Eclipse Introduction and Overview

The Smartest Choice Cost effective Compact Software definable Powerful wireless networking Carrier Class performance and features Supporting migration to all IP Proven performance Worldwide deployments

Cost effective

Compact

Software definable

Powerful wireless networking

Carrier Class performance and features

Supporting migration to all IP

Proven performance

Worldwide deployments

High Volume Manufacturing >45,000 TRs shipped

Reducing CAPEX Today Optimized network nodes Reduce quantity of indoor equipment Single platform for all applications Reduce rack space No external cables and DDFs Eliminate external mux and router equipment

Optimized network nodes

Reduce quantity of indoor equipment

Single platform for all applications

Reduce rack space

No external cables and DDFs

Eliminate external mux and router equipment

Reducing OPEX Tomorrow Pay-as-you-grow capacity growth Simple network expansion Reduced maintenance costs Higher network availability Lowest overall OPEX TDM to IP infrastructure migration path

Pay-as-you-grow capacity growth

Simple network expansion

Reduced maintenance costs

Higher network availability

Lowest overall OPEX

TDM to IP infrastructure migration path

Saving on spares Up to 60% less spares inventory and management costs Commonality for dramatically fewer options Fewer capacity and frequency dependent parts No SDH radios and external multiplexers to spare

Up to 60% less spares inventory and management costs

Commonality for dramatically fewer options

Fewer capacity and frequency dependent parts

No SDH radios and external multiplexers to spare

Saving on repairs Higher MTBF for fewer failures 30 years per terminal Advanced local and remote diagnostic tools Accelerate fault finding Reduced mis-diagnosis Reduced on-site intervention visits Reduced repair costs

Higher MTBF for fewer failures

30 years per terminal

Advanced local and remote diagnostic tools

Accelerate fault finding

Reduced mis-diagnosis

Reduced on-site intervention visits

Reduced repair costs

Saving on capacity upgrades Upgrade network capacity without hardware change-outs No need to migrate to SONET No need to install more capacity than needed Up to 65% savings over lifetime of network.

Upgrade network capacity without hardware change-outs

No need to migrate to SONET

No need to install more capacity than needed

Up to 65% savings over lifetime of network.

Improved Network Availability Higher MTBF for fewer failures Reduced on-site intervention visits Less equipment at each node Fewer equipment transitions Fewer points of failure Greatly simplified networks Higher circuit & network availability

Higher MTBF for fewer failures

Reduced on-site intervention visits

Less equipment at each node

Fewer equipment transitions

Fewer points of failure

Greatly simplified networks

Higher circuit & network availability

Simple or Complex Simple, cost effective terminals, or Optimized configurations for complex network nodes Node Terminal

Simple, cost effective terminals, or

Optimized configurations for complex network nodes

The Eclipse Platform Nodal INU ODU ODU300 Edge/Link IDU 20x Super-PDH IDU 155o SONET IDU ES Ethernet + TDM IDU GE 20x GigE + TDM

Comprehensive TDM + Data Support Nx DS1 Nx DS3 4 – 100x DS1 1 – 6x DS3 1 – 2x OC3 200 150 100 50 500 600 400 0 300 Nx OC3 Nx 100baseT 1 – 4x 100baseT [1] Nx GigE 1 – 4x GigE [2] [1] 150Mbps using INU, or 200Mbps using IDU ES [2] GigE capacities above 311Mbps require 2x RF channels using Link built-in Aggregation feature. Capacity/ Throughput Mbps

Eclipse Nodes Optimized wireless backhaul networking Multiple radio paths supported by one compact unit Software configurable circuit cross connect No cables and DDFs Reduced rack space No external multiplexers Improved network reliability

Optimized wireless backhaul networking

Multiple radio paths supported by one compact unit

Software configurable circuit cross connect

No cables and DDFs

Reduced rack space

No external multiplexers

Improved network reliability

Intelligent Node Unit The most compact nodal solution on the market Single indoor unit supporting multiple ODUs Standard 1RU or Expanded 2RU shelf options Hot-swappable radio and data access modules Support for all traffic types Cable-less traffic connections Complete solution in one box

The most compact nodal solution on the market

Single indoor unit supporting multiple ODUs

Standard 1RU or Expanded 2RU shelf options

Hot-swappable radio and data access modules

Support for all traffic types

Cable-less traffic connections

Complete solution in one box

Integrated Traffic Routing

INU Interface Options DAC 4x : 1 - 4x DS1 DAC 16x : 1 - 16x DS1 DAC 1x155o : 1x OC3 Optical DAC 2x155e : 1-2x OC3 Electrical DAC 2x155o : 2x OC3 Optical DAC 155oM : OC3 Terminal Mux DAC ES : 4x 10/100baseT DAC GE : 4x 10/100/1000baseT DAC 3xDS3M : 1-3x DS3 Mux

Multi-Function Bus DS1 DS3 OC3 1 - 100 1 - 84 1 - 100 1 - 2 1 - 4 1 - 16 1 - 2 1 - 2 1 1 - 3 2 x 28 Node/TDM Bus Operating Mode Customer Interface Type DAC 3xDS3M Nx GigE DAC 155oM DAC ES DAC 4x DAC 16x DAC 2x155e DAC 2x155o DAC 1x155o DS1 DS1 DS3 OC3 OC3 OC3 OC3 100bT 1000bT

Feature-Rich Indoor Units Cost-effective terminal and link-based solutions Single board, non-modular Indoor Unit (IDU) design Fully software configurable Programmable capacity and modulation support Application specific designs Super-PDH SONET Ethernet + NxDS1 transport GigE + NxDS1 transport Super-PDH – IDU 20x SONET – IDU155o Ethernet + TDM – IDU ES GigE + TDM – IDU GE 20x

Cost-effective terminal and link-based solutions

Single board, non-modular Indoor Unit (IDU) design

Fully software configurable

Programmable capacity and modulation support

Application specific designs

Super-PDH

SONET

Ethernet + NxDS1 transport

GigE + NxDS1 transport

High Performance ODU 5 GHz to 38 GHz Options Standard and High power performance options Capacity Transparent 8 to 330Mbps QPSK to 256QAM Simple upgradeability Fully software configurable High reliability – MTBF > 50 years Compact size and weight Direct antenna mount 5 to 38 GHz 8 to 330 Mbps QPSK to 256 QAM

5 GHz to 38 GHz Options

Standard and High power performance options

Capacity Transparent

8 to 330Mbps

QPSK to 256QAM

Simple upgradeability

Fully software configurable

High reliability – MTBF > 50 years

Compact size and weight

Direct antenna mount

ODU Features Single Standard ‘E300’ ODU design Common Architecture Common IF cable interface Common mechanical design and antenna interface Full over-the-air compatibility Capacity transparent/independent Supporting PDH, Super-PDH, SDH and Ethernet transport Software programmable channel bandwidth Scaleable capacity without hardware changes Wide diplexer tuning bandwidth

Single Standard ‘E300’ ODU design

Common Architecture

Common IF cable interface

Common mechanical design and antenna interface

Full over-the-air compatibility

Capacity transparent/independent

Supporting PDH, Super-PDH, SDH and Ethernet transport

Software programmable channel bandwidth

Scaleable capacity without hardware changes

Wide diplexer tuning bandwidth

Eclipse Super-PDH All PDH networking technology Cost effective alternative to SONET access networks Smooth capacity migration by software control Licensed capacity breaks Downloadable SW key High capacity above 16x DS1 Maximum capacity 100x DS1 20% more useable capacity than OC3 Simplified networking No synchronization No add/drop multiplexers

All PDH networking technology

Cost effective alternative to SONET access networks

Smooth capacity migration by software control

Licensed capacity breaks

Downloadable SW key

High capacity above 16x DS1

Maximum capacity 100x DS1

20% more useable capacity than OC3

Simplified networking

No synchronization

No add/drop multiplexers

Capacity Migration 8x DS1 28x DS1 4xDS1 16x DS1 Standard PDH Rates 32x DS1 56x DS1 70x DS1 84x DS1 100x DS1 Super-PDH

Capacity/Modulation Options

Super-PDH Ring Protection Self-healing ring design Alternative to traditional tree & branch networks Provides added network redundancy Requires less hardware Enhanced network availability at lower cost Fast 50msec switching

Self-healing ring design

Alternative to traditional tree & branch networks

Provides added network redundancy

Requires less hardware

Enhanced network availability at lower cost

Fast 50msec switching

Eclipse Optimized Networking SONET Backbone OC3 Super-PDH 84xDS1 Access Ring INU INU ADM Gateway Node Ring Node IDU IDU IDU IDU Aggregation Node INUe INUe INUe Repeater Node Edge Terminal INU INUe IDU INU

Optimized Wireless Nodes From this … To this…

Eclipse Quattro Up to 400xDS1 aggregate capacity Optional 64 QAM modulation 4x OC3 aggregate capacity 128 QAM 4+0/4+4 linear trunking or ring operation Integrated trunking/access solution Optional GigE and XPIC

Up to 400xDS1 aggregate capacity

Optional 64 QAM modulation

4x OC3 aggregate capacity

128 QAM

4+0/4+4 linear trunking or ring operation

Integrated trunking/access solution

Optional GigE and XPIC

Liquid Bandwidth Data Transport Combined ‘native’ data + voice transport Incremental capacity assignment Programmable throughput up to 310 Mbit/s Very low latency 10/100baseT and GigE interface options Layer 2 switch built in with QoS controls Carrier Class Ethernet features TDM to IP migration

Combined ‘native’ data + voice transport

Incremental capacity assignment

Programmable throughput up to 310 Mbit/s

Very low latency

10/100baseT and GigE interface options

Layer 2 switch built in with QoS controls

Carrier Class Ethernet features

TDM to IP migration

Eclipse Connect Cost affective high speed wireless Ethernet transport Programmable throughput, with 10 to 200 Mbit/s Modulations from QPSK to 128QAM Programmable channel bandwidth from 5 to 50 MHz Up to 8x DS1 wayside channels Layer 2 switch with QoS incl. 802.1p/q and Diffserv

Cost affective high speed wireless Ethernet transport

Programmable throughput, with 10 to 200 Mbit/s

Modulations from QPSK to 128QAM

Programmable channel bandwidth from 5 to 50 MHz

Up to 8x DS1 wayside channels

Layer 2 switch with QoS incl. 802.1p/q and Diffserv

Eclipse Gigabit Ethernet INU-base Gigabit transport solution 6-150, 155, 311 and 622 Mbit/s throughput options Nx DS1 or OC3 wayside options 1,2 & 4 RF channels with or w/o XPIC 802.1p/q + Diffserve QoS Physical and Layer 2 Link Aggregation (802.3ad) Embedded RMON (RFC1757) 9.6Kb Jumbo frame support Pat. Pending RWPR TM fast ring protection switching

INU-base Gigabit transport solution

6-150, 155, 311 and 622 Mbit/s throughput options

Nx DS1 or OC3 wayside options

1,2 & 4 RF channels with or w/o XPIC

802.1p/q + Diffserve QoS

Physical and Layer 2 Link Aggregation (802.3ad)

Embedded RMON (RFC1757)

9.6Kb Jumbo frame support

Pat. Pending RWPR TM fast ring protection switching

Powerful Software Suite Perfect synergy: Portal craft tool ProVision Element Management software All functionality is achieved from a single location Java-based Easy to use Simple to integrate with existing software and networks Empowering control and superior network intelligence

Perfect synergy:

Portal craft tool

ProVision Element Management software

All functionality is achieved from a single location

Java-based

Easy to use

Simple to integrate with existing software and networks

Empowering control and superior network intelligence

Empowering Control

Superior Intelligence

Switch to Eclipse Single platform to satisfy all applications Unique combination of breakthrough features Optimal alignment between up - front costs and longer term risk Minimize today’s Capital Costs Protect your Investment for Tomorrow

Single platform to satisfy all applications

Unique combination of breakthrough features

Optimal alignment between up - front costs and longer term risk

Minimize today’s Capital Costs

Protect your Investment for Tomorrow