optical lan solutions—making tomorrow's vision a reality

O i l LAN S l iOptical LAN SolutionsThe Infrastructure of Tomorrow, Available Today

Luca Rozzoni RCDD – Business Line ManagerTE Connectivity

Key Termsy

• PON - Passive Optical NetworkPON Passive Optical Network- (Carrier) Between Central Office (CO), or substation, and the premises in FTTx.

• POL - Passive Optical Local Area Network

- (Enterprise) Between the data center / equipment room and the user*.

*A user can be a human or device. (Virtually any IP device with an RJ-45 interface)

• GPON - Gigabit Passive Optical Network

PON Basics Cont.• GPON

- One of the fastest growing PON architectures todayg g y

- Point to Multipoint

- Bandwidth on Demand

Hi hl 128bit ti- Highly secure 128bit encryption

• Established and proven in the outside plant with various FTTH projects from Verizon FiOS in the US to France Telecom and many others around the world.

• The success of the OSP system has created an opportunity to bring the same system design into the enterprise.

GPON Details

• Single, singlemode fiber to each work area- Downstream up to 2.4Gbs @ 1490nm – (TDM) voice, data, switched video- Upstream up to 1.2Gbs @ 1310nm – (TDMA) voice, data, signaling video

WDM video (RF/Analog) overlay @ 1550nm- WDM video (RF/Analog) overlay @ 1550nm- All simultaneous- ITU-G.984 standard recommendations

• Technically Future Proof (Passive Components)- SM fiber has an unknown bandwidth limitation. - Until electronics reach the limit, glass manufacturers will not design

“next generation” singlemode- Upgrades to the next generation are as simple as replacing the electronics

Active Components (Powered)– Motorola, Tellabs, Alcatel, and othersMotorola, Tellabs, Alcatel, and others

• OLT – Optical Line Terminal(19” Rack Mountable) 24.5” x 17.4”x 16.8”

p- AKA - Enterprise Aggregation Switch

- Located in the Data Center- After the Level 3 WAN router

Photo courtesy of Motorola

• Fully populated OLT - Up to 14 Line cards

Photo courtesy of Motorola

- Up to 14 Line cards

- 4 Singlemode output ports per card= 56 Outputs per chassis

1792 W k G T i l (1 32 litt )EMS Server

= 1792 Work Group Terminals (1x32 splitters)= 7168 Ethernet Ports (ONT has 4 copper output ports)

Active Components (Powered)

• ONT – Optical Network Terminalp

- Located near the user or device

- 4 RJ45 (10/100/1000) output ports with optional POE

- Up to 62W* of available POE

- Standard HVAC is adequate

*Vendor Specific

- Optional internal or external battery back-up

ONT – Optical Network TerminalPhoto courtesy of Motorola

Optional internal or external battery back up.

Traditional LAN vs. POL

page 7 / December 2011

Traditional LAN Optical LAN

Basic POL Schematic


Basic POL Schematic

PASSIVE(No Power Required)


(No Power Required)

POL vs. MMF for data / Copper for voice

• The OLS solution eliminates cable congestion that is associated with

FTTD Cables144 SM fibers (Data, voice & video)g

traditional structured cabling applications.

• Traditional networks would require a home run from each user for voice, data, and even video.

h l l l f b f• The OLS solution utilizes a single fiber for all services reducing cable bundles.

S ll f f t f t t i t d lti• Small form factor factory terminated multi-fiber cables and connectors reduce cable congestion and speed up installations

Conventional Cables144 MM fiber pairs (Data)

144 copper cables (4-pair, Voice)

Passive Optical LAN Solutions Key ElementsTop Level System ViewTop Level System View

This is technically the “Horizontal Cabling” – Copper runs can be up to 100 metersruns can be up to 100 meters.

Requires this 182 lbs.144 User Example

much cable - 144 SMF x 55m = 182 lbs.

Traditional Ethernet design for a 500 user system

P

REQUIRESYES NO

Power

HVAC

Racking

UPS

(8) 24 port Workgroup switches per floor

Home-run cablingHome run cabling to each user

Enterprise Multi-service Router in Data CenterRouter in Data Center

POLS design for 500 user system

REQUIRESYES NO

Power

HVAC

Racking

UPS

Workgroup switches

Home-run cabling

Enterprise Multi-service Router in Data Center

POL Market Drivers• Functionality

U d t d b i i t– Understand business requirements – Rethink and revaluate old assumptions

• FinancialReconsider procurement– Reconsider procurement

– What business problem does it solve?

• Operational– Improve efficiency / reduce OPEXImprove efficiency / reduce OPEX

POL continues to rise in Gartner Hype cycle analysis

Savingsg• FootprintFootprint:Power/Cooling/Capital Expenditures:Infrastructure costs comparison

Th l l f ti lit f th FTTD l ti ff• Power/Cooling/Capital Expenditures

p

-No switches and patch panels = no racks = no dedicated room

Power/Cooling/Capital Expenditures:

- No switches (CapEx / OpEX)No power for switches

FTTD infrastructure savings over MMF for data and copper for voice approach

The plug-n-play functionality of the FTTD solution offers tremendous labor cost savings over traditional MMF installations

• Infrastructure costs savings– 1000 User system ~ 70% savings

room

- iFDH can be located in a broom closet

- No power for switches- No additional cooling for switches- No maintenance contracts

pp pp

250 User system- 60% savings500 User system- 62% savings

250 User system> $7K savings500 User system > $15K savings1000 User system 70% savings

Source FOLS horizontal cabling costs model fiber vs. UTP

Pl l l b t i t diti l

- Floor space can be reallocated*- No UPS back up for switches (CapEx / OpEx)- Additional power savings

500 User system- 62% savings1000 User system- 70% savings2000 User system- 69% savings

500 User system > $15K savings1000 User system > $30K savings2000 User system > $60K savings

• Plug-n-play labor cost savings over traditional* Savings are realized upon reallocation of spacedd o a po e sa gs

- Additional cooling savingsSource FOLS horizontal cabling costs model fiber vs. UTPSource FOLS horizontal cabling costs model fiber vs. UTPActual installation data

SavingsgCase Studies: University of Mary Washington

R ll I t t S ttl W hi t

– University of Mary Washington- Reduced the number of IDFs from 10 to 3

- Each IDF is now located in a broom closet

Russell Investments, Seattle, Washington

- Estimated $450K in commercial power savings

– Russell Investments- Previously allocated IDF space now revenue generating dorm rooms

- Design saved many pounds of plastic and copper compared to CAT6

p g- Actual year one savings >$1MM

- IDF costs reducedRussell Investmentsg y p p pp p

- Reduced building weight, fire load, overhead racks and energy

- Received two LEED credits (Unusual for structured cabling)

- IDF costs reduced- $70k per IDF- 2 IDFs per floor

( g)

Source: David Scott - MotorolaSource: David Scott - Motorola

Design savings using POL

Passive Optical LAN (PON) Solution2 Users Per ONT 4 Users Per ONT

Traditional LAN(1Cu Data / 1Cu Voice)

System

46%User

73%System

-User

-

p ( )

Traditional LAN(1 Shared Cu Voice/Data)

System

-User

-System

28%User

82%

P t fl t i t diti l• Percentages reflect savings over traditional• Savings of cable plant and electronics only• Does not include potential OpEx or Labor savingsp p g• Exact savings may vary by specific design

Power Consumption Comparison

2010 Department of Army DirectiveTechnical Guidance for Network Modernization April 23 2010Technical Guidance for Network Modernization April 23, 2010

Deployment: Single Wing in Building

Environment Cubicles:120

Offices: 20

SolutionFiber Hub:1

Terminals: 12

ResultsDuration: 1 Week

Gbps Ethernet Ports: 600O ces 0Printer/Fax: 4

Conf. Rooms: 6Splices: 0

Field Terminations: 0

Deployment: Three Separate Networks

Environment R ltSolutionEnvironment Cubicles:204

Offices: 16Printer/Fax: 16

Conf. Rooms: 10

ResultsDuration: 2 Weeks

Gbps Ethernet Ports: 984

SolutionFiber Hub:2

Terminals: 18Splices: 0


Deployment: Business Officep y

Environment Solution R ltEnvironment Cubicles:195

Offices: 8Conf. Rooms: 10

SolutionFiber Hub:2

Terminals: 24Splices: 0


ResultsDuration: 1 Week

Gbps Ethernet Ports: 812

FDT

FDT

FDT

FDH

FDH

ONT

ONT

Campus Distribution

FDT

FDT

FDT

FDH

ONT

FDH

FDH

OLTTFP

ONT

FDT

FDT

FDT

ONT

FDHOLT

TFP

1x32 + Patch

1x32 + Patch

1x32 + Patch

ONT

FDT

FDT

FDH

FDT

FDT

FDT

FDH

FDH

FDH

ONT

2x32 + Patch

2x32 + Patch

2x32 + Patch

ONT

FDT

FDT

FDT

FDHONT

FDT

FDT

FDT

FDH

FDH

FDH

FDH

ONT

FDH- Each

FDH

FDH

ONT

FDT

FDT

FDT

1x32 + Patch

1x32 + Patch

1x32 + Patch

ONT

FDT

FDH

FDH

FDH

FDH

ONT

FDH

TFP

FDH

FDH

FDH

OLT

FDT

FDT

FDH

TFP

TFPFloor FDH-

Homerun

FDH

OLTTFP

OLT

FDH FDH FDH FDH

TFP

OLT

FDH FDH FDH FDH

TFP

FDHOLT

TFP

OLTOLT

OLT

FDT

FDT

FDT

FDH

FDH

ONT

TFP

OLT

FDT

FDH

FDH

FDH

FDH

ONT

TFP

FDH-C t l 2x32 + Patch

2x32 + Patch

2x32 + Patch

ONT FDH

FDH

TFP

TFP

FDH- Each

Central

Split on Floor (1x32)

Camp sFDH- CentralFDH- HomerunSplit on Floor Split on Floor

OLT FloorSplit on Floor (2x32)

Redundant

Campus Distribution

p(1x32)

p(2x32)

Redundant

PON Users Todayy

HospitalsHospitals Campuses

UniversitiesUniversitiesCruise Ships

Hotels (Large)Hotels (Large)Government and Military

High Occupancy Buildings (Call Centers)High Occupancy Buildings (Call Centers)Multi-Tenant Units (Commercial and Residential)

Summary of Benefitsy

• Up to 50% reduction in network power consumption• Reduced fire load, building weight, and use of non-renewable

Up to 50% reduction in network power consumption

• Significantly reduced cabling construction costs

materials

• Intuitive plug and play design reduces installation time and errors

• Significant floor space savings with TE OLS plug and play design

p g p y g

• Lower future expansion costs

• Multiple buildings served by one main equipment room• Virtually future proof (cable plant)

• Overall TCO reduction

Overview Video

Optical LAN Solution (OLS)Optical LAN Solution (OLS)

Passive Optical Network (PON) from the main Telecommunication room to the deskNew networks require a new way of thinking. As a global communications network infrastructure provider for decades, TE fiber and copper connectivity solutions assure smooth integration of new equipment and technologies for in-building applications as well as long-term reliability and flexibility that are critical across the network.y

TE offers a complete, end-to-end network infrastructure solution for Fiber-to-the-Desk (FTTD) networks supporting PON and GPON.pp g


Optical Line Terminal (OLT)

Main Telecommunications RoomMain Telecommunications Room

Optical Line Terminal (OLT)• Active equipment provided by suppliers such as Motorola, Tellabs, Alcatel Lucent

• After Layer 3 WAN Router

• Up to 14 Line cards

- 4 Singlemode output ports per card

= 56 Outputs per chassis= 1792 Work Group Terminals (1x32 splitters)= 7168 Ethernet Ports (ONT has 4 copper output ports)

OLT


TrueNet® Fiber Panels (TFP)

Main Telecommunications RoomMain Telecommunications Room

TrueNet Fiber Panels (TFP)

The TFP panels combine the unique features of vertical cable guides and patented angle-left / angle-right adapters and plug and play angled cassettes to provide bend radius protection, intuitive routing, and easy connector accessconnector access.

TFP panels are ideal for interfacing between the Optical Line Terminal (OLT) and iFDH units through the SC-LC/MPO cassettes.

Available in 1, 2 and 5 rack-units sizes.

Fiber Patch PanelSC-LC/MPO

,

MPO Cassette

More info about …


Telecommunications RoomTelecommunications Room4Indoor Fiber Distribution Hub

iFDH

35

6

TE’s Rapid Distribution Hub organizes and administers optical fiber cables and passive optical splitters for enterprise PON applications. The enclosure connects to the TFP near the OLT via plug-and-play termination using MPO connectors.using MPO connectors.

Equipped with Mini Plug and Play splitter Modules, the iFDH supports the centralized splitting architectures.

2

1

Open the door



iFDH

35

6

TE’s Rapid Distribution Hub organizes and administers optical fiber cables and passive optical splitters for enterprise PON applications. The enclosure connects to the TFP near the OLT via plug-and-play termination using MPO connectors.using MPO connectors.


2

1

Open the swing door



3 5

6

TE’s Rapid Distribution Hub organizes and administers optical fiber cables and passive optical splitters for enterprise PON applications. The enclosure connects to the TFP near the OLT via plug-and-play termination using MPO connectors.

Splitter Module

using MPO connectors.


2

1


Telecommunications RoomTelecommunications Room4

35

6

Mini Plug and Play Splitter ModulesTE‘s Mini Plug and Play Splitter Modules support centralized splitting architectures. The modules are available in a wide range of split ratios and are used in TE‘s iFDH OLH series cabinets. The rugged packaging is built for high performance, while the true plug

Splitter

rugged packaging is built for high performance, while the true plug and play design reduces installation time

Available Splits

21x8

1x16

1x32

2x32

1

TE Optical LAN Solution (OLS)TE Optical LAN Solution (OLS)

iFDTTelecommunications RoomTelecommunications Room

Indoor Fiber Distribution Terminal4

Indoor Fiber Distribution Terminal

Rapid FDT’s provide a compact solution for connecting optical fiber cables within enterprise environments and serve as the distribution point between the iFDH and the d k

35

6

desk.

The iFDT’s compact footprint enables it to be placed under raised floors, in the ceiling or to be wall mounted.

2

1

Open the door


iFDTTelecommunications RoomTelecommunications Room4

Indoor Fiber Distribution Terminal3

5

6

Indoor Fiber Distribution Terminal

Rapid FDT’s provide a compact solution for connecting optical fiber cables within enterprise environments and serve as the distribution point between the iFDH and the d kdesk.

The iFDT’s compact footprint enables it to be placed under raised floors, in the ceiling or to be wall mounted.

2

1


Optical Fiber Patch Cords and RealFlexTM Drop cables

Raised Floor or Ceiling areaRaised Floor or Ceiling area4

Optical Fiber Patch Cords and RealFlexTM Drop cables

The challenges of routing cables under raised floors or in a false ceiling space are quickly solved by using RealflexTM

drop cables with reduced bend radius fiber capabilities.

They are used to connect the rapid FDT to the user area.

Fiber Drop Cables

35

6

ey a e used to co ect t e ap d to t e use a ea

TE offers ultra physical contact (UPC) or angled physical contact (APC) on the LC and SC connector styles.

Lengths from 3m (10’) to over 46m (150’) are available.

2

1


At the work area various products are used to connect

Work AreaWork Area

At the work area, various products are used to connect the Optical Network Terminal (ONT) provided by suppliers such as Motorola, Tellabs or Alcatel to the iFDTand the user devices.

Wall Mount Faceplates

Faceplates

Optical Network Terminal

Diff t f l t d i il blDifferent faceplate designs are available


Work AreaWork Area

At the work area various products are used to connectAt the work area, various products are used to connect the Optical Network Terminal (ONT), provided by suppliers such as Motorola, Tellabs or Alcatel, to the iFDT and the user devices.

SC and LC Singlemode Fiber Patch Cords

Fiber Patch Cords Optical Network Terminal


Work AreaWork Area

ONT – Optical Network Terminal

-Located near the user or device

- 4 RJ45 (10/100/1000) output ports with optional ( ) p p pPOE

- Up to 60W* of available POE

- Standard HVAC is adequate

*Vendor Specific

- Optional internal or external battery back-up.

ONTOptical

Network Terminal

ONTONT

For additional information…

www.PONsource.com

Questions and close

Luca Rozzoni RCDD

Business Line Manager EMEA ANZ

[email protected]@te.com

optical lan solutions—making tomorrow's vision a reality

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