Vision Technologies Commscope Emerging Technologies Event

Emerging Technologies for Sustainability The Evolution of Distributed Antenna Systems Ron Plecas Manager, IBW Channel Sales Global Partner Organization

CommScope

•DAS – What is it? •DAS – Why do you need it? •Why Commscope ? •Why Vision Technologies?

A

AGENDA

DAS – What is it? • A network infrastructure that improves wireless cell phone coverage indoors

• Made up of: – Cable (Fiber and Coax)

– Connectors – Electronics – Antennas

• Indoor • Outdoor

Off-Air Signal Source

Fiber Optic Backbone

Head End Equipment

Micro/Pico Cell

To/From Carrier(s)

Remote Unit

Remote Unit

Interior Antenna

s

Active Distributed Antenna System w/Optional Signal Sources

Why do you need it? • Dependence on Mobile Devices in the

workplace – Critical need to stay in touch

• Not just voice – 50% Mobile Traffic is data specifi c

– Need to be productive anytime and anywhere

• Most mobile calls today are made indoors • Building infrastructure hampers indoor service

– New building initiative – LEEDS– block wireless signals from the outside network

Why Commscope ?

• ION-B remote capable of handling multiple frequencies and carriers. • ION-B Master with dedicated units per cellular carrier allows to balance the RF power equally per carrier and ION-B remote sharing

Multi carrier, multi frequency and cellular technol ogy agnostic:

Why Commscope ?

• Simplest topology

–Single fiber pair per ION-B remote carrying all frequencies, carriers and technologies � Least amount of fiber needed.

–Multicarrier remote with high power reduces the amount of remotes needed.

–Small size equipment and with lowest power consumption (highest efficiency RF output power vs consumption)

Why Commscope ?

• Scalability

– Additional carriers or changes are done at ION-B master therefore any additional carriers or frequencies require only intervention at the master side

Multi-Band/Multi-Operator Advanced Off Air Digital Repeater for Cellular & UHF Public Safety Services

UHF Public Safety & Cellular In-Door Distribution

Passive distribution of RF signals

Passive distribution of optical signals

Passive distribution and radiation of RF signals

Why Commscope - 100% Commscope Solution

Node A*

ION-B

Heliax Cables

Fiber Optic Cable & Apparatus

CellMax Passive Devices & Indoor

Antenna*

* CSI provides similar products Outdoor coverage and off-air pickup of wireless signals Donor Antennas

Why Vision Technologies?

• Approved Commscope IBW Partner • Best In Class Technical Support • Proven expertise in DAS Deployment • Skilled staff of DAS Specialists

• System Design • Technical Sales • System Deployment and Commissioning • Wireless Service Provider Relationships for Carrier Approval

• Capability of delivering a 100% Turn Key Solution • Technical Expertise well beyond DAS

Passive Optical NetworksEPON vs. GPON

Julie Roy, RCDD, DCDC, NTS, ESSTechnical Manager

May 8th, 2014

2PRIVATE AND CONFIDENTIAL © 2011 CommScope, IncPRIVATE AND CONFIDENTIAL © 2014 CommScope, Inc.PRIVATE AND CONFIDENTIAL © 2014 CommScope, Inc.

Agenda

• History• PON flavors

– EPON and GPON– Architecture– Design

• CommScope solutions

3PRIVATE AND CONFIDENTIAL © 2011 CommScope, IncPRIVATE AND CONFIDENTIAL © 2014 CommScope, Inc.

PASSIVE OPTICAL NETWORK

HISTORY


Passive Optical Networks (PON) History

• Telecom Industry needed:–Dramatically more bandwidth to subscribers–Replacing aging/inadequate copper infrastructures–Minimizing CAPEX–Reducing power requirements–Reducing OPEX costs

• Along came PON–Proven Technology–First standards developed in 1995–Over 15 years of perfecting PON technology –PON ONT shipments to reach 24.5 million units by 2013–Large installed global base (primarily FTTH)


Why PON?Benefits to the Service Provider

Central Office/ Headend

OLT

20 km

PON systems can serve customers up to 20 km over passive infrastructure

� No intermediate active equipment to power and maintain

� Significant reduction in operating expense


EPON VS GPON


CommScope offers a PON solution

• PON solutions generated by CommScope Broadband divi sion• Offering includes both EPON and GPON systems

– EPON is the flagship– GPON is also available

• 100% compatible with CommScope’s passives components– SM fiber optics, connectivity, splitters, above/below ground enclosures…

The only manufacturer offering both PON solutionsThe only manufacturer offering an end-to-end solutionCommScope is the only “One stop shop”!


PON Basics

• Ethernet Passive Optical Network (EPON)– IEEE 802.3

– ah standard for 1Gbit/s: Symmetrical 1.25Gbit/s– av standard for 10Gbit/s: Symmetrical 10Gbit/s

– Uses standard 802.3 Ethernet data frames– OLT connects to the provider network using cost-eff icient

devices, such as Ethernet switches and routers

• Gigabit Passive Optical Network (GPON)– ITU Standard G.984: 2.488Gbit/s Down, 1.244Gbit/s U p– ITU Standard G.987: 10Gbit/s Down, 2.488Gbit/s Up– Uses GPON Encapsulation Method (GEM), fragmented

packets or ATM– OLT connects to the provider network using ATM swit ches or

convert to Ethernet


PON ARCHITECTURES

IP video EPON OLT Computer

Data1n

Splitter

/ Tap

IP STBEPON ONT

IP PhoneVoice

IP video GPON OLT ComputerGPONONT

Data1n

Splitter

/ Tap

IP STB

IP PhoneVoice

IP Video

IP Data

VoIP

IP Video

IP Data

VoIP


PON Operation

Upstream TDM Operation

ONTs send information to the OLT in a

specific time window.

Upstream TDMA Operation

ONUs send information to the OLT in a

specific time window.

User 2

User 1

User 3

ONT

ONT

ONT

OLT User 2

User 1

User 3

ONU

ONU

ONU

OLT

Downstream BroadcastAll data goes to all ONTs, and the ONT

address controls the downstream data.

Downstream BroadcastAll data goes to all ONUs, and the ONU

address controls the downstream data.

User 2

User 1

User 3

ONT

ONT

ONT

OLT User 2

User 1

User 3

ONU

ONU

ONU

OLT

Splitter

Splitter


EPON and GPON Layering

Networks are about Efficiency!


EPON vs GPON technology

• Because EPON is based on known Ethernet technology

–IT knowledge based–Known operation and maintenance–Qualification protected–Facilitate transition–Interoperability unique to EPON


Enterprise Standards

• EPON per IEEE 802.3ah (1Gb/s) and 802.3av (10Gb/s)– No ITU standard for Enterprise

• Structured Cabling Infrastructure– Should be compliant with published standard to protect investment.– ANSI/TIA-568-C.0 and ANSI/TIA-568-C.0-2

• Recognized cabling (multimode or single-mode), 2-fiber or higher fiber count is required

• Splitters shall be connectorized and not part of the Cabling subsystem 1• EPON and GPON should not exceed the maximum supportable distances• EPON and GPON should not exceed the minimum and maximum channel

attenuation including the attenuation of couplers and splitters for Passive Optical Networks (PON) applications using single-mode optical fiber cabling

– ANSI/TIA-569-C• 1 distributor room per floor, more if distance is exceeded


Topology following published standards

• Structure cabling infrastructure offers flexibility, easy migration and facilitate maintenance.


Design consideration

• Length (20 Km) and budget allocation (28 dB)• Unknown future

– Protection of investment for both telecommunications and building infrastructure

• PON is a proprietary solution• Limited flexibility• Avoidance of oversubscribing


Network Connection is the bottleneck

UPSTREAM EPON 1 GE

GPON 1.2 GE

UPSTREAM EPON 1 GE

GPON 1.2 GEPONsPONs

Nx1GEOr

Nx2.4GE

Nx1GEOr

Nx2.4GE

1 1 nn

ONUs ONUsPON OLT

DOWNSTREAM EPON 1GE

GPON 2.4 GE

DOWNSTREAM EPON 1GE

GPON 2.4 GE

1Gb Physical for both

EPON & GPON

1Gb Physical for both

EPON & GPON


PON Value proposition

• All remote access switches can be replaced with passive infrastructure reducing capital and operational expenses

– Balance switch cost vs. Passive Optical Splitter– Reduction of power requirement– TRs are not always cooled – no reduction in cost

• No practical length limitations– Single OLT can support entire network on SMF

• Riser requirements significantly reduced• Copper can be reduced to patch cords

– ONU to devices on desk• ONUs can be installed only when needed resulting in

reduced capital and operational costs.• Centralized management of system resulting in low staffing

levels


COMMSCOPE SOLUTION


CommScope Enterprise POL


SFP EPON ONU

Optical Splitter

9016 or 9264OLT

111132323232

EthernetSwitch

• SFP form-factor ONU• Plugs into any SFP-enabled device

• Switches, routers, DAS, specialized modems

• EPON manages ONU; In-band management for device

Management / Provisioning

System

ONUONUONUONU

SFP ONU


CommScope Element Management System

3 Management Options• EMS / NMS – GUI-based• CLI – Command Line Interface• SNMP – Integrates into Higher Order Systems

EMS – Element Management System

• Standalone EMS• SNMP based access system• Fault Management

– Real Time Alarms & Statistics

• Configuration Management– Port, VLAN, Multicast, EPON

configuration– System Backup– Software Upgrades

• Remote or Local• Scheduled

• Performance Management– Performance Measurements & Statistics– Real Time Measurement and Monitoring

Management


Extended Maintenance & Support Services

• Silver– Tech support line (during business hours)– Trouble ticket system– Product information updates– Remote diagnostics– Maintenance releases

• GoldSame as Silver plus:– 24 hr live tech support line– Software upgrades– Onsite assistance– Extended hardware maintenance (defective product replacement)– Free training day

Protecting you and your networkaround the world.


Summary

• EPON reduces PON capital costs.

• Traffic determines split ratios.

• EPON designs can be adapted to make use of existing investments in Ethernet equipment.

• 20 KM reach allows collapse of distribution and access layers which can eliminate active equipment capital and operating costs.

• PoE, EEE and other switch based energy management systems are supported.

• Migration to 10G EPON.

• Support for future Ethernet technologies (L2 or L3 for example).

• IEEE Standards continue, 802.3bk for Extended Reach EPON.


How can we help you?


CommScope OLTs

Both units:• Redundant

– power supplies– Main processing and switch fabric– Network interface – Fans

• Hot swappable components• 8 PON ports per line card• 20km reach (@ 32 splits); optional 30km optics• Located in head end or data center• Available for EPON or GPON

C9264• Up to 64 PON ports• 8 RU chassis

C9016• For smaller deployments• Up to 16 PON ports• 2 RU chassis


CommScope Desktop ONUs

• On or under or around end user’s desk• Requires power• One upstream fiber port

– One single mode fiber, SCAPC

• Usually four downstream RJ-45 UTP ports– 10/100/1000BASE-T

• Some include– IEEE 802.11b/g/n WiFi– auto negotiation

• AES-128 downstream encryption• Remote loopback test support for diagnostics• Secure: No management access from the ONU


CommScope Multi-User ONUs

CM-6024A

CM-8024A

CM-7024A

1U, 19’’ rack-mountable24FE + 2 uplink modulesUplink options:• 100Base-FX, 1000Base-X, 1000Base-T, EPON

1U, 19’’ rack-mountable24GE + 2 uplink modulesUplink options:• 100Base-FX, 1000Base-X, 1000Base-T, or 1G-Base-X

Combo EPON

1U, 19’’ rack-mountable24-port GE with PoE + 2 uplink modulesUplink options:• 1G Base-T or 1G-Base-X Combo• 1.25G EPON Module

CM-6008ADesk / flat surface mount8-port FEFixed 1.25G EPON Uplink

1

1 PRIVATE AND CONFIDENTIAL © 2012 CommScope, Inc

Analytics


1953 Superior Cable Corporation CTV

founded by Frank Drendel

1997 CommScope becomes independently traded public company on NYSE (CTV)

2013 CommScope becomes independently traded public company on NASDAQ (COMM)

2007 CommScope acquires Andrew

2013 CommScope acquires iTRACS and Redwood Systems

2004 CommScope acquires Avaya’s Connectivity Solutions business

1889 1984 1996 2000

1976

2


Redwood’s Building-Performance Lighting Platform

BEST-IN-CLASS ENERGY SAVINGS

World’s most efficient lighting platform

Reduced HVAC costs

LEED and BREEAM credits

POWERFUL BUILDING INTELLIGENCE

Improve space utilization

Enhance safety & security

Increase occupant productivity

FLEXIBLE & EXPANDABLE

Easy to install and maintain

Easy re-provisioning

Scalable & reliable

Integration with other systems


Traditional Lighting & Controls 3 Separate Systems

3


Lighting Reinvented: A Single Cost Effective Platform


Building Performance Lighting

4


Installation and Commissioning Cost Disruption

Rigid Conduit w/ AC Line - $$$/Linear Foot

Flex Conduit w/ AC Line - $$/Linear Foot

Low-Voltage Wire - $/Linear Foot

1) Power Infrastructure – Labor & Materials

3) Connecting Fixtures –Splicing vs. RJ45

2) Power Infrastructure – AC vs. LV Wiring

4) Easy for Moves, Additions & Changes


Typical Problems

Space Utilization

No visibility into when space is

used

No visibility into when space is

used

Under-utilized spaces in current

configuration

Under-utilized spaces in current

configuration

High demand for conference rooms

or offices

High demand for conference rooms

or offices

No data available for real estate

decisions

No data available for real estate

decisions

Energy Savings

Lights are often on when no one is

in the room

Lights are often on when no one is

in the room

My fluorescent lights are inefficient

My fluorescent lights are inefficient

HVAC is on when it’s not needed

HVAC is on when it’s not needed

Limited insight into the proper control settings

Limited insight into the proper control settings

5


Redwood Benefits Summary

PROBLEM BENEFIT

1) Current fluorescent lighting system is inefficient High-efficiency LED lighting and controls

2) Lights are on when space is unoccupied High-density motion sensors ensure lights are turned on

when people are present

3) No insight into the proper control settings for HVAC and

lighting

Analyze motion data to review occupancy trends, and

tune HVAC and lighting policies accordingly

4) HVAC is on when a space is unoccupied High-density temperature and motion sensor data used for

HVAC control through third-party integration

5) Don’t know if our floor space has been correctly

configured for our needs

Analyze motion data to review space utilization and

identify problem areas and opportunities to reconfigure

6) No visibility into the use patterns of the building’s floor

space

Motion data used with external software to create

occupancy and space utilization reports

7) High demand for conference rooms Manage conference room reservations using motion

sensor data for Google Calendar and MS Exchange

8) No data for real estate decisions Occupancy and space utilization reports derived from

motion data and external software


Redwood Enables Better Space Planning

BACK

Real-time data collection

• Analyze data to fully understand patterns and needs across facilities

• Enables the more efficient use of space

• Enables more accurate forecasting of future space requirements

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Office and Datacenter Energy Savings Case Studies

Reduction in peak power

LEDs w/o controls

75% Savings 91% Savings

LEDs w/o controls


Conference Room Occupancy Manager

• Sensors report real-time & historical data

• Integration w/ Outlook / Google Calendars – Reserve, Open-If-No-Activity, Track Users

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Used in Menlo Park campus to show presence in conference rooms

Occupancy data sent via Open Application Framework to Facebook floorplan app

Productivity - reduced employee time to find open meeting room from several minutes to 3 seconds

Space utilization – data showed low utilization of large conference rooms leading to reduction in number of larger rooms by 60%

Case Study: Space Optimization at Facebook

Note: Floorplan requires system integration


Highlighted Customers

Office and Data Centers New construction

Corporate Offices Retrofit

Research Facility Renovation

Corporate Office Retrofit

Corporate Office (HQ) Retrofit

Office and Data Centers New construction/Retrofit

Private High School New construction Xavier

Corporate HQ Retrofit

Remote Data Center Retrofit

Corporate Offices New Construction

Data Center New Construction

Corporate Office Renovation

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Realized Customer Benefits

Commercial Office

75% Savings Renovation

75% Savings Retrofit


Data Center


90% Savings Renovation

80% Savings* New Construction


Redwood’s Building-Performance Lighting Platform

Platform Low-Voltage DC Power & Control Infrastructure

High Density Sensor Network

Open Application Framework

Saves Energy Reduces Real Estate Costs Enhances Safety

& Security Delivers

Added Value Benefits

Applications

Energy Efficient Lighting Control

Conference Room Management

Occupancy-Based HVAC

Security Alerts and Reports

Space Utilization

Your Application Here

Sensor Data Energy Environmental Motion Occupancy Temperature

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The Power of Building-Performance Lighting

FLEXIBILITY

SMART GRID AWARE

MAINTENANCE

SPACE UTILIZATION

SAFETY AND SECURITY

ENERGY EFFICIENCY

INDIVIDUAL CONTROL

HEALTH AND COMFORT


Thank you

Vision Technologies Commscope Emerging Technologies Event

Technology

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