5410 SERVICE AGGREGATION SWITCH

Ciena’s 5410 Service Aggregation Switch is a next-generation Carrier /MPLS service aggregation platform that provides terabit switching capacity, massive service scalability, carrier-class resiliency, and a cutting-edge Features and Benefits feature set that supports advanced QoS, > Provides 100 Gb/s per slot and 1 Tb/s per system full duplex switching capacity with rich features OAM, and L2VPN capabilities. and scalable services The 5410 enables service providers to keep pace with constantly increasing demand > Implements advanced Ethernet and for bandwidth capacity and service density in metro networks to support mobile comprehensive MPLS features that support demanding mobile backhaul, backhaul and Ethernet transport applications, business VPNs, and business and business, transport, and residential residential triple play services. service applications, including 3G/4G wireless backhaul, L2VPN service Optimized for deployment in large central offices and Points of Presence (PoPs), the delivery and aggregation, L2 backhaul of L3VPNs, and FTTx/IP DSLAM 5410 features ten 100 Gb/s-capable line module slots, 1 Tb/s full duplex switching Aggregation capacity, and fully redundant common equipment that supports six-9s reliability

> Sophisticated virtual switching and ensures service continuity. The 5410 offers high-density (GbE) architecture provides enhanced scale and Ten Gigabit Ethernet (10GbE) connectivity to subscriber edge and first-tier and flexibility for tens of thousands of aggregation switches, and high-performance 10GbE uplinks to IP/MPLS core services on a single system, including up to 128,000 VLANs, 64,000 virtual switch/routers. With its 1 Tb/s full duplex capacity today, the system can easily switches, and up to ten million MAC accommodate future line modules that will offer 100GbE interfaces. The 5410 addresses architecture and system resources also provide robust scalability for MAC addresses:

> Delivers high reliability, six-9s one million MAC addresses per line module and up to ten million MAC addresses per availability, and 50 ms protection system. A sophisticated virtual switching architecture enables each 5410 to support switching resiliency using state-of- over 128,000 individual services (VLANs and Ethernet Virtual Circuits) for enhanced the-art hardware and software design coupled with advanced control plane scale and flexibility, and advanced ingress and egress hierarchical QoS capabilities and Ethernet OAM capabilities ensure SLAs can be honored while fully utilizing system assets. Protocol-agnostic and

> Provides broad service stratification standards-based, the 5410 supports a full range of MPLS and Ethernet transport and and robust bandwidth allocation control protocols and L2VPN capabilities, including: MPLS Pseudowires/Virtual for guaranteed SLAs via MEF- Circuits; VPLS and Hierarchical VPLS; MPLS Label Edge Router and Label Switch 14-compliant hierarchical QoS capabilities Router functions; MPLS-TP; IEEE 802.1Qay PBB-TE, IEEE 802.1D/802.1Q/802.1ad/ ; and ITU-T G.8032 Ethernet Ring Protection Switching. The 5410 implements Continued on page 2 resiliency options for these protocols that enable 50 ms recovery from link or port failures, and provides a robust suite of connectivity fault management and performance monitoring capabilities. D Datasheet The 5410 system hardware includes all the elements required for Features and Benefits (continued) allowing the 5410 to easily support Synchronous Ethernet applications, such as next- generation mobile backhaul, when software support is added in a future release. 5410 > Supports interworking between Line Modules and Control Modules include synchronization and clocking circuitry; Q-in-Q VLANs, MPLS Virtual Circuits, VPLS/H-VPLS L2VPNs, dedicated timing traces on the backplane enable precise network timing and and PBB-TE connections for synchronization signals to be delivered to and derived from all Ethernet interface ports; complete service flexibility and the system I/O module includes T1 or E1 BITS interfaces that can receive or provide and optimization of network resources BITS synchronization timing signals. These design elements will enable the delivery and distribution of transport-class timing for network-synchronized applications. > Provides operational efficiency and consistent system and service attributes with a field-proven service-aware Access Metro/Aggregation Core operating system, and supports comprehensive management for high-velocity service rollout and faster time to revenue MTU nxG, 10G (Q, P, H) G.8032 Ring 10G > Complies with IEEE/IETF/ITU/ Q-in-Q (Q) PBB-TE (P) MEF standards and features MTU Remote Terminal nxG H-VPLS (H) MEF, MPLS/VPLS, VLAN, and (Q, P) MPLS-TP PBB-TE services on every port G (Q) G.8032 National MPLS to support interoperability in 10G multivendor deployments SMB G (Q) (Q, P, H) > Facilitates implementation PoP/RT of latest standards and new SMB service capabilities through G (Q, P) G.8032 programmable hardware, ensuring future-proof 1G investment protection MTU (Q, P, H)

Figure 1: 5410 Ethernet aggregation

The 5410 is based on Ciena’s field-proven technology, deployed by dozens of network operators in tens of thousands of PoPs, central offices, businesses, office parks, cell sites, remote terminals, and residences. It combines the low cost and high capacity of Ethernet with the reliability, management, and service quality usually associated with SONET/SDH networking systems. The 5410 software is based on an advanced service- aware operating system—used in all Ciena service delivery and aggregation switches— which provides consistent system and service attributes and a common operator interface, provisioning, and management capabilities. These features leverage customer investment in training and operational procedures, provide significant operational cost savings, enhance service creation velocity for faster time to revenue, and deliver synergy with Ciena’s best-in-class portfolio of right-sized service aggregation and service delivery Carrier Ethernet systems.

Advanced MPLS Functionality

The 5410 offers a comprehensive set of MPLS, VPLS, and H-VPLS features that support resilient MPLS L2VPNs and enable service providers to offer MPLS-based connectivity 5410 chassis, front view services on networks, extending the functionality and scalability of MPLS core networks. These MPLS features include:

> MPLS Pseudowire Emulation Edge-to-Edge (PWE3), which supports MPLS Virtual Private Wire Services (VPWS), sometimes called MPLS Virtual Leased Lines. VPWS enables the provisioning of MPLS-based Ethernet Virtual Circuits (EVCs) and supports MPLS-based Ethernet Private Line and Ethernet Virtual Private Line services

2 > Virtual Private LAN Services (VPLS) and Hierarchical-VPLS > MPLS FRR further enhances resiliency for MPLS/VPLS services (H-VPLS) based on MPLS Label Switched Paths (LSPs) and by enabling LSPs to be restored within 50ms in case of MPLS Virtual Circuits (VCs). 5410 VPLS capabilities support physical or logical link failure Layer 2 VPNs that are based on Ethernet transport with the > MPLS OAM capabilities include LSP Ping and LSP Traceroute, benefits of an MPLS/VPLS control plane. This control plane which can be used to verify the LSP status and topology includes Label Distribution Protocol (LDP) for VPLS VC signaling; OSPF-TE and IS-IS-TE for MPLS Tunnel Routes; The 5410 incorporates the latest innovations in Ethernet and RSVP-TE for the establishment of the LSPs that switching technology and control plane protocols and utilizes constitute the VPLS high-performance programmable processors to deliver new features and functionality through simplified software > MPLS label edge router functionality, which enables the 5410 upgrades, with minimal disruption to customer traffic. to function as a VPLS/H-VPLS Provider Edge switch (PE-rs). This programmable architecture keeps capital and operating The 5410 also supports H-VPLS Dual Homing, which provides costs to a minimum and simplifies the migration to emerging resiliency by enabling spoke connections from an MTU-s to standards and services—maximizing revenue potential and two different PE Hub switches. For additional flexibility, providing superior flexibility and investment protection. H-VPLS spoke connections can be implemented using MPLS pseudowires (VCs), Q-in-Q Ethernet VLAN Virtual Circuits, The 5410 provides interworking between Q-in-Q VLANs, Ethernet Private Lines, Ethernet Virtual Private Lines and MPLS/VPLS/H-VPLS, and PBB/PBB-TE encapsulation formats. PBB-TE service instances By enabling Ethernet and MPLS/VPN and connectivity services to seamlessly traverse multiple domains and transmission > MPLS tunnel groups can be configured on the 5410 to facilities—each with its own encapsulation and transport— support LSP redundancy Ciena’s 5410 creates interworking functionality that supports complete service flexibility and maximum optimization of network resources and traffic engineering architectures. Technical Information IEEE 802.3u MEF 9 Ethernet Virtual Private Line Interfaces IEEE 802.3z GbE MEF 9 Ethernet Virtual Private LAN 10 x 10GbE XFP NNI/UNI ports per 10GbE IEEE 802.1D MAC Bridges MEF 9 Ethernet Tree Line Module IEEE 802.1Q VLANs - Including .1p Priority MEF 14 Traffic Management - 0–10 10GbE line modules per system IEEE 802.1ad Provider Bridging (Q-in-Q) - 0-100 x 10GbE ports per system VLANs with full S-VLAN range Carrier Ethernet OAM 4 x 10GbE XFP NNI/UNI ports per 10GbE Line 4,094 VLANs per port single tagged IEEE 802.1ag Connectivity Fault Management Module 30,000 VLANs per port double tagged Distributed Connectivity Fault Management - 0-10 10GbE line modules per system 128,000 VLAN s per system IEEE 802.3ah Ethernet in the First Mile (EFM) - 0-40 x 10GbE ports per system Single and double VLAN tag translations on IEEE 802.1AB Link Layer Discovery Protocol 32 x GbE SFP NNI/UNI ports per GbE Line Module ingress and egress ITU-T Y.1731 Performance Monitoring - 0-10 GbE line modules per system Private Forwarding Groups/Private VLANs Port Mirroring - 0-320 x 1GbE ports per system Per Virtual Switch MAC Learning Control MPLS/MPLS-TP Control Module Management ports: Per VLAN MAC Learning Control RFC 2205, 3031 – MPLS Pseudowire Emulation - 2 x RJ-45 10/100/1000M Ethernet 81-00, 91-00, 88-a8 Ethertype Support Edge-to-Edge (PWE3) - 1 x RJ-45 Console Port IEEE 802.3x Ethernet Flow Control RFC 2702 – Traffic Engineering for MPLS - 3 x RJ-45 IOADM ports IEEE 802.1w Rapid RFC 3032 – MPLS Label stacking encoding System I/O Module Ports: (RSTP) - now in .1D RFC 3036 Targeted LDP (for VPLS VC signaling) - 3 x Alarm Output relays RSTP Path Cost and Self Disable RFC 3097 – RSVP Cryptographic Authentication - 2 x T1 or E1 BITS inputs Spanning Tree Domains RFC 3209 – RSVP-TE: Extensions to RSVP for - 2 x T1 or E1 BITS outputs IEEE 802.3ad Control LSP Tunnels MAC Address Table Capacity Protocol (LACP) RFC 3630 – OSPF-TE Manual Link Aggregation (LAG) One million MAC addresses per Line Module RFC 5305 – ISIS-TE N+N Protection LAG Up to ten million MAC addresses per chassis RFC 3936 – Modified procedure for RSVP ITU-T G.8032 Ethernet Ring Protection Switching RFC 4377 – OAM requirements for MPLS networks Ethernet Jumbo Frames to 9216 bytes RFC 4378 – A framework for MPLS OAM IEEE 802.1X Port-Based Network Access Layer 2 Control Frame Tunneling RFC 4379 – LSP Ping and Traceroute Control (RADIUS/MD5) MEF 9 Ethernet Private Line RFC 4447 – LDP set up for Pseudowires IEEE 802.3 Ethernet MEF 9 Ethernet Private LAN RFC 4448 – Encapsulation Methods for Transport of Ethernet over MPLS Networks (PW over MPLS)

3 Technical Information continued Switching between MPLS Virtual Circuits and IEEE 802.1AB-2005 LLDP-MIB MPLS/MPLS-TP continued PBB-TE Service Instances ITU X.733 / RFC 3877 Alarm Reporting MIB RFC 4664, 4665 – L2VPNs Switching Between MPLS Virtual Circuits and RFC 1757 - RMON MIB - incl. persistent configuration RFC 4762 – VPLS including H-VPLS Q-in-Q Ethernet Virtual Circuits RFC 2021 - RMON II and RMON Statistics RFC 5036 – LDP (Targeted LDP only) Switching between PBB-TE Service Instances Per-VLAN Statistics RFC 5085 – VCCV – Virtual Circuit Continuity and Q-in-Q Ethernet Virtual Circuits RADIUS Client and RADIUS Authentication Verification – Type 3 TACACS + AAA RFC 5586 – MPLS Generic Associated Channel Quality of Service RFC 2131 - DHCP Client (MPLS-TP) Per Line Module: DHCP Relay RFC 5654 – MPLS-TP Requirements - 32,000 Hardware Queues RFC 1305 - NTP Client RFC 5718 – An Inband Data Communication - 28,000 Scheduler Flows RFC 1035 - DNS Client Network for the MPLS Transport Profile - 28,000 Hierarchical Egress Shapers (CIR/EIR) Telnet Server RFC 5860 – Requirements for OAM in MPLS - 128,000 Hierarchical Ingress Meters (CIR/EIR) RFC 959 - FIle Transfer Protocol (FTP) Transport Networks Committed and Excess Information Rate RFC 1350 - Trivial File Transfer Protocol (TFTP) RFC 5880, 5881, 5884 – BFD (CIR and EIR) Committed and Excess Burst Secure Shell (SSHv2) RFC 5921 – A Framework for MPLS in Transport Size (CBS and EBS) Syslog with Syslog Accounting Networks Per-port per-VLAN QoS with CIR and EIR traffic CPU Load Query RFC 5950 – Network Management Framework on Egress Queues Device Archive for MPLS-based Transport Networks Classification based on: Local Console Port RFC 5951 – MPLS TP Network Management - IEEE 802.1D priority Alarm management with audible and visible Requirements - IEEE 802.1ad PCP priority alarm outputs RFC 5960 – MPLS Transport Profile Data Plane - IEEE 802.Qay PCP priority User configuration of event/alarm information Architecture - VLAN ID, source or destination port Fault log for Fault Policy Management RFC 5994 – Ethernet PW to MPLS Transport - IP Precedence, IP DiffServ Code Point (DSCP) Log events to FLASH, compact-FLASH or RFC 6215 – MPLS Transport Profile User-to-Net- - MPLS EXP Priority internal memory (RAM) work and Network-to-Network Interfaces - TCP/UDP port Local management interface RFC 6370 – MPLS-TP Identifiers Layer 2 – Layer 3 Class of Service Mapping/ Physical Interface Performance Monitoring RFC 6371 – Operations, Administration, and Marking/Re-marking Logical Interface Performance Monitoring Maintenance Framework for MPLS-Based Layer 3 – Layer 2 Class of Service Mapping/ Logical Interface Port and Subport Statistics Transport Networks Marking/Re-marking Logical and Physical Port RMON Statistics RFC 6372 – MPLS Transport Profile (MPLS-TP) Hierarchical Ingress Metering Remote management interface Survivability Framework Ingress metering per-port-per-VLAN-per-CoS Comprehensive Management via Ethernet RFC 6373 – MPLS-TP Control Plane Framework 128,000 Hierarchical Ingress Meters per Line Module Services Manager RFC 6378 – MPLS-TP Linear Protection Two-Rate Three-Color marking RFC 6426 – MPLS On-demand Connectivity Per-Port and per-Subport WRED Egress Queuing Service Security Verification and Route Tracing Configurable WRED profiles Per-port Service Access Control (ACLs) RFC 6427 – MPLS Fault Management OAM Hierarchical Egress Shaping and Scheduling Per-VLAN Service Access Control (ACLs) RFC 6428 – Proactive Connectivity Verification, Configurable Scheduler Policy Per-flow Service Access Control (ACLs) Continuity Check and Remote Defect Layer 2, 3, 4 Access Policies Multicast Management indication for MPLS Transport Profile Egress Port Restriction RFC 2236 - IGMPv2 with IGMP Snooping Layer 2, 3 Protocol Filtering PBB-TE IGMP Domains Broadcast Containment (Provider Backbone Bridging-Traffic Engineering) IGMP Message Filtering User Access Rights IEEE 802.1Qay PBB-TE IGMP Inquisitive Leave IEEE 802.1ah PBB frame format IGMP Query Engine System High Availability PBB-TE Backup Tunnels Broadcast/Multicast Storm Control 1:1 Dual Redundant System Control Modules PBB-TE Tunnels on Link Agg Logical Ports Unknown Multicast Filtering N:1 Redundant Fan Trays PBB-TE Multi-homed Protection Failover Well-known Protocol Forwarding 1:1 Dual Redundant DC Power Entry Modules IEEE 802.1ag CFM for PBB-TE Tunnels Broadcast/Multicast Containment Statistics 1:1 Dual Redundant Switch Fabric Modules for IEEE 802.1ag CFM for PBB-TE Service Interfaces 800 Gb/s full duplex configurations Network Management PBB-TE Full B-VID and I-SID address ranges N:1 Redundant Switch Fabric Modules for Enhanced CLI PBB-TE Tunnel and Service metering 1 Tb/s full duplex configurations CLI-based configuration files All Modules Hot Swappable and Field Replaceable MPLS/VPLS, VLAN/Q-in-Q, PBB-TE Management VLAN Active Power supply components distributed Interoperability SNMP v1/v2c/v3 on each line module and control module MPLS/VPLS/H-VPLS interoperability with SNMPv3 Authentication and Message Encryption Passive backplane provides full mesh VLAN/Q-in-Q RFC 1213 - SNMP MIB II connectivity for non-blocking switching MPLS/VPLS/H-VPLS interoperability with PBB-TE RFC 1493 - Bridge MIB Dedicated control interfaces between Control PBB-TE interoperability with VLAN/Q-in-Q RFC 1643 - Ethernet-like Interface MIB Modules and each Line Module RFC 1573 - MIB II interfaces Alarm Module with interface to external alarms

4 Technical Information continued

Power Requirements Ordering Information Part/Kit# DC Voltage Input Range: -40V to -57V DC 5410 base system chassis 114-5410-900 Power Draw for fully loaded system: control and timing module – 5410 134-0183-900 - Typical power: 3,750 Watts CTM for Carrier Ethernet systems - Maximum power: 6,000 Watts 5410 switch fabric module – SM 134-5420-901

Agency Approvals 5410 PSLM-40-4, (4) x10GbE line module 134-0186-900 5410 PSLM-32-32, (32) x10GbE line module 134-0188-900 Safety Certifications: NRTL (MET Laboratories) 5410 PSLM-100-10, (10) x10GbE line module 134-0192-900 European Union, CE mark (Declaration of Conformity) A-side PDU (3-Feed), breakers, module 5410 134-5411-930 UL 60950-1 (US) assembly, inc. #4 and #6 terminal lugs IEC 60950-1 (International) B-side PDU (3-Feed), breakers, module 5410 134-5411-940 EN 60950-1 (EU) assembly, inc. #4 and #6 terminal lugs CAN/CSA 22.2 No. 60950-1-03 (Canada) A-side PDU (3-Feed), fused, module assembly, 5410 134-5411-910 NEBS: inc. #4 and #6 terminal lugs Level 3 Compliant and Certified B-side PDU (3-Feed), fused, module assembly, GR-63 and GR-1089 5410 134-5411-920 inc. #4 and #6 terminal lugs Emissions: 5410 I/O module, T1 bits, alarm 134-0225-900 FCC 47CFR Part 15 Class A FCC Part 15:1998 Class A 5410 I/O module, E1 bits, alarm 134-0235-900 EN55022 (1994) Class A 5410/5430 fan tray 134-5451-900 EN55022 (2006) Class A; 5410/5430 line module blank, 20 inch 134-5451-900 ETSI/EN 300 386:V1.3.2 (2003-05) (EU 5410 empty I/O bits slot cover module 134-0200-900 Telecommunication Emissions and Immunity) 5410 empty SM slot cover module 134-0201-900 Immunity: ETSI/EN 300 386:V1.3.2 (2003-05) (EU 5410 empty CTM slot cover module 134-0202-900 Telecommunication Emissions and Immunity) 5410 front door cover 134-0241-900 EN 55024 1998 + A1:2001 + A2:2003 5410 spare air filter 134-0203-900 Environmental: 5410 installation kit – shelf, 23 inch EIA racks 134-0205-900 RoHS 2002/95/EC 5410 installation kit – shelf, ETSI racks 134-0206-900 WEEE 2002/96/EC 5410 lower cable management tray assy. 134-0240-901 Laser Safety: CDRH Letter of Approval (US FDA Approval) 5410 upper cable management tray set, low density 134-0240-902 FCC 21 CFR subpart (J) (Safety of Laser Products) 5410 upper cable management tray set, high density 134-0240-903 Europe: EN60825-1:1994 +A11:1996+A2:2001 5410 kit, single feed PDU jumper 500-5410-006 (European Safety of Lasers) 5410 kit, PDU spare fuse kit, quantity (1) fuse replacements 500-5410-005 Environmental Characteristics EIA-RJ45M standard to Cisco RJ45F serial port 3916/3930/3931/5150/5410 170-0062-900 Operating Temperature: adapter, 6 inch +32°F to +104°F (0°C to +40°C) DB9F to EIA-RJ45M standard, 6 feet serial 3916/3930/3931/5150/5410 170-0063-900 Storage Temperature: console cable -13°F to +158°F (-25°C to +70°C) 3916/3930/3931/5150/5410 DB9M to EIA-RJ45M serial port adapter, 6 inches 170-0064-900 Relative Humidity: 5% to 90% Non-Condensing Ciena may from time to time make changes to the products or specifications contained herein without notice. Copyright © 2014 Ciena® Corporation. Front-to-Back air flow All rights reserved. DS209 8.2014

Physical Characteristics Dimensions: 38.5 in (H) x 17.6 in (W) x 23.6 in (D) Dimensions: 978mm (H) x 447mm (W) x 600mm (D) Fully Loaded Weight: 430 lbs. (218 kg)