Title: Poll: What
1Poll Whats prevented you from deploying
cellular in the Enterprise?
- Cost/Budget
- Carrier terms are not agreeable
- Not knowing where to start / who to contact
- Staff lacks cellular systems experience/knowledge
- Too difficult to install or deploy OR
architectural challenges
2Distributed Antenna Systems (DAS) In The
Enterprise
- John Spindler, Dir. of Product Management
3DAS in the Enterprise
- Whats the issue?
- Wireless challenges in the enterprise
- Whats the answer?
- Things to consider
- The Grail
- Who pays?
- DAS simplified
- Questions answers
4Poll Whats the main reason to invest in an
Enterprise cellular solution?
- The need for ubiquitous cellular coverage
- Increasing cellular data usage/capacity
- Business-based wireless applications
- BYOD (multi-mobile device using staff)
- Amenities for visitors/customers
- Safety security
5Changes in Enterprise Communications
- Ubiquity of mobile device use
- Wireless displacement of land lines
- Bring Your Own Device (BYOD)
- Increasing dependence on wireless apps
- Wireless app use in critical business functions
- Increasing data/capacity demands
- Users expect a high quality of service for both
cellular and Wi-Fi
6The Experts are Saying
- The focus is shifting from deploying cellular
network infrastructure in large public venues to
the enterprise - According to ABI Research, in-building wireless
market revenue will double to 9B by 2020 - The market has become very focused on the
enterprise Joe Madden, Mobile Experts - Fundamental DAS drivers remain unchanged and
include coverage, capacity, spectrum efficiency,
interference mitigation, data support,
scalability, and adaptability Infonetics
Research
7There are gt290k Buildings 50k-200k ft2 in the USA
Commercial Buildings Energy Consumption Survey
2012, US Energy Information Agency
8Cellular Wireless Challenges in the Enterprise
9Its Still About Coverage in the Enterprise
- Rapid carrier network evolution leaves gaps in
coverage service indoor often not guaranteed - We havent overcome the insulation of the indoor
from outdoor - Construction
- Signal Dominance
- Enterprises typically plan on 100-150 square feet
per person - Average employee uses lt100 MB data/day
10Green Initiatives are Good for Energy Efficiency
Not so Good for RF Efficiency
- Construction type of building has a great
impact on wireless system performance ease of
installation - Energy efficient buildings shield cell tower
signals. - 2.8B square feet of LEED-certified building space
- 45 of new non-residential construction will be
green this year
11Whats The Answer?
12Enterprise Wireless Requirements
- Coverage everywhere
- In most enterprises user density is low,
therefore capacity is not the issue - Data usage is primarily achieved via WiFi, not
cellular data networks - Support of one or more wireless operators, to
accommodate not only employees/staff, but in some
instances roaming visitors. - Support of one or more wireless frequencies (700,
850, 1900, AWS) - Minimal disruption to operations during system
installation. - A system which is easily upgraded to handle
future coverage and capacity requirements. - Mitigation of interference issues between mobile
devices and other equipment (healthcare,
robotics, etc.) - Aesthetically unobtrusive (invisible)
- No safety hazards to the staff
13There are Many Coverage Capacity Tools
- Repeater
- Brings in RF from the outdoor macro cellular
network - Low cost
- Not dedicated capacity variable performance
throughout area - Distributed Radios
- Small radios called picocells and femtocells
(based on power level) - Do not rely on the macro network for switching
and hand-offs - Evolving technology often used for Hotspot
solutions for 1 or few services - Passive Distributed Antenna Systems (DAS)
- RF is distributed over coax cables to antennas
throughout a building or area - Low performance solution as coax cable losses
lower power signal quality over distance
performance is not uniformly reliable - Requires an RF source to feed the system
- Active Distributed Antenna Systems (DAS)
- Fiber-optic based RF distribution system
- System converts and amplifies signals throughout
an area amplifiers close to the user for optimal
network performance - High and low power solutions available for
medium-sized buildings to large macro networks - Requires an RF source to feed the system
14What are Distributed Antenna Systems and Where is
DAS Deployed?
- Low power amplifiers connected by cabling
distributed to deliver cellular (licensed-band)
services - Connected to the cellular network
- Centralized backhaul connection to service
provider (central office) - 2G/3G/4G service agnostic
- Distributed by fiber, coax or Ethernet throughout
local area
- To improve wireless coverage and capacity in
areas where cell towers cant be installed or
adequately provide service - Malls, hotels, casinos, arenas, stadiums,
hospitals - Campuses public spaces
- Urban or suburban areas
- Tunnels, coastlines, canyons
- High-rise, MDU, Enterprise
15Enterprise DAS
16DAS is a Cost-Effective Flexible Solution for
Wireless Coverage and Capacity
Thin Coax
- Flexible and scalable solution to accommodate
single or multiple operators and frequencies - Easy to design
- Active DAS is similar to Wi-Fi, easy to install
- Seamless interaction with the macro network
- Pay as you go, minimize up front investment
- Equipment may be centralized, keeping maintenance
costs low - Simple RF management easy to add coverage
- Longevity of investment through scalability
capacity added when needed
Remote
Expansion
Fiber Cable
Main Hub
17Things to Consider
18Key Questions to Right-Size the Solution
- Whats the issue coverage, capacity, or both?
- How many wireless users do you have (employees
and guests)? - Is wireless data supported via WiFi, cellular
data, or both? - Today LTE is a data-only service
- Does one wireless carrier dominate usage in the
facility? - Is support for multiple operators necessary?
19Facility and Installation Considerations
Potential Cost Impacts
- Type of environment - Open layout, dense, mixed
use - Buildings construction materials (sheetrock,
metal, concrete, etc.) - RF design goals (required strength of signal)
- What type of cable infrastructure is installed
and/or will be required? - Is there dark fiber available?
- Are there any special installation requirements?
- Is conduit required?
- 50 labor premium
- How much conduit Required in just the
horizontals or everywhere? - How large is the conduit how many fibers how
long are the runs? - Building-code requirement or environmental need
based on facility type - Are there any fire code requirements?
- Working hours, access arrangements
20Special Requirements
- Hospitals
- Tenting, union and/or incumbent installer,
conduit, core drilling, work hour restrictions,
validation of drawings (lead-lined walls), proper
definition of coverage requirements (e.g.
Operating Rooms, boiler rooms, etc.), RF
management plan. - Campus
- Union and/or incumbent installer, validation of
facility drawings and fiber map, conduit, work
hour restrictions, core drilling, high lift - Manufacturing
- Union labor, conduit, work hour restriction, high
lift - Airport
- Union labor, security clearance, conduit, work
hour restriction, high lift, RF management plan. - Hospitality
- Work hour restrictions, historic architecture,
union labor (regional) - Corporate Office
- Union labor, conduit, work hour restriction
21In Search of the Holy Grail
- The Bridgekeepers Three Questions
22Is DC to Daylight Necessary in the Enterprise?
ATT Verizon Sprint T-Mobile
700MHz Data Data - Data
850MHz Voice Voice - -
1900MHz Data Voice Voice/Data Voice
AWS Data Data - Data
A solution which supports 700MHz, 850Mhz, 1900MHz
and AWS frequencies can deliver 2G/3G/4G coverage
and capacity for all 4 major U.S. wireless
operators
23What About Using Existing WLAN for DAS?
- Not recommended because
- Different technologies different antenna
footprint - Wi-Fi has 6-8x more access points than a typical
active DAS - Unknown performance of installed copper plant
- The cost of the additional cable is negligible
- Theres no cost-efficient and simple solution
available today
24Should Cellular Public Safety Be On The Same
System?
- Very similar RF penetration challenges
- Always on service expectation cellular nearing
mission critical - Reduce cost by using common infrastructure and
materials
- Ownership maintenance responsibility may be
different - RF stability differences
- Single point of failure
- Some jurisdictions mandate separation of systems
(150) - Traffic prioritization (gt40k calls daily)
- RF design plan may be unique
- Different location priorities (stairwells versus
board rooms) - Different capacity loads demand different amounts
of amplifiers
25Who Pays?
26Common Business Models
27Enterprise Funding Challenges
- Financing in a BYOD? Multiple devices per user
for which WiFi and mobile services expected - Carrier portability doesnt support carrier-paid
investments in buildings - Carrier ROI models are getting tougher
- Neutral Hosts cant make the numbers work in
enterprises
At the end of the day, in most cases, it will be
the responsibility of the enterprise to select
and fund a solution
28DAS Simplified
29Enterprise DAS Can Be Easy!
- Identify your real needs based on user population
density(dont ask for what you dont need in the
future) - Understand what support you need from the
carriers involve them right away OR find a
business partner who will do that for you - Understand what your barriers may be with your
building construction, space and access during
installation
30Choose a Solution that Meets Your Project
Requirements
TE DAS FlexWave Prism Spectrum
TE DAS Fusion
Enterprise WiFi and/or uLTE
Large Enterprise
gt500k sqft
Enterprise WiFi
Med. Enterprise
50k 500k sqft
TE DAS Fusion
Small Cell TE DAS Unison
Small CellTE DAS Unison
Residential WiFi
Small Enterprise
lt50k sqft
Small Cell
Small Cell
WiFi uLTE
1-4 bands
Neutral Host
31Questions?
32Thank you!
- John.Spindler_at_TE.com
- 408.464.8111