Corning ONE™ for Enterprise Mobility
Manny Garcia
Solutions Engineer
March 2015
Apps & Devices
More devices
&
more
applications
Congestion
More hardware to
support devices &
applications
Growing IT problems
Creating multiple networks to manage
OpticalOptical
Communications
Communications
Infrastructur
More
infrastructure
for more data
Changing protocols and
applications create
tremendous challenges for
enterprise IT organizations
(cost, technology, service,
troubleshooting)
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Enterprise networks are at a “tipping point” and outdated by today’s growing
business needs requiring better access to mobile and cloud services
The challenges are reflected in a number of IT trends
Cloud computing
 Capacity Saturation - By 2015, 80% of the wireless
LANs will be obsolete (Gartner)
 Enemies from Within - BYOD (“bring-your-owndisaster”) poses severe security issues
 Scaling Out not Up - Increasing reliance on Cloud for
storage, computing and services
 User Experience - Rich media, mobile HDTV, mobile
Analytics and
“big data”
Social and mobile
communications
gaming requires strong QoS
 Driving Down Cost - CAPEX and OPEX reduction,
systems convergence, green buildings
By 2017,
63%
of workloads will be
cloud based
50x growth in
7.3 Billion
information managed by
mobile devices in 2014
and growth will
increase with IoT
the enterprise is expected
over the next decade
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Optical Communications
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POL and DAS deliver on the value of a shared fiber infrastructure
Network Services
Analog
Voice
Integrated Services
Shared fiber
infrastructure
PoE
supported
Packet Voice
Desktop
Computer
 POL positive TCO helps pay for
DAS infrastructure
Analog
Phone
 DAS leverages the same POL
fiber trunk resulting in reduced
CAPEX
VoIP
Phone
WiFi
Access Point
POL
IP / Ethernet
Data
IP Video
Building
Automation
Fiber
Splitter
DAS
RF Video
Security
Surveillance
PoE
supported
Business Value
 Clients can manage and operate
their own mobile network operator
(MNO) neutral DAS
 Supports Public and Private Wi-Fi
WAP
 Synergies with combined MDF,
IDF, fiber management, powering
and power backup
Video
Conferencing
 In some cases DAS can be a
revenue generation opportunity
RF Video
and IP Video
 Public expectations and demands,
for cellular coverage outside and
inside facilities are met
Smartphones
& BYOD
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Optical Communications
Tellabs Confidential
Proprietary
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The Solution:
ONE™
Wireless
Platform
Unlimited
bandwidth of fiber to
the edge enables
the convergence of
multiple networks
into ONE
Cellular,
WiFi &
POL
Today
More
Applications
Later
½ time
&
space
to
install
no new
infrastruct
ure
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Optical Communications
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Enabling All Things Wireless
with ONETM Wireless Platform
In-building wireless converged solution
providing cellular , Wi-Fi and Ethernet
backhaul over an all-optical network
IDF Closet
ICU Injects Power
Active Antenna
Distribute RF + Ethernet backhaul
Connectivity
Fiber in the
horizontal
MDF
Head End
connects to
RF sources
Coverage
Convergence
Capacity
Cellular +
Unlimited
Distributed
LAN + WLAN bandwidth at
architecture
Convergence
+ POL
the edge
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Optical Communications
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Architecture Overview
MDF
Fiber Management
IDF
Via Fiber Riser
Optical Interface Unit (OIU)
Optical Interface Modules (OIM)
Via Composite Fiber
Horizontal
Remote
Remote Access Unit (RAU)
Via same Horizontal
To Cell
Phone
Interconnect Unit (ICU)
Converge power up to 8 remotes
AP
Central Ethernet Unit
Head End Interface Unit (HEU)
Radio Interface Modules (RIM)
Cellular BTS
2xGb
w/ POE+
Ethernet Switch
Ethernet Devices
Gigabit Ethernet from LAN
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Optical Communications
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Interconnect Unit (ICU)
FMU to ICU
MTP Trunk Cable
•
•
•
•
MTP to MTP
12 to 144 fibers
Armored or Non-Armored
Used in Riser space
between FMU and ICU
ICU to RAU
Composite Cabling
Interconnect Unit (ICU)
•
•
•
•
2,4, 6, 12 Cu conductors
4, 6, 12, 24 Fibers
Armored or Non-Armored
Pre-Connectorized
PnP Module
Fiber
Mgmt Modules
Power Supply
Modules
Supports Up to 8 RAUs
Injects power to Antennas
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Optical Communications
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Ethernet Support – POE+ Gb Ethernet Module
Antenna
•
•
Physical layer play – IT switch
vendor agnostic
Independent cellular – Gig.E layers
Head-End or IDF
Central Ethernet Unit
GEM
2 RJ45 Connectors
3rd party Ethernet Switch
GEM: Gigabit Ethernet Module
Supporting two POE+ Connections
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Optical Communications
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MIMO Support
2 Bands MIMO via RXU
Multi Bands MIMO
Group 1
Group 2
Expansion Unit
MIMO1
BTS
MIMO1
BTS
MIMO2
MIMO2
• Supporting MIMO does not require additional cabling
• Two options to support MIMO services:
•
•
MIMO via RXU – Uses the same fiber pair to provide up to two MIMO services
RAU – Uses the same cabling infrastructure and head-end equipment to
provide multiband MIMO support
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Optical Communications
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Capacity Steering / Sectorization
Service
Group-A
Service
Group-A
Service
Group-B
Service
Group-C
EVENING
Service
Group-B
Service
Group-C
DAY
Typical DAS
Sectorization Benefits
Flexible Steering Benefits
•
•
•
•
Distribution of
RF equally on all
antennas
Typically by
combining all
services
•
•
Delivers customized service
combinations to different
locations
Ease carrier onboarding
Allows progressive expansion
of services to dedicated
locations (e.g. MIMO upgrade)
•
Allows user to shift
capacity depending on
demand
Maximizes RF capacity
sources
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Optical Communications
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ONE Wireless Platform for Enterprises
Key Platform Attributes Contributing to Value Creation
Enterprise
Facility Needs
ONE Wireless
Platform
Future Proof, no
rip & replace
Compatible
WLAN/PON/DAS
Infrastructure
scalability
Converged Facilities Infrastructure
Ethernet
Backhaul
Wireless Infrastructure Support Requirements
Migration to LTE,
801.11 ac/ad
Intelligent end-toend monitoring
1:1 Connectivity
Closer to users,
accurate services
Unlimited
Bandwidth
WiFi Offload
CAPABILITY
+
FLEXIBILITY
+
VALUE
=
ONETM Wireless Platform
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Optical Communications
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Texas A&M recently chose Corning’s ONE and an integrated network over a
legacy network and DAS for Kyle Field
• Texas A&M University chose Corning’s
ONE Wireless Platform over legacy
network designs
• The Corning ONE Wireless Platform
allows Texas A&M to provide pervasive
LAN, Wi-Fi, and Cellular coverage for
over 100,000 Aggies fans
• The Corning ONE Wireless Platform cost
far less than the legacy switched network
and DAS solutions Texas A&M were
considering
• Texas A&M financed this system and
leveraged Corning’s relationships with the
various wireless carriers to negotiate
lease agreements which helped offset the
cost of the system…that’s an Integrated
Solution!
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Optical Communications
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Texas A&M converged use case
• Kyle Field at Texas A&M is one of the
largest college football stadiums in US
(>100,000)
• Completing 1st of 2 phases in Sep
2014
• ONE™ Wireless Platform design
chosen through competitive review
• Cellular coverage for all 4 carriers
–
–
–
AT&T and Verizon plug-in for game 1
T-Mobile and Sprint 2015
Capability to redirect capacity to campus
42 sectors (stadium)
8 transition zones
• Converged fiber connectivity through
Passive Optical LAN for:
–
–
–
–
–
–
WiFi
IPTV
VOIP
Point of Sales
Security IP cameras
Video displays
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OpticalOptical
Communications
Communications
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Healthcare
Stations Casino
Why Corning
Ethernet
POE+
Space
Savings
Modular
Service /
Upgrade
ONETM
is the Right Platform for Hoteliers
•
Convergence of IT infrastructure
•
Future-ready Wi-Fi infrastructure
to address emerging standards
•
Little to no closet space
required. RF is where you need
it  near the user
•
•
Office
Add or modify services
seamlessly
Non-intrusive upgrades: no need
to enter walls or ceilings
Hospitality
Education
Customer: Stations Casinos
• Owner of 17 Hotel/Casinos
Challenge: Red Rock Hotel &
Casino
• Guest cellular quality of service
• Enablement of wireless
applications for operational
efficiency
The ONE Wireless Solution:
•
Future Proof
Scalable fiber infrastructure
ensures your facility is ready for
today & tomorrow’s IT needs
• All cellular services for three
major carriers
• Ethernet / Wi-Fi Support
• In-room application
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Optical Communications
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ONE Wireless Platform for Healthcare
Key Platform Attributes Contributing to Value Creation
Healthcare
Facility Needs
Asset Tracking
Application
support
Guest/Caregiver
Connectivity
CAPABILITY
Supporting
LEED
requirements
+
FLEXIBILITY
+
VALUE
=
Converged Facilities Infrastructure
Future Proof, no
rip & replace
Wireless Infrastructure Support Requirements
Physician
mobility
ONE Wireless
Platform
Compatible
WLAN/PON/DAS
Optical fiber
lifespan 15+years
Negligible loss,
extended reach
Intelligent end-toend monitoring
1:1 Connectivity
ONETM Wireless Platform
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Optical Communications
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Corning ONE™ - One Architecture… many possibilities
Head End
CEILING
Telemetry AP
Cellular
ON OFF
WiFi
ON OFF
Security
ON OFF
Telemetry
ON OFF
Signage
ON OFF
A/V
ON OFF
PON
ON OFF
LAN
ON
ON OFF
OFF
GEU
ON OFF
IDF
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Optical Communications
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Corning Optical Technical Support
Emmanuel Garcia – Solutions Engineer
Marty Mednansky – Sr. Dir. of VAR’s
1 (571) 230-0097
1 (253) 445-1509
garciae@corning.com
mednanskmj@corning.com
Keith Martin – Dir. of Strategic Accounts
1 (571) 393-0949
martink@corning.com
Troy Suddith – Dir. RF and Solution Eng. 1 (301) 370-2207
suddithtm@corning.com
_____________________________________________________________________________________
Truc Tran – Manager Tech Support
1 (703) 624-7948
trant@corning.com
Technical Support:
(800) 787-1266 or CMATS@corning.com
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Optical Communications
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