Apollo. Growth. Family Brochure PRODUCTS. Optimized Multilayer Transport (OMLT) Product Family

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1 PRODUCTS Family Brochure Your Path for Growth Apollo Optimized Multilayer Transport (OMLT) Product Family Full transport solution from access to core based on a single product line Optimized for the NG WDM, CESR, and NG Packet-OTS market with integrated powerful L0, L1, L2/MPLS, and L3 functionality Transparent aggregation and transport of services over 10G to 100G WDM links Universal OTN/MPLS fabric providing smooth migration from existing to next generation networks Complete reconfigurable solution from access to core using a variety of ROADMs Fully flexible any-card, any service, in any slot cage Your Partner for Growth

2 Overview The Apollo Optimized Multilayer Transport (OMLT) is a groundbreaking, purpose-built, next-gen modular transport portfolio integrating Layer 0, 1, 2, and Layer 3 technology, providing a strong OAM model equally applicable to circuit and packet traffic, and offering an integrated multilayer management view. Apollo includes a range of platforms that span metro access, edge, and core/regional/long haul requirements. Its state-of-the-art system is optimized for the transition from hybrid networks supporting SDH/SONET, data, and storage services, to pure IP networks over OTN/WDM. Based on modular building blocks and a series of cost-optimized platforms, Apollo gives operators the option to start implementing either a complete optimized multilayer transport solution or only selected building blocks of that solution, on a standalone basis as needed. For instance, the operator can start out only with optical transport or with Carrier Ethernet switch router capabilities, and can add more modular building blocks when and where additional functionality is needed. This can be done without fear of stranding assets, having initial deployment decisions limit future options, or committing to a solution that will be less optimized for one type of traffic in favor of another providing operators with significant future proofing.

3 Unique Architecture Right Down the Line Apollo supports applications from metro to regional/long haul. The system architecture is one of the most flexible in the market and can be tailored to the requirements of each site and application. For better utilization of network resources, Apollo can be configured as a pure WDM system, Metro OMLT (NG Packet-OTS), Core OMLT, and CESR. These configurations are implemented by using a variety of L1, L2 and L3 switching fabrics, either locally on the I/O cards or centrally. In metro applications, the system can be configured to support a powerful Ethernet Layer 2/MPLS/Layer 3 switching fabric. In metro core and regional/long haul applications, the system supports a robust universal fabric sustaining 1 Tbit, scalable to multitera, ODU cross connect/ethernet Layer 2/MPLS/L3 switching. Any mix of traffic types can be handled, as determined by site requirements. Underlying OTN Technology Apollo is based on Optical Transport Network (OTN) technology, ensuring carrier-grade capabilities and unmatched QoS. The OTN transmission layer provides a converged pathway for legacy SDH/SONET as well as advanced high-capacity Ethernet offerings. Sub-lambda services can transparently be groomed over a single pipe. The universal fabric supports cross connects, from ODU-0 all the way to ODU-4, including ODU-Flex. Each service, Ethernet, SDH/SONET, and storage is kept intact with its overhead and original timing clock, using its own protection scheme according to the customer Service Level Agreement (SLA). Apollo's OTN layer also supports GFEC and EFEC compliance with G.709. The result is an increase in the maximum span length, reducing the need for regeneration (3R) sites, and enabling more ROADM nodes to be deployed along the signal path without 3R regeneration. Apollo incorporates advanced technologies that promote plug-and-play, ease of installation, and fast and simple new service provisioning, thereby reducing OPEX and CAPEX significantly. It includes a variety of state-of-the-art ROADM modules, tunable lasers, an advanced management system, and a GMPLS-based control plane. All these capabilities place Apollo among the most advanced systems in the market. Apollo multiservice architecture

4 Advanced End-to-End MPLS Apollo enables a wide range of enterprise services, such as MEF-compliant L2 VPN to NG L3 MPLS IP-VPN. With simplified provisioning and SLA management systems, Apollo empowers service providers to easily tailor business networking solutions for any enterprise size or application. Apollo features a field-proven IP/MPLS control plane as well as MPLS-TP. This flexibility allows network engineers to select the optimized signaling method per network domain, according to the specific application and available resources. Signaling Gateway functionality enables full interoperability between dynamically signaled IP/MPLS and statically provisioned MPLS-TP domains. The signaling gateway maintains end-to-end (E2E) transport OAM capabilities across both domains and extends MPLS to the access. Packet switching is available in assorted fabric types, depending on the site location and requirements. It can scale from small capacity over dedicated packet-switching fabrics to multitera over universal fabric types. FE, GbE (electrical or optical), 10 GbE, and 100 GbE non-blocking data cards with full duplex support can be added in the service slots as part of ECI s budget-conscious, pay as-you-grow approach. Integrated MPLS over a metro WDM network

5 Flexibility Hits the ROADM ROADM is considered the technology of choice for carriers worldwide, adding flexibility and lowering total cost of ownership (TCO) for various network scenarios. Today's operators require flexible capabilities from the access to the core, using cost-effective ROADMs for each segment. Apollo provides these capabilities based on a variety of photonic modules and ROADMs with best-in-class WSS ROADM technology, fully tunable lasers, and power equalization capabilities. Apollo introduces truly agile optical networking, providing wavelength connectivity with up to 100 Gbps each, in ring or mesh topologies, at 100 GHz (44-channel) and native 50 GHz (88-channel) spacing. The ROADM can be configured to support colorless/directionless/contentionless methods yielding improved flexibility. A variety of amplifiers, ROADMs (such as 2D-ROADM and multidegree ROADM), Tunable Filter Array, and passive filters are available for the different network segment requirements. End-to-end packet-optical solution

6 Advanced Control Plane The Apollo product family offers Automatic and Wavelength Switched Optical Network (ASON/WSON) control plane architecture, capable of offering intelligent services in transport networks. This is achieved by supplying a GMPLS control plane that enhances Apollo networks, adding restoration to the sub-50 msec protection schemes and automated service provisioning. It further boosts network capabilities, contributing to reduced CAPEX and OPEX. Control plane capabilities add a valuable level of protection and restoration features to Apollo platforms. This goes beyond the simple protection provided by backup fibers in case of fiber cuts affecting multiple links. Control plane restoration capabilities reduce the capacity that must be held in reserve for protection purposes. At the same time service providers can offer varied levels of service restoration for different services. Key components of the Apollo management and control suite include automatic topology discovery, resource dissemination, point-and-click connection provisioning, automatic user-initiated setup, E2E performance management across the OTN layer, and network-wide E2E path protection and restoration. The distributed dynamic routing capability enables rapid cost-effective creation of new nodes and additional bandwidth without the extensive offline operations usually required. Smart and Simple Management All ECI transmission equipment, including Apollo, is managed by a single network management system (NMS), LightSoft. LightSoft features a unique multidimensional approach to managing today's converged networks. It handles a single physical layer and several logical layers covering Ethernet/MPLS, OTN, SDH/SONET, and optical. It employs a graphical user interface that provides a comprehensive view of the entire network while allowing customization of individual technology-centric views. The network management suite includes comprehensive configuration, fault management, performance monitoring, administration, maintenance, and security tools for all the transport technologies in the network, ensuring efficient resource control, streamlined operation, and high QoS. The user can view all aspects of the network at a glance and fully control all elements. In addition, multiple users can simultaneously configure the network without causing access conflicts.

7 Specifications Applications Topology Capacity Optional Plug-in Fabric Cards Metro OMLT, Core OMLT, DWDM and Multiteach Core DWDM, CESRs Point-to-point, linear, ring, hub, mesh 8.8 Tbps (88 ch x 100 Gbps) 1 Tbps universal fabric supporting ODU-k cross connect and Ethernet L2/MPLS/L3 switching, scalable to multitera 50G, 100 Gbps Ethernet L2/MPLS, and L3 fabric Fiber Types G.652, G.653, G.654 and G.655 Network Applications Optical Amplifier Modules Optical Add-Drop OTN Service Cards OTN Cross-connect Cards Network size: over 3,500 km with 88 channels (10 Gbps) Output power from 16 dbm to 23 dbm Gain: up to 40 db with 10 db midstage Dynamics: 1-88 channels Embedded optical leveling and control Raman amplifier: counter-propagating for Core applications Rack-mounted very high power (1 W) Raman and EDFA amplifiers for single-span links up to 350 km Multidirection flexible and fixed OADMs ROADM; WSS 2D and 4/9D native 50 GHz and 100 GHz Colorless, directionless, and contentionless options 100% add-drop capacity C and DWDM filters Add-drop filter granularity: 2/4/8/44/88 channels 10G multirate transponder and AoC 40 Gbps transponder and combiner 100G transponder and combiner Pluggable optics Full 88 channel tuneability Low rate service card 10G service card 40G service card 100G service card Pluggable optics Full 88 channel tuneability L2/3 Service Cards 100 GbE 10 GbE 1 GbE 10/100/1000TX Protection Restoration Carrier Class ETH Services (L2 features) Routing Capabilities (L3 features) OTN network protection: SNCN IO card protection DWDM protection: OCH1+1, OMSP, Y-Protection, 1+ n Optical DRI/DNI Equipment protection: power modules, controller, switch fabric, fan unit, timing ASON/WSON: 1+1, 1+1 forever, Preplanned/Dynamic protection IEEE 802.1d, 802.1q/Q, provider bridging (QinQ VLAN stacking) Ethernet link aggregation (802.3ad) Ethernet Private Line (EPL), Ethernet Virtual Private Line (EVPL) Ethernet Private LAN (EPLAN), Ethernet Virtual Private LAN (EVPLAN) Ethernet Private Tree (EP-Tree), Ethernet Virtual Private Tree (EVP-Tree) Hierarchical VPLS (H-VPLS) HW assisted Ethernet OAM - IEEE-802.1ag, ITU-Y.1731, IEEE-802.3ah Layer 2 filtering and classification Routing: IPv4/IPv6 BGP-4, MP-BGP IS-IS and OSPFv2 with TE extensions RIPv1, v2 ECMP routing

8 Specifications (cont.) Apollo_02_ Multicast - PIM sparse mode, MBGP, IGMPv2/3 Synchronization Dimensions Power Environmental Regulatory ECI Headquarters Tel: Fax: EMEA Tel: Fax: VRRP MPLS LDP RSVP-TE with MPLS fast reroute (FRR) and primary/secondary (standby) LSP PWE3 VPLS/H-VPLS using LDP signaling L3 VPNs (RFC 4364, formerly RFC 2547 bis) FRR MPLS-TP Hardware-assisted BFD Hardware-based Layer 3 classification and filtering Denial of Service protection, anti-spoofing, packet filtering Timing Sources BITS (E1/T1/2.048 MHz), Recovered line clock, free running Differential clock recovery using Sync Ethernet, IEEE 1588v2 OPT9648: ETSI width, 1400 mm height, and 300 mm depth with 48 service slots OPT9624: ETSI width, 675 mm height, and 300 mm depth with 24 service slots OPT9608: 19" wide, 225 mm (5U) high, and 300 mm deep with 8 service slots SR9604: 19" wide, 135 mm (3U) high, and 300 mm deep with 4 service slots OPT9603: 19" wide, 112 mm (2U) heigh, and 300 mm deep with 3 service slots VDC to -75 VDC, Optional AC for OPT9603 Operating temperature: -5 C to +55 C Relative humidity: 5% to 90% (non-condensing) Environmental: Storage: ETSI EN class 1.2 Transportation: ETSI EN class 2.3 Operation: ETSI EN class 3.2 Safety: UL ed2 (2007), EN ed2 (2006), Directive 2006/95/EC IEC Safety of Laser Products EMC: EN V ( ), Directive 2004/108/EC NEBS: GR63 (Zone 4, last rev), GR1089 (last rev) RoAPAC Tel: Fax: Net defines ECI s focus on facilitating our customers' optimal transition to Next-Generation Networks, through the unique combination of innovative and multi-functional network equipment, fully integrated solutions and all-around services CIS Tel: Fax: Americas Tel: Fax: India (Mumbai) Tel: Fax: Copyright 2011 ECI Telecom. All rights reserved. Information in this document is subject to change without notice. ECI Telecom assumes no responsibility for any errors that may appear in this document.