
Applications
/ Cloud Providers
A	connected	building	enables	building	owners	and	
management	companies	to:	
•  Increase	choice,	compeGGveness,	speed	of	access,	business	
conGnuity	and	value	for	tenants		
•  Eliminate	complex	connecGvity	decisions	from	business	
decisions	
•  Provide	tenants	with	high-speed	connecGvity	to	Internet,	
over		
2,500	data	centers	and	cloud	business	applicaGons		
•  Deliver	redundant,	efficient	access	to	mission-criGcal	
applicaGons	and	services	
•  Gain	a	compeGGve	advantage	over	their	real	estate	
counterparts	
•  Decrease	service	turn-up	Gme	and	simplify	the	moving	and	
build-out	process	for	tenants		
Simplified business continuity to Business destinations
Internet
Peering
Event	Produced	by:	
Global Capacity Facts
•  Global	Capacity	is	a	data	network	service	provider	with	a	unique	marketplace	of	
networks	delivering	and	all	on-net	experience.	
•  Founded	in	2006	through	a	series	of	strategic	acquisiGons	
o  2015	–	Acquired	Network	Services	Business	of	MegaPath	(formerly	Covad)	
o  Privately	held	Pivotal	Group	
•  Robust	Digital	One	Marketplace	Plaiorm	
o  Services	over	22,000	customers	in	Technology,	Retail,	Healthcare,	and	Finance	
o  Ubiquitous	coverage	from	1830	Central	Offices	and	38		Datacenters		
o  Processes	over	2.4	million	price	quotes	/	month,	represenGng	over	$9	billion	annualized	network	spend	
o  Maintains	locaGon	data		and	pricing	data	for	more	than	40	million	validated	sites	from	266	carriers	
globally	
o  ConnecGvity	to	over	9.6	Million	U.S.	commercial	addresses		
	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Media	Partners	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
PlaGnum	Annual	Sponsors	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Gold	Annual	Sponsors	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Silver	Annual	Sponsors	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
September 15, 2016 - NEDAS Webinar Series - Webinar # 3 presented by
JMA Wireless
October 25, 2016 - NEDAS Toronto Symposium at Chateau Le Jardin
Conference & Event Venue
November 29, 2016 - NEDAS Washington D.C. Fall Symposium at Nationals
Stadium
December 6, 2016 - NEDAS Webinar Series - Webinar # 4 presented by
Perfect-10 Wireless
SAVE	THE	DATE!	
#NEDASBoston	 www.nedas.com
Event	Produced	by:	
Thank	You!	
#NEDASBoston	 www.nedas.com

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NEDAS Boston Presentations - July 13 2016

  • 4. Event Produced by: Improving Public Safety and coverage: In-building Mapping NEDAS Boston Workshop Monday, July 11, 2016 #NEDASBoston www.nedas.com
  • 6. Event Produced by: The Challenge: Traditional Indoor Mapping •  Requires users to manually note their position on a floor plan •  Manual tapping often required •  Limited number of data points available •  Accuracy is limited to screen resolution, end user “tapping” •  Manual “stitching” of multiple screens for larger venues •  Lack of 3D support •  Stairwells •  elevators #NEDASBoston www.nedas.com
  • 7. Event Produced by: The Challenge: In-building public safety •  S412E LMR Master with MA8100A available support for •  Mapping P25p1 and P25p2 Bit Error Rate (BER) •  Recommended by Telecommunications Industry Association (TIA) for testing P25 receiver functionality •  P25p1 and P25p2 Modulation Fidelity mapping •  Accurate mapping of VHF and UHF #NEDASBoston www.nedas.com
  • 8. Event Produced by: The Challenge: LTE and FirstNet Public Safety •  Ensure In-Building operation of broadband LTE networks •  Deliver LTE coverage data superposition of grids on top of floor plans •  Support valuable LTE system performance. Optionally available on several Anritsu Spectrum Analyzer models: •  Interference Analyzer •  LTE demodulation •  Over-the-Air (OTA) coverage •  RF Analysis #NEDASBoston www.nedas.com
  • 9. Event Produced by: The Challenge: is cellular and Wi-Fi everywhere? •  Measure and plot available cellular and Wi-Fi network coverage •  Deliver coverage data superposition of grids on top of floor plans •  Support valuable cellular system performance. Optionally available on several Anritsu Spectrum Analyzers: •  Interference Analyzer •  LTE demodulation •  Over-the-Air (OTA) coverage •  RF Analysis #NEDASBoston www.nedas.com
  • 10. Event Produced by: The Solution: Anritsu MA8100A •  Anritsu integration of NEON capability and Android •  Automatically collects geo-referenced test data using a supported Anritsu spectrum analyzer •  Automatically calculates indoor location – no manual “check-in” •  Remove data recording errors caused by “guestimating” •  3D virtualization: identify actionable data for coverage improvement in stairways and elevators •  Color-graded measurements are displayed and 2D and 3D views •  Select only the wireless services you want to display or deliver •  Easily create an embedded video or .csv file of selected measurements, positions, signal strength and more #NEDASBoston www.nedas.com
  • 11. Event Produced by: The equipment: •  Anritsu S412E LMR Master •  Available up to 6 GHz Spectrum Analyzer and Vector Network Analyzer •  Available LMR mobile radio signal analyzer supporting •  Narrowband FM, P25 Phase 1 and 2, DMR, NXDN, PTC, LTE. WiMAX and TETRA •  Available LTE analyzer •  Built-in Cable & Antenna analyzer OR •  Compatible Anritsu Spectrum Analyzer •  Contact Anritsu, your local representative or authorized Anritsu distributor, or visit https://www.anritsu.com/en-us/test-measurement/products/ma8100a for a complete list of supported instruments AND •  Anritsu-TRX NEON Signal Mapper bundle •  Contact Anritsu, your local representative or authorized Anritsu distributor, or visit https://www.anritsu.com/en-us/test-measurement/products/ma8100a for more information •  Off the shelf Android Smart Phone or Tablet supporting KitKat (4.4.4) or later #NEDASBoston www.nedas.com
  • 13. Event Produced by: Agenda •  History & Evolution of Public Safety Communication •  Two-way or Land Mobile Radio (LMR) •  Public Safety Frequencies •  FirstNet •  Catalysts Driving Change for In-Building Public Safety •  Standards & Codes •  Responsible Stakeholders •  Process for In-Building Public Safety Compliance •  Public Safety DAS Options •  Factors to Consider #NEDASBoston www.nedas.com
  • 14. Event Produced by: History & Evolution of Public Safety Communication •  1852: First fire box was installed using telegraph technology •  1896: National Fire Protection Association (NFPA) •  1923: First two-way radio developed in Australia •  1940s: Motorola two-way radio widely used in WWII •  1950s: Two-way radio market shifted to Fire, Police and EMS •  1973: First cellular phone call •  1997: International Building Code published •  1999: Wireless Communications and Public Safety Act was passed #NEDASBoston www.nedas.com
  • 15. Event Produced by: Two-way or Land Mobile Radio (LMR) •  Half-duplex –  User can talk, or listen, but not at same time •  Full-duplex –  Users can talk and listen simultaneously •  Conventional Radios –  Operate on fixed RF channels •  Trunked Radio System –  Automatically picks the frequency channel using a protocol that defines a relationship between the radios and the radio backbone which supports them •  Digital Trunked Systems –  Allows simultaneous conversations on one physical channel managed by time slots •  Simplex Channel System –  Use a single channel to transmit and receive #NEDASBoston www.nedas.com
  • 16. Event Produced by: Most Common Public Safety Frequencies •  Very High Frequency (VHF) –  Low Band: 30 MHz to 50 MHz - Long range, large area coverage –  High Band: 152 MHz to 174 MHz - Medium range, medium area coverage •  Ultra High Frequency (UHF) - 450 MHz – 512 MHz •  700 MHz: Public Safety’s largest band (24 MHz of dedicated spectrum) •  800 MHz: Currently used by Public Safety #NEDASBoston www.nedas.com
  • 17. Event Produced by: 800 MHz Rebanding •  2004 - FCC adopted a comprehensive plan to address a growing problem of harmful interference to 800 MHz public safety communication systems caused by high-density commercial wireless systems #NEDASBoston www.nedas.com
  • 18. Event Produced by: 800 MHz Rebanding •  Post Rebanding Reconfiguration #NEDASBoston www.nedas.com
  • 19. Event Produced by: FirstNet •  Interoperable communications for first responders •  Network and capacity to support broadband for data •  Expand LTE to more rural areas of US •  700 MHz (758-768 MHz and 788-798 MHz) –  Guard bands at 768-769 MHz and 798-799 MHz to mitigate interference from adjacent channels •  States can opt-in or opt-out of participation •  Leverage existing commercial carrier networks –  Public/private partnership for RAN, eNodeB, small cells #NEDASBoston www.nedas.com
  • 20. Event Produced by: Why is In-Building Public Safety a Hot Topic? •  9/11 and other tragic events have increased awareness •  Green buildings offer tax incentives –  REITs target LEED Certification for new buildings –  Low-E Glass for Heating/Cooling Efficiency = Blocking out RF Signals •  Building owners reduce legal liability •  Commitment to public safety as responsible citizens •  NFPA and ICC Codes are being adopted by local governments •  Mandated as a condition of getting a Certificate of Occupancy for new construction (OH,FL, ID, CO, MD, VA, NYC) #NEDASBoston www.nedas.com
  • 21. Event Produced by: Standards & Codes •  NFPA 72 Ch 24 – Public safety radio communications enhancement system shall include automatic supervisory and trouble signals for malfunctions of the signal booster(s) and power supplies. •  Alarms include: •  Battery charger •  Low battery •  Booster trouble •  Power failure •  2009 ICC IFC, SECTION 510 - All buildings shall have approved radio coverage for emergency responders within the building based upon the existing coverage levels of the public safety communication systems of the jurisdiction at the exterior of the building •  Exceptions: 1) An approved wired system may be permitted 2) Fire code official may determine it is not needed •  Per federal law (IFC 510, 2009), there must be strong radio reception in at least 95% of the space in a facility. To date, 30 states have adopted the legislation. #NEDASBoston www.nedas.com
  • 22. Event Produced by: Standards & Codes •  NFPA & IFC codes are similar –  IFC requires 95% coverage / NFPA requires 99/90% coverage –  IFC requires 24-hr backup power / NFPA requires 12-hr backup power –  IFC more common on west coast /NFPA is more widely recognized nationally •  NFPA72: “Fire Alarm Signaling Code” –  2010, 2013, 2016 editions cover DAS •  NFPA1221: “Standard for installation, maintenance, and use of emergency services communications systems” –  2013 edition, section 9.6 on Two-Way Radio Communications Enhancement Systems covers DAS #NEDASBoston www.nedas.com
  • 23. Event Produced by: Standards & Code Installation Changes •  NFPA72 & NFPA1221 codes on DAS requirements overlapped, causing confusion for AHJs and System Integrators •  NFPA72 is better known as the standard for DAS requirements in the public safety industry, but the logical place for DAS requirements is in NFPA1221 •  NFPA1221 2016, Chapter 9, Section 9.6 –  Feeder and riser coaxial cables shall be rated as plenum cables –  Riser coaxial cables shall be…routed through a 2-hr rated enclosure –  Connection between the riser and feeder…shall be made within 2-hr rated enclosure, and passage of the feeder cable in and out of the 2-hr-rated enclosure shall be fire-stopped to 2-hr ratings #NEDASBoston www.nedas.com
  • 24. Event Produced by: Standards & Code Installation Changes •  NFPA1221 2016, Chapter 9, Section 9.6.5 •  Interference and Degradation –  No System capable of operating on frequencies or causing interference…shall be installed without prior coordination and approval of the AHJ –  The building manager/owner shall suspend and correct installations that degrade the performance of the public safety radio system –  Systems that share infrastructure with non-public safety services shall ensure that the coverage and performance of the public safety channels are not degraded…regardless of the amount of traffic carried by the non-public safety services •  Critical areas –  Including fire command centers, fire pump rooms, exit stairs, exit passageways, elevator lobbies, standpipe cabinets, sprinkler sectional valve locations, and other areas deemed critical by the AHJ, shall be provided with 99% floor area radio coverage #NEDASBoston www.nedas.com
  • 25. Event Produced by: Standards & Code for Compliance Testing •  NFPA1221 •  Instructions in Coverage Test –  How to divide the area into grids –  How to take signal samples inside the grids –  Maximum allowable # of grids to fail the coverage metrics of the amount of traffic carried by the non-public safety service •  Instructions on Acceptance Test –  Random walk test, especially including the critical areas –  Simulated heavy traffic load of non-public services, to ensure the performance of the public safety services
  • 26. Event Produced by: Responsible Stakeholders •  Local license holder: Police, Fire, EMS •  OEMs: repeaters, passives, antennas, & coaxial cable •  System Integrators: RF testing, design & installation •  Building owners (REITs) •  FCC •  Local AHJ (Authority Having Jurisdiction) #NEDASBoston www.nedas.com
  • 27. Event Produced by: Public Safety DAS Options Type of DAS depends on building size, power levels required, frequencies, and if additional capacity is needed Radiating Cable aka “Leaky Coax” •  Common in confined space areas: subways, tunnels, some buildings #NEDASBoston www.nedas.com
  • 28. Event Produced by: Passive vs Active iDAS Passive DAS •  Fed with public safety repeaters •  Amplifiers (repeaters) are in one location •  RF distributed over coax to antennas throughout building or area Active DAS •  Fed with public safety repeaters •  Optical fiber distribution system •  Distributed amplifiers •  Low power and high power solutions depending on coverage and capacity requirements #NEDASBoston www.nedas.com
  • 29. Event Produced by: Basic Passive DAS Configuration Macro tower iDAS Antennas Donor antenna Coax Coax Repeater #NEDASBoston www.nedas.com
  • 30. Event Produced by: Passive DAS Overview Donor antenna Coax Macro tower Repeater Antennas Passive DAS - Coax distributes RF •  Repeater - only active component •  Ideal solution for smaller venues or portions of buildings <150K sq. ft •  Limited growth or expansion capability #NEDASBoston www.nedas.com
  • 31. Event Produced by: Typical Venues for Passive DAS •  Areas where cell sites are not overloaded •  Low capacity buildings •  Small coverage requirements Big box stores Small office buildings Rural - Community hospitals #NEDASBoston www.nedas.com
  • 32. Event Produced by: Basic Active DAS Configuration Remotes Head End Antennas Repeater Coax Fib er Coax #NEDASBoston www.nedas.com
  • 33. Event Produced by: Donor antenna Macro tower Active DAS - Hybrid Fiber Cable •  Repeater •  Distributed amplifiers •  Ideal solution for large venues •  Scalable •  Higher cost than passive DAS Connections •  Coax from RF Source to DAS headend •  Fiber from headend to remotes •  Coax from remotes to antennas Active DAS Overview DAS headend and repeater Coax Fiber Remotes Antennas #NEDASBoston www.nedas.com
  • 34. Event Produced by: Typical Venues for Active DAS •  High capacity requirements •  Large area Large Hospitals College Campuses Large Buildings Malls Stadiums and Arenas Casinos #NEDASBoston www.nedas.com
  • 35. Event Produced by: Process for In-Building DAS Deployments 1.  Identify AHJ – Determine AHJ requirements and standards (NFPA72, IFC, ICC) 2.  Site Survey / Baseline testing - Initial survey of floor plans, equipment locations, impairments 3.  Preliminary Design - RF link budgets, initial antenna and cable layouts, BOMs… 4.  Statement of Work -Project requirements are clearly defined 5.  RF Survey / CW testing - Perform interference & propagation measurements 6.  Update design - Revise preliminary design & BOM based on results 7.  Pre-Construction Survey - Installer walk-thru to validate cable routes & equip. locations 8.  Final Design - Revise based on changes to installation design if necessary 9.  Order Equipment - Order equipment 10.  Installation - Install cables, antennas and active equipment 11.  Commissioning - Verify RF & optical cable performance (if applicable); set system gains; test 12.  System Acceptance – Post install walk through with AHJ Fire Marshall to demonstrate compliance. Customer obtains Certificate of Occupancy from AHJ
  • 36. Event Produced by: Factors to Consider •  Maintenance & Monitoring – System testing often required •  Complete System Redundancy •  Interference! Know your system and what is in your building! #NEDASBoston www.nedas.com
  • 37. Event Produced by: Downlink Video of Interference Caused by DAS #NEDASBoston www.nedas.com
  • 38. Event Produced by: Potential Interference with Public Safety #NEDASBoston www.nedas.com
  • 42. Event Produced by: Private LTE Network Ecosystem •  Expected to surpass $800 Million in global investments by the end of 2016, private LTE networks are increasingly becoming the preferred approach to deliver mobile broadband services in the critical communications industry. Fueled by large-scale rollouts in the public safety, energy and other sectors, the market is further expected to grow at a CAGR of 32% between 2016 and 2020. •  By the end of 2020, the North America region will account for over 35% of all private LTE investments worldwide. However, largely driven by South Korea's rollout plans for public safety, railway and maritime LTE networks, the Asia Pacific region will continue to retain a strong position in the market •  Several companies, such as TEN (Texas Energy Network) and INET (Infrastructure Networks) in the United States, have strategically deployed private LTE networks in remote, oil-rich areas, to exclusively provide mobile broadband services to energy companies. •  To alleviate large-scale infrastructure investments, several European countries are pairing dedicated private mobile core platforms with commercial LTE networks to deliver prioritized mobile broadband services to public safety subscribers. •  Conventional LMR industry players are leveraging partnerships with established LTE infrastructure OEMs such as Ericsson, Nokia, Huawei and Samsung, to offer end-to-end private LTE network solutions. *Source – Signals and Systems Telecom http://www.snstelecom.com/private-lte #NEDASBoston www.nedas.com
  • 43. Event Produced by: 4G-LTE Network Extension for Coverage and Capacity Persistent Telecom’s nanoLTE systems are standards-based, feature-rich, 4G small cell solutions. Each independent cell site is managed locally by a powerful LTE software platform which provides all of the same features available in commercial networks. Suitable for outdoor macro network extension and in-building small cell solutions #NEDASBoston www.nedas.com
  • 44. Event Produced by: The nanoLTE™ antennas and hot spots are interconnected over Ethernet and controlled by PTI’s virtualized network platform. The platform server contains the following virtual server nodes: •  Mobile Switching Center (MSC) • Base Station Controller (BSC) • Operations Maintenance Console (OMC) •  Short Message Service Center (SMSC) • Asterisk PBX • Wireless Security Policy Server The MSC manages all of the handsets in the area, processes voice calls and SMS text messages. The Asterisk PBX provides features including voice mail, conference-calling, caller ID, call forwarding, etc. The Security Server detects authorized and un- authorized cell phone activity and provides for alerts, logs and event tracking for security personnel. To enable interoperation between nanoLTE™ sites, a private Wi-Max network can be installed creating a high speed wireless backbone. For security, military grade AES encrypted systems protect these links. Persistent Telecom Small Cell as a Service Architecture #NEDASBoston www.nedas.com
  • 45. Event Produced by: In building 4G/LTE network extension •  Persistent Telecom has developed a virtualized mobile network platform that can be deployed to manage small cell, in-building solutions. •  Small cells are installed leveraging existing Ethernet wires, (in the same way Wi-Fi hot spots are connected) no need to install new wires. •  When compared to DAS, small cell deployments reduce costs by an order of magnitude. •  Small cell networks are low power transmitters, requiring very little electricity. •  PTI’s small cell installations are software defined and managed by a single computer requiring minimal space, power and cooling. •  Small cell networks are easily upgraded, simply connecting the next generation radio cells to the same Ethernet cabling. •  PTI’s small cell networks can include numerous features for enhanced security or emergency use during crisis situations. •  Optional: PTI’s virtualized network platform can support business continuity with the addition of a satellite uplink for backhaul of voice, data and text. PTI Server on site runs software that includes MSC, BSC, SMS and security. PTI Server off site runs software that routes all voice, data and text to carriers. Includes billing and all call detail. #NEDASBoston www.nedas.com #NEDASBoston www.nedas.com
  • 46. Event Produced by: Outdoor 4G LTE Network Extension •  With nanoLTE™ commercial carriers can expand outdoor coverage and capacity with autonomous cell sites; while enjoying an order of magnitude lower cost. •  nanoLTE™ cell sites include all of the call processing and features located on site (autonomous) running on a single low energy computer. •  For remote sites “off the grid” a local nanoLTE™ node, coupled with satellite backhaul, provides broadband data access and cached media content without having to backhaul all signaling and user data to a centralized commercial NOC. •  nanoLTE™ sites can include legacy SMS text messaging, GPRS, EDGE and 3G radios – all on managed on the same software platform #NEDASBoston www.nedas.com
  • 48. Event Produced by: Who is Global Capacity? Global Capacity is a data network service provider with a unique marketplace of networks delivering and all on-net experience leveraging interconnection to over 266 providers. Our Market Our Promise Connectivity Made Simple Our Delivery Data Connectivity Market ▪  $329 Billion: Global market ▪  $86 Billion: US market The leading marketplace of networks #NEDASBoston www.nedas.com
  • 49. Event Produced by: The connected building •  Today, business need to be more of everything o  more decentralized o  more automated o  more efficient •  As buildings get smarter, everything gets more connected. •  And it all rides on reliable, scalable network connecGons from business buildings to high demand desGnaGons. #NEDASBoston www.nedas.com
  • 50. Event Produced by: Demand for the connected building •  IT cabinets are no longer found in office closets; even the simplest services such as Internet, email, and storage have moved to the cloud in third-party and private data centers. •  Leveraging an interconnecGon to a marketplace of networks, building owners and management companies can provide tenants with direct connecGvity to high-demand locaGons, including internet, data centers and cloud business applicaGons. •  This criGcal connecGvity is vital to supporGng the mission-criGcal needs and enabling the effecGve operaGon of today’s data- driven tenants. #NEDASBoston www.nedas.com
  • 51. Event Produced by: The importance of network continuity •  No single wired connecGon can deliver 100% upGme. The quesGon isn’t “whether” but “when” each of your remote sites will lose connecGvity •  With Gght budgets and limited staff, network administrators, CTOs, and CIOs are seeking a network conGnuity soluGon that they can trust as well as afford. #NEDASBoston www.nedas.com
  • 52. Event Produced by: $26.5 Billion In revenue is lost to Internet downtime each year 60% Of network downtime is a result of human error 1 Minute Of downtime could cost nearly $2000 14 Hrs American companies average hours of Internet downtime #NEDASBoston www.nedas.com
  • 53. Event Produced by: Backup network service provides •  Avoidance of disrupGon from disasters •  Redundant connecGvity for uninterrupted access to your company’s virtual, off site and cloud assets •  Insurance policy for business conGnuity #NEDASBoston www.nedas.com
  • 54. Event Produced by: Wireless network backup provides •  Wireless network backup further provides o  Truly diverse route and technology access o  BeXer access insurance than two landline soluGons o  CompeGGve fixed priced backup soluGon •  Wireless services used for managed failover provide the diverse connecGvity businesses need to run without interrupGon #NEDASBoston www.nedas.com
  • 55. Event Produced by: The winning service solution •  Two concurrent connecGvity services delivered to customer site to deliver Internet services o  Wireline up to 10Mbps o  Wireless 4G LTE •  When service is interrupted, wireless service will acGvate to provide an always on internet experience #NEDASBoston www.nedas.com
  • 56. Managed Wireless Failover •  Highlights o  Managed Failover - ProtecGon against network disrupGons with immediate and seamless failover for any of your Global Capacity Internet services o  NaGonal Coverage - Reliable naGonwide 4G LTE Wireless footprint provides diverse connecGvity independent of wireline services o  Service Flexibility - ConGnuity of business-criGcal applicaGons with connecGvity supporGng download speeds up to 10Mbps with no data usage limitaGons o  Professional InstallaGon - Our experienced team completes a site survey, verifies wireless strength, and completes equipment installaGon, configuraGon and tesGng o  NOC Support - 24/7/365 proacGve monitoring of the availability of your network Wireless Internet Backup option with managed failover service across a nationwide 4G LTE wireless footprint Wireless Backup option provides the diverse connectivity businesses need to run without interruption Two concurrent connecGvity services delivered to customer site •  Primary Service - Global Capacity IP based service •  Backup Service - Wireless 4G LTE service Customer Premise Equipment (CPE) includes: •  Cradlepoint wireless demarcaGon •  Cisco dedicated dual WAN Router #NEDASBoston www.nedas.com
  • 57. Event Produced by: Managed Wireless Failover •  Highlights o  Managed Failover - ProtecGon against network disrupGons with immediate and seamless failover for any of your Global Capacity Internet services o  NaGonal Coverage - Reliable naGonwide 4G LTE Wireless footprint provides diverse connecGvity independent of wireline services o  Service Flexibility - ConGnuity of business-criGcal applicaGons with connecGvity supporGng download speeds up to 10Mbps with no data usage limitaGons o  Professional InstallaGon - Our experienced team completes a site survey, verifies wireless strength, and completes equipment installaGon, configuraGon and tesGng o  NOC Support - 24/7/365 proacGve monitoring of the availability of your network Wireless Internet Backup option with managed failover service across a nationwide 4G LTE wireless footprint Wireless Backup option provides the diverse connectivity businesses need to run without interruption Two concurrent connecGvity services delivered to customer site •  Primary Service - Global Capacity IP based service •  Backup Service - Wireless 4G LTE service Customer Premise Equipment (CPE) includes: •  Cradlepoint wireless demarcaGon •  Cisco dedicated dual WAN Router #NEDASBoston www.nedas.com
  • 58. Event Produced by: Benefits of a Connected Building Back Up / Data Storage Global Enterprise Offices Unified Communications/ Voice over IP Business Applications / Cloud Providers A connected building enables building owners and management companies to: •  Increase choice, compeGGveness, speed of access, business conGnuity and value for tenants •  Eliminate complex connecGvity decisions from business decisions •  Provide tenants with high-speed connecGvity to Internet, over 2,500 data centers and cloud business applicaGons •  Deliver redundant, efficient access to mission-criGcal applicaGons and services •  Gain a compeGGve advantage over their real estate counterparts •  Decrease service turn-up Gme and simplify the moving and build-out process for tenants Simplified business continuity to Business destinations Internet Peering
  • 59. Event Produced by: Global Capacity Facts •  Global Capacity is a data network service provider with a unique marketplace of networks delivering and all on-net experience. •  Founded in 2006 through a series of strategic acquisiGons o  2015 – Acquired Network Services Business of MegaPath (formerly Covad) o  Privately held Pivotal Group •  Robust Digital One Marketplace Plaiorm o  Services over 22,000 customers in Technology, Retail, Healthcare, and Finance o  Ubiquitous coverage from 1830 Central Offices and 38 Datacenters o  Processes over 2.4 million price quotes / month, represenGng over $9 billion annualized network spend o  Maintains locaGon data and pricing data for more than 40 million validated sites from 266 carriers globally o  ConnecGvity to over 9.6 Million U.S. commercial addresses #NEDASBoston www.nedas.com
  • 64. Event Produced by: September 15, 2016 - NEDAS Webinar Series - Webinar # 3 presented by JMA Wireless October 25, 2016 - NEDAS Toronto Symposium at Chateau Le Jardin Conference & Event Venue November 29, 2016 - NEDAS Washington D.C. Fall Symposium at Nationals Stadium December 6, 2016 - NEDAS Webinar Series - Webinar # 4 presented by Perfect-10 Wireless SAVE THE DATE! #NEDASBoston www.nedas.com