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E1/T1 Transceivers Market Description, Market Analysis, Product Description, and Company Profiles

Published by: Wintergreen Research

Published: Jul. 15, 2007 - 281 Pages


Table of Contents


E1/T1 Transceivers (LIU/Framer) Executive Summary

E1/T1 Transceivers (LIU/Framer) Market Driving Forces

E1/T1 Transceivers (LIU/Framer) Market Shares

T1/E1/J1 Transceiver Market Forecasts

1. E1/T1 Transceivers (LIU/Framer) Market Description and Market Dynamics

1.1 Service Provider NGN Systems

1.2 Network Service Needs

1.2.1 Network Service Solutions

1.2.2 Enterprise Network Services Market Description

1.2.3 Converged Voice, Data, And Video Using Internet Protocol (IP) Standards Technologies: IP Telephony

1.2.4 Broadband Voice Next Generation Network (NGN)

1.2.5 Value-Added Services

1.2.6 Voice Over IP (VoIP) Service Providers

1.2.7 Web GUI

1.2.8 Charging Micro Payments

1.3 Increasing Average Revenue Per User (ARPU)

1.3.1 Improved Quality Of Service

1.3.2 Reduced Capital And Operational Costs

1.3.3 Enhanced Operability

1.4 Market Growth Dynamics

1.5 Converged Voice And Data Networks

1.6 Wireless Networks

1.6.1 New Generation Of Wireless Systems

1.6.2 Provides Flexibility

1.6.3 User Experience

1.6.4 Protects Investments

1.6.5 Increases Efficiency

1.6.6 Integrated Management Tools

1.6.7 Cost-Effective Capacity And Coverage

1.7 Multimedia Markets

1.8 IP Telephony Service Solutions

1.9 Web Services

1.10 Strategies To Improve Performance

1.11 Internet Traffic

2. E1/T1 Transceivers (LIU/Framer) Market Forecasts

2.1 E1/T1 Transceivers (LIU/Framer) Market Driving Forces

2.1.1 E1/T1 Transceivers (LIU/Framer)

2.2 E1/T1 Transceivers (LIU/Framer) Market Shares

2.3 E1/T1 Transceivers (LIU/Framer) Market Segments and Applications

2.3.1 Dallas Semiconductor DS26528 Octal T1/E1/J1 Transceiver - Description

2.4 T1/E1/J1 Transceiver Market Forecasts

2.5 Backplane Transceiver Regional Market Analysis

3. T1, E1, J1, DSL Transceivers (LIU/Framer) Product Description

3.1 Zarlink Semiconductor 16 T1, E1, J1, DSL Transceivers (LIU/Framer)

3.1.1 Zarlink MT9074 Single Chip Transceiver With Wide Dynamic Range LIU

3.1.2 Zarlink MT9074Typical Applications

3.1.3 Zarlink 9076

3.1.4 Zarlink Semiconductor MT9076B Digital Framer Mode

3.1.5 Zarlink Packet Switching

3.2 E1/T1 Transceivers (LIU/Framer)

3.3 PMC-Sierra Serial Switching Solutions

3.3.1 PMC-Sierra Low-Cost, CPRI-Compliant Interfaces For Base Station Distributed Antenna Systems

3.3.2 PMC-Sierra QuadPHY® 6G SERDES Transceiver Technology

3.3.3 6 Gigabit SERDES Compliant with OIF Industry Specification

3.4 Maxim / Dallas T1/E1 Interface Units

3.4.1 Maxim Dallas DS26528 LIU + Framer Combination Switches Among T1, E1, and J1 Standards

3.4.2 Dallas Semiconductor DS3112 TEMPE T3/E3 Multiplexer

3.4.3 Maxim / Dallas SemiCouductor DS2156, DS2156L, DS2156LN

3.4.4 Maxim / Dallas SemiCouductor DS26556 4-Port Cell/Packet Over T1/E1/J1 Transceiver

3.4.5 Maxim / Dallas SemiCouductor DS21455 and DS21458 Quad Monolithic Devices Featuring Independent Transceivers

3.4.6 Maxim / Dallas SemiCouductor DS21Q59 E1 Quad Transceiver

3.5 IDT J1/E1/T1 Transceiver

3.5.1 IDT J1/E1/T1 Transceiver Telecommunications Products

3.5.2 IDT Device Overview

3.6 IDT Major Interconnect Protocols:

3.6.1 IDT Seeing Shift Across Communications And Networking Moving From Proprietary To Standards-Based Products

3.6.2 PMC-Sierra PM8310 TEMUX 336

3.6.3 PMC-Sierra PM8320 TEMUX 84E3

3.6.4 PMC-Sierra PM8323 TEMAP 28FDL

3.6.5 PMC-Sierra SERDES and Retimer Devices

4. E1 / T1 Transceiver Technology

4.1 E1 / T1 Transceiver Cells Collected Asynchronous Functionality

4.1.1 Cell Buffer Increment Read Pointer

4.1.2 Start-Up Phase

4.2 Rate Recovery

4.2.1 Cell Buffer/RAM Controller

4.2.2 Cell Sequence Recovery

4.2.3 Cell Sequence Faulty Conditions

4.2.4 Delay Between Links

4.3 TDM Interface

4.4 Multiplex Mode

4.4.1 Multiplex Mode - 2 Link Multiplexing

5. E1 / T1 Transceiver Company Profiles

5.1 Transceiver Companies

5.2 Accelerant Networks

5.2.1 Accelerant / Synopsis

5.2.2 Synopsys Revenue

5.2.3 Accelerant 6.25 Gb/s Technology

5.2.4 Accelerant 6.25 Gb/s SerDes Transceiver Boosting Bandwidth In Existing Backplanes

5.3 Agere Systems

5.3.1 Agere Systems and Accelerant Networks

5.3.2 Agere Application Specific ICs (ASICs)

5.4 Analog Devices

5.4.1 Analog Devices Revenue

5.5 Aeluros

5.6 AMCC

5.6.1 AMCC Revenue

5.7 Analog Devices

5.7.1 Analog Devices Revenue for Third Quarter of Fiscal Year 2006

5.7.2 Analog Devices Revenue Analysis by Product

5.7.3 Analog Devices Adds Full-Featured Hot-Swap Controller For Increased Accuracy In High-Current Backplane Applications

5.7.4 ADM307xE family of low-power Transceivers

5.8 Avago

5.8.1 Avago Multi-Channel Sales And Fulfillment System

5.8.2 Avago Large Scale And Global Operations

5.8.3 Avago Leading Supplier In Multiple Product Categories

5.8.4 Avago Design expertise

5.8.5 Avago Highly Diversified Business Model

5.8.6 Avago Technology Leadership

5.8.7 Avago Close Customer Relationships

5.8.8 Avago Strategic Objectives

5.8.9 Avago Revenue

5.8.10 Avago Wired Infrastructure

5.9 BiRa

5.10 Broadcom

5.11 Conexant Systems

5.11.1 Conexant VDSL2 Chipset

5.12 Dallas Semiconductor / Maxim Integrated Products

5.12.1 Dallas Semiconductor Customers

5.12.2 Dallas Semiconductor Revenue

5.12.3 Maxim Integrated Products / Dallas Semiconductor

5.12.4 Maxim/Dallas Revenue

5.13 Dune Networks

5.14 EXAR

5.14.1 Exar Product Description

5.15 Fairchild

5.16 Hitachi / Maxwell

5.16.1 Maxwell Revenue for the First Half ended September 30, 2006

5.16.2 Hitachi Information Storage Media

5.16.3 Hitachi Battery

5.16.4 Hitachi Material-Device-Electronic Appliance

5.17 Infineon

5.18 IDT

5.18.1 IDT Competitive Positioning

5.18.2 IDT Target Markets

5.18.3 IDT Product Offerings

5.18.4 IDT Switching Solutions

5.18.5 IDT Flow-Control Management (FCM) Devices:

5.18.6 IDT First-in/first-out (FIFOs) Memories:

5.18.7 IDT Multi-Ports Memory Products:

5.18.8 IDT Timing Solutions

5.18.9 IDT PC Clocks

5.18.10 IDT Memory Interface Products

5.18.11 IDT MicroClock Devices

5.18.12 IDT NetCom Clocks

5.18.13 IDT Audio

5.18.14 IDT Video

5.18.15 IDT Telecommunications Products

5.18.16 IDT Digital Logic Products

5.18.17 IDT SRAM Products

5.18.18 IDT Integrated Communications Processors

5.18.19 IDT Military/Aerospace

5.18.20 IDT Customers

5.19 Intel

5.20 Lattice Semiconductor

5.20.1 Lattice Semiconductor Third Quarter 2006 Revenue

5.20.2 Lattice Semiconductor Third Quarter Business Highlights:

5.21 Marvell

5.22 Marvell Technology Group

5.22.1 Marvell Technology Group Revenue

5.23 Maxim Integrated Technologies

5.24 Mindspeed

5.24.1 Mindspeed® 2006 Restructuring Actions

5.24.2 Mindspeed Technologies Key Product Families

5.24.3 Mindspeed® 2006 Fourth Quarter Revenue

5.24.4 Mindspeed Technologies Revenues By Region

5.24.5 Mindspeed Technologies Revenues By Product Line

5.24.6 Mindspeed Technologies Revenue Third Quarter Of Fiscal 2006

5.25 National Semiconductor

5.26 On Semiconductor

5.27 PMC-Sierra

5.27.1 PMC-Sierra and DASAN Networks

5.28 Siemens / Dasan Networks

5.29 Teradyne

5.30 Triquint

5.31 Vitesse

5.31.1 Vitesse Crosspoint Switch Product

5.31.2 Vitesse VSC3312 Feature Set

5.31.3 Vitesse Dual Time Constant Equalization

5.32 Zarlink

5.32.1 Zarlink Semiconductor Products

5.32.2 Zarlink Semiconductor Customers

5.32.3 Zarlink Semiconductor Timing and Synchronization

5.32.4 Zarlink Semiconductor Optical Communications

5.32.5 Zarlink Semiconductor Medical ASICs

5.32.6 Zarlink Semiconductor Medical Wireless

5.32.7 Zarlink Semiconductor Competition

List of Tables and Figures

Table ES-1

E1/T1 Transceivers (LIU/Framer) Business Strategy

Figure ES-2

E1 and T1 (LIU/Framer) Transceiver Market Shares, 2006

Figure ES-3

Worldwide T1/E1/J1 Transceiver Market Forecasts, Dollars, 2007-2013

Table 1-1

Service provider NGN Service Solutions

Table 1-2

Network Systems Functions

Table 1-3

Telecommunications Market Shifts

Table 1-4

Change In Telecommunications Equipment Markets

Table 1-5

Response To Change In Telecommunications Equipment Markets

Table 1-6

Service Provider Build-Out Of The Next Generation 3G Systems

Table 1-7

Factors Impacting Build-Out Of 3G Wireless Infrastructure

Table 1-8

Factors Impacting Implementation Of 3G Wireless

Table 1-9

Wireless IP Network Benefits

Table 1-10

Key Benefits Of Multimedia Solutions

Table 1-11

Strategies To Improve Telecommunication Equipment Company Performance

Table 2-1

E1/T1 Transceivers (LIU/Framer) Business Strategy

Figure 2-2

E1 and T1 (LIU/Framer) Transceiver Market Shares, 2006

Table 2-3

E1 and T1 (LIU/Framer) Transceiver Market Shares, 2006

Table 2-4

Maxim / Dallas Semi Conductor 4-Port Cell/Packet Over T1/E1/J1 Transceiver Key Applications

Table 2-5

4-Port Cell/Packet Over T1/E1/J1 Transceiver Key Applications

Table 2-6

Worldwide T1/E1/J1 Transceiver Analysis, Market Segments, Dollars, 2006

Table 2-7

Worldwide T1/E1/J1 Transceiver Analysis, Market Segments, Percent, 2006

Figure 2-8

Worldwide T1/E1/J1 Transceiver Market Forecasts, Dollars, 2007-2013

Figure 2-9

Worldwide T1/E1/J1 Transceiver Market Forecasts, Units, 2007-2013

Table 2-10

T1/E1/J1 Transceiver Market Forecasts

Table 2-11

Gigabit Backplane Functions

Table 2-12

Enterprise Application Integration EAI Regional Market Share, 2006

Table 2-13

Enterprise Application Integration EAI Regional Market Share, 2006

Table 3-1

Zarlink Semiconductor 16 T1, E1, J1, DSL Transceivers (LIU/Framer) Features

Table 3-2

Zarlink Semiconductor 16 T1, E1, J1, DSL Transceivers (LIU/Framer) Benefits

Table 3-3

Zarlink Semiconductor 16 T1, E1, J1, DSL Transceivers (LIU/Framer) Applications

Table 3-4

Zarlink MT9074Features

Table 3-5

Zarlink MT9074Typical Applications

Table 3-6

Zarlink 9076 Features

Table 3-7

Zarlink 9076 Applications

Table 3-8

Zarlink Backplane Transceiver MT9076BP1 Features

Table 3-9

Zarlink Semiconductor MT9076 Features

Table 3-10

Zarlink Semiconductor MT9076B Digital Framer Mode

Table 3-11

PMC-Sierra CPRI Reference Design Components --

Figure 3-12

Maxim Dallas 16-Channel High-Density T1/E1/J1 Line Interface Units

Table 3-13

Maxim Dallas Single Chip Transceiver Features

Table 3-14

Maxim / Dallas SemiCouductor DS2156 Applications

Table 3-15

Maxim / Dallas SemiCouductor DS2156 Components

Table 3-16

Maxim / Dallas SemiConductor DS2156 Key Features

Table 3-17

Maxim / Dallas SemiCouductor 4-Port Cell/Packet Over T1/E1/J1 Transceiver Key Features

Table 3-18

Maxim / Dallas SemiCouductor 4-Port Cell/Packet Over T1/E1/J1 Transceiver Key Applications

Table 3-19

Maxim / Dallas SemiCouductor DS21455 and DS21458 Quad Monolithic Devices Featuring Independent Transceivers

Table 3-20

Maxim / Dallas SemiCouductor Quad Transceiver Key Features

Table 3-21

Maxim / Dallas SemiCouductor Quad Transceiver Key Applications

Table 3-22

IDT serial RapidIOTM Pre-Processing Switch (PPS) Features

Table 3-23

IDT Major Interconnect Protocols

Figure 3-24

IDT Serial Switching Solutions

Table 3-25

IDT Enterprise Server And Storage Application Targets

Table 3-26

PMC-Sierra Framer, Transmux and LIUs Products

Table 5-1

Selected Backplane Transceiver Companies

Table 5-2

Aeluros Serializer/Deserializer Solutions

Table 5-3

Aeluros Serializer/Deserializer Benefits

Table 5-4

Aeluros Serializer/Deserializer for XAUI Modules

Table 5-5

Aeluros Serializer/Deserializer Puma AEL1003

Table 5-6

Aeluros Serializer/Deserializer Puma AEL1004 Features

Table 5-7

Aeluros Serializer/Deserializer Puma AEL1006 Features

Table 5-8

Aeluros Puma AEL1001 device is a single channel CMOS Features

Table 5-9

Aeluros Puma AEL1001 device 10GbE/10GFC LAN PHY/SerDes

Table 5-10

Aeluros Puma AEL1001 device 10GbE/10GFC LAN PHY/SerDes In the transponder modules

Table 5-11

Aeluros Puma Applications

Table 5-12

Aeluros Puma Benefits

Table 5-13

Analog Devices Backplane Transceivers

Table 5-14

Avago Key Competitive Strengths

Table 5-15

Product Categories In Which Avago Ranks Among The Top Three Suppliers By Revenue Share

Table 5-16

Key Elements Of Avago Strategy

Table 5-17

Avago Wired Infrastructure Products

Table 5-18

Avago Wired Infrastructure Markets

Table 5-19

Avago Wired Infrastructure Customers

Table 5-20

Dallas Semiconductor Customers

Table 5-21

Dallas Semiconductor Products

Table 5-22

Dallas Semiconductor Markets Served

Table 5-23

Maxim Net Revenue, Dollars, 2002-2006

Table 5-24

Dune Device Positioning

Table 5-25

Exar Target an Environment ::

Table 5-26

Exar Features

Table 5-27

Exar Applications

Table 5-28

IDT Customers

Table 5-29

Vitesse VSC3312 crosspoint switching functions

Table 5-30

Vitesse's PixEQ™ equalization capability features

Abstract

Demand for Internet services, the implementation of broadband and InfiniBand are major backplane transceiver market driving forces. The copper based transceivers are extending their technology life by implementing equalization flexibility to meet conditions needed to extend copper based backplane technology because is less expensive.

E1/T1 transceiver (LIU/Framer) technology is evolving to give equipment vendors with network broadband responsibilities more bandwidth. Markets are poised to create the ability for people to get more video and music from the network. Media transport impacts network capabilities that in turn impact the backplanes with demand for faster signal transport.

T1/E1/J1 transceiver markets are growing in response to the implementation of broadband communications. Transceivers come with a cell/packet/TDM interface. Framer/formatters + LIUs, and a UTOPIA (cell), POS-PHYō (packet), and TDM backplane interface mean that systems can be implemented as needed to be mapped in a particular configuration.

Each framer has a controller that can be mapped to any DS0 or FDL (T1)/Sa (E1) bit. The transceiver includes full-featured devices per port, and an internal clock adapter useful for creating synchronous, high-frequency backplane timing. The transceivers are controlled through an 8-bit parallel port that can be configured for nonmultiplexed Intel or Motorola operation.

Markets at $37million in 2006 are anticipated to reach $479 million by 2013. The proliferation of wireless communications is a significant market driver. With 3.5 million wireless subscribers anticipated in 2008, the number of base stations is proliferating creating demand for more efficient networks. WiMax is another wireless market systems implementation creating need for transceivers that improve operations and create automation infrastructure efficiency.

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