SN 9000 Intelligent Multiservice Switch Unprecedented Configuration Flexibility & Unmatched Intelligence in an Economical, Right-Sized Platform

Transcription

1 Product Brief SN 9000 SN 9000 Intelligent Multiservice Switch Unprecedented Configuration Flexibility & Unmatched Intelligence in an Economical, Right-Sized Platform Empowering Multiservice Networks Only one next-generation networking platform can efficiently and cost-effectively aggregate, groom, and switch a full spectrum of circuit and packet-based services from edge to core with industry-leading intelligence. Purpose-built to solve multiservice aggregation and network migration challenges, the SN 9000 Intelligent Multiservice Switch combines ADM and DCS functions with Ethernet-over-SONET/SDH and intelligent optical switching in a single, compact chassis. This versatile, carrier-class platform extends all the advantages of Sycamore Networks ASON/GMPLS-compliant intelligence and unprecedented configuration flexibility across the network from edge to core. The SN 9000 empowers telecom, MSO/cable, government, and utility network operators with cost-effective support for any mix of traditional, transitional, and next-generation services. Designed to maximize scalability and minimize risk in evolving networks, a modular chassis design, high port density, and an industry-first pay-as-you-grow bandwidth licensing program substantially reduce upfront costs and allow non-disruptive, just-in-time expansion. In-service scalability and port-agnostic services enhance ring aggregation efficiency, accelerate provisioning, and simplify migration from TDM to IP in both fixed line and mobile environments. Features and Benefits Intelligent optical switching for the edge, hub, metro, and regional core Utilizes the industry s most advanced, intelligent optical control plane Reduces costs with unique, pay-as-yougrow bandwidth licensing Simplifies migration with port-agnostic support for circuit/packet services Extends bandwidth optimization to multiple network segments and service layers The SN 9000 offers high and low-order cross-connect, SONET/SDH international gateway, and Layer 2 transport capabilities designed to support a range of revenuegenerating services. In addition, distributed, tiered grooming extends bandwidth optimization across multiple service layers and network segments. The industry s most advanced, ASON/GMPLS-compliant intelligent optical control plane adds field-proven resource auto-discovery, automatic and manual circuit routing options, and optical mesh restoration to a broad set of SONET/SDH protection mechanisms and operational features. BroadLeaf networking software, embedded across all Sycamore switching platforms and unified under a single SILVX management view, empowers Sycamore switches to instantly provision, route, protect, restore, and manage end-to-end connections, and ensures seamless interoperability from edge to core. Building upon Sycamore s extensive real-world deployment experience with intelligent optical switching, the SN 9000 delivers a practical and reliable solution for existing and emerging network applications, reduces network ownership costs, and enables new, revenue-generating services. Figure 1: The SN 9000 Intelligent Multiservice Switch

2 Product Brief Unmatched Flexibility and Cost-Efficiency Fixed line and mobile network operators face the same daunting tasks: finding a cost-effective way to maintain support for existing circuit-oriented services while adding packet-based Layer 2 and IP services, and simultaneously satisfy cost containment and network migration initiatives. The SN 9000 Intelligent Multiservice Switch is designed to address these dichotomies and meet the most stringent requirements for network availability. Combining an open, IP-centric control plane with a carrier-class, pay-as-yougrow system design provides the flexibility, scalability, and reliability needed to efficiently address today s service challenges and ease network migration. Versatile Architecture The compact SN 9000 chassis accommodates both optical/electrical and all-optical configurations, with front access to all cards and connections. The optical/electrical OSX chassis supports up to 1152 DS1, 1008 E1, or 384 DS3 ports, yet occupies only half of a standard rack; the all-optical configuration allows three units per rack. The OSX includes 2 slots for common system functions (system control and cross-connect) and 32 universal slots for service interface and service processor modules. System control, high-order switching, and timing are consolidated on a single system card, the SCX-320, which permits inservice upgrades to software and firmware. Full redundancy is available for all common system functions, including both high and low-order cross-connect switching. Pay-as-You-Grow Capacity Varying degrees of modularity and in-service scalability are typical of next-generation networking products. However, in several important ways, the most recent addition to the Sycamore switching portfolio moves the pay-as-yougrow concept to an entirely new level. First, the SN 9000 implements capacity-based bandwidth licensing, in 80 Gbps, 160 Gbps, and 320 Gbps quantities. Each service module is allocated a portion of the licensed bandwidth (e.g., 5 Gbps per 8 x OC-3:12/STM-1:4 module, 10 Gbps per VXC-10). System software restricts the amount of usable high-order switching capacity, which means it can be upgraded inservice (from 80 to 160 Gbps, 80 to 320 Gbps, or 160 to 320 Gbps) as the network grows. The SN 9000 alarms network operators when capacity is running low; adding bandwidth is accomplished quickly and non-disruptively by obtaining a new license key from Sycamore customer service. Incremental bandwidth licensing, an industry first, can substantially reduce initial deployment costs. The second aspect of the SN 9000 pay-as-you-grow approach that differs from industry norms concerns configuration flexibility. Users are not burdened with a full mix of TDM/packet/cell services hard wired into the platform. The SN 9000 base function is strictly non-blocking TDM switching. Network operators have the option to add advanced data services capabilities, and the option to add VT/VC (low order) switching capabilities. With the SN 9000, to an unprecedented degree, you plug in exactly the service options you need, when and where you need them in most cases, simply and easily, via software. Port-Agnostic Services Multiservice networks tend to increase operational complexity because most installed network elements utilize servicespecific interface cards. Trying to address a broad spectrum of services while working within this limitation leads to large capital investments and cumbersome operations. In contrast, Sycamore s any-service-to-any-service-interface approach removes costs and inefficiencies. The SN 9000 is architected to support 32 universal service slots for service interface modules (SIMs) and optional service processor modules (SPMs). Any SIM interface or SPM can operate in any universal service slot, which allows tremendous provisioning flexibility. Service modules, optical/electrical distribution modules, and pluggable optical modules can be changed and reconfigured as needed; and all interfaces and services are based on industry standards for maximum interoperability. An interface module can be configured with any service, on a perport basis, by simply determining the interfaces and processing capacity required to support the demand on the network. This enables operators to continually optimize node configurations to satisfy evolving service requirements; eliminates stranded ports of any particular service type, simplifies maintenance, and alleviates sparing issues. The ability to modify services without physically changing end port connections also simplifies service upgrades and streamlines operations. Bandwidth Optimization, Edge to Core The SN 9000 s modular, pay-as-you-grow architecture supports a flexible mix of services, including carrier-class Ethernet, high and low-order SONET/SDH private line, and multiservice international gateway functions. Distributed, tiered grooming from low-order switching of SONET/SDH and PDH services, to high-density aggregation of circuit and packet traffic enhances overall network efficiency. Interoperability between the SN 9000 and the SN Intelligent Optical Switch at the network core extends bandwidth optimization across multiple network segments and service layers, in any topology. 2

3 ETHERNET PACKET/ETHERNET TRANSPORT LAYERED SERVICES Fixed Line and Mobile Applications PDH WIDEBAND SWITCHING BROADBAND SWITCHING CNM The SN 9000 Intelligent Multiservice Switch fits a variety of multiservice aggregation and bandwidth optimization applications in fixed line and mobile networks: SONET/SDH BROADLEAF DYNAMIC MESH RESTORATION LINEAR/RING PROTECTION INTEGRATED TRANSPORT END-TO-END PROVISIONING n Next-Gen Broadband Digital Cross-Connect (BB-DCS) n Wideband DCS Integration n Next-Gen Add/Drop Multiplexer (ADM) n Intelligent Optical Cross-Connect (OXC) Figure 2: Compact and Versatile Multiservice Architecture By encompassing optical/electrical and all-optical configurations, high and low-order cross-connect, pluggable optics, and port-agnostic circuit/ packet services, the SN 9000 enables multiservice aggregation, bandwidth optimization, and new operational efficiencies. SONET/SDH Grooming and Switching The SN 9000 provides both high-order and low-order SONET/ SDH switching in a fully non-blocking switch fabric. Highorder switching scales up to 320 Gbps aggregate capacity for SONET/SDH concatenated and non-concatenated services, with STS-1/AU-3 granularity. Low-order switching scales up to 10 Gbps in an adjunct VT/VC cross-connect matrix that supports up to 4 independent processing islands. Low-order switching also enables SONET and SDH framing and a SONET/SDH international gateway function (i.e., interoperation between the standards within a single platform). Common SONET/SDH features include per-port, softwareconfigurable support for the SONET or SDH hierarchy, full performance monitoring capabilities, and in-band management channels. Common PDH features include software-configurable mapping selection (STS-1/AU-3 and AU-4) and full performance monitoring. Packet-Optimized, Intelligent Ethernet Transport The SN 9000 incorporates intelligent Ethernet transport capabilities ranging from 10 Mbps to 10 GigE that empower cost-effective network evolution while simplifying multiservice provisioning and ensuring carrier-class availability. The exceptional interoperability and configuration flexibility built into the SN 9000, enhanced by a packet-optimized Multirate Ethernet Card, lower upfront and recurring costs by minimizing sparing and simplifying maintenance and training. The Multirate Ethernet Card for the SN 9000 enables carrierclass 10/100/1000 Mbps Ethernet Private Line services, as defined by the Metro Ethernet Forum, by providing a point-topoint Ethernet connection between a pair of dedicated User Network Interfaces (UNIs) with a high degree of transparency. n Intelligent Multiservice Switching and Aggregation n International SONET/SDH Gateway n Service Platform Concentration n Network Migration The ability to support circuit and packet traffic in traditional and next-generation architectures is particularly cost-effective in mobile environments, where 2G-to-4G migration challenges involve new services (e.g., broadband access, VoIP, Fixed/Mobile Convergence) and new technologies (e.g., EDGE, EV-DO, UMTS, HSDPA, Wi-Fi, WiMAX). RADIUS remote authentication, strong encryption, and other security features, along with optional Hot Standby and built-in disaster recovery capabilities, also make the SN 9000 a good choice for mission-critical government and utility networks. On a single card, this solution provides Ethernet transport for optical and electrical services at multiple line rates and enables carrier-class Ethernet services with SONET/SDH reliability. The 8-port multirate Ethernet service interface module (SIM) occupies a single slot and can be placed in any of the SN 9000 s 32 universal card slots. The card uses small form-factor pluggables (SFPs) to support 10/100/1000 Mbps Ethernet services for both optical and electrical configurations. Each port can be provisioned for a different type of Ethernet service, depending on the attributes of the chosen SFP. Network operators select interfaces from a variety of pluggable modules to meet the specific requirements of each site. Support for Generic Framing Procedure (GFP), Link Capacity Adjustment Scheme (LCAS), and high and low-order Virtual Concatenation (VCAT) reflects Sycamore s commitment to standards-based interoperability and further enhances SN 9000 circuit/packet versatility and scalability. Comprehensive Ethernet and SONET/SDH performance monitoring statistics help ensure compliance with service level agreements (SLAs). 3

4 Product Brief FAIL UNI B A Distributed Network Intelligence Work Path Dynamic Restoration Path Example ASON-Powered BroadLeaf Networking Software Figure 3: ASON-Powered Intelligence from Edge to Core Every Sycamore switch actively participates in the BroadLeaf circuit provisioning/restoration process, sharing real-time information about link status, capacity status, routing tables, and resources. This empowers rapid recovery even from multiple, simultaneous failures because each switch has multiple restoration path options, and dynamically chooses the optimal route. Advantages of Industry-Leading Intelligence Deployed as a next-generation optical cross-connect (OXC) or intelligent optical switch, the SN 9000 dramatically reduces provisioning times, enhances capacity utilization and traffic engineering, and supports multiple restoration methods across a common infrastructure. Leveraging industry-leading BroadLeaf networking software and SILVX NMS achieves a level of network and service awareness that empowers unprecedented automation and multi-layer, multi-vendor interoperability. Intelligent Optical Control Plane The SN 9000 incorporates the industry s most advanced, intelligent optical control plane honed through lengthy, ongoing deployment experience in some of the world s largest and most innovative optical networks. BroadLeaf networking software uses standards-based IP routing and signaling protocols to establish and maintain connectivity between Sycamore switches, in compliance with ITU-T ASON, IETF GMPLS, and OIF UNI/NNI standards and implementations. BroadLeaf underpins automatic topology discovery; dynamic provisioning across linear, ring, mesh, or hybrid topologies; and the assignment of specific protection and restoration characteristics to each constituent circuit. Diverse, Resilient Protection Options Bandwidth-efficient protection and restoration mechanisms can be enabled at multiple levels (e.g., node, client handoff, link, and path) to meet diverse traffic engineering needs. SN 9000 SONET/SDH protection and restoration options include BLSR/MS-SPRing, UPSR/SNCP, and 1+1 APS/ MSP. Mesh protection and restoration options (i.e., 1+1 Path Protected, Dynamic Source Reroute, and Unprotected) work in any network topology and in multiple combinations. Fully integrated across Sycamore optical switching platforms, BroadLeaf allows all nodes to automatically communicate with each other, creating a network-wide routing database which, in turn, provides the blueprint for building automated networks and dynamic services. Distributed intelligence supports: n Rapid (point-and-click) circuit provisioning n High availability and disaster recovery n More efficient, simplified network operations n Smooth transition to broadband-optimized infrastructure Over many years in demanding, Tier 1 carrier operating environments, BroadLeaf has proven to simplify IP/optical integration in evolving multivendor networks, streamline operations, and increase service possibilities. Dynamic mesh protection and distributed intelligence eliminate single points of failure, with diversely routed circuits to ensure network resiliency and survivability. Mesh restoration also permits a high degree of customization to satisfy specific customer requirements with maximum efficiency and profitability. With the SN 9000, service providers can segregate different traffic types to offer tiered protection, meet quality of service (QoS) requirements, or satisfy service level agreements (SLAs). 4

5 Network Management and OSS Integration SILVX management software leverages the intelligent control plane embedded across Sycamore switch platforms to achieve the real-time capacity utilization and circuit routing views required for next generation resource management. BroadLeaf distributed intelligence enables the SN 9000 to dynamically reroute traffic over a physically diverse path in the event of a failure. SilvxManager immediately adjusts, recognizes the new topology, and tracks the corresponding changes in service. SilvxManager provides end-to-end, network-level management of Sycamore switches in a way that facilitates interoperability, enhances scalability, and enables layered service provisioning to dramatically simplify new service creation. Support for full FCAPS management functions ensures network-level integration and synchronization, and SilvxOSS industry-standard interface options allow smooth integration with existing operations management systems and procedures. SILVX InSight network design and analysis applications optimize Sycamore switch deployments, capacity planning, and traffic engineering. Layered Services Provisioning and Management BroadLeaf empowered automation and manageability form the foundation for Sycamore s approach to layered service provisioning. The SILVX unified management platform and OSS interface options build on this foundation to create an intelligent service network overlay that dramatically simplifies end-to-end configuration, management, and maintenance. SilvxManager maps present easy-to-use, graphical representations of independent service layers that allow each operator to focus solely on services for which he or she is responsible. Point-and-click provisioning, and managing service connections, becomes clear, simple, and secure. Fixed line and mobile network operators worldwide are leveraging Sycamore layered services management solutions to introduce an array of new services while improving operational and cost efficiency and working within existing business and organizational models. NxT1/E1 OC-3/STM-1 UPSR/SNCP SN 9000 MSC OC-3/STM-1 OC-12/STM-4 Ethernet End User PSTN Internet BLSR/MS-SPRing 10/100/1000 Mbps 10GigE OC-192/STM-64 SN 9000 Voice Switch Router ASON/GMPLS L-APS OC-n/STM-n DS1/E1 OC-n/STM-n DS3 TMUX International Services SN 9000 SN 9000 OC-48/STM-16 SN 9000 POP SN 9000 Core SILVX NMS Figure 4: Cost-Effective Network and Service Migration The SN 9000 extends bandwidth optimization to multiple segments and service layers, simplifying migration from TDM to IP, and from 2G to 3G (and beyond) with cost-effective support for any mix of traditional, transitional, and next-gen technologies and services. 5

6 Product Brief A Practical, Economical Migration Solution The SN 9000 Intelligent Multiservice Switch combines support for legacy and next-generation services and a diverse mix of protection options, from SONET/SDH ring to optical mesh to deliver a comprehensive aggregation solution today and form the foundation for a seamless migration toward IP-centric services. Integrating circuit/ packet support, high port density, and service interface independence in a single chassis provides unprecedented provisioning flexibility. A pay-as-you-grow architecture, unique bandwidth licensing, and in-service scalability adapt easily to changing needs, enabling network operators to right-size and optimize SN 9000 configurations to precise network tier and site requirements. Consolidating multiple network functions high and loworder digital cross-connect, add/drop multiplexer, carrierclass Ethernet and optical transport into one multiservice platform creates a more efficient and cost-effective solution for metro edge/hub aggregation, metro core, and regional core deployments. The SN 9000 decreases the number of network elements required to support existing and emerging customer applications, and enables operators to plug in and use only what they need for service mix and bandwidth capacity when and where they need it. This substantially reduces capital costs, simplifies network planning and training, and minimizes sparing costs and other operational expenses. Sycamore s tight integration of management and ASON/ GMPLS-compliant networking software empowers robust and dynamic optical networks and services. Network operators can distribute high-speed bandwidth, or gradually and selectively turn up automated features, with point-and-click simplicity; and introduce new, differentiated services, as needed, without compromising existing services or revenue streams. When used in combination, the interoperability of Sycamore s portfolio of edge-to-core intelligent optical switching platforms further enhances end-to-end manageability and service flexibility. In fixed line and mobile networks, the SN 9000 introduces operational efficiencies, cost savings, and revenue opportunities that enhance profitability and ensure investment protection during the migration from traditional to nextgeneration services, and beyond. 6

7 Specifications 1 For a complete functional specification, please contact your Sycamore Sales Representative. System Service Interface Modules 8x Multirate Ethernet Card Small Form-Factor Pluggables (SFPs) for Multirate Ethernet Card Network Architecture and Protection Switching BroadLeaf Networking Software Fully non-blocking SONET/SDH grooming switch Fully redundant system hardware and software Grooming from OC-192/STM-64 to DS1/E1 granularity Switching capacity up to 320 Gbps; optional 40 Gbps LO Switching 10/100/1000 Mbps Ethernet Private Line services 1 x OC-192/STM-64 4 x OC-48/STM-16 8 x OC-3:12/STM-1:4 24 x DS3 72 x DS1/63 x E1 8 x GigE, 8 x MRE, 1 x 10GigE 8 ports per card Single-width card Usable in any of 32 multiservice slots Port speed 10/100/1000 Mbps Up to 28 cards per system Up to 224 ports per system EoS encapsulation: Generic Framing Procedure Framed (GFP-F) Maximum Transmission Unit (MTU) sizes: 64 to 9600 bytes Equipment and facility PHY loopbacks Power: 45w maximum per card 100BASE-FX 100BASE-LX10 100BASE-BX10-D 100BASE-BX10-U 10/100/1000BaseT 1000 Base-SX 1000 Base-LX 1000 Base-ZX Linear, Ring, Mesh, and Hybrid Per port software configurable 1+1 Linear APS/MSP UPSR/SNCP 2- and 4-fiber BLSR/MS-SPRing 1+1 Path Protected 1:n PDH Protection Dynamic Mesh Restoration Gateway between SONET and SDH IP-based and OSI-based DCC interoperability ASON/GMPLS-compliant control plane software Standard OSPF-based routing and MPLS-based signaling Automatic topology discovery In-band/out-of-band control plane Manually defined or automated path/circuit route selection and provisioning Multi-vendor, multi-layer internetworking Chassis Dimensions (H x W x D): 950mm x 500mm x 300mm, 37.4 x 19.7 x 11.8 Each chassis includes DC power line filters and fan tray assembly Power/Environmental Volts: DC -48 / -60 (input) Characteristics Power consumption: 1300 watts maximum, 1000 watts typical BTUs per hour: 4435 maximum, 3412 typical Operating temp (long term) 41 F to 104 F (+5 C to +40 C) Humidity (non-condensing) 5% to 90% Pluggable Optics Pluggable Optical Modules support a full complement of optics: SR, IR, LR, DWDM; 1310nm, 1550nm, 15xx nm Fault and Performance Management/ Monitoring Local network element alarm indication; threshold crossing alerts External alarm outputs and inputs Autonomous alarm forwarding Automatic laser shutdown SONET/SDH performance monitoring Intermediate path performance monitoring Full suite of loopbacks, test access, on-demand diagnostics Synchronization/Timing Stratum 3 holdover Synchronization status messaging (SSM): SONET, SDH BITS/SSU interfaces SILVX Management Software Regulatory and Standards Compliance Node management: SilvxSource Network management: SilvxManager and SilvxManager for Windows Network design and planning tools: SILVX InSight Northbound interfaces: TL1, TMF CORBA, XML, SNMP (alarms) SilvxOSS Full TMN FCAPS functionality Network and capacity planning applications Layered services provisioning and management Real-time network and service views NEBS Level 3 (GR-63-CORE) Telcordia GR-1089-CORE, GR-253-CORE ITU-T G.957, G. 707 VCAT, G.7041 GFP, G.7042 LCAS IEEE Ethernet, 802.3z GigE, 802.3ae 10 GigE EN , EN 55024, EN CSA listed to UL/CSA Tested to comply with international regulatory requirements 1 Specifications are subject to change without notification.

8 Product Brief Sycamore Networks, Inc. 220 Mill Road Chelmsford, MA , USA Phone: Fax: Sycamore Networks, Inc. (NASDAQ: SCMR) is a leading provider of intelligent bandwidth management solutions for fixed line and mobile network operators worldwide. From multiservice access networks to the optical core, Sycamore products enable network operators to lower overall network costs, increase operational efficiencies, and rapidly deploy new revenue-generating services. Sycamore assumes no responsibility for the accuracy of the information presented, which is subject to change without notice. BroadLeaf, SILVX, SilvxSource, SilvxManager, Sycamore, and Sycamore Networks are trademarks or registered trademarks of Sycamore Networks, Inc. in the United States and/or other countries. Copyright 2009 Sycamore Networks, Inc. All Rights Reserved. MCD ISO 9001:2000