F L A S H W AV E® 9 5 0 0PACKET OPTICAL NETWORKING PLATfORm

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The communications world is transforming as demand for bandwidth and high-quality multimedia services escalates. Residential and business customers have rising expectations of the communication services they select.

Service providers know that migration to a packet-based infrastructure is essential. At the same time, networks must efficiently maintain existing revenue-bearing services as they deliver Ethernet aggregation and guaranteed connection-oriented Ethernet transport.

Fujitsu understands the profound changes in the communications industry. We’ve been involved in every major technological development in the business over the past 20 years. We’ve developed the FLASHWAVE® 9500 Packet Optical Networking Platform (Packet ONP) as a lasting infrastructure technology foundation for the evolving packet-centric network.

A Whole New Class of Optical Networking

The FLASHWAVE 9500 Packet ONP is the ideal implementation of a whole new class of optical networking. It’s engineered to deliver high-bandwidth, high-quality, packet-based services in today’s multiprotocol packet environment.

The FLASHWAVE 9500 Packet ONP is the first type of network element to deliver:

▶ Agile packet aggregation, traditionally found only in more costly, feature-rich service elements

▶ Robust bulk transport scalability, combined with the operational stability that has defined optical networking

Carrier-Grade Quality

Fujitsu sets the standard for performance, reliability and carrier-grade quality. We’ve built dependable, scalable optical networks for customers of all types and sizes throughout every sector of the communications market in North America. We created the FLASHWAVE 9500 platform for national and metro communications providers, cable companies, wireless service providers, government agencies and the research and education community.

DRIVING PACKET-CENTRIC NETWORKS

LOCALCARRIERS

RESEARCH &EDUCATION

UTILITY COMPANIES WIRELESS SERVICEPROVIDERS

GOVERNMENTCABLEPROVIDERS

NATIONALCARRIERS

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The FLASHWAVE 9500 Packet ONP applies time-tested optical networking heritage to deliver a general-purpose aggregation and transport infrastructure for the emerging packet-centric service environment. This platform can take an optical network into a bandwidth-aggressive future while preserving existing technology assets, reducing both capital and operating expenditures.

Manageable Scalability, Unique Integration

The FLASHWAVE 9500 platform is the definitive Packet ONP. Its unique hardware and software architecture integrates Ethernet, ROADM and SONET/SDH technology in a single shelf, driving cost out of the metro network. It provides a modular, chassis-level fusion of connection-oriented Ethernet, ROADM-on-a-card and SONET/SDH transport on a single addressable optical networking class element.

The FLASHWAVE 9500 Packet ONP family consists of common interface cards and system software across a variety of configurations, traffic capacity ranges and entry prices. This allows you to cost-optimize your network.

OPTICAL NETWORKING fOR PACKETS

PURPOSE-BUILTMODULAR DESIGN

UNIVERSAL ELECTRONIC FABRIC

ROADM-ON-A-CARD

NEXT-GENERATIONSONET/SDH

TECHNOLOGY

HIGH-DENSITY, MULTIRATE,MULTISERVICE INTERFACES

40G-READYROADM

1/4 SHELF

480G PACKET/SONET/SDHBANDWIDTH-1/3 RACK

THE WINNINGCOMBINATION

KEY NETWORKBENEFITS

KEY OPERATIONSBENEFITS

REDUCECAPEX/OPEX

SIMPLE SOFTWAREMANAGEMENT

FAULT-TOLERANTMANAGEMENT

REMOTEBACKUP AND

RESTORE

EXTENDEXISTINGNETWORK

ETHERNETPRIVATE-LINE

EQUIVALENT QoS

REDUCE SPACE/EQUIPMENT NEEDS

CONSOLIDATEETHERNET/

ROADM/SONET/SDH

ENGINEEREDROADM SIMPLICITY

TDM/ETHERNET ON A SINGLE

INFRASTRUCTURE

CONNECTION-ORIENTEDETHERNET

PROTECTIONSWITCHING

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Triple-Play Networks

The FLASHWAVE 9500 Packet ONP features integrated Ethernet, ROADM and SONET/SDH transport. This flexibility affords service providers the opportunity to support a wide variety of next-generation and legacy voice, video and data applications while eliminating several costly network elements.

Consolidated Core Metro/Regional Networking

The FLASHWAVE 9500 platform collapses complete next-generation Add/Drop Multiplexer (NGADM) and ROADM devices into a single network element with high-capacity packet aggregation and grooming capabilities. This provides more scalable support for a growing Ethernet infrastructure.

Consolidated Ethernet Services Networks

The FLASHWAVE 9500 Packet ONP allows carriers to consolidate their Ethernet infrastructure by supporting the full range of EPL and EVPL services defined by the Metro Ethernet Forum (MEF). This includes native Ethernet and Ethernet-over-SONET/SDH services.

Wireless Backhaul

The FLASHWAVE 9500 system supports native TDM services and so provides an ideal vehicle to manage latency-sensitive wireless applications regardless of access and transport technology.

Emerging Network Architecture

MetroNetwork

LDNetwork

IPoTDM EoCu

Service Specific Elements

Aggregation andTransport Infrastructure

CoreRouter

CoreRouter

CoreRouter

Ethernet,TDM, FC

GE, FC, FICONESCON

Ethernet Ethernet

VideoVODWebVPNVoIP

TDMxWDM

Ethernet xWDM

DSL/PON

OC-n

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In the emerging metro network architecture, Packet ONPs provide distributed aggregation and transport. This design allows premium-priced service elements—routers—to continue to provide specialized, feature-rich functions in a less widely distributed topology. The Packet ONP infrastructure elements can reduce the cost-per-bit in these networks, and their operational similarity to dedicated SONET/SDH and ROADM network elements makes them easier to manage than complex routers.

CRITICAL NETWORK APPLICATIONS

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Fujitsu offers a broad selection of professional services to assist at every stage in a network’s evolution and operation. From planning through deployment and ongoing maintenance to future enhancements, Fujitsu Network Life Cycle Services are available whenever needed. Our comprehensive range of services includes network and system design, training, customized deployment, craft interface software, migration planning and more. Fujitsu sales representatives can guide service providers in selecting service options that address individual business needs.

Popular planning and deployment services for the FLASHWAVE 9500 platform include:

▶ Fiber pre-qualification – Fujitsu offers comprehensive analysis of installed fiber to improve current network performance, prepare for new growth and identify potential issues.

▶ Onsite mentoring – Our experts guide you individually through the critical process of determining how to address changing demand.

▶ Network design services – Our professional design staff works with you to prepare a complete, custom roadmap for success.

Service Support Packages for Ongoing Maintenance

For a complete professional maintenance solution, Fujitsu service support packages have the right combination of flexibility and comprehensive assurance. Choose the level and types of service needed to supplement your own resources. Our service support packages keep your network running smoothly, provide critical care and protect the longevity of your investment.

Network Operations Center

With a full range of vendor-independent network fault and performance monitoring features, the Fujitsu Network Operations Center (NOC) offers guaranteed, round-the-clock system protection. Our reliable NOC facility is available as a primary or supplemental operations resource. This service not only helps you control costs and maintain high levels of customer satisfaction, it also provides trustworthy and reliable after-hours and emergency coverage.

NETWORK LIfE CYCLE SERVICES

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fEATURES AND SPECIfICATIONSSystem Capacity

▶ 480G non-blocking SONET/SDH grooming

▶ 480G non-blocking packet grooming

▶ 44x10G wavelengths per ROADM degree

▶ 24 Universal interface slots

▶ Up to 8 degrees of ROADM connectivity

Interfaces

GE 1000Base-ZX, 1000Base-SX, 1000Base-LX

10 GigE SR-1, IR-1, LR-2

OC-3/STM1 IR-1

OC-12/STM4 SR-1, IR-1, LR-1, LR-2

OC-48/STM16 IR-1, LR-1

OC-192/STM64 SR-1, IR-2 , LR-2

100FX 100Base-LX10, 100Base-FX

Number of Service Interfaces

Interface Ports/CardProtected

Ports/ShelfUnprotected Ports/Shelf

OC-3/STM1 8 96 192

OC-12/STM4 8 96 192

OC-48/STM16 8 96 192

OC-192/STM64 2 24 48

OC-192 NBO 1 12 24

GigE (EoS) 8 96 192

GigE 20 240 480

10 GigE 2 24 48

10 GE NBO 1 12 24

Fabric Support ▶ Sub-wavelength (electronic) fabric: Universal 480G SONET/

SDH/480G packet

▶ Wavelength (photonic) fabric: WSS-based 44 channels per direction (C-band)

Synchronization ▶ Internal Stratum 3 timing source

▶ Synchronization status messaging (SSM)

▶ DS1 Building Integrated Timing Supply (BITS) primary and secondary clock output/input

▶ E1 timing option

▶ Line timing

Network/Client Protection Architectures ▶ Optical ring – FLASHWAVE Lightguard

▶ SONET/SDH protection architectures

▶ 802.3ad Ethernet link aggregation protection

Equipment Protecton ▶ Universal fabric 1:1

▶ Management complex 1:1

▶ Interface card 1:1

Ethernet Functions ▶ Forwarding

• Ethernet protocol (802.3)• VLAN push, pop, translation• Q-in-Q• Jumbo frame support

▶ Traffic management• Port, VLAN, Ethernet priority bit, and IP DSCP classification

▶ Per-flow queuing with WRED

▶ Strict priority & WRR traffic scheduling

▶ Hierarchical shaping with logical ports

▶ OAM• 802.3ah link EFM OAM• In-band VLAN management

▶ Features• Synchronous Ethernet• 802.3ad Ethernet link aggregation

ROADM Functions ▶ Multishelf support integrates ROADM and interface support

under one TID

▶ DWDM optical performance over SMF-28 fiber, for 10G connections:• Up to 1200 km reach for up to 24 spans without 3R

regeneration• Maximum span loss: 35 dB

▶ High-density 8-degree hub in a single 13RU shelf

▶ 8-degree Wavelength Selectable Switch (WSS)

▶ SR, IR, LR pre/post amplifiers with integrated OSC

▶ Automatic level and gain control

▶ Span loss measurement

▶ No manual attenuation

▶ Optical channel monitoring

▶ Automatic pre-emphasis

▶ Dispersion compensation

▶ Narrowband direct connect

▶ OSC user channel

▶ 3R transponder functionality

▶ ILA node application with in-service upgrade to ROADM

▶ OCh-DPRING optical protection

▶ Optical broadcast (optical drop and continue)

▶ 10G universal transponder• 44-channel full C-band tunable G.709 compliant network

interface• XFP-based client interface supporting OC-192,

10GE LAN PHY, 10GE WAN PHY

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fEATURES AND SPECIfICATIONSSONET/SDH Functions

▶ STS/STM cross connects• 1-way• 2-way• Drop & continue• Broadcast• Service selector

▶ Ethernet over SONET/SDH• GFP• VCAT• LCAS

▶ SONET/SDH protection• 1+1• UPSR, SNCP

▶ GR-1093 state model

▶ Sync status messaging• SONET• Ethernet

Operations ▶ TL-1

▶ SNMP

▶ NETSMART® 500 Element Management System (EMS)

▶ NETSMART 1500 Network Management System (NMS)

▶ NETSMART 2000 Optical Network Design Tool

▶ TCP/IP to OSI operations gateway

▶ Software download and remote memory backup/restore

Environmental Compliance ▶ UL-certified

▶ GR-1089 compliant

▶ NEBS Level 3 compliant

▶ IEC 60825-1

▶ FDA CDRH

▶ RoHS

▶ CE

▶ WEEE

Operating Environment ▶ Operating temperature –5 to +50 °C (23 to 122 °F)

▶ Storage temperature –40 to +70 °C (–40 to +158 °F)

▶ Humidity 5 to 95%

Maximum Power Consumption (Heat Dissipation) ▶ Nominal system power* 800 W

▶ Maximum power per system 4260 W

▶ Expected input –40 to –57 VDC* Actual power varies with configuration.

Physical Characteristics ▶ Shelf Dimensions

(H x W x D)** 22.75 x 21.5 x 15" (578 x 546 x 380 mm)

▶ Weight 173.9 lb (78.9 kg)

▶ Weight (empty shelf) 95 lb (43.1 kg)

** Shelf depth measurement includes all covers and cabling.

FLASHWAVE 9500 Packet ONP

Fujitsu Network Communications Inc.

2801 Telecom Parkway, Richardson, TX 75082

Tel: 800.777.FAST (3278) Fax: 972.479.6900

us.fujitsu.com/telecom

© Copyright 2008 Fujitsu Network Communications Inc.FLASHWAVE® and NETSMART® are trademarks of Fujitsu Network Communications Inc. (USA).

FUJITSU (and design)® and THE POSSIBILITIES ARE INFINITE™ are trademarks of Fujitsu Limited. All Rights Reserved.All other trademarks are the property of their respective owners.

Configuration requirements for certain uses are described in the product documentation. Features and specifications subject to change without notice.

5.0/R3.1/07.09