Network of the Future - with Equipment Forecasts



Market Studies

Network of the Future – with Equipment Forecasts

Network of the Future - with Equipment Forecasts


Published
date: January, 2016


Overview
| TOC | TOF

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Order Report


This report is based on an original survey of experts.


Overview

The purpose of this report is to forecast the future (2016-2021) of the North American telecommunications network, and from that forecast to identify the major equipment needs to fulfill that forecast. There has been a great deal of turmoil in the area of telecommunications, much of it leading to spectacular changes and advances. Turmoil has been created by technological changes, by regulatory changes, by the development of new products and applications, by the introductions of new, or new flavors, of services, and by the entry of non-traditional competitors.

Because of this turmoil, consumers have much greater capabilities in the broad area of telecommunications than ever before. The reality has passed the fantasy in many ways: cell phones are more capable than Dick Tracys wrist radio, and more capable than Flash Gordons communicator.

Even though there is a great deal of turmoil and uncertainty, forecasting is very important, because as a great philosopher once said;

"Without a forecast, there can be no planning.
Without planning, there can only be chaos."


Order Report
This report will use the technique of asking the experts for their view of the future and then distilling from that input (some of which will be contradictory) a consistent, unified, organized view of the next five years of telecommunications in North America.

The first chapter will describe the survey that was used to "ask the experts." After that, the reader will be presented with several of the raw answers for the responders to the survey. It is intended to give the reader a first hand view of some of the material in the responders' words. Following the raw answers sample, the author will provide a summary and analysis of the answers and then the resulting forecast for the future of the network.

Finally, this general forecast will be used to provide specific equipment forecasts for this period. This will be accomplished by combining the Forecast of the Future Network that we have constructed with the Survey, with information about forecast of traffic demand and likely investment (supply). The report will thus produce detailed forecasts for the major types of equipment used in optical networks. A description of the makeup and function of each type of equipment will precede the forecast.

At the end of the report, a listing of major vendors that provide this equipment is provided a swell as Appendixes to assist in understanding traffic concepts.


Table of Contents


NETWORK OF THE FUTURE - WITH EQUIPMENT FORECASTS

1


TABLE OF CONTENTS

2


NETWORK OF THE FUTURE - WITH EQUIPMENT FORECASTS

7


TABLE OF FIGURES

7


NETWORK OF THE FUTURE - WITH EQUIPMENT FORECASTS

9


THE LIGHTWAVE NETWORK SERIES OF REPORTS

9


The Lightwave Network

9


The Lightwave Series of Reports

10


General Reports on the Network

12


General Market Reports

12


Specific Systems Reports

15


NETWORK OF THE FUTURE - WITH EQUIPMENT FORECASTS

19


INTRODUCTION

19


THE SURVEY

20


SURVEY SAMPLE RAW RESULTS

22


View of Future Network 2016-2021- Base Case

22


Base Case

22


Network

22


Industry

23


Response 1

24


Response 2

25


Response 3

26


Response 4

27


Response 5

29


Response 6

30


Response 7

31


Response 8

31


SURVEY SUMMARY AND ANALYSIS

36


ANALYSIS

36


General

36


Access Network

36


Transport Network

38


Applications

38


FORECAST FOR NETWORK OF THE FUTURE

40


General

40


The continuing forces of disruption

40


Access

40


Access Network - Wired

40


The wired network will tend toward fiber

40


Access Network - Cellular

41


The cellular network will be forced to deploy 5G in some areas.

41


Transport

41


Transport facilities will become virtually all fiber

41


Applications

41


The Application area will see the most growth

41


EQUIPMENT FORECAST

43


TRAFFIC - THE OPTICAL NETWORK DEMAND

43


Major Traffic Sources

45


Four Major Sources of Traffic

45


AAA Access Lines

45


Mobile Devices

48


International Traffic

51


H-S Access Lines

52


Demand Growth - Summary

54


INVESTMENT - THE NETWORK SUPPLY

57


Carriers Investments

58


SUPPLY - CAPITAL INVESTMENT BY THE RBOCS

59


Importance of Wireline

60


RBOC Investment Plans and Forecast

62


AT&T Investment Plans and Forecast

62


Verizon Investment Plans and Forecast

64


Loss of Main Lines

65


Summary Thoughts on Investment

69


EQUIPMENT DESCRIPTIONS AND FORECASTS

70


ROADM Description

70


Types of ROADMs

71


First Generation ROADM - PLC-Based ROADMs

72


Colorless vs. Colored Ports

73


Other Names

73


Benefits and Problems with PLC ROADMs

74


The Second-Generation ROADM - Blocker-Based ROADMs

74


Other Names

75


Alternative Designs for Blockers

76


Problems with Blocker-based ROADMs

77


Third-Generation ROADM - Wavelength Selective Switch (WSS)

78


Other Names

82


Problems and Benefits of WSS ROADMs

78


Fourth-Generation ROADMS - Edge ROADM (ER)

82


Summary of ROADM Features by Utilization

82


Summary of ROADM Types by Generation

83


Summary of ROADM Description

84


ROADM Forecast

84


ROADM Systems - US Forecast

84


US Edge ROADMs

87


US Market Forecast

87


World Market Forecast

90


DWDM

94


DWDM Description

94


US Physical Components

95


METRO DWDM

96


What is Metro DWDM?

98


Types of DWDM - 40 and 100 Gbps Channels

99


DWDM Forecast

99


North American Forecast

100


World DWDM Forecast

102


Switches

106


Switch Description

106


IP and Ethernet Switches

106


Switch Forecast

106


North American Switch Forecast

107


World Switch Forecast

109


ROUTERS

110


What is a Router?

111


Why Use Routers?

111


What is a Terabit Router?

112


Traditional Router Technology

112


Traditional Router Applications

114


Router Forecast

116


North American Forecast

116


World Router Forecast

118


VENDORS

122


System Vendor Listing

122


Adva Optical Networking

122


Alcatel-Lucent

123


Auxora, Inc.

124


CALIENT Technologies

124


Ciena

124


Cisco

125


ECI

126


Ericsson

127


Fujitsu

127


Infinera

128


Juniper

128


Huawei Technologies

129


Kingfisher International

130


Mahi Networks (formerly Photuris) - Meriton - Now Xtera

130


Marconi Corporation plc (Ericsson)

131


Meriton Networks

132


Movaz Networks (ADVA)

134


Movaz NEC America Inc.

135


Nistica

136


Nokia Siemens (NSN)

137


Nortel (Now dissolved)

138


Performance Motion Devices

139


Tellabs

140


Tropic Networks (Alcatel-Lucent)

141


ZTE

142


APPENDIX I, TRAFFIC STATISTICS RELATIONSHIPS

143


APPENDIX II, DATA TRAFFIC FUNDAMENTALS

146


Internet Traffic Calculations

146


Bits and Bytes

146


Transfer Rate

147


Busy Hour Traffice

147


Protocol Efficiencies

148


Peaking

149



Table of Figures


FIGURE 1, LIGHTWAVE NETWORK
FIGURE 2, TRAFFIC FORECAST - AAA LINES
FIGURE 3, MOBILE TRAFFIC FORECAST
FIGURE 4, MOBILE - WIRELINE ACCESS
FIGURE 5, INTERNATIONAL TRAFFIC
FIGURE 6, DATA TRAFFIC FROM MAJOR SOURCES
FIGURE 7, COMPARISON OF FOUR MAJOR SOURCES TO TOTAL TRAFFIC
FIGURE 8: INTERNET GROWTH RATE - NEW FORECAST
FIGURE 9, SUMMARY POINTS ON DEMAND
FIGURE 10, SUPPLY DEMAND RELATIONSHIP
FIGURE 11, NETWORK SHOWING WIRELESS ACCESS
FIGURE 12, WIRELESS DATA FORECAST
FIGURE 13, AT&T CAPITAL INVESTMENT 2009-2014
FIGURE 14, VERIZON WIRELINE CAPITAL EXPENDITURES 2009-2014
FIGURE 15, VERIZON WIRELINE NEGATIVE GROWTH
FIGURE 16, VERIZON WIRELINE REVENUE NEGATIVE GROWTH
FIGURE 17, VERIZON REVENUE PER WIRELINE
FIGURE 18: ROADM GENERAL CONFIGURATION
FIGURE 19: PLC BASED ROADM
FIGURE 20: DETAILED 'BLOCKER' ROADM ARCHITECTURE
FIGURE 21: ALTERNATIVE M-Z DIODE-BASED BROADCAST ROADM
FIGURE 22: WSS STRUCTURE
FIGURE 23: WSS-BASED ROADM
FIGURE 24: WSS-BASED MULTI-DEGREE NODE INTERCONNECTION
FIGURE 25: TYPICAL BLOCKER ROADM
FIGURE 26: WSS ADDED TO BLOCKER
FIGURE 27: SUMMARY OF ROADM TYPES BY UTILIZATION
FIGURE 28: FOUR GENERATIONS OF ROADMS
FIGURE 29, ROADM SYSTEM UNIT FORECAST - US
FIGURE 30, US MARKET - CHANGE IN PREDOMINANT TYPE OF ROADM OVER TIME
FIGURE 31, US EDGE ROADMS SYSTEMS
FIGURE 32, PRICE FORECAST FOR ROADMS
FIGURE 33, ROADMS MARKET FORECAST - US
FIGURE 34, ROADM MARKET - US - BY TECHNOLOGY
FIGURE 35, WORLD ROADM SYSTEMS BY TYPE
FIGURE 36, WORLD ROADM MARKET
FIGURE 37, TYPICAL DWDM LAYOUT
FIGURE 38, METRO DWDM TYPICAL LAYOUT
FIGURE 39, METRO DWDM SYSTEM CHARACTERISTICS
FIGURE 40, NORTH AMERICAN DWM SYSTEM ENDS
FIGURE 41, NORTH AMERICAN DWDM MARKET
FIGURE 42, US DWDM FORECAST BY CHANNEL SPEED
FIGURE 43, DWDM - WORLD FORECAST - SYSTEM ENDS
FIGURE 44, DWDM WORLD MARKET FORECAST
FIGURE 45, DWDM WORLD FORECAST BY SPEED
FIGURE 46, NORTH AMERICAN SWITCH MARKET FORECAST
FIGURE 47, NORTH AMERICAN SWITCHES - UNITS FORECAST
FIGURE 48, WORLD SWITCH MARKET
FIGURE 49, WORLD SWITCHES - UNITS
FIGURE 50, ROUTER LAYOUT
FIGURE 51, ROUTER APPLICATIONS
FIGURE 52, NORTH AMERICAN ROUTERS - TOTAL - UNITS
FIGURE 53, NORTH AMERICAN ROUTERS TOTAL MARKET
FIGURE 54, NORTH AMERICAN ROUTER MARKET - BY TYPES
FIGURE 55, WORLD ROUTER FORECAST - UNITS
FIGURE 56, WORLD ROUTER MARKET - TOTAL
FIGURE 57, WORLD ROUTER MARKET - BY TYPES
FIGURE 58: TRAFFIC/SPEED RELATIONSHIPS
FIGURE 59: EXAMPLE OF VARIOUS TRAFFIC SIZES
FIGURE 60, MULTIPLES OF BYTE
FIGURE 61: NEW TRANSFER RATE FORECAST
FIGURE 62: SUMMARY OF CONCEPTS



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