Rapid Ramp. Rafael Rocha Sales Engineer

Transcrição

1 Rapid Ramp Rafael Rocha Sales Engineer

2 2 Agenda 0 Sobre a Avaya NES (Nortel) e casos de switches no Brasil 1 Introdução 2 Diferenciais da solução Avaya 3 Roadmap e Introdução ao VSP Linha de Switches Empilháveis 5 Linha de Switches Modulares

3 3 Agenda 0 Sobre a Avaya NES (Nortel) e casos de switches no Brasil 1 Introdução 2 Diferenciais da solução Avaya 3 Roadmap e Introdução ao VSP Linha de Switches Empilháveis 5 Linha de Switches Modulares

4 Alguns clientes de switch no Brasil 5

5 EDUCAÇÃO Voz e Infraestrutura de Dados Qual foi a ideia da solução? Wireless em todo o prédio Performance na rede com redundância Gerência simples Telefonia para todos os setores Rede Convergente Cluster *** Documento público de Estudo de Caso 6

6 IBMEC Necessidade Corporativa: Disponibilidade, Segurança, Mobilidade, Implementação de WLAN com baixo TCO O que o cliente tinha: Uma rede sem performance e sem inteligência O que o cliente desejava: Diversos serviços para - Usuários Internos - Alunos e Professores O que eles conseguiram: A melhor tecnologia, flexivel, WLAN,Segurança,Performance Disponibilidade e serviços Produtos da Solução: WLAN 2300, 2380 CS 1000, Call Pilot ERS 8600 ERS 4500, ERS 5510 ENMS 7

7 AÉREO Voz e Infraestrutura de Dados Qual foi a ideia da solução? Performance da Rede Disponibilidade para todos os serviços Gerência Comunicação Unificada Rede Convergente Cluster 8300 *** Documento público de Estudo de Caso 8

8 AÉREO Necessidade Corporativa: Baixo Custo e Performance O que o cliente tinha: Uma rede sem performance, com baixa redundância e Nenhuma integração com a Voz O que o cliente desejava: - Preço, Preço e Preço - Rede 10Gbps - Gerência simples e barata - Comunicação Unificada - Contact Center O que eles conseguiram: Uma rede de um único Fabricante com tudo que pediram Produtos da Solução: CS 1000, Call Pilot ERS 8300 e ERS5500 ERS4500 e ERS2500 WLAN 2300, 2380 ENMS 9

9 Varejo *** Documento público de Estudo de Caso O Habib s é a maior rede de fast-food brasileira. Economia de energia 62% ou R$ ,59 / ano R$ ,67 / 5 anos Mobilidade, eficiência e produtividade Rede Convergente CS 1000 ERS 8600 e ERS

10 Call Center Cluster 8600 *** Documento público de Estudo de Caso Clientes Voxline: Habib s, Telefônica, Banco Itaú, Novartis, Fuller e Pão de Açúcar. Flexibilidade Facilidades IP (PA remota) Qualidade voz / VoIP Rede Convergente CS 1000, ERS 8600 e ERS

11 E ACIMA DE TUDO AINDA TEMOS SIMPLICIDADE...

12 13 Agenda 0 Sobre a Avaya NES (Nortel) e casos de switches no Brasil 1 Introdução 2 Diferenciais da solução Avaya 3 Roadmap e Introdução ao VSP Linha de Switches Empilháveis 5 Linha de Switches Modulares

13 14 The Avaya Data Solutions Vision Always-On The 3 Network Imperatives for Plug & Play Communications PLUG & PLAY COMMUNICATIONS Efficient Scalable

14 15 Avaya s Unique Value Proposition Always-On Intelligent components & designs, powerful networking that can be fully trusted to deliver Up to 7X better resiliency 100% Call Completion even during failure scenarios In-Service Maintenance Efficient Improving the effectiveness of a business by creating a simpler & more effective network Up to 50% better TCO Up to 40% more energy-efficient Pioneered best-practice design, saving 1/3 equipment Scalable Leveraging optimization & organic versatility to meet Business-driven Data growth requirements Up to 20X better performance Satisfying Business growth scaling from 1G to 100G Virtualized & integrated

15 16 Agenda 0 Sobre a Avaya NES (Nortel) e casos de switches no Brasil 1 Introdução 2 Diferenciais da solução Avaya 3 Roadmap e Introdução ao VSP Linha de Switches Empilháveis 5 Linha de Switches Modulares

16 17 Virtualizing the Campus Core Delivers end-to-end application availability Extends to Servers, etc Solutions that scale Enterprise-wide Cost-effective every network size Greatly simplified hardware, software, configuration, & maintenance solution Simple to deploy, less complexity & expense Industry-leading sub-second failover & recovery Delivers availability & in-service maintenance Leverages simple & ubiquitous functionality Fault tolerance & instant recovery Switch Cluster User Access Open & interoperable All Links & Resources are fully active Optimises end-to-end availability Applications & Services

17 18 No-compromise Edge Networking Virtual hot-swap capability Enables in-service maintenance & restoration No single point-of-failure Distributed power and forwarding High-capacity virtual backplane Industry-leading, pay-as-yougrow scalable capacity Simplified implementation & management Automatic software & configuration control, & centralised management Automatic Unit Replacement Proportional scalability User Access Standards-based Access features Distributed architecture Bi-directional multi-path forwarding Virtualised Core

18 19 2 nd Generation Energy-Efficiency Efficient by Design Reducing Campus layers & devices; less equipment translates into reduced consumption Optimized power consumption Drives immediate operational savings up to 40% more efficient than rivals Service integration & device consolidation Reduces equipment levels, optimizes performance, & also streamlines management Energy Saver PC connections set to power-save mode Network stays available, simply in eco-mode High-priority Phones remain available Enterprise LAN Low-priority Phones set to power-off mode ES-enabled Switch Fully granular or one-click configuration Detailed views of consumption & savings Enterprise Policy Manager Network-wide energy policies & reporting

19 21 Building the better Data Centre High bandwidth & low latency Optimizes Server-to-Server communication Reduces the number of ports required on the Core Reduces costs & complexity Simplifies cabling between Server & Switch Reduces complexity & maintains rack cooling integrity Easily scale capacity (Switches & Uplinks) Zero network downtime for maintenance or failure Horizontal Stacking Fault-tolerant connectivity Space efficient Virtualised Core High-capacity Stacking & Uplinks Flexible implementations Racked Servers

20 Device Virtualization Efficiency of multiple services supported by a single consolidated device Network A Network A Network B Network B Network C Network C VRF-Lite Network D Network D Network E Network E Network F Flexibility of being able to quickly turnon/change virtual instances Network F 22

21 23 IP VPN-Lite: simple yet full-function VPNs Delivered over any IP core network, regardless of vendor Supports any topology: Any-to-Any VPNs, Hub-&-Spoke VPNs Extends VRFs across an entire Enterprise IP network Uses a simple yet effective IP-in-IP encapsulation method Allows flexible deployment options: IP VPN-Lite, or MPLS, or both Leverages Multi-Protocol ibgp extensions to form VPNs IP VPN-Lite Enterprise-class simplicity Metro Network (Native IP) IP VPN-Lite IP VPN-Lite / MPLS Router *Deployment Options: - IP VPN-Lite only - IP VPN-Lite & MPLS - MPLS only Service Provider-class complexity Complete flexibility End-to-end connectivity Wide Area Network (MPLS) MPLS Routers

22 Future-proofing Performance Standards & feature-requirements are constantly evolving Avaya s unique NPU-based Route Switch Processor supports in-life microcode upgrades Empowers continual evolution Maintains full-life optimization Traditional ASIC-based designs cannot flexibly adapt Capabilities are locked-in during the product design phase Newer applications will need to be diverted to the CPU for processing Reducing performance & increasing latency Re-Programmable Packet Processor User Access Traditional ASIC RSP CPU All traffic supported by the fast-path RSP ASIC CPU Complex traffic routed from the ASIC to the CPU Enterprise Applications 24

23 25 Scaling for tomorrow s Data Centre Delivers the Application VPN infrastructure Optimizes network failure recovery Instantaneous re-route Future-proofed scalability 10G today & path to 40/100G Continuity-of-Operations features Flight recorder, process separation, memory protection System-level health check & self healing to ensure system stability In-service control plane integrity checking, live patching Virtual Services Platform Intraconnects to transition from 10G to 40/100G User Access Server Access Enterprise Core Uplinks transitioning From 1G to 10G Switching capacity beyond 100Tbps Connections transitioning From 1G to 10G

24 Virtual Enterprise Network Architecture (VENA) Construído sobre uma malha de serviços virtuais que é extensível, em toda a empresa Implementação inicial no Data Center ou entre Data Centers para aproveitar o potencial completo da virtualização Aumenta a flexibilidade e escalabilidade da rede Oferece uma infraestrutura para nuvem dentro da empresa VENA entrega conectividade baseada em transparência e padrões abertos Principais características: Simplificação inigualável Sinergia operacional Aumento do tempo em serviço Maximized reliability & performance 26 26

25 Virtualizando o Data Center Mobilizando Aplicações em todo Data Center Plano Virtual do Usuário Aplicações além das barreiras do data center e dos dispositivos fisicos. Rede Virtual usando o PLSB para conectar storage e recursos computacionais Aplicações servidas através de rede virtualizada independentemente de computadores e dependências fisícas. VM1 Plano Virtual dos Servidores Rede PLSB VM2 SAN FCOE Storage Area Network Storage Area Network Storage Area Network 27

26 Conectividade DC2DC Alocação Dinamica de Aplicações (vmotion) Conectividade fim-a-fim provendo solução de simple configuração Core Simplificado Edge Alta densidade, Edge alta performance. Sem necessidade de reconfiguração em mudanças de configurações e aplicações. Edge Edge VPN de aplicações Enterprise Backbone Tecnologia de Backbone VPN de aplicações vmotion em longas distâncias sobre PLSB e VCs usando funções vmotion ao longo de Distribuição grandes Distribuição de aplicações extendidas em redes VRF VRF SMLT SMLT datacenter. Filtros de aplicações, Core Sem mudanças de configurações regras filtros e politicas nas Vlans de aplicações. preservando a performance PLSB Feature Set PLSB L2 VPN PLSB-SMLT PLSB L3 VPN Data Center 1 4 PLSB Data Center 2 VRF (inter- ISID) L2/L3 PLSB L2/L3 PLSB VRF (inter- ISID) Blade Servers VM Auto Deteção e Configuração Auto deteção do vmotion e associação ao VContext apropriado. Virtualized Servers / Racks PLSB TOR L Virtual Control Service (VCS) 1 1 VMWare VCenter Blade Servers Ensuring Business Continuity Racks de Servidores Virtualizados PLSB TOR L2 28

27 29 Agenda 0 Sobre a Avaya NES (Nortel) e casos de switches no Brasil 1 Introdução 2 Diferenciais da solução Avaya 3 Roadmap e Introdução ao VSP Linha de Switches Empilháveis 5 Linha de Switches Modulares

28 Stackable Chassis Modular Chassis 30 Ethernet Switching Core Access Highlights High performance resiliency Pioneering Switch Cluster highavailability solution 2nd largest Core installed-based 1st & only to break through the Terabit Stackable boundary True end-to-end high-availability solution Recently refreshed portfolio

29 Price/Performance Ethernet Routing Switch Portfolio VSP 9000 ERS 8600 Access / Edge ERS 8300 Stackable ERS 5000 Modular ERS 4500 Core ERS 2500 Functionality

30 32 Investment Strategy for Ethernet Switching BEYOND TODAY PoE for IP Phones & WLAN Access Points Stackable Chassis model for Edge TOMORROW Introduction of PoE+ Standard Continued shift of R&D to Stackable Chassis at the Edge Introduction of next generation core platform: VSP 9000 PoE+ at the Edge Application VPN & integrated Wireless Services into VSP 9000 Introduction 40G & 100G Interface with Security, CCTV, & Environmental systems

31 Ethernet Modular Switching Product Roadmap Q2/10 A M J Q3/10 J A S Q4/10 O N D Q1/11 J F M Q2/11 A M J Q3/11 J A S Q4/11 O N D 2012 VSP 9000 New Hardware Proven Software Enhanced SMLT V3.1 IPFix L3 Mirroring 3-Fabric support V3.2 SPB L2 SPB L3 Extensions IPv6 Routing ERS 8800/8600 v7.0 ERS 8800 Enhanced IPv6 Enhanced Security v7.1 SPB L2 SPB L3 Extensions 8800 Modules v7.2 WLAN Integration IPv6 Virtualization Serviceability Adds ERS 8300 v4.3 Enhanced Mgmt EDM, COM, VPFM Shipping Plan of Record (POR) Plan of Intent (POI) Avaya Confidential NDA Required 34 34

32 Ethernet Stackable Switching Product Roadmap Q2/10 A M J Q3/10 J A S Q4/10 O N D Q1/11 J F M Q2/11 A M J Q3/11 J A S Q4/11 O N D 2012 ERS 5000 v6.2 v6.3 VRF-Lite Enhanced Security ERS 4500 v5.4 v5.5 Enhanced 802.1AB Enhanced 802.1X VRRP v5.6 Next-Gen HW PIM-SM Enhanced Security ERS 2500 v4.4 v5.0 v4.3 Enhanced 802.1AB Enhanced 802.1X Next-Gen HW DHCP Server Shipping Plan of Record (POR) Plan of Intent (POI) Avaya Confidential NDA Required 35 35

33 Disponível!!! Introducing Next Gen Core VSP9000 Highly Reliable /Uninterruptable Service High Density GIG / 10GIG Core solution Ideal for Large Campus & Data Center Software Functionality Based on ERS8600 code SMLT/RSMLT Dual Core Operations focus Enhanced troubleshooting tools Architecture Scalable to 27 Terabits Mid-Plane CPU & SF : Separate Modules (fully redundant) N+1 Switch Fabric Capacity (6 total) Zero forwarding loss on first fabric failure 20% performance decrease on subsequent fails Modules 48 x 10/100/1000 Base-T 48 x SFP (GIG) 24 x SFP+ (GIG/10GIG) 36

34 VSP 9000 Chassis - Front 2 CP Modules N+1 LED Status for CP & System 14 RU Cable Management 10 Payload Modules 2 Cooling Fans (side to side cooling) 37

35 VSP 9000 Chassis - Back 6 Power Supplies N+1, N:N 2 Cooling Fans (front to back cooling) 2 x Auxiliary Modules (Future) 6 Switch Fabric Modules N+1 6 x 4,5 Tbps = 27 Tbps Zero forwarding loss on first fabric failure 20% performance decrease on subsequent fails 38

36 39 VSP 9000 I/O Modules 24 Port - 10GE SFP+ Module 48 Port - 1GE SFP Module 48 port 10/100/1000 Module

37 Switch Fabric Module: 9090SF Release 1 Redundant Switch Fabric 6 (N+1) Rear of Chassis Switching Capacity Max Architectural per SF Module Max Architectural for 6 SF Module 700Gbps 700Gbps x 6 = 4200Gbps Full Duplex Max Architectural for 6 SF Module 4200Gbps x 2 = or 8.4Tbps Initial shipping I/O modules won t leverage full SF capacity Future I/O modules will leverage full SF capacity 8400Gbps Actual per I/O slot with at least 5 SF Modules 240Gbps/ (480Gbps Full Duplex) Ordering P/N: EC E6 8.4 Tbps 40 Maximum Architectural Switching Fabric

38 41 Agenda 0 Sobre a Avaya NES (Nortel) e casos de switches no Brasil 1 Introdução 2 Diferenciais da solução Avaya 3 Roadmap e Introdução ao VSP Linha de Switches Empilháveis 5 Linha de Switches Modulares

39 Price/Performance Ethernet Routing Switch Portfolio VSP 9000 ERS 8600 Access / Edge ERS 8300 Stackable ERS 5000 Modular ERS 4500 Core ERS 2500 Functionality

40 43 Stackable ERS Product Positioning ERS 5000 Ideal as: Access Switch for Large Enterprises: high-performance Gigabit-tothe-Desktop Aggregation (Distribution) Switch Core Switching solution for small Enterprises Top-of-Rack/Horizontal Stacking for the Data Centre Where 10GbE is required today ERS 4500 Ideal as: Access Switch for mid-to-large Enterprise Environments with either FE or GbE connectivity at the Edge, or both Where 10GbE Uplinks will become important ERS 2500 Ideal as: Access Switch for Branch Office or smaller Enterprise Campus: when Fast Ethernet-only is acceptable Low intensity convergence deployments

41 Positioning Nortel s ERS Stackables Default Offering and the alternatives Default Offering Comprehensive Features Competitive Pricing Versatile Range ERS 5000 Premium Offering Dynamic L3 Routing Advanced Features Additional Performance Generic Considerations: Price, Performance, Features, Convergence, Security, Scalability, Flexibility ERS 4500 ERS 2500 Entry-level Offering Budget-friendly Limited PoE Fast Ethernet only 44

42 Ethernet Routing Switch 2500

43 46 ERS port Switches 2526T 2526T-PWR 50-port Switches 2550T 2550T-PWR

44 47 Family Models and Port Configuration Models & Port Configuration ERS 2526T ERS 2550T ERS 2526T-PWR ERS 2550T-PWR 24 x 10/100Mbps + 2 Combo 10/100/1000 or SFP ports BaseT rear ports 48 x 10/100Mbps + 2 Combo 10/100/1000 or SFP ports BaseT rear ports 24 x 10/100Mbps (PoE on 12 ports) + 2 Combo 10/100/1000 or SFP ports BaseT rear ports 48 x 10/100Mbps (PoE on 24 ports) + 2 Combo 10/100/1000 or SFP ports BaseT rear Ports

45 48 ERS 2500 Series Workhorse solution to empower Convergence 10/100 to the Desktop Power-over-Ethernet & QoS high speed local switching & Layer 3 Routing entry-level fail-safe FAST 32 Integrated Access Control 802.1X with Extensions 802.1AB (LLDP) auto discovery for network & devices Delivers flexibility to the Network Edge Enable the Converged Desktop Highly-available local Stacking & connections to the Core Scalable, pay-as-you-grow Comprehensive QoS & access control capabilities

46 49 Flexible Advanced Stacking Architecture Class-leading Stacking the ERS 2500 Series implements FAST 32 4Gbps of Stacking capacity per Switch & up to 32Gbps for a Stack of 8 Scales up to 384 Ports of 10/100 Desktop plus up to 16 Ports for 10/100/1000 Combo Uplinks Rear ports offer the flexibility to be used as either normal Gigabit ports or as stacking ports Auto Unit Replacement software & configuration control Virtual Hot Swap Consolidated Management via a single IP Address Low-cost Stack cabling Pre-enabled or field-upgradeable Licença de empilhamento necessária ERS 2500 Series with FAST 32 Up to 8 Switches & 400 Ports 4Gbps Stacking per Switch & up to 32Gbps Uses low-cost Cat 5E / Cat 6 UTP for Stacking

47 Stacking Implementation 50

48 ERS Software Licensing License / Product ERS2500 Base Todas funcionalidades com exceção de empilhamento Stacking License Empilhamento A licença é válida para uma unidade. 51

49 ERS Software Licensing Esta forma é preferencial pois possui benefício de imposto reduzido. + Ethernet Routing Switch 2526T with 24 10/100 ports, 2 combo 10/100/1000 SFP ports, plus BaseT rear ports & a 46cm stack cable. Includes Base Software License Kit (See Note 1). [RoHS 6/6 compliant]. Includes North American power cord. Ethernet Routing Switch 2500 Stacking License Kit, for 1 switch, to enable stacking functionality on ERS2500 series standalone switches. For use with AL2500xxx-E6 order codes. (one license required per switch). = Ethernet Routing Switch 2526T with 24 10/100 ports, 2 combo 10/100/1000/SFP ports, BaseT rear ports & 46cm stack cbl, with stacking enabled. Incl Base S/w Lic Kit (See Note 1). [RoHS 6/6 compliant]. Incl North American power cord. 52

50 Capability & Scalability Matrix Stackable Yes up to 8, in a Stackable Chassis configuration Power Redundancy No Switch Fabric Gbps Throughput Mpps Stacking Capacity 4Gbps per Switch 32Gbps for a full Stack of 8 Switches MAC Addresses 16,000 VLANs 256 Routing Local & Static 53

51 Ethernet Routing Switch 4500

52 55 ERS 4500 Fast Ethernet Switches 4526FX 4526T & 4526T-PWR 4550T & 4550T-PWR Gigabit Ethernet Switches 4524GT & 4524GT-PWR 4526GTX & 4526GTX-PWR 4548GT & 4548GT-PWR

53 Fast Ethernet Models and Port Configuration Flexible Fast Ethernet solution for the edge of the network Fast Ethernet Gigabit Ethernet ERS 4526FX ERS 4526T ERS 4526T-PWR ERS 4550T ERS 4550T-PWR BASE-FX + 2 combo 10/100/1000/SFP ports 24 10/100 ports + 2 combo 10/100/1000/SFP ports 24 10/100 PoE ports + 2 combo 10/100/1000/SFP ports 48 10/100 ports + 2 combo 10/100/1000/SFP ports 48 10/100 PoE ports + 2 combo 10/100/1000/SFP ports 56

54 Gigabit Ethernet Models and Port Configuration Perfect for high density gigabit to the desktop deployments Fast Ethernet Gigabit Ethernet ERS 4524GT ERS 4524GT-PWR ERS 4526GTX 24 10/100/1000 ports & 4 shared SFP ports 24 10/100/1000 PoE ports & 4 shared SFP ports 24 10/100/1000 ports & 4 shared SFP ports Gig XFP ERS 4526GTX-PWR 24 10/100/1000 PoE ports & 4 shared SFP ports Gig XFP ERS 4548GT ERS 4548GT-PWR 48 10/100/1000 ports & 4 shared SFP ports 48 10/100/1000 PoE ports & 4 shared SFP ports 57

55 Ethernet Routing Switch 4500 Series Scalable solution to empower Convergence 10/100 or 10/100/1000 to the Desktop, Fixed 100FX & SFP options Power-over-Ethernet & QoS zero-loss, fail-safe FAST 320 high-speed local switching & Layer 3 Routing Integrated Access Control 802.1X with extensions 802.1AB (LLDP) auto discovery for network & devices Delivers % reliability to the Network Edge Enable the Converged Desktop Comprehensive access control options High-availability locally & to the Core Scalable, pay-as-you-grow 10/100 Switches 10/100/1000 & 10G Switches 58

56 Flexible Advanced Stacking Technology Class-leading Stacking ERS 4500 Series implements FAST Gbps of Stacking capacity per Switch & up to 320Gbps for a Stack of 8 Scales up to 400 Ports, Fast or Gigabit Ethernet, plus up to 16 Ports of 10/100/1000 Combo or 10GbE Uplinks Auto Unit Replacement software & configuration control Virtual Hot Swap QoS is maintained across the Stacking interface Consolidated Management via a single IP Address ERS 4500 Series with FAST 320 Up to 8 Switches & 400 Ports 40Gbps Stacking per Switch & up to 320Gbps Return Cable creates resilient configuration 59

57 ERS Software Licensing License / Product ERS4500 Base Todas funcionalidades (inclui RIP) com exceção de OSPF Advanced License OSPF A licença é válida para uma unidade ou uma pilha. 60

58 Capability & Scalability Matrix Stackable Yes up to 8, in a Stackable Chassis configuration Power Redundancy Yes RPS 15 Switch Fabric Gbps Throughput Mpps Stacking Capacity 40Gbps per Switch 320Gbps for a full Stack of 8 Switches MAC Addresses 8,000 VLANs 256 Routing Local & Static; RIP & OSPF * * RIP & OSPF is delivered in v5.4 (disponível) 61

59 Ethernet Routing Switch 5000

60 63 ERS Switches T & T T-PWR & T-PWR TFD 5600 Switches 5632FD 5650TD & 5650TD-PWR 5698TFD & 5698TFD-PWR

61 64 ERS 5000 Series Scalable solution to empower Convergence zero-loss, fail-safe FAST 640 & /100/1000 Power-over-Ethernet & QoS high-speed local switching Integrated Access Control 802.1X with extensions 802.1AB (LLDP) auto discovery for network & devices Delivers % reliability to the Network Edge Enable the Converged Desktop Comprehensive access control options High-availability locally and to the Core, plus SMLT in the Core Scalable, pay-as-you-grow 5500 Switches 5600 Switches

62 65 Positioning the ERS 5000 Series What drives the decision ERS 5000 Premium Offering Dynamic L3 Routing Advanced Features Additional Performance 5600 ERS 5600 Strategic Offering IP Multicast & Embedded 10GbE FRU Power Redundancy FAST 1152 Specific Considerations: IP Multicast (5510 não suporta PIM-SM) Power Redundancy internal v external Absolute Performance 5500 ERS 5500 Tactical Offering Existing 5500 installs RPS 15 Redundant Power FAST 640

63 66 ERS 5500 Family ERS T and ERS T 48/24 port 10/100/1000 with 2 SFP GBIC uplinks and built-in stacking ports & a 18 stack cable ERS T-PWR and T-PWR 24/48 port 10/100/1000 with Power over Ethernet, 4 SFP GBIC uplinks and built-in stacking ports & a 18 stack cable ERS TFD 12 port 10/100/1000, 12 shared 10/100/1000 or SFP ports, 2 10 Gigabit XFP Ports for uplinks and built-in stacking ports & a 18 stack cable

64 ERS 5600 Family Five new models ERS 5600 Up to 384Gbps switch fabric per unit, nonblocking design Increased stack bandwidth 144Gbps between ERS 5600 units 1.15Tbps bandwidth in a stack of 8 Complements ERS 5500 family Stackable with ERS5500 Common software image Enhanced redundant power supply design with AC and DC options Models ERS 5698TFD ERS 5698TFD-PWR ERS 5650TD ERS 5650TD-PWR ERS 5632FD Port Configuration 96 10/100/1000, 6 shared SFP ports GbE XFP slots 96 10/100/ af PoE, 6 shared SFP ports GbE XFP slots 48 10/100/1000 ports GbE XFP slots 48 10/100/ af PoE ports GbE XFP slots 24 SFP GbE XFP slots 67

65 ERS 5600 Family Models ERS 5698TFD ERS 5698TFD-PWR ERS 5650TD ERS 5650TD-PWR ERS 5632FD Port Configuration 96 10/100/1000, 6 shared SFP ports GbE XFP slots 96 10/100/ af PoE, 6 shared SFP ports GbE XFP slots 48 10/100/1000 ports GbE XFP slots 48 10/100/ af PoE ports GbE XFP slots 24 SFP GbE XFP slots 68

66 Flexible Advanced Stacking Technology Industry-leading Stacking 5500 models implement FAST 640 & 5600 models implement FAST /144Gbps of Stacking capacity per Switch & up to 640/1152Gbps for a Stack of 8 Scales up to 400 Ports of Gigabit Ethernet, plus up to 16 Ports of 1GbE or 10GbE Uplinks Auto Unit Replacement software & configuration control Virtual Hot-Swap QoS is maintained across the Stacking interfaces ERS 5600 models with FAST 1152 Field-replaceable AC & DC Power Supplies 80Gbps Stacking per Switch & up to 1152Gbps Return Cable creates resilient configuration

67 Stacking Option Basic rules: Maximum of 8 Switches per Stack, or 400 Ports per Stack (when using 5698s) Stacking Capacity: Pure 5500 Stack 80Gbps Pure 5600 Stack 144Gbps Hybrid 5500/5600 Stack 80Gbps* 10GbE Uplinks Traditionally 5530 required, but 5650 now solves this 5698s provide even better $/Port & smaller footprint Hybrid 5500/ GbE Uplinks * 80Gbps where 5500s & 5600s connect, although 144Gbps where any 5600s are directly connect 70

68 ERS Software Licensing License / Product ERS5000 Base Todas funcionalidades com das contidas em Advanced License Advanced License IPv6 forwarding, SMLT, OSPF, ECMP, VRRP and PIM-SM A licença é válida para uma unidade ou uma pilha. 71

69 Capability & Scalability Matrix Stackable Power Redundancy Yes up to 8 Switches, in a Stackable Chassis configuration Yes Field-Replaceable Yes RPS 15 PSU Switch Fabric Gbps Gbps Throughput Mpps Mpps Stacking Capacity 80Gbps per Switch 640Gbps for a full Stack of 8 Switches 144Gbps per Switch 1152Gbps for a full Stack of 8 Switches MAC Addresses 48,000 16,000 VLANs 1,024* 1,024* Routing 5500 Switches Local & Static; RIP & OSPF, PIM-SM 5600 Switches Local & Static; RIP & OSPF, PIM-SM * As of the v6.2 Release (disponível) 72

70 73 Stackable ERS - RESUMO ERS 5000 Ideal as: Access Switch for Large Enterprises: high-performance Gigabit-tothe-Desktop Aggregation (Distribution) Switch Core Switching solution for small Enterprises Top-of-Rack/Horizontal Stacking for the Data Centre Where 10GbE is required today ERS 4500 Ideal as: Access Switch for mid-to-large Enterprise Environments with either FE or GbE connectivity at the Edge, or both Where 10GbE Uplinks will become important ERS 2500 Ideal as: Access Switch for Branch Office or smaller Enterprise Campus: when Fast Ethernet-only is acceptable Low intensity convergence deployments

71 Stacking for the Edge Resiliency & Performance Evolution of redundant self-healing stacking first introduced in 1998 True resilient stack IP management Load-balancing and fail-over protection with Distributed MLT and 802.3ad Automatic Unit Replacement Functionality to automatically reconfigure any replaced unit Support for up to 8 units in a stack Built-in stacking ports come standard on all switches Ethernet Routing Switch 2500 Ethernet Routing Switch 4500 Ethernet Routing Switch 5500 Ethernet Routing Switch 5600 Can Stack Together 4 Gbps/Switch 32 Gbps/Stack 40 Gbps/Switch 320 Gbps/Stack 80 Gbps/Switch 640 Gbps/Stack 144 Gbps/Switch Tbps/Stack 74

72 Stacking Implementation Efficient Stack Resiliency Simultaneous bi-directional stacking traffic on each stacking port up & down Fail-safe stacking is supported when a stack return cable is connected Faster traffic flow across the stack The advanced stacking architecture uses shortest path algorithm for optimal data flow across the stack Stacking bandwidth ensures maximum bandwidth for applications Return cable for failsafe stacking Grow as you Stack from 1 to 8 units as one reliable managed entity 75

73 Fonte Redundante Fonte redundante: 2500 não suporta Externa (RPS 15) para 4500 e 5500 Interna

74 Fonte Redundante

75 Fonte Redundante Regra Geral: Switch com PoE DC Cable for built-in converter Um fonte alimenta 1 switch Switch não PoE DC Cable (10 ou 25 ) + DC-DC Converter Um fonte alimenta até 4 switches Chassis RPS 15 Necessário Acomoda até 3 Power Supply de 600 Watt

76 Fonte Redundante NORTEL 5650TD 5650TD-PWR 5698TFD 5698TFD-PWR 5632FD Power Supply Supported 300w AC 300w DC 600w AC 1000w DC 300w AC 300w DC 1000w AC 1000w DC 300w AC 300w DC Number of Power Supplies Supported *Must be same wattage N+1 Power *Must be same wattage 2 x 300w 2 x 600w 2 x 1000w 2 x 300w 2 x 1000w 2 x 300w Full PoE on every port N/A 2 x 600w 1 x 1000w N/A 2 x 1000w N/A Full PoE and N+1 Redundancy N/A 2 x 1000w N/A 3 x 1000w N/A Modelo de 96 portas suporta até 3 fontes. Suporta full PoE (15,4 W / porta). Suporta full PoE e redundância.

77 80 Agenda 0 Sobre a Avaya NES (Nortel) e casos de switches no Brasil 1 Introdução 2 Diferenciais da solução Avaya 3 Roadmap e Introdução ao VSP Linha de Switches Empilháveis 5 Linha de Switches Modulares

78 The Evolution Continues Meet the Ancestors SynOptics BH Accelar 1000 Pioneered Switched Ethernet & integrated Layer 3 Routing Pioneered ATM LAN Emulation Pioneered Layer 3 Switching in Hardware Ethernet Routing Switch 8000 Series 8100 Pioneered low-cost Modular Access 8300 Pioneered highperformance Access 8600 Pioneered Switch Clustering 8800 Pioneering efficient network virtualization & infrastructure unification 81

79 Price/Performance Ethernet Routing Switch Portfolio VSP 9000 ERS 8600 Access / Edge ERS 8300 Stackable ERS 5000 Modular ERS 4500 Core ERS 2500 Functionality

80 Modular Product Positioning VSP 9000 Ideal as: Core Switch for large/very large Enterprise campus and Data Center High performance & high 10GbE port density Ultra-resiliency, scalability & 40/100GbE future-ready Where there is a need for sophisticated IP Routing & Network Virtualization ERS 8800 ERS 8300 Ideal as: Core Switch for mid-large Enterprise Campus & Data Center Environments that value high-availability & high-performance Where there is a need for sophisticated IP Routing & Network Virtualization Ideal as: Core Switching solution for mid-sized network & Access Switch for large Enterprises: high-performance Gigabit-to-the-Desktop Aggregation (Distribution) Switch in multi-tier networks Where there is a need for straightforward IP Routing & Device Virtualization 8

81 Ethernet Routing Switch 8300

82 85 Ethernet Routing Switch 8300 Versatile & reliable Medium Core sub-second failover Core option for medium-size performance requirements device Virtualisation Convergence-quality Access 10/100/1000 to the Desktop Power-over-Ethernet, QoS, & integrated Access Control Modular advantages Delivers high-reliability to the Network Core and/or Access Cost-effective performance for the Core and/or Access High-density 10G & 10/100/100 with PoE Efficiency of integrated Uplinks

83 Ethernet Routing Switch 8300 Components Fibre GE/10G Modules FE/GE(+PoE) Modules Switch Fabric 8306 A CPU possui slot reservado! (slots 5 e 6) 8394 Switch Fabric Built in resiliency 86

84 87 Ethernet Routing Switch 8300 Uniquely Positioned Edge / Core Chassis Options 10 & 6 slot Chassis options (mesmo custo de lista) High Density I/O Modules 10/100 non-poe and PoE 100FX 10/100/1000 non-poe and PoE 1GbE SFP 10GbE LAN XFP High-density solution: 68 x 10G XFP 384 x 10/100/1000 Copper 400 x 1000 SFP 192 x 100 FX

85 88 Ethernet Routing Switch 8300 Hardware Overview Switch Fabric and I/O Modules Module Ports Type Density IPv4 Hardware 8393SF 8 208Gbps Switching Fabric with 8 SFP ports TX port 10/100 I/O Module TX-PWR port 10/100 w/ PoE I/O Module GT port 10/100/1000 I/O Module FX port 100FX I/O Module 192 VRF & IPv6 ready Hardware 8394SF 2 232Gbps Switching Fabric with 2 10GbE XFP ports GTX Port 10/100/1000 I/O Module GTX-PWR port 10/100/1000 w/ PoE I/O Module GB port SFP I/O Module XL 8 8 port 10GbE XFP I/O Module XL 8394SF 8393SF 8348GTX-PWR

86 Performance & Capacity Performance & Capacity Summary Switch architecture: 720 Gbps gross throughput Switch Fabric performance: Up to 464 Gbps (up to 416 Gbps with 8393SF) Frame forwarding rate: Up to 345 Mpps (up to 310 Mpps with 8393SF) Jumbo Frame support: up to 9,000 bytes (802.1Q Tagged) VRF Routing Instances: up to 128 BGP Peers: up to 4 RIP, OSPF, PIM-SM, & BGP-Lite N+1 Power Supply option

87 ERS Fontes

88 ERS Software Licensing License / Product Base (BA) Advanced (AD) Premier (PR) ERS8300 Basic features included Split MultiLink Trunking (SMLT) Routed Split MultiLink Trunking (RSMLT) Simple Loop Prevention Protocol (SLPP) Open Shortest Path First (OSPF) Equal Cost Multipath Protocol (ECMP) Virtual Router Redundancy Protocol (VRRP) Protocol Independent Multicast Sparse Mode (PIM-SM) Virtual Link Aggregation Protocol (VLACP) Deep Pattern Match Filtering (DPF) Border Gateway Protocol (BGP ) Lite VRF-Lite 93

89 Ethernet Routing Switch 8600 / 8800

90 95 Ethernet Routing Switch 8600 Core networking for successful Convergence high-density 10G & 1G high availability L2 & L3 full device & network Virtualisation Switch Clustering creates a virtual chassis simplifies configuration & deployment extends availability end-to-end reduces equipment costs Enables % reliability sub-second failover for any failure High-performance resiliency Simpler design options Integrated QoS & security Interoperable for end-to-end service delivery

91 96 Hardware 8003-R* co SF A CPU possui slot reservado! (3 no 8003; 5 e 6 no 8006 e 8010) I/O Modules

92 97 Ethernet Routing Switch 8600 Uniquely Positioned Edge / Core Chassis Options 10 & 6 & 3 slot Chassis options High-density solution: 384 x 10/100/1000 Copper 384 x 1G SFP 96 x 10G XFP

93 Ethernet Routing Switch 8600 Hardware Overview Switch Fabric and I/O Modules Module Ports Type Density 8692SF 0 256Gbps Switching Fabric N/A 8692SF 0 256Gbps Switching Fabric + SupperMezz N/A 8612XLRS port 10GbE LAN XFP I/O Module GBRS port 1GbE SPF I/O Module GTRS port 10/100/1000 I/O Module XGRS 34 2 ports 10GbE LAN XFP + 24 ports 1GbE SFP + 8 ports 10/100/ XLRS 8648GBRS 8648GTRS 8634XGRS 98

94 Performance & Capacity Performance & Capacity Summary Switch architecture: 720 Gbps gross throughput Dual active switch fabrics: 512 Gbps Frame forwarding rate: 360 Mpps forwarding Jumbo Frame support: up to 9,6k bytes (802.1Q Tagged) VLANs: Up to 4,000 VRF Routing Instances: up to 255 (SuperMezz + RS) BGP Peers: up to 250 (SuperMezz + RS) Sub100ms failover (requires 8692SF with SuperMezz) MAC Address: (32000 com SMLT) N+1 Power Supply option RIP, OSPF, BGP, VRF-Lite, MPLS, RFC VPN, IP VPN-Lite

95 Resilient Architecture Dual Active/Active Switch Fabric/CPU design Maximises switching capacity CPUs operate in Online/Standby mode with optional High Availability Stateful sub-second fail-over Layer 2 MAC Tables, VLANs, SMLT, 802.1x, L2 Multicast Layer 3 RSMLT, RIP, OSPF, VRRP, IP Filters Hitless downtime during Software upgrades All resources are actively utilised, maximising return on investment Hot-swappable components for simplified maintenance Interface Module connections loadshared across Switch Fabric Modules 100

96 Always-On Networking ERS 8600 delivers the large-scale option Proven solution; first delivered in 2001 Delivers end-to-end application availability Not just a Switch-to-Switch or network-only solution Extends to Servers & virtualized environments (VMware, Hyper-V, etc) Supports both Unicast & Multicast traffic Leverages simple & ubiquitous functionality Switch Clustering Fault tolerance & instant recovery User Access Open & interoperable All Links & Resources are fully active Optimises end-to-end availability Applications & Services Split Multi-Link Trunking 1

97 Scalable Network Core Switch Dual Switch Cluster Quad Switch Cluster 96 x 10GbE 192 x 10GbE 384 x 10GbE 384 x 1GbE 768 x 1GbE 1,532 x 1GbE 384 x 10/100/ x 10/100/1000 1,532 x 10/100/1000 1

98 Ethernet Routing Switch 8600 License / Product Base (BA) Advanced (AD)* Premier (PR) ERS8600 Basic features included All Base License features All Base License and Advanced License features All Layer 2 and Layer 3 features not called out under the Advanced or Premier Licenses IPv6 management BGPv4 for up to 10 peers IPFIX Must always be purchased Border Gateway Protocol version 4 (BGPv4) for more than 10 Peers Bidirectional Forwarding Detection (BFD) IPv6 Routing Multicast Source Discovery Protocol (MSDP) Packet Capture function (PCAP) Optional purchase Virtual Routing and Forwarding, Lite version (VRF-Lite) Multi-Protocol Border Gateway Protocol (MP-BGP) IP-Virtual Private Network, Multi- Protocol Label Switching (RFC2547) (IP- VPN MPLS RFC2547) IP-Virtual Private Network-Lite (IP-VPN- Lite IP in IP) Multicast virtualization for VRF-Lite (IGMP and PIM-SM/SSM) Optional purchase Release Notes Software Release 7.0 * Release 7.0 Software Features Although there are no new Premier License features in Release 7.0, all IPv6 features require the Advanced License. All other Release 7.0 features are covered under the Base License. Ethernet Routing Switch 8800 Release 7.0 includes a Premier trial license that is valid for 60 days from the date of install. After 60 days, the license expires and configured licensed features are no longer functional after the switch is restarted or rebooted. If you want these configured features to continue to function properly, you must install a valid license. 103

99 Ethernet Routing Switch 8X00 License / Product Base (BA) Advanced (AD)* Premier (PR) ERS8X00 Basic features included All Base License features All Base License and Advanced License features All Layer 2 and Layer 3 features not called out under the Advanced or Premier Licenses IP Multinetting IP Source Guard DHCP Snooping Dynamic ARP Inspection BPDU Filtering IGMP Querier for L2 PIM-SSM for SMLT Multicast VLAN Registration (MVR) Must always be purchased Border Gateway Protocol version 4 (BGPv4) for more than 10 Peers Bidirectional Forwarding Detection (BFD) Multicast Source Discovery Protocol (MSDP) Packet Capture function (PCAP) IPv6 Features: - IPv6 Routing - IPv6 over SMLT and RSMLT - DHCPv6 Relay - VRRPv3 - BGP+ - RADIUSv6 Optional purchase Virtual Routing and Forwarding Lite (VRF Lite) Multi-Protocol Border Gateway Protocol (MPBGP) IP-Virtual Private Network, Multi-Protocol Label Switching (RFC2547) (IPVPN MPLS RFC2547) IP-Virtual Private Network- Lite (IP-VPN-Lite IP in IP) Multicast virtualization for VRF-Lite (IGMP and PIMSM/ SSM) Shortest Path Bridging (SPB) Features: - SPB L2 VSNs (VLAN Extensions) - SPB Native IP shortcuts (VRF0 shortcuts) - SPB L3 VSNs (VRF Extensions) - IP VPN Lite over SPB IP shortcuts - Inter-ISID Routing - IEEE 802.1ag Connectivity Fault Management Optional purchase * Release 7.1 Software Features *** VENA = SPB = Licença Premier 104

100 105 What is the ERS ? Importantly the Ethernet Routing Switch 8800 v7.0 software introduces support for the new 8895 Switch Fabric/CPU Module. When an 8000 Chassis is equipped with the 8895 SF/CPU, this system is known as an Ethernet Routing Switch When equipped with an 8692 SF/CPU module (with SuperMezz) the system is known as an Ethernet Routing Switch ERS 8800 v7.0 software can only operate on an ERS 8600 system with a select hardware configuration.

101 8895SF Switch Fabric/CPU Module New, optimised SF/CPU Module Powerful & efficient CPU for intensive applications Greater scalability & capacity for complex services Highly energy-efficient Supported Chassis: 8003R, 8006, 8010, & 8010co Up to 2 GB DRAM & up to 4GB Compact Flash 10/100/1000 Management port & USB 2.0 port New high-speed 1.33GHz CPU Enhanced standard Memory Energy-efficiency improved by 33% 1

102 SF Switch Fabric/CPU Higher scalability & energy-efficient 8692SF 8692SF + SuperMezz 8895SF CPU Performance 333MHz Additional 1GHz Co- Processor 1.33GHz Memory 256MB Additional 512MB 1GB Power Consumption 100W 142.5W 90W Typical Deployments Basic and Advanced L2-3 features (does not support 7.x features) IPv6, faster failover and Premier features (MPLS, virtualization, BGP) Cost effective 8692SF+SuperMezz plus higher scalability for future functions

103 111 ERS 8800 Market Positioning New Avaya Customers ERS 8800 is the default solution for the Enterprise Campus Core Recent ERS 8600 Customers Investment protection for 8692SF, via upgrade with SuperMezz Investment protection for R/RS Modules Support for v7.x Software Returning ERS 8600 Customers Always a progressive & seamless evolution from 8600 profile to 8800 Partial investment protection (Chassis, PSUs)

104 Hardware Overview Mesmo do > R co SF RS-Series Modules

105 8634XGRS Combo 10G+1G+10/100/1000 Highly flexible Combo Module suitable more many applications Smaller locations Server Access layer 2 x 10GbE XFP, 24 x 1GbE SFP, & 8 x auto-sensing 10/100/1000 Dual 100/1000 MAC supports 100FX on SFP ports Built-in priority queuing Field-upgradeable Firmware 3-Lane RSP2.6 Distributed Processing Module (DPM) Requirements: 8692SF or 8895SF Switch Fabric Flexible Combo Module Supporting 10GbE, 1GbE, & 10/100/1000 Cost-effective & versatile 1

106 8612XLRS 12-port 10G Ethernet High-density 10G Ethernet Module suitable intense applications Campus Core Data Center aggregation Metro Ethernet connectivity 12 x 10GbE XFP Slots Supports short- & long-range optics and also DWDM Built-in priority queuing Field-upgradeable Firmware 3-Lane RSP2.6 Distributed Processing Module (DPM) Requirements: 8692SF or 8895SF Switch Fabric High-density 10GbE Module Supporting 12 ports distributed over three 10Gbps Lanes Effective for mass 10G connectivity 1

107 8648GBRS 48-port 1G Ethernet High-density 1G Ethernet Module suitable intense applications Campus Core Uplink & Server connectivity Distribution layer Uplink aggregation 48 x 1GbE SFP Slots Dual 100/1000 MAC supports 100FX on SFP ports Built-in priority queuing Field-upgradeable Firmware 3-Lane RSP2.6 Distributed Processing Module (DPM) Requirements: 8692SF or 8895SF Switch Fabric High-density 1GbE Module Supporting 48 ports distributed over three 10Gbps Lanes Effective for mass 1G connectivity 1

108 8648GTRS 48-port 10/100/1000 Ethernet High-density 10/100/1000 Ethernet Module suitable intense applications Campus Core Server aggregation in the Data Center 48 x 10/100/1000 RJ45 ports Built-in priority queuing Field-upgradeable Firmware 2-Lane RSP2.6 Distributed Processing Module (DPM) Requirements: 8692SF or 8895SF Switch Fabric High-density 10/100/1000 Module Supporting 48 ports distributed over two 10Gbps Lanes Effective for mass Copper-based connectivity 1

109 R-Series Interface Modules Introduced the RSP; delivering ever-green performance through in-service upgradability Improved density & performance 8630GBR 30 x 1000BASE-X SFP 8648GTR 48 x 10/100/1000 RJ X/ZLR 3 x 10GBASE-X XFP Requirements: 8692SF or 8895SF Switch Fabric BULLETIN ID: , Rev 1 MD: 30 Julho

110 Dual-Input AC or DC Power Supplies Dual-Input versions of the 1462W 8005 Power Supplies Provides grid redundancy Flexible deployment options ensure power resiliency Using a single Supply provides partial protection Use multiple Supplies for full protection N:N Supported on 8010, 8010co, 8006, & 8003R* Requirements: v5.0 or v7.0* Feed A Feed B Do not mix AC and DC power supplies in the same chassis. 118

111 Resumo - Novos Equipamentos Preferencialmente: CPU: 8895 Fontes: 8005 No caso de 3, use uma Dual Input No caso de AC, incluir cabo de força Verifica o padrão que o cliente utiliza Módulos: RS Software cotado a parte Ainda não existe bundle com

112 ERS 8800 (compatibilidade) Hardware supported with 7.0 release 8010, 8010CO, 8006, 8003R Chassis 8004, 8005 Power Supplies 8692 SF with Supermezz 8895 SF R-series I/O modules (EoS) RS-series I/O modules Hardware no longer supported with 7.0 release 8692 SF without Supermezz 8691 SF E-series I/O modules M-series I/O modules Service Modules (WSM, SAM, SDM)

113 Hardware & Software Compatibility Matrix 8690SF 8691SF 8692SF 8692SF + SuperMezz 8895SF E/M Modules Supported (up to v4.x) Supported (up to v5.x) Supported (up to v5.x) Supported (up to v5.x) Not Supported R/RS Modules Not Supported Not Supported Supported Supported Supported v5.x Software Not Supported Supported (Not Premier) Supported (Not Premier) Supported Not Supported v7.x Software Not Supported Not Supported Not Supported Supported (R/RS) Supported (R/RS) Services & WAN Modules Not Supported Supported (up to v5.x) Supported (up to v5.x) Supported (up to v5.x) Not Supported 8003R Chassis Not Supported Not Supported Not Supported Supported (v7.x, R/RS) Supported (v7.x, R/RS)

114 Cálculo de Fontes Redundantes Feito com auxílio e planilha Nortel_ERS_MERS_8600_Power_Supply_Calculator_Version_4.0

115 Cálculo de Fontes 1 - Selecionar modelo

116 Cálculo de Fontes 2 - Selecionar módulos

117 Cálculo de Fontes 2 - Selecionar módulos

118 Cálculo de Fontes 3 Consulte a quantidade de PS necessária para redundância Veja a fonte escolhida e voltagem Note que a voltagem utilizada influencia o resultado

119 Switches: Resumo Rafael Rocha Sales Engineer

120 Price/Performance Ethernet Routing Switch Portfolio VSP 9000 ERS 8600 Access / Edge ERS 8300 Stackable ERS 5000 Modular ERS 4500 Core ERS 2500 Functionality

121 Ethernet Routing Switch Portfolio /8800 Fast Sim Sim Sim Sim Sim Sim Giga Não Sim Sim Sim Sim Sim 10 GE Não Sim Sim Sim Sim Sim Fonte Redundante Não Externa Externa Interna Interna Interna Formato Empilhável Empilhável Empilhável Empilhável Chassis: 6; 10 Chassis: 3; 6; 10 Switch Fabric Gbps Performance Mpps Empilhamento 4Gbps / Switch 32Gbps / Stack Gbps Gbps Gbps 272 Gbps (6-slot) 464 Gbps (10-slot) 928 Gbps (cluster) Mpps Mpps Mpps 202 Mpps (6-slot) 345 Mpps (10-slot) 690 Mpps (cluster) 40Gbps / Switch 320Gbps / Stack 80Gbps / Switch 640Gbps / Stack 144Gbps / Switch 1152Gbps / Stack NA 200 Gbps (3-slot) 400 Gbps (6-slot) 720 Gbps (10-slot) 1440 Gbps (cluster) 90 Mpps (3-slot) 179 Mpps (6-slot) 360 Mpps (10-slot) 720 Mpps (cluster) L3 Rotas estáticas RIP, OSPF RIP, OSPF RIP, OSPF RIP, OSPF, BGP-Lite RIP, OSPF, BGP, MPLS Versão atual sw (1/agosto/10) Densidade 10 GE 0 2 (GTX) 2 (5530) 2 (5530 e 5600); 8 (5632) Densidade 1GE UTP Densidade 1 GE SFP NA 36; 68; ; 48; 96; 192 2/4 2; 24; 48 24; 48 48; ; 384; ; 192; 384; ; 4 ;12 6; ; 400; ; 192; 384; 768 Vlans k 4k Macs 16k 8k 16k 16k 16k 118k

122 Muito obrigado!!! Rafael Rocha Sales Engineer

123 Switches: PoE Rafael Rocha Sales Engineer

124 Power over Ethernet (PoE) Padrão IEEE 802.3af Power Sourcing Equipment (PSE): Switch Powered Device (PD): Telefone IP ou Acess Point (AP) Aplicável a todos equipamentos, com exceção do ERS 8800/8600.

125 Power over Ethernet (PoE) Classes IEEE 802.3af A diferença entre a energia na saída do switch e na entrada do dispositivo é relativa a perda no cabo ethernet.

126 Capacidade PoE do 8300

127 Empilháveis - RPS 15

128 Capacidade PoE do Watt em todas as portas Uso das fontes internas

129 Capacidade PoE do Watt em todas as portas Uso da RPS 15

130 Capacidade PoE do Watt em todas as portas Uso da RPS 15

131 Capacidade PoE do 2500 ERS 2526T-PWR: 13,75 watt / porta 12 portas PoE ERS 2550T-PWR: 6,875 watt / porta 24 portas PoE