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FTTP: Still the Big News in 2006

Product Type: Market Research Report
Published by: Information Gatekeepers Inc
Published: August 2006
Product Code: R403-89
Description
This 2006 incarnation of the FTTP Report will focus on the coming change to a new delivery mechanism based on GPONs. Verizon has just announced the successful vendors from its analysis of a GPON RFP, and the other RBOCs are watching closely. The other major change is the merger of AT&T and BellSouth. Shortly there will be only two major RBOCs - Verizon and AT&T.

The RBOCs, all four to greater or lesser extents, are now in the process of rolling out FTTP. Verizon has a monumental effort underway, and the others are in various stages (lab tests, minor deployments or preparing massive rollouts) of deployment. The RBOCs are also on the verge of actually moving into the video business in a massive way. At least two of the four RBOCs are expected to be in the residential TV delivery business before the end of 2006. Several relatively new technologies will be deployed in their entries into that business, and the RBOCs will use just about every imaginable combination of those technologies to achieve their objectives. This report covers all details of these activities.

On May 29, 2003, the three largest RBOCs (BellSouth, AT&T, and Verizon) announced that they had adopted a common set of technical specifications for the delivery of fiber-to-the-premise (FTTP). In October 2003, Information Gatekeepers issued “FTTP - The RBOCs’ Light Sword?” That report detailed various possible scenarios for FTTP deployment, identified the most likely, and did the same things for the vendors. That report (and its subsequent update in 2004) and our latest, previous FTTP report, “FTTP - Going Strong in 2005,” turned out to be very accurate. However, now there is enough new information emerging to justify an entirely new report on the subject.

In 2003, the primary FTTP event (and the main subject of our first report) was that three RBOCs had actually agreed on a direction, and issued an RFP. In 2004, the main story was the technology and the fact that the RBOCs (at least Verizon) were serious about this program and had begun deployment. In 2005, some of the previous story lines were important, but the main story was that the RBOCs (at least Verizon) are going into residential video delivery in a big way. After so much testing, learning, false starts and failures, the RBOCs are really committing to a massive effort to compete on a network basis in residential video delivery. For those who have been in the industry for a time, memories go back to 1985-7 and Cerritos, CA and Orlando, and other early video trials. One wonders if enough has been learned to be successful in this very difficult business. The 2005 version of our FTTP Report highlighted the video effort of the RBOCs as well as giving a complete update on FTTP.

In other times, the announcement of the FTTP RFP (and the subsequent RFP for GPONs) would likely be viewed by most with a big yawn - just another technical standardization. However, in today’s times, this was the biggest news in the telecommunications world - perhaps the biggest in years. The initial announcement was followed by a joint RFP issued in June 2003 to selected vendors for the FTTP equipment. Responses and vendor selections were scheduled for the third quarter of 2003, with initial deployments to begin in 2004. As we will detail, this schedule was not completely met, but the RBOCs were close. Then in late 2005 the RBOCs issued a RPF for GPON approaches to FTTP. In mid-2006 Verizon announced awards under that RFP.

The equipment vendors have looked at the potential size of a project to bring fiber near the customers of these three companies, and they visualize a return to the go-go days of the late 1990s telecom market. At around $1,500 capital cost per installed fiber line, it is easy to see how a program that involves over 100,000,000 lines could easily drive a return to profitability for many equipment vendors.

This report will consider the issues of the background competitive landscape - especially now that the RBOCs have swallowed up the two largest IXCs (and CLECs) ; the details of the RBOC PON (and the coming GPONs); details of the various RBOC access architectures, and how video fits into these architectures; details of the various options for deploying video - FTTX, broadcast video and IPTV; the current deployment scenarios; an analysis of the economic impact (capital and on the overall network) of that deployment; the specific plans of each of the RBOCs; vendors of the equipment and software; and details of the video plans. This update will add the information on the selected vendors, as well as illustrating the impacts of the so-far identified deployment plans.
Table of Contents
INTRODUCTION




THE COMPETITIVE LANDSCAPE - THREATS IN EVERY DIRECTION

RBOCs vs. the CLECs (IXCs)


The RBOC Counterattack - Long Distance


RBOC Purchase of IXCs

RBOCs vs. Cable Companies

Cable Companies vs. Satellite Companies




THE RFP - PONS WILL SET US FREE

What Are PONs?


The PON Design

Status of PON

Advantage and Disadvantages of PON

Types of PONs


BPON

EPON

GPO N


The PON in the First RFP


GPONs

Other Approaches for Access Architecture

Fiber to the “X”

xDSL Versions

Design Details for Current Plans


Fiber to the Neighborhood (FTTN)

AT & T ‘s Fiber to the Node (FTTN)

BellSouth’s Fiber to the Curb (FTTC)




APPROACHES TO VIDEO DELIVERY

Broadcast

IPTV


IPTV Architecture

IPTV Global Architecture


Super Hub Office

Video Hub Office

Serving Offices


IPTV Distribution and Access Architecture

IPTV Channel Selection




RBOCS’ FTTP PLAN - THE LIGHTWAVE IS BACK!

FTTP as the Light Sword of the RBOCs

Comments on Triennial Review Results

Original Schedule

Differences of the RBOCs




RBOC PLANS

Verizon Plan


Verizon - Physical Description

Verizon - Size of Rollout

Verizon - Services


AT&T Plan


AT&T - Physical Description

AT&T - Project Lightspeed

AT&T - Lightspeed Services


AT&T IP Services


Video

Internet

Voice

AT&T U-verse TV




BellSouth Plan


BellSouth - Physical Description


Qwest Plan

Comparing the Plans of the RBOCs

Announced Implementations




ANALYSIS OF ANNOUNCED PLANS

Verizon

AT&T

Bell South

Qwest

Announced Plans - Quantitative Analysis


Announced Plans - Size

Announced Plans - Costs




VENDORS OF THE LIGHT SWORD

Requirements for a Successful Vendor

Possible Consortiums

Selected Vendors

Vendors Listing


Summary of Vendors


Detailed Listing of Vendors


ACTERNA

Adtran

Advanced Fibre Communications Inc. (AFCI) (Now Tellabs)

Alcatel

Alloptic Inc

Amino Technologies plc

AOC Technologies

Avanex Corporation

Broadlight

Calix

Cisco

CORRIGENT

Entrisphere, Inc.

Ericsson

Fiberxon

FINISAR CORPORATION

FlexLight Networks

Fujitsu

GENONE3 TECHNOLOGIES, INC.

HUMAX USA Inc.

iamba Networks

JDS Uniphase

Kreatel Communications AB

LightComm Technology

Lucent/Alcatel

Marconi

Microsoft

Motorola

NeoPhotonics

Nortel

OFS

O-Net Communications Ltd

Oplink Communications, Inc.

Optiviva Inc.

Optical Solutions

OSAKI ELECTRIC CO., LTD.

Paceon (Mitsubishi)

Passav

Quantum Bridge Communications

Salira Optical Network Systems

Scientific-Atlanta

Siemens

Tandberg, Ltd.

Tellabs

Terawave

Tut Systems

Vinci Systems, Inc.

Wave7 Optics

Worldwide Packets, Inc

Zhone Technologies




APPENDIX I - DEPLOYMENT SCENARIOS

Deployment Scenarios (Cases)


Assumptions for Case Development


Case Development

Case I - The Most Ambitious


Case I - Size

Case I - Costs

Case I - Traffic Impacts


Case II - An Intermediate Plan


Case II - Size

Case II - Costs

Case II - Traffic Impacts


Case III - The 3% Solution


Case III - Size

Case III - Costs

Case III - Traffic Impacts


Case IV - The Smallest Plan - Greenfield Only


Case IV - Size

Case IV - Costs

Case IV - Traffic Impacts


Summary of Four Scenarios


Capital Impacts Comparisons


General Summary Comments about the Cases




Table of Figures

Figure 1, Market Matrix

Figure 2, Revised Competitive Structure Due to IXC Purchases

Figure 3, RBOCs vs. CLECs (IXCs)

Figure 4, RBOCs in Long Distance

Figure 5, RBOCs Subsume IXCs and CLECs

Figure 6, RBOCs vs. Cable Companies

Figure 7, High Speed Forecast

Figure 8, Adoption Rates of PCs and High-Speed Access

Figure 9, Cable Companies vs. Satellite Companies

Figure 10, PON Basic Arrangement

Figure 11, RFP PON - Central Office Portion

Figure 12, RFP PON - Outside Plant Portion

Figure 13, RFP PON Service Assignments

Figure 14, BPON/GPON Comparison

Figure 15, Typical GPON

Figure 16, Bandwidth Needs

Figure 17, Fiber to the 'X' Varieties

Figure 18, Chart of Various xDSL Technologies

Figure 19, Fiber to the Neighborhood

Figure 20, Fiber to the Node

Figure 21, Fiber to the Curb

Figure 22, Broadcast TV on BPONs

Figure 23, Broadcast TV

Figure 24, IPTV General Architecture

Figure 25, IPTV Global Architecture

Figure 26, IPTV Access Architecture

Figure 27, FTTP Architecture for IPTV

Figure 28, IPTV Hub Office Architecture

Figure 29, IPTV Channel Selection

Figure 30, Summary of Competitive Position

Figure 31, Five Reasons for ‘Why FTTP Now?’

Figure 32, FTTP Schedule

Figure 33, Map of Verizon FTTP Exchanges 2004-2005

Figure 34, Verizon FIOS Offices Through 2005

Figure 35, Verizon Services

Figure 36, AT & T U-verse Video Services

Figure 37, AT&T U-verse High-speed Access Services

Figure 38, Announced Plans - Annual HPs and Penetration

Figure 39, Announced Plans - HPs Cumulative Passed vs. Served

Figure 40, Announced Plan - Comparison to H-S Accesses

Figure 41, Announced Plan - Costs by Segments

Figure 42, Segment Costs Including Video

Figure 43, Announced Plan - Capital Costs and Budget Impact

Figure 44, Requirements for Successful RFP Vendor

Figure 45, Possible Consortiums

Figure 46, Originally Selected Vendors

Figure 47, Newly Selected Vendors

Figure 48, Summary of Vendors

Figure 49, Deployment Scenarios - Four Cases

Figure 50, Parameters by Case

Figure 51, U.S. Census - Households

Figure 52, Assumed Take Rates

Figure 53, High Speed Access Average Busy Hour Throughput, and FTTP Multiplier

Figure 54, Percent Aerial Distribution

Figure 55, Average Capital Cost per Home Served

Figure 56, Cost per Home Passed but Not Served

Figure 57, Case I - Annual Homes Passed and Penetration

Figure 58, Case I - Homes Passed Cumulative

Figure 59, Case I - Comparison to High-Speed Accesses

Figure 60, Case I - Costs by Segment

Figure 61, Case I - Capital Costs and Budget Impact

Figure 62, Case I - Comparisons of Traffic FTTP and High-Speed Access

Figure 63, Case I - Total Network Traffic

Figure 64, Case II - Annual Homes Passed and Penetration

Figure 65, Case II - Homes Passed Cumulative

Figure 66, Case II - Comparison to High-Speed Accesses

Figure 67, Case II - Costs by Segment

Figure 68, Case II - Capital Costs and Budget Impact

Figure 69, Case II - Comparisons of Traffic FTTP and High-Speed Access

Figure 70, Case II - Total Network Traffic

Figure 71, Case III - Annual Homes Passed and Penetration

Figure 72, Case III - Homes Passed Cumulative

Figure 73, Case III - Comparison to High-Speed Accesses

Figure 74, Case III - Costs by Segment

Figure 75, Case III - Capital Costs and Budget Impact

Figure 76, Case III - Comparisons of Traffic FTTP and High-Speed Access

Figure 77, Case III - Total Network Traffic

Figure 78, Case IV - Annual Homes Passed and Penetration

Figure 79, Case IV - Homes Passed Cumulative

Figure 80, Case IV - Comparison to High-Speed Accesses

Figure 81, Case IV - Costs by Segment

Figure 82, Case IV - Capital Costs and Budget Impact

Figure 83, Case IV- Comparisons of Traffic FTTP and High-Speed Access

Figure 84, Case IV - Total Network Traffic

Figure 85, Comparison of Scenarios

Ordering and More Information
Price and Delivery Options



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