7.ftth presentacion alloptic

Alloptic, Inc. Proprietary

Introduction to Alloptic

FTTx Deployment

Alloptic, Inc. Proprietary May 2, 2006

About Alloptic

Founded in 1999, Alloptic is a privately held company based in Livermore, California

A Global leader in the design, development, and deployment of Gigabit EthernetPassive Optical Networks (GE-PON).

Mature, Proven, Standards-based Gigabit Bandwidth PON solutionAlloptic has been shipping products globally since 2001More Than 50 Customers WorldwideMore Than 15,000 Optical Network Terminals (ONTs) Deployed

Enables Service Providers to go Beyond Simple Bundling to True Integrated Communications

One Infrastructure, All ServicesTraditional Voice & Data, Packet Voice, High Speed Data, RF Video, IPTV and Physical Security Services

Optimized Home Office, Multi-Tenant and Business Solutions

Well funded by leading Venture CapitalistsLead Investors Ritchie Capital Management and GMG CapitalOver $120M in financing raised to date


Alloptic Leadership

First to Deliver:Environmentally Hardened Passive Optical Network (PON) An GE-PON Network with RF Overlay Capability using ITU standard WavelengthsIntegrated RF Capabilities in Optical Network Terminals (ONTs) for Both Single Family and Multi-DwellingOnly GE-PON solution with TDM capability integrated into the networkOnly PON product with Fiber to Fiber capabilityOnly Redundant PON System capable of automated re-routing of the connections


Alloptic Achievements

Global leader in the design, development, and deployment of GEPON Networks

More Than 50 Customers WorldwideMore Than 15,000 Optical Network Units (ONUs) deployed Delivered one of first IPTV deployments over PON at Western Power Australia in 2003.Alloptic has been working with IPTV Since 2001Founding member of the IEEE EFM Standards Committee Many Patents in GEPON Technology


Alloptic Deployments

Bright Project

Chung Hwa

Mt. Vernon, WABellinghaham, WA

Korea Tel (lab)InstalledCity Government

Zero dBCheney, WA

British Telecom(Lab)

FranceTelecomPirelli

TelecomItaliaPirelli

Optical Entertainment Network

Knology(7 locations)

Hargray( 4 Developments)

GateHouse Networks(4 Developments)

Seren Innovations

Nicholville

Greenfield Comm.(2 Developments)

DigitalEasy Chair

The Broadband Group The Pinehills

Seren Innovations

LaVerne

Columbia FiberSpokane, WA

Cable Bahamas

Wuhan City

i-Cable

TerracomRawanda

SmartTelecomIreland

iCornerstone

CommSouth

Acreo TestbedEricsson TPSA

IPPCDenmark China Netcom

Sichuan

Shangdong Zibo

CESOptimal

CATV Shangdong

Shanghai University Hangzhou

Futong Hangzhou

LetlhakaSouth Africa

OpticTelecomRussia and Kazakhstan

France Muni

Telecom MalaysiaEricsson

Peninsula Papagayo

Costa Rica

ChamplainTelephone

Charter Communications

Dhiraagu Maldives


Fiber

Why GE-PON?

Passive Networks

Marries the Best of Fiber, Passive Networks & Ethernet

Ethernet• The Features Customers Demand

• Unmatched Scalability

• Unparalleled Cost Effectiveness

• Ease of Use and Administration

• Unlimited Bandwidth

• Secure & unsusceptible to lightning & EMI

• Simple & Reliable

• Passive outside plant


Why Ethernet Dominates

Scalability Cost Effectiveness

Ease of Use and Administration• Simple, easy-to-manage connectivity

to Ethernet-based, IP equipment, both at the customer premises and at the central office.

Delivers the Features Customers Demand

• Bridging & Spanning Tree• Virtual LANs (VLANs)• Prioritization & QoS• Flow Control• P2P and P2MP Services


PON in the Access Network

Point-to-Point EthernetInefficient usage of fiber and transceivers makes P2P Ethernet both expensive and operationally unscalable

Better: Curb Switched EthernetImproves fiber usage at the expense of requiring an active outside plantStill expensive and operationally unscalable

Best: GE-PONEfficientScalableSimple and ReliableEnvironmentally Hardened


Comparing Gigabit PON Solutions

TDM Voice and Data support will be limited in GEM only solutions. Issues with RF Overlay and 2.5 Gbps upstream mode.

Alloptic provides rich support for native TDM, RF Overlay, Physical Security Applications in addition to IP optimized Voice, Data and Video.

Services Supported

Still Unavailable.Field Proven Since 2001Availability

Based on SONET/SDH line rates.

Ethernet Scalability: Symmetric 1Gbps today, 10 Gbps in 2007.

Scalable Performance

Basic Ethernet transport.Rich native support for all Ethernet functionality – Bridging, VLANs, prioritization, flow control, P2P and P2MP services.

Customer Functionality

Utilizes ATM or GPON Encapsulation Mode (GEM) framing to transport Ethernet and/or IP between the customer premise and the central office.

Provides simple, easy-to-manage native connectivity to Ethernet-based, IP equipment, both at the customer premises and at the central office.

Ease of Use and Administration

Still Unavailable: Limited to SONET/SDH economies-of-scale.

Mature: >1 Million working customers. Follows the economies-of-scale of Ethernet.

Cost Effectiveness

GPONGE-PON


New Generation EPON (NGEPON)

10Gbps EPON is the future of PON and a superior solution to 2.5 Gbps GPON (which is still unavailable).IEEE 802.3 Working Group created to develop a 10 GbpsPHY for EPON.

No other changes to the other EPON sublayers.Standard expected to be complete within 12 months.

Alloptic plans to deliver NGEPON via: Our existing edge2000 chassis using new 10Gbps OLT linecards and a new higher capacity SCM.A new edge200 style “pizzabox” form factor OLT


Summary

Mature, Proven, Standards-based Gigabit Ethernet PON solutionOnly Gigabit Bandwidth PON solution that both leverages all the advantages of Ethernet and is available todayGo Beyond Simple Bundling to True Integrated Communications

Traditional Voice & Data, Packet Voice, High Speed Data, RF Video, IPTV and Security ServicesIncreased Revenue, Reduced Operational Costs

Optimized Home Office, Multi-Tenant and Business Solutions


Project Requirements


Requirements

Triple Play offering per userVoice – TDM and VoIP preferablyData – 10 Mbps bandwidth maximumVideo – 3 RF or IPTV concurrent channels, HDTV ready

Residential onlyFTTH or FTTC

The network can be optical all way long or an OLT can be installed at a pole or cabinet and then changed to metallic access (cat. 5 minimum)

Deployment starting from the street cabinet, SDH and Metro Ethernet available


Project Characteristics

Horizontal condominium

Approximately 96 residences, but not all finished or sold yet

Infrastructure into the condominium is all aerial, self-supported


Proposed Solution


Solution Description

OLT (Optical Line Terminal)The OLT would be installed in the street cabinet where the services would be made availableUse edge200: 2 PONs, 2 Gigabit Ethernet SFP ports, 2 Ethernet ports, 4 E1 ports, 2 optical input ports for RF video

ONU (Optical Network Unit)The ONU would be installed inside a weather-tight enclosure either on a pole or on a house wallUse home4000: 4 Ethernet ports, 4 POTS, RF video outputEach ONU would serve 2 homes making available 2 Ethernet ports and 2 POTS ports per home, plus RF video using a RF 1:2 splitter48 ONUs total, 24 on each PON


Topology

OLT: edge200Services

ONU: home4000voicedatavideo

to 2 houses

splitter


to 2 houses

PON 2

total 24 ONUs


to 2 houses

total 24 ONUs


to 2 houses

splitter

PON 1


TDM Voice Solution

OLTThe edge200 has 4 standard E1 uplink ports, what delivers 1 POTS per each of the 96 homes and give 24 extra lines to be used by those who need a 2nd lineSynchronous E1 deliveryPrivate E1 point-to-point services supported

ONUThe home4000 with 4 POTS ports when used to serve 2 homes will give the possibility of a 2nd line for those who need it


TDM Voice Topology

OLT: edge200

From Service ProviderE1

Homes

to PON

from PON

1 or 2 POTSper house

twisted pairs tothe houses

Central Office

to 2 houses


IP Services Solution

OLTThe edge200 has 2 Fast Ethernet and 2 Gigabit Ethernet uplink ports making available to the service provider a scalable uplinkconnection

ONUFrom the 2 Ethernet ports available per home we suggest to provision 1 for IPTV and the other for Data and VoIP using a small router or SIP ATA in each homeThe 1 Gbps bandwidth per PON divided per 48 homes (if equally distributed) will give a little over 20 Mbps per subscriber, what is enough for IPTV, Internet, VoiIP, online gamming, movies and music downloads and many other services


IPTV Solution

OLTAlloptic has been working with IPTV Since 2001 and deliveredone of first live IPTV deployments over PON at Western Power Australia in 2003

ONUThe ONU Ethernet ports can be exclusively (recommended), or not, provisioned to deliver IPTVUnder the proposed topology each home will have over 20 Mbps of bandwidth that can transport up to 4 simultaneous IPTV channels (on unicast mode – VoD) and still have over 2 Mbps available for other servicesIPTV provisioning features include maximum number of channels per port, number of channels alarm threshold, and secure Set-top Box among others


IP Services Topology

OLT: edge200

From Service Provider Router withVLAN tagging

functions

GigabitEthernet

Central Office

to PON

from PON

2 Ethernet portsper house

CAT5 to the houses

GigabitEthernet

other services(VoIP, IPTV, Shopping, etc)

Homes

to 2 houses


RF Video Solution

OLTThe edge200 has 1 optical RF Video input port per PON for video broadcastThe video signal has to be converted to optical and amplified before injecting into the PON. The optical amplifier output power has to be defined based on the PON optical lossesAlloptic’s solution support both analog and digital video modulation and is HDTV readyRF video broadcast is done over 1550nm wavelength and does not consume the 1 Gbps bandidth

ONUThe ONU has 1 integrated RF electrical output that has to be splitted to serve 2 homesAlloptic’s integrated RF receiver is designed for frequency response for 50-870 MHz (full CATV spectrum)


RF Video Topology

From CATV ProviderOptical

Amplifier(EDFA)

to PON

from PON

1:2 RF splitter

RG-6 to thehouses

to PON 1

to PON 2

E to OConverter

if optical signal is supplied

if electrical signal is supplied

OLT: edge200Central Office

Homes

to 2 houses


IP Video Surveillance

The available PON ends can be used to agregate and transport other services such as Video Surveillance

Fiber optics using Ethernet support high reliability video backhaul High capacity supports hundreds of video sources VLAN based Ethernet networks for secure, flexible deploymentsHigh quality video support with minimal infrastructure

Alloptic PON networks are optimized to carry high speed Video1, 4, or 24 Ethernet port ONUs are available All Alloptic ONUs are temperature hardened with optional backup power for high reliability and flexibility.1 PON fiber can stream more than 200 cameras @ 4Mbps each up to 20 km without active repeaters. Bi-directional controls allow cameras to be controlled remotelyRemote telemetry support intrusion alert, power fail, and low battery alarms


Video Surveillance Topology

Central office / Surveillance center

- Up to 4 digital cameras, on CAT5- 12V Battery backup support - Std dial or ring-down telephones- Intrusion and power alarms

- Up to 24 digital cameras on CAT5- 48v battery backup support - Standard T1/E1 interface- 2 external alarm inputs

- Up to 24 digital cameras on MM or SM fiber- 48v battery backup support - Standard T1/E1 interface- 2 external alarm inputs

-More than 200 cameras on 1 fiber-Secure Voice communications-Remote monitoring and camera control-12 miles with 32 ONUs using 1Gigabit symmetrical bandwidth

Monitoring station Recorder


Product Overview


Broad Product Family

Residence

POTSEthernetVideo

HomeGear

Xgen4000

POTSDS1EthernetVideo

Small Business

Xgen6000

Xgen7000

High Density Multi-Tenant

POTSEthernetVideo

BizGearCorporate Offices/ Business Parks

POTSDS1EthernetVideo

Residence

Business Parks

POTSDS1EthernetVideoVDSL

FTTH

edge200

FTTB

MDU/FTTB

FTTB

FTTC

132

1.25 Gbps symmetricalVoice, Data, Video

1490 nm downstream1310 nm upstream

1550 nm RF Video, IP Video

GE-PON

Optical Splitter

Optical Network Terminals (ONT)Optical Line Terminals (OLT)

Central Office

GEMS Element ManagementSystem (EMS)

RF Video

Ethernet / IP Data

IP Video

Packet Voice

Traditional Voice

Traditional Data

edge2000


Alloptic edge200 Chassis

Carrier grade chassis and electronics19” rack mounting with front accessed connectivityVoice (TDM, VOIP) Video (IP, RF) Ultra hi-speed Ethernet with VLAN & QoS Internal full rate aggregation switchBuilt in DXC functionality 2 PONS for up to 64 ONUsUp to 2GBPS upstream network interfacesComprehensive testing & managementCompatible with all Alloptic ONU models

The Alloptic edge200 is the head-end controller for the Alloptic access system. It is a 16 gigabit Ethernet switch, a 2 PON OLT, and a TDM cross connect combined into a 2RU hardened package. All voice, data and video services are connected to the edge200 which then forwards them through a PON fiber to the appropriate ONU service port at the subscriber’s location. The edge200 is compatible to all Alloptic ONUs and is manages software and configuration information for the whole network as well as supporting network management and system timing functions.

Alloptic edge200 chassis


edge200 Applications

Alloptic edge200 chassis

2 PONs to

64 ONUs

High speed data100mb to 2Gb

TDM Telephony4 E1 or 120 lines

IP Video or VoDUp to 250 channels

RF Video input 1550 nm optical 1 input per PON Network

ManagementSystem Synchronization

Head-end, remote hut or pedestal

ServiceSource

ServiceDistribution


edge200 at a glance

4x E1 network interfaces

E1 link status indicators

2 x100baseT network interfaces

2 x1000baseFX SFP network interfaces

Network interface status indicators

network interfaces

Network Interfaces

Network synchronization from BITS or from any

working E1 link

SNMP or web based management out -of -band management (in-band also supported)

2x alarm input sensors and 2x alarm output contacts

Dual –48VDC power feeds

System alarm & power indicators

System Management

2x long -reach PON interfaces Up to 64 ONUs

2x integrated RF Video combiners to support

video distribution on the PON fiber

PON state indicatorsPON state indicators

PON Optical Interfaces


Alloptic home4000 ONU

The home4000 is is the most advanced and cost effective ONU in the market today This unit has been specifically engineered to provide advanced voice, video, and ultra high speed data capabilities to individual homes at competitive prices. Data ports can be programmed to work as an in-home switch for multiple computers, for specialized applicationssuch as multiple IP video sources, Voice over IP phones, or as individual services for secure multiple family applications.

Alloptic ONUH4061

Up to 4 100baseT data ports (up to 100 mbps symmetrical)TOS priority, IGMP Video, Port Bridging and 802.3q VLAN supportMultiple services/port supported2 or 4 POTS ports POTS path diagnostics and loop-back RF Video support internal or externalTemp hardened, low power consumptionUniversal mountingAlarm sensing and reporting>20 KM PON operating distance standard


home4000 at a glance

1Gbps GePON Single mode fiber interface

PON link state / unit status lightInputs 12VDC power input, battery

monitoring, intrusion alarm input

RF Video control and monitoring connector

Power & controls

Service outputs

Data ports 10/100 full or half duplex 1 or 4 ports , individually configured for for up

to100Mbps Full Duplex each

Optional telephone line support 0, 2 or 4 TDM POTS lines

Optional RF Video F connector output


Alternate Topology


RF Video with Return Path

If return path is required by CATV operator a 2-fiber infrastructure topology is necessary as the TV return path is done over the same wavelength as data upstream: 1310nm.

OLTIn this case the OLT won’t need the video inputs as video broadcast will use its own fiber to get to the homes

ONUThe ONU won’t require the integrated RF receiver

Video TransceiverA Video Transceiver will be used to receive broadcasted signal and to transmit upstream return pathAlloptic’s transceiver is compatible with DOCSIS 1.0, 1.1 and 2.0 allowing cable operator to deliver full serviceThe transceiver is connected directly to cable modem through itscoaxial port


RF Video with Return Path Topology

WDM

splitter

1550 nm1310 nm

Legend

return signal might need regeneration

RF splitter

RG-6 to thehomes

From CATV ProviderOptical

Amplifier(EDFA)

E to OConverter

if optical signal is supplied

if electrical signal is supplied

to thehomes

To CATV Provider

single fiber

single fiber

Central Office

Homes


Alloptic home Node

Alloptic video products convert optical RF signals to coax CATV signals that can be distributed in single family home using standard CATV splitters and amplifiers. They can be used stand-alone, or be used in conjunction with all Alloptic home ONUs. Receive only and transceiver with return path versions are available. The 3rd lambda receivers can share the same fiber used to operate the Alloptic ONU to further reduce fiber infrastructure expense.

Alloptic MicroNode

Full spectrum RF Video receiver 50-870mHzStand-alone, or in-line with Alloptic home ONUAnalog return path supported with burst mode laser DOCSIS 2 compatibleRemote management via ONU control interfaceLow RF receive power alarmRemote service activation/deactivation via home ONU+14dBmV/Ch output12VDC powered Low power consumption < 4 watts Universal wall mountingTemperature hardened


home Nodes at a glance

Alloptic ORTN501

Optical Input 1550 nm RF downstream

1310 nm RF burst mode upstream

Input

12VDC power and ONU alarm and control

interface

Power & controls

Power indicator

RF status indicator

RF Video output F connector

50-870mHz downstream +14dBmV/channel

5-50mhz upstream

Service outputs


Delivering the Digital Lifestyle

7.ftth presentacion alloptic

Business

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