avaya data solutions guide 2010

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> Avaya Data Solutions Guide 2010 (International Edition) Avaya Data Solutions Document Date: July 2010 Document Version: 1.2


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Table of Contents TABLE OF CONTENTS ..................................................................... 2

INTRODUCTION ................................................................................ 3

THE MARKETS WE SERVE .............................................................. 4

WHY AVAYA FOR DATA? ................................................................. 5

LAN DESIGN PRINCIPLES ............................................................... 7

CAPTURING CUSTOMER REQUIREMENTS .................................. 9

CHOOSING THE RIGHT PRODUCT ............................................... 11

ETHERNET ROUTING SWITCHES ................................................ 13

ETHERNET ROUTING SWITCH 2500 .............................................................. 13


ETHERNET ROUTING SWITCH 5000 SERIES .................................................. 23





VIRTUAL SERVICES PLATFORM (VSP)9000 .................................................. 47

POWER OVER LAN SWITCHES ..................................................... 50

ETHERNET ROUTING SWITCH - EXAMPLES .............................. 57

WIRELESS LAN SOLUTIONS ......................................................... 65

WIRELESS LAN 8100 SERIES ...................................................................... 66

WIRELESS LAN 2300 (EXISTING CUSTOMERS) .............................................. 70

IDENTITY ENGINES ........................................................................ 74

VPN GATEWAY ............................................................................... 77

SECURE ROUTERS – UNIFIED BRANCH ..................................... 81

UNIFIED MANAGEMENT ................................................................ 93

USEFUL REFERENCES .................................................................. 97


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Introduction Welcome to the 2010 edition of the Avaya Data Solutions Guide. With the acquisition of Nortel Enterprise Solutions at the end of 2009, Avaya inherited a world class data portfolio, building on the strength and comprehensiveness of its offer to the market. The purpose of this guide is to illustrate the basic principles of LAN design, introduce the Avaya data portfolio available for sales and demonstrate how easy it is to design an Avaya data solution to meet a customer’s requirements. The guide covers the whole portfolio, with particular focus on the dominant Ethernet Switching range, and includes information on the following areas :

• The markets we serve and why Avaya • LAN design principles • Capturing the customer’s requirements • Portfolio and Positioning • Lifecycle information • Standard LAN solution examples • Useful information and where to get help


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The Markets We Serve

Through Avaya’s adoption of the Nortel Data Networking portfolio and roadmap, we have the ability to serve the entire Enterprise market from campus to data centre to branch, scaling both size and geography. Our data networking portfolio is grouped into five broad areas including:

• Ethernet Switching – a range of LAN Switches for Data centre, Core, Edge, and Branch applications

• Wireless Networking – a cost-effective solution enabling Enterprises to deploy Wireless coverage

• Unified Branch – a range of Routers and VPN Appliances that provide a secure connection for Branches

• Access Control – solutions that provide policy decision to enforce role-based Access Control to the network

• Unified Management – providing support for data and voice networks by simplifying the requirements associated across functional areas.


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Why Avaya for Data? Before starting through the mechanics of designing a data solution based on Avaya technology, the fundamental question you may have is why use Avaya over another data vendor?

Avaya has been working for many years to bring converged communications to millions of users across the globe. Together with its business partners, Avaya jointly delivers innovative integrated IP systems - across Voice, Contact Centre, LANs, WANs, Data Centres and VPNs. Our solutions are designed to leverage today's networks while providing cost-effective evolution to the networks of tomorrow. From design, installation and launch of new networks, to the upgrade, support and management of existing systems, Avaya's portfolio of solutions is one of the most comprehensive in the industry. This section will give you some of the key benefits, whether they are business, technical or ease of support.

Avaya LAN solutions are based on a simple two layer model - core and edge. This makes designing a solution a lot easier. You just need to get the appropriate edge switches for the number of user devices required and then deploy core switches that give you the performance and resilience to support the solution.

Avaya is at the forefront of driving Gigabit to the desktop and 10G and beyond in the core. There is a big shift in the market from 10/100 and Avaya is ideally placed to offer your customers the solutions they are now demanding.

Avaya’s industry leading Switch Clustering resilience technology supports the modern converged network, carrying mission critical and real-time voice and video, delivering 99.999% availability.

Improve Employee Productivity

• Increase employee productivity and effectiveness through better responsiveness from existing applications and from higher reliability and performance.

• Maximise uptime of LAN designs and improve bandwidth utilisation by using Switch Clustering technology (Split Multi-Link Trunking) in place of Spanning Tree.


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Reduce Costs

• Avaya data switches have been carefully designed to minimise power consumption, providing lower running costs and a reduced carbon footprint, and requiring less cooling. Independent testing has demonstrated Avaya switches consume up to 40% less energy than competing switches from other vendors.

• Lower the operational costs in services and equipment - with a total cost of ownership 25% lower than other vendors.

• Simple two tier architecture easier to install and troubleshoot. • LAN switches capable of supporting real time applications

without deploying complex Layer 3 switches at the edge. • Use of stackable switches at the edge allows a “pay as you

grow” network deployment. • Quickly deploy new revenue generating multimedia

applications, such as contact centre capability for more staff, without having to incur the cost of subsequent upgrades.

• Achieve better utilisation of the network through the use of SMLT technology, IP Multicast and better unified network management tools.

• Enable scaleable growth with more efficient use of bandwidth. • Reduce skilled staff costs through use of simpler configuration

and maintenance. • Minimal staff training requirements as configuration uses

industry standard CLI commands.

Channel Leverage • A lot of customers are already using Avaya voice products that

could allow you to sell a single vendor voice and data solution (or upgrade).

• Best in class technical offering as supported by independent analysts, e.g. Tolly Group.

• Differentiated offering in a highly competitive market (i.e. 30+ Gold resellers of Cisco).

• Cisco designs are complex to implement compared to Avaya. To achieve rapid failover, Cisco rely on a combination of protocols at both layer 2 and layer 3. Layer 3 to the edge requires the enhanced images to support routing protocols which doubles the cost of a switch.


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LAN Design Principles This document identifies some of the key points to focus on when designing a customer’s data infrastructure. The types of design can normally be split between two types:-

1. Small Building (this is only a notional size, a small building could have more floors, it is all down to the distance of the cable runs and the applications the customer will be using).

2. Campus or Mid-to-Large building (only 3 floors are shown in the example but this topology would apply to much taller buildings as well).

Small Building

For a small building (typically with one or two floors and small distances for cable runs) each wiring closet will have a stack of edge switches and edge switches will also be used in the comms room to provide the aggregation point for the servers and local network access.


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Mid-to-Large Building

For a building with multiple floors and long cable runs, each wiring closet will have a stack of edge switches. There will be core switches in the comms room and potentially at the bottom of each riser depending on distances and capacity requirements.

For edge switches the standard is gradually moving to Gigabit to the desktop, although this is often not justified, and for the connections between the core and edge switches, 10G is becoming increasingly common. Avaya has an excellent range of switching products (such as the ERS 5000 and 4500 ranges) to support these requirements and provide a future proof LAN infrastructure.


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Capturing Customer Requirements Before designing a data network, you will need to benchmark what the customer has already, and what they want to do with the new solution. Here are some pointers to the questions you should ask the customer :

• Number of buildings and distance between buildings • Type of cabling between buildings / floors, eg. CAT5e, 62.5

micron fibre • Number of floors in each building • Number of LAN points required per floor • Distance from each riser to the furthest user on each floor • Number & Location of servers, and type of connection

(CAT5/5e/6 or Fibre) • What applications will the customer be running (eg. Voice,

multicast video) and is this required on all LAN points or just specific locations / users?

• What level of resilience is the customer looking for? • What is the customer’s strategic strategy? Do they wish to

deploy VoIP, wireless networking or video? • Does the customer use any legacy protocols such as

Appletalk or IPX? • Does the customer have specific applications and

technology which rely on Layer 2 or Layer 3 designs?

To build the configuration, start at the edge of the network. For each floor of each building, take the number of users and the type of applications being used and select the edge switch (each floor/building could need different types of switch) :

• Ethernet Routing Switch 2500 • Ethernet Routing Switch 4500 • Ethernet Routing Switch 5500 / 5600 • Ethernet Routing Switch 8300


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Establish the total number of users. Divide this by either 24 or 48 (dependant on which edge switch type is selected) and see how many switches are required. Add the number of uplinks required from each stack (typically at least two) and double-check there are enough ports, as products like the 2500, 4500, 5500 and 5600 use shared ports for either fibre or copper. If the number of switches is 8 or less and the users are all close enough (for standard Ethernet over CAT5e the users should be within 90 metres) to the wiring closets, then stackable switches should be selected and located here, otherwise add additional stacks and spread them around the floor (dependent on space and accessibility). If the LAN is used for data only traffic (ie. no voice), and there are only one or two floors, only edge switches will be required and each stack can be connected to eachother. For larger buildings, or where Layer 3 routing is required, then a core switch will be required to provide the aggregation and routing. The core switch(es) will normally be located in the comms room or in a large building, at the bottom of each riser. The links between buildings will also be connected to the core switch. For SX fibre uplinks the distance recommendations are 220 metres for 62.5 micron diameter MMF or 500 metres for 50 micron diameter MMF. For CAT5/5e/6 uplinks the distance limit is 90 metres. From each stack provide at least two connections (uplinks) back to the core switch, preferably from different switches in the stack and using link aggregation (Multi Link Trunking). Count up the number of connections required and select the core switch :

• Ethernet Routing Switch 5500 / 5600 • Ethernet Routing Switch 8300 • Ethernet Routing Switch 8800

The following sections show the key LAN products and how to build a complete solution.


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Choosing the Right Product LAN Selector The flowchart on the next page allows you to identify quickly what is potentially the most suitable product to meet the customer’s requirements. This is only a quick lookup and, for example where fibre is required, the appropriate SFPs also need to be added :

Layer 3: Layer 3 is traditionally required to route IP traffic on a LAN and to minimise broadcast traffic between different parts of the LAN. Layer 3 Ethernet Routing Switches typically have stacks of ethernet switches behind them to connect PCs and telephones on to the LAN.

Inline power: Does the customer need to power IP telephones over the LAN? This could be to reduce cabling costs on a new building.

The 2500, 4500 and 5500 / 5600 products can all be stacked up to 8 units high depending on how many ports the customer requires (up to a maximum of 400 ports in the stack).

IP routing: choices are static or dynamic protocols. Static is inflexible and has to be programmed on installation. This may be appropriate when a simple Layer 3 topology is adopted. Dynamic would involve using routing protocols like RIP or OSPF.

The Avaya switches can be stacked within families. The 2500 can be stacked using the rear ports and using included Stack Software. The 4500 switches can be stacked together flexibly, and all the 5000 family members (5500 and 5600) can be stacked together in any combination.

New SFP Transceivers

There are new SFPs available that have superseded the AA1419013-E5 (SX) and AA1419015-E5 (LX).

The new SFPs are AA1419048-E6 (SX) and AA1419049-E6 (LX).

These newer SFPs also come with a Digital Diagnostic Monitoring Interface (DDMI). DDMI allows these SFPs to ultimately provide enhanced interface-level information reporting. This enhanced digital interface allows real-time access to device operating parameters, and includes optional features such as soft control and monitoring of SFP interface signals.


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LAN Selector Flowchart


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Ethernet Routing Switches

Ethernet Routing Switch 2500 The Ethernet Routing Switch (ERS) 2500 series is a family of cost-effective 10/100BaseT Ethernet switching products perfectly suited for branch offices of larger enterprises, or the enterprise edge, requiring a low-cost but feature-rich solution in the wiring closet. Ideal for enterprises with big plans, but not-so-big budgets, the Ethernet Routing Switch 2500 offers convergence-ready flexibility, high-speed connectivity and cost-effectiveness to deploy next-generation technology today -- while ensuring the high resiliency and performance customers need. Power over Ethernet (PoE) on 50% of the ports is an option with the 2526T-PWR and the 2550T-PWR models which allows scalability for IP Telephony and Wireless solutions.

The most recent software release is 4.3 (March 2010), which added a number of significant enhancements for businesses deploying IP Telephony, including improved Quality of Service capabilities and features which can detect Avaya and heritage Nortel phonesets and ensure the switch port to which they connect is configured accordingly.

Other features already on the platform are captured in the Enterprise Switching Feature Matrix, available online (see Useful Resources section).

Ethernet Routing Switch 2526T 24 10/100 Ethernet ports, 2 combo 10/100/1000BaseT / SFP ports

Ethernet Routing Switch 2526T-PWR 24 10/100 Ethernet Ports, 12 PoE Ports supported, 2 combo 10/100/1000BaseT / SFP ports


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Ethernet Routing Switch 2550T 48 10/100 Ethernet Ports, 2 combo 10/100/1000BaseT / SFP ports

Ethernet Routing Switch 2550T-PWR 48 10/100 Ethernet Ports, 24 PoE Ports supported, 2 combo 10/100/1000BaseT / SFP ports

New features introduced with Release 4.3 (March 2010) are:

• Enterprise Device Manager • Advanced QoS • Automatic QoS • Show running config enhancements • SNMP MIB Web Page • SNMP Trap control in EDM • IPv6 Management • RADIUS support of Interim Accounting Updates • 802.1X or NonEAP with VLAN names • RADIUS use Management IP Address • DHCP Client for switch or stack • Auto-Detection and Auto-Configuration (ADAC) and 802.1AB MED Interoperability • ASCII Configuration Generator support for Rapid Spanning Tree and Multiple Spanning Tree • Extended IP Manager • MAC Flush • Spanning Tree command enhancements • Internet Group Multicast Protocol Multicast no flood command • 1000BaseBX SFP support • 1000BaseXD SFP support • 1000BaseZX SFP support • 1000BaseEX SFP support • 1000BaseCWDM DDI SFP


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The 2500 has stacking capability using the two Gigabit copper ports at the rear which allows 8 switches per stack.

New sales of 2500 series switches have stacking enabled by default, however note that earlier shipments of these switches required a Stacking License Kit so upgrades may be required to enable this feature. Each kit contains a License Certificate with a License Authorization Code (LAC) and uses the same license file management / generation process via the Avaya Licensing portal as currently used for the ERS 5000 Advanced Routing License.

A “license.dat” file needs to be generated, downloaded and installed on each switch for all ERS 2500 switches that need stacking functionality adding (instructions are on the License Certificate).

License files can be added and removed on the switch. The license.dat file unlocks stacking functionality on the switch and allows the rear ports to be set to “Stacking Mode”.

If a non stack-enabled unit is set to default, the license.dat file is removed but the last rear port operating mode will be preserved to allow a stack to continue functioning.

Useful Part Codes (see Pricebook for complete list)

Model No. Description

Switch AL2515A01-E6 ERS Switch 2526T with 24 10/100 Ports, 2 combo

10/100/1000/SFP ports, 2 1000BaseT rear ports

AL2515A02-E6 ERS 2550T with 48 10/100 ports, 2 combo 10/100/1000/SFP ports, 2 1000BaseT rear ports

AL2515A11-E6 ERS 2526T-PWR with 24 10/100 ports (12 ports support PoE), 2 combo 10/100/1000/SFP ports, 2 1000BaseT rear ports

AL2515A12-E6 ERS 2550T-PWR with 48 10/100 ports (24 ports support PoE), 2 combo 10/100/1000/SFP ports, 2 1000BaseT rear ports

Each switch includes the base software license kit and 46cm stack cable. Order local power cord separately.


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SFPs AA1419014-E5 1-port 1000Base-SX SFP GBIC (MT-RJ) AA1419048-E6 1-port 1000Base-SX SFP GBIC (LC) - DDMI AA1419049-E6 1-port 1000Base-LX SFP GBIC (LC) - DDMI

Other SFPs are supported – see release notes for complete listing

Note: the Routing function for the ERS 2500 is with static routing and does not support full Layer 3 Ethernet Routing Capabilities such as OSPF.

Note: Early sales of the ERS2500 were not enabled for stacking by default and required a license for this purpose. These licenses are in the pricebook for stack-enabling switches in the field.


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Ethernet Routing Switch 4500 The Ethernet Routing Switch (ERS) 4500 product family is a stackable system that provides the high-performance, convergence-ready, secure and resilient Ethernet switching connectivity required by today’s application- and competition-driven enterprise networks.

The ERS 4500 delivers 10/100 (including 100FX) and 10/100/1000 switching with Power over Ethernet and 10 Gigabit uplink models for simplified and flexible network deployments, driving lower Total Cost of Ownership. Intelligent out-of-hours power management (Avaya Energy Saver) adds to the already class-leading power story in this family of switches.

The 4500 stack accommodates up to 8 switches providing 384 POE ports with 32 Uplink ports. The 4500 replaced the 470 and 450/460 series of switches with additional benefits of providing both Power and Gigabit ports.

Ethernet Routing Switch 4526FX 24 x 100BaseFX ports plus 2 combo 10/100/1000 SFP Ports

Ethernet Routing Switch 4550T 48 x 10/100 BaseTX ports plus 2 combo 10/100/1000 SFP Ports

Ethernet Routing Switch 4550T-PWR 48 x 10/100 PoE ports plus 2 combo 10/100/1000 SFP Ports

Ethernet Routing Switch 4548GT 48 x 10/100/1000 Base TX ports and 4 shared SFP Ports


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Ethernet Routing Switch 4548GT-PWR 48 x 10/100/1000 PoE ports and 4 shared SFP Ports

Ethernet Routing Switch 4524GT-PWR 24 x 10/100/1000 PoE ports and 4 shared SFP Ports

Ethernet Routing Switch 4526T 24 x 10/100TX ports plus 2 combo 10/100/1000 SFP ports

Ethernet Routing Switch 4526T-PWR 24 x 10/100TX PoE ports plus 2 combo 10/100/1000 SFP ports

Ethernet Routing Switch 4526GTX 24 x 10/100/1000TX ports and 4 shared SFP ports plus 2 10GB XFP ports

Ethernet Routing Switch 4526GTX-PWR 24 x 10/100/1000TX PoE ports and 4 shared SFP ports plus 2 x 10GB XFP ports

Ethernet Routing Switch 4524GT 24 x 10/100/1000TX ports and 4 shared SFP ports


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Ethernet Routing Switch 4500 Stack – Rear View

The newest release, version 5.4, adds the following features:

� New Features

– Enterprise Device Manager (EDM)

– ADAC Enhancements

– Auto QoS 802.1AB MED Interop

– Auto QoS ADAC Interop

– DHCP Option 82

– DHCP Snooping Improvements

– Dual Syslog server support

– EAP Scaling 768 Clients

– EAP GVLAN /MHMA enhancement

– Energy Saver (AES)

– L3 Dynamic Routing Table Allocation

– QoS Enhanced Traffic Profile Metering QoS DSCP Mutation

– QoS Egress Queue Shaping

– RADIUS Accounting (RFC 2866)

– Show running-config defaults

– Show running-config specific

– Show software status

– Sticky Address

– VLAN scaling (demo feature


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� Ported Features

– 802.1AB Network Policy CLI

– 802.1D compliancy

– DHCP Client

– IPFIX

– L3 Non Local Static Routes

– L3 OSPF

– L3 RIP

– L3 Route Policies

– MLT/LAG Scaling (32/8)

– QoS QoS Agent enable/disable

– QoS Extended IP/L2 Filters

– QoS Queue Set Support

– QoS Traffic Profile Filter Set

– Software Licensing

– TDR Support



Switch

AL4500A01-E6 ERS 4526FX with 24 100BaseFX ports plus 2 combo 10/100/1000/SFP ports

AL4500A02-E6 ERS 4550T with 48 10/100 ports plus 2 combo 10/100/1000/SFP ports

AL4500A03-E6 ERS 4526T with 24 10/100 ports plus 2 combo 10/100/1000/SFP ports

AL4500A04-E6 ERS 4548GT with 48 10/100/1000 ports and 4 Shared SFP ports

AL4500A05-E6 AL4500A15-E6

ERS 4524GT with 24 10/100/1000 ports and 4 shared SFP ports ERS 4524GT-PWR with 24 10/100/1000 802.3af PoE ports and 4 shared SFP ports


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AL4500A06-E6 ERS 4526GTX with 24 10/100/1000 ports and 4 shared SFP ports, plus 2 10GE XFP slots

AL4500A12-E6 ERS 4550T-PWR with 48 10/100 802.3af PoE ports plus 2 combo 10/100/1000/SFP ports

AL4500A13-E6 ERS 4526T-PWR with 24 10/100 802.3af PoE ports plus 2 combo 10/100/1000/SFP ports,

AL4500A14-E6 ERS 4548GT-PWR with 48 10/100/1000 802.3af PoE ports plus 4 Shared SFP ports

AL4500A16-E6 ERS 4526GTX-PWR with 24 10/100/1000 802.3af PoE ports and 4 shared SFP ports, plus 2 10GE XFP slots


Cascade Cables

AL4518001-E6 4500 HiStack Stacking Cable - 0.5M AL4518002-E6 4500 HiStack Stacking Cable - 1.5M AL4518003-E6 4500 HiStack Stacking Cable - 3.0M AL4518004-E6 4500 HiStack Stacking Cable - 5.0M

SFPs

AA1419014-E5 1-port 1000BASE-SX SFP GBIC (MT-RJ) AA1419048-E6 1-port 1000Base-SX SFP GBIC (LC) – DDMI AA1419049-E6 1-port 1000BASE-LX SFP GBIC (LC) – DDMI AA1419074-E6 1-port 100 Base-FX Small Form Factor (LC)

Note. 100FX SFPs are supported on all Fast Ethernet Models, plus the 4524GT & 4524GT-PWR

Other SFPs and XFPs are supported – see release notes for complete listings

10 GIG XFPs

AA1403001-E5 1-port 10GBase-LR/LW XFP. Supports single-mode fiber for interconnects up to 10km.

AA1403005-E5 1-port 10GBase-SR XFP Supports high modal bandwidth MMF for interconnects up to 300m.


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Redundant Power Supplies

AA0005017-E5 Redundant Power Supply 15 - Chassis (Supports three power supplies)

AA0005A19-E5 Redundant Power Supply 15 - 600 Watt Power Supply Module

AA0005018-E6 Redundant Power Supply 15 - Connecting Cable (1.8m/6ft) for a Single ERS 4626T-PWR, 4524GT-PWR, 4550T-PWR, 4526GTX-PWR, 4548GT-PWR

AA0005021-E6 Redundant Power Supply 15 - Short Connecting Cable (3m/10ft) for up to 4 x ERS 4526FX, 4526T, 4550T, 4524GT, 4526GTX, 4548GT

AA0005020-E6 Redundant Power Supply 15 - Long Connecting Cable (7.6m/25ft) for up to 4 x ERS 4526FX, 4526T, 4550T, 4524GT, 4526GTX, 4548GT


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Ethernet Routing Switch 5000 Series The ERS 5000 Series is made up of the established 5500 Series and the new, high performance 5600 Series switches. All 10 models in the 5000 Series can be stacked together, thereby providing a highly flexible range of deployment options for every customer requirement.

Ethernet Routing Switch 5600 Series The Ethernet Routing Switch 5600 Series is a set of premium, fixed-format Ethernet Switches that provide high-performance connectivity in a scalable pay-as-you-grow stackable solution, allowing up to 400 ports per stack. The model range provides traditional high-density and innovative ultra high-density options for Gigabit Ethernet, and also medium density Fiber aggregation. The products feature field-replaceable redundant power supplies, and optional Standards-based Power-over-Ethernet.

The 5600 Series is part of the broader 5000 Series of products, and offers a complete portfolio with options ranging from 24 through to 98 ports per Switch, with or without PoE, with Power redundancy options, and full, no-compromise interoperability across the product line. The evolution and development life cycle demonstrate a proven track record for unbeatable value and exceptional investment protection.

The 5600 introduces a per-unit stacking capacity of 144Gbps per switch and a total stacking backplane of 1.152Tbps for a stack of eight units. This is unprecedented in the industry and ensures optimal performance for delay-sensitive application traffic traversing the stack. 5600 models come with two in-built auto-sensing stacking ports for simple, quick and cost-effective stacking. This design frees up 5600 uplink ports for dedicated connectivity to the backbone. The 5600’s non-blocking architecture further ensures full bandwidth across stack, uplink and user ports. ERS5600 switches can be stacked with one another or with any 5500 unit. When connected to an adjacent 5500, the 5600 automatically adjusts to the 5500’s stack bandwidth of 80 Gbps. This enhanced flexibility provides the opportunity to mix and match port configurations based on operational needs, while preserving existing 5500 investment.


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Ethernet Routing Switch 5632FD 24 x 1000BaseX SFP ports plus 8 x 10GbaseX XFP Ports

Ethernet Routing Switch 5650TD 48 x 10/100/1000BaseT ports plus 2 x XFP Ports

Ethernet Routing Switch 5650TD-PWR 48 x 10/100/1000BaseT PoE ports plus 2 x XFP Ports

Ethernet Routing Switch 5698TFD 96 x 10/100/1000BaseT ports plus 6 x combo SFP Ports plus 2 x XFP Ports

Ethernet Routing Switch 5698TFD-PWR 96 x 10/100/1000BaseT PoE ports plus 6 x combo SFP Ports plus 2 x XFP Ports


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Deployment scenarios The ERS 5600 is a flexible solution that can be deployed in a variety of enterprise environments. These include:

High-density wiring closet With its non-blocking design, high density GbE and integrated 10GbE ports, the ERS 5600 is perfectly suited as a wiring closet solution for high-availability LAN edge user connectivity. Up to eight ERS 5600 switches can be combined into a single stack with each unit providing at least two 10GbE XFP ports for high-performance uplinks to the core or aggregation layers in the network. ERS 5698 models further provide high-density economical GbE connectivity with the added flexibility of up to 6 SFP ports per switch for gigabit or 100fx fibre connections. With the ability to support Power over Ethernet across all its ports, the ERS 5600 is an economical and flexible wiring closet/edge solution in support of desktop and powered devices.

High-performance data center edge

The high-performance, low-latency and high-availability requirements of the data center make the ERS 5600 a perfect solution for the data center edge. By utilizing the ERS 5600’s innovative horizontal stacking capability - a switch at the top of each server rack, stacked horizontally - the ERS 5600 can support high-density server connections. Up to 384 GbE ports and multiple 10GbE uplinks can be deployed in this configuration Avaya’s Switch Cluster solution (SMLT) can further enhance overall resiliency through addition of a second horizontally- stacked “top of rack” switch. Connected servers can then be “dual homed” to separate 5600 stacks, which in turn appear as a single, logical switch to the network. This enables active-active connections, load balancing and sub-second failover across the stacks. These features make the 5600 a truly cost-effective data center solution that combines always on resiliency with full non-blocking capabilities.

Highly scalable small to medium core The ERS 5600 can also serve as a high-performing, feature-rich core solution. With its high-density 10GbE and SFP ports (up to 64 10GbE and 192 SFP ports per stack), the 5632FD is particularly well-suited to core applications. Coupled with dynamic routing protocol (RIP/OSPF) and VRRP support as well as in-unit redundant power supplies, the ERS 5600 can provide a low-cost, resilient small core solution. ERS 5600s can further act as a virtual switch cluster to other ERS 2500, 4500 or even third party access switches using Avaya’s switch clustering (SMLT) technology. ERS 5600s in this configuration can provide up to 800 ports and over 2.3 Terabits of


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performance — all while enabling full use of all switches and links across the network.

The latest software release for the 5000 Series switches (both 5600s and 5500s) is 6.2 and adds the following features :

� Resiliency

– Routing Protocol Support over SMLT

– SMLT over LACP

– Lossless Mode

� Layer 3

– Content-Based Forward to Next Hop

– Route Scaling

– PIM-SM Stacking

– Full IGMPv3 Support

– IPv6 Static Routes

– IPv6 Auto Address Assignment

– Multicast Group Scaling

– IPv4 Tunneling for IPv6

� Security

– EAP Scaling 768 Clients

– EAP MHMA Multi-VLAN Enhancement

– 802.1X/NEAP & Guest VLAN Concurrent on the Same Port

– 802.1X/NEAP Last Assigned RADIUS VLAN

– 802.1X/NEAP with Fail Open VLAN

– 802.1X/NEAP with VLAN Names

– Sticky MAC Address

– MAC-Security Lock-Out

– SFTP over SSH


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� Convergence

– ADAC Enhancements

– Auto QoS ADAC Interoperability

– Auto QoS 802.1AB MED Interoperability

– DHCP Option 82

– DHCP Snooping Improvements

– QoS Enhance Traffic Profile Metering

– QoS DSCP Mutation

– QoS Egress Queue Shaping

� Management Operations

– Enterprise Device Manager

– Energy Saver

– VLAN Scaling

– Show Running Config Defaults

– Show Running Configs Specific

– License AUR

– Bi-directional Traffic for Port Mirroring

– Dual Syslog Server Support

– Cisco CLI

– Stack Health Monitoring and Recovery

– Trace

– SMLT Consistency w/ 8600 (disable STP)

– Unknown Multicast Allow Flood


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Switch

AL1001A11-E5 5698TFD-PWR with 96 10/100/1000Base-TX 802.3af PoE ports, 6 shared SFP ports, plus 2 XFP ports, stack ports, and 3 removable power supply slots. Includes 1000w AC-DC removable power supply

AL1001A12-E5 5698TFD with 96 10/100/1000Base-TX ports, 6 shared SFP ports, plus 2 XFP ports, stack ports, and 3 removable power supply slots. Includes 300w AC-DC removable power supply

AL1001A13-E5 5650TD-PWR with 48 10/100/1000Base-TX 802.3af ports plus 2 XFP ports, stack ports, and 2 removable power supply slots. Includes 600w AC-DC removable power supply

AL1001A14-E5 5650TD with 48 10/100/1000Base-TX plus 2 XFP ports, stack ports, and 2 removable power supply slots. Includes 300w AC-DC removable power supply

AL1001A15-E5 5632FD with 24 SFP ports plus 8 XFP ports, stack ports, and 2 removable power supply slots. Includes 300w AC-DC removable power supply


Software

AL1016001 ERS 5XXX Advanced Routing License supporting SMLT, OSPF, ECMP, VRRP and IPFIX. (one license required per stack or standalone unit).

Power Supplies (no mixing of PSU types within a switch)

AL1905A01-E5 1000w AC power supply for ERS 5698TFD-PWR

AL1905A02-E5 600w AC power supply for ERS 5650TFD-PWR

AL1905A03-E5 300w AC power supply for ERS 5632FD, ERS 5650TD, and ERS 5698TFD

AL1905A04-E5 1000w DC-DC power supply for ERS 5650TD-


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PWR, ERS 5698TFD-PWR

AL1905A05-E5 300w DC-DC power supply for ERS 5632FD, ERS 5650TD, and 5698TFD

Cascade Cables

AL2018024-E6 5600 46cm (1.5 foot) Stacking Cable AL2018025-E6 5600 91cm (3 foot) Stacking Cable AL2018026-E6 5600 3m (10 foot) Stacking Cable AL2018027-E6 5600 5m (16.4 foot) Stacking Cable

SFPs

AA1419014-E5 1-port 1000Base-SX SFP GBIC (MT-RJ) AA1419048-E6 1-port 1000Base-SX SFP GBIC (LC) - DDMI AA1419049-E6 AA1419074-E6

1-port 1000Base-LX SFP GBIC (LC) – DDMI 1-port 100Base-FX SFP GBIC (LC)

Other SFPs and XFPs are supported – see release notes for complete listing

10G XFPs

AA1403005-E5 10GBASE-SR (850nm, MM, up to 300m, LC) AA1403001-E5 10GBASE-LR (1310nm, SM, up to 10Km, LC) AA1403003-E5 10GBASE-ER (1550nm, SM, up to 40Km, LC) Hybrid Stacking Design Considerations

• When Hybrid Stacks of both 5500 and 5600 models are created, the Base Unit must be a 5600 model

• 5600 models must use the new 5600 Stacking Cables to guarantee error-free performance

• When Stacking a 5632FD with any 5500 model the last two 10G Ethernet ports (port 31 & 32) are disabled; this limitation only exists in Hybrid Stacks

• Stacks are limited by software to a maximum of 400 ports


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Ethernet Routing Switch 5500 Series

Ethernet Routing Switch 5530-24TFD

The established ERS 5500 Series switches provide flexible deployment options with 5 models which complement the newer, higher performance 5600 Series models. ERS 5600s and 5500s can be mixed in a single stack where required, enabling protection of existing investments.

Up to eight switches can be stacked to achieve up to 384 10/100/1000 ports (or, if mixed with the 5600 models, up to 400 ports including 10GbE). Each switch has a built-in Cascade module. A stacking return cable needs to be ordered per stack of 3 to 8 switches (stacks of two switches can be stacked using the short cables supplied with the switches). Any combination of the 5000 family can be stacked together subject to the limit of 8 switches per stack.

12 Shared SFP Ports

24 x 10/100/1000 Copper Ports 2 x XFP 10G Ports

USB Port

Ethernet Routing Switch 5510–24T

24 x 10/100/1000 Auto-sensing Ethernet Ports

Ethernet Routing Switch 5520-48T-PWR

48 x 10 / 100 / 1000 Auto-sensing Ethernet Ports

Built-In Cascade Module on Rear

Two SFP Ports Four SFP Ports

Console Port


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The 5510 models have two built-in SFP ports and the 5520 models have four built- in SFPs for uplink connectivity to other switches, servers or the network core switches such as the ERS 8600.

The 5520 models support Power over Ethernet. The last 2 ports on the 5510 or 4 ports on the 5520 are shared between the 10/100/1000 and SFP ports.

The 5530 model has 24-port 10/100/1000 (12 of which are shared with the SFP ports), 12 SFP ports and 2 x 10 Gigabit XFP Ports.

The 5500 series shares its software with the 5600. Refer to the section on 5600s for details of features in the latest release.



Switch

AL1001A03-E5 5510-48T 10/100/1000 Switch including a 1.5 foot Stacking Cable

AL1001A04-E5 5510-24T 10/100/1000 Switch including a 1.5 foot Stacking Cable

AL1001A05-E5 5520-48T-PWR 10/100/1000 Switch with IEEE 802.3af Power over Ethernet including 1.5 foot Stacking Cable

AL1001A06-E5 5520-24T-PWR 10/100/1000 Switch with IEEE 802.3af Power over Ethernet including 1.5 foot Stacking Cable.

AL1001A07-E5 5530-24TFD Stackable Switch (24 10/100/1000BaseT ports, 12 shared fiber SFP switch ports, 2 built-in XFP 10 Gig ports, and built-in stacking ports). Includes 1.5 foot Stacking Cable


Software

AL1016001 ERS 5XXX Advanced Routing License supporting SMLT, OSPF, ECMP, VRRP and IPFIX. (one license required per stack or standalone unit).


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Cascade Cables

AL2018009-E6 5500-SRC 3 feet Cascade Return Cable AL2018010-E6 5500-SSC Cascade Cable (1 foot) AL2018011-E6 5510-SSC Cascade Cable (1.5 feet) AL2018013-E6 5510-SSC Cascade Cable (10 feet) AL2018014-E6 5510-SSC Cascade Cable (5 meter/16.4 feet)

SFPs

AA1419014-E5 1-port 1000Base-SX SFP GBIC (MT-RJ) AA1419048-E6 1-port 1000Base-SX SFP GBIC (LC) - DDMI AA1419049-E6 1-port 1000Base-LX SFP GBIC (LC) – DDMI

Other SFPs and XFPs are supported – see release notes for complete listings 10G XFPs

AA1403005-E5 10GBASE-SR (850nm, MM, up to 300m, LC) AA1403001-E5 10GBASE-LR (1310nm, SM, up to 10Km, LC) AA1403003-E5 10GBASE-ER (1550nm, SM, up to 40Km, LC)


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Ethernet Routing Switch 8300

The Avaya Ethernet Routing Switch 8300 is a uniquely versatile modular LAN Switch suitable for use in both the network core and edge. Supporting Avaya’s proven Switch Clustering technology for always-on application availability, the ERS 8300 is the platform of choice for the mid-sized Enterprise. The addition of a network virtualisation capability allows the ERS 8300 to support highly flexible network topologies and support otherwise conflicting organisational structures.

In addition, the ERS 8300 boasts a complete suite of convergence- and security-friendly features ensuring that it is also optimised for the wiring closet. Delivering real-world Layer 2 and Layer 3 performance, flexible connectivity options, high density interfaces, and Standards-based Power-over-Ethernet - the ERS 8300 is the solution for Enterprises seeking to enhance and extend the intelligence of their business-class network.

The 8300 complements the 8600 in the network core and offers a reliable end-to-end modular switching solution for enterprises. The 8300 alternatively offers an edge chassis based solution with Power over Ethernet support of up to 384 ports in a chassis. It is available in a 6-slot and 10-slot chassis. Fully loaded, the 10-slot supports up to 3 power supply units and 2 switch fabrics. This leaves 8 free slots for interface modules.

48 port 10/100/1000 PoE

48 port 10/100/1000

48 port 10/100

48 port 10/100 PoE

Up to 3 Power Supplies

2 Switch Fabrics with 8 SFP or 2 XFP


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For network designs that require a third “Distribution” tier, the ERS 8300 is an ideal option. The switch provides:

• High-density 1G and 10G for both the core and access tier connectivity requirements

• High performance and low latency to ensure optimized application performance

• Switch Clustering to extend sub-second fail-over and full session load-sharing across the network infrastructure — from User to Application

The ERS 8300 incorporates Avaya’s advanced resilient technology Split Multi-Link Trunking (SMLT) which provides complete protection against any individual component, link or node failure. This solution provides for sub-second recovery combined with user session-based load-balancing — all leveraging standards-based link aggregation at the network edge (user or server).

Deploying the ERS 8300 in the core is the ideal solution for delivering highly available services. As a stand-alone device, ERS 8300 provides an extremely robust platform for resilient networking. The system supports dual redundant switch fabric modules, N+1 power supplies and hot-swappable modules and fan trays.

Performance Architecture

At the heart of the ERS 8300 is a passive backplane design and a distributed forwarding architecture that leverages the advantages of dual N-1, active-active Switch Fabrics. The 720 Gbps Crossbar and the 8394SF Switch Fabric module deliver up to 464Gbps of genuine data throughput and 345Mpps of frame-forwarding performance per switch. Putting these figures into a business context, an ERS 8300 Core Switch Cluster can transport more than 60,000 average-sized office files per second, and still not be subject to contention.

Power over Ethernet options The 8348TX-PWR module provides inline power to any IEEE 802.3af compliant devices such as IP phones, wireless access points, net cameras, security, lighting devices, and access control devices. Standards-based equipment means that customers are not forced to tie themselves to any one vendor, as the switch has the flexibility to power multiple vendors’ 802.3af devices. It can supply power up to 15.4 watts per port, meeting 802.3af standards, sufficient to supply any standards compliant attached devices.

The 8348GT modules compliment the 8348TX modules and provide unpowered or 802.3af powered 10/100/1000 ports. They can supply


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power up to 15.4 watts per port, meeting 802.3af standards, sufficient to supply any standards compliant attached devices.

The PoE available per switch is governed by the number and type of power supplies used. With the full compliment of three 8301 power supplies up to 1600Watts of PoE can be provided resiliently.

Release 4.2 Software release 4.2 is the latest release (September 2009) :

• DHCP Snooping • IP Source Guard • Dynamic ARP inspection • NT-on-NT (Core only) • IPFix • IGMPv3 • VLACP Global Configuration (includes configurable MAC) • Prevention of IP Spoofing • BPDU Filtering • BGP-Lite


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Pay-as-you-Grow With the introduction of the tiered Software License framework, Avaya enables customers to pay only for the functionality that meets their business needs. The 8300 can be managed by a variety of management tools, offering a very flexible operational environment according to individual business requirements.

Base Advanced Premier

IPv6 Management Stack

Deep Packet Pattern Matching VRF-Lite

Link Aggregation Control Protocol Equal Cost Multiple Path Advanced

Features

Multicast VLAN Registration OSPF

Multiple STP PIM-SM

Rapid STP SMLT & Routed SMLT

SNA 2.0 & 3.0-Lite enhancements VRRP

Virtual LACP



Chassis & Power Supplies DS1402007-E5 ERS 8310 - 10-slot PoE Chassis. Includes

Chassis, Dual Backplane, 2 x Fan Trays, RS232 Console Cable, Rack Mount Kit and Cable Guide Kit (Requires at least 83xx PSU, Not Included)

DS1402008-E5 ERS 8306 - 6-slot PoE Chassis. Includes Chassis, Dual Backplane, 1 x Fan Tray, RS232 Console Cable, Rack Mount Kit and Cable Guide Kit (Requires at least 83xx PSU, Not Included)

DS1405A14-E5 8301AC 100-240V AC Power Supply. Power Cord ordered separately. Provides up to 800W of PoE power. Order power cord separately.


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DS1405A16-E5 8302AC 100-240V AC Power Supply. Provides up

to 400W PoE. Order power cord separately.

Bundles

DS1412036-E5

8310 Premium Chassis Bundle. Includes 2 x 8393SF-256, 3 x 8301AC Supply

DS1412037-E5

8310 Standard Chassis Bundle. Includes 1 x 8393SF-256, 1 x 8301AC Supply

The chassis bundle includes 10 slot chassis, two fan trays, RS232 cable, rack mount & cable guide kit and software license.

Note: These bundles will not support V-Mode, required for more advanced features. Refer to Release Notes for details.

Software (1 required per chassis)

DS1421002-4.2 ERS 8300 Base Software License

DS1421006 ERS 8300 Advanced Routing License supporting SMLT, OSPF, VRRP, PIM-SM and SLPP

DS1421007 ERS 8300 Advanced Routing License 10-Pack, supporting SMLT, OSPF, VRRP, PIM-SM and SLPP - deployable on up to 10 Chassis

DS1421010 ERS 8300 Premier License Kit, for 1 chassis. Enabled features: Advanced License features, plus VRF-Lite. (One license required per chassis).

DS1421011 ERS 8300 Premier License Kit, for up to 10 chassis. Enabled features: Advanced License features, plus VRF-Lite. (One license required per chassis).

Modules DS1404118-E5 8393SF - Switch Fabric with 8 SFP Ports

DS1404099-E5 8394SF - Switch Fabric with 2 x 10 Gigabit Ethernet XFP Slots. Includes PCMCIA Flash Memory Card

DS1404077-E5 8348TX 48-port 10/100BASE-TX Ethernet Interface Module


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DS1404078-E5 8348TX-PWR 48-port 10/100BASE-TX Ethernet Interface Module with Power-over-Ethernet

DS1404098-E5 8324FX 24-port 100BASE-FX Ethernet Interface Module

DS1404079-E5 8324GT 24-port 10/100/1000BASE-TX Ethernet Interface Module

DS1404093-E5 8348GTX 48-port 10/100/1000BASE-TX Ethernet Interface Module

DS1404094-E5 8348GTX-PWR 48-port 10/100/1000BASE-TX Ethernet Interface Module with Power-over-Ethernet

DS1404095-E5 8348GB 48-port 1000BASE-X SFP Ethernet Interface Module

DS1404100-E6 8308XL 8-port 10GBASE-X XFP Ethernet Interface Module

SFPs

AA1419043-E5 1-port 1000Base-T SFP GBIC (RJ-45) AA1419048-E6 1-port 1000Base-SX SFP GBIC (LC) - DDMI AA1419049-E6 1-port 1000Base-LX SFP GBIC (LC) – DDMI


10G XFPs

AA1403005-E5 10GBASE-SR (850nm, MM, up to 300m, LC) AA1403001-E5 10GBASE-LR (1310nm, SM, up to 10Km, LC) AA1403003-E5 10GBASE-ER (1550nm, SM, up to 40Km, LC)


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Ethernet Routing Switch 8800 The ERS 8800 Series is the flagship of the ERS family, enabling the creation of high performance, resilient terabit clusters based on Avaya’s unique reliability technologies.

The ERS 8600 has been the premium always-on core switch offering for the large-scale enterprise campus core or mid-sized data center, and with the release of v7.0 software the ERS 8800 takes over this role. The ERS 8800 is the latest evolution of the venerable ERS 8000 Series and is the go-forward solution for new customers seeking the most reliable and versatile campus LAN core switch, additionally new software helps ensure high levels of investment protection and continuity of service for returning ERS 8600 customers. With hot-swappable modules, fans, and N+1 power supplies, the 8000 Series provides a robust platform to create the always-on network core, and to deliver high-density Ethernet connectivity.

10 slot chassis (8010)


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6-Slot Chassis (8006)

3-Slot Chassis (8003-R – Release 7+ only)

The 8800 series comes in three different chassis, 3-slot, 6-slot and 10-slot. Fully loaded, the 6-slot and 10-slot support up to 3 power supply units and 2 switch fabrics for increased resilience. The 3-slot supports 2 power supply units and 1 switch fabric capable of non-blocking performance. This leaves 2 free slots on the 3-slot, 4 free on the 6-slot and 8 free on the 10-slot for interface modules.


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There is a broad range of modules available. There are no limitations as to which modules can and can’t go into a chassis together (other than switch fabrics in the same chassis must be the same (cannot mix 8895SF and 8692SF). R and RS modules require at least 8692SFs.

The 8800 offers the following functionality:

• 10-Gigabit, Gigabit and Fast Ethernet connectivity • Wire speed IP routing • Advanced policy-enabled networking with Quality of Service

support • Comprehensive security, with wire speed filtering • Application-optimised performance • IPv4 and IPv6 full hardware based forwarding

8600 Release 5.0 & 5.1 The 5.x release of Ethernet Routing Switch 8600 introduces advanced software features and new capabilities that address network virtualisation, reduce complexity, and enhance scalability and security.

Software

• Virtual Routing and Forwarding (VRF-Lite) • IP VPN (RFC 2547/4364) with MP-iBGP • IP VPN-Lite w/MP-iBGP (without MPLS) (IP-in-IP VPN) • Port Mirror enhancements (one-to-many, manyto-one, many-to-

many) • MPLS LER, LSR, LDP, RSVP • Avaya Secure Network Access v1.5 • Avaya Command Line Interface • Multicast scaling enhancements (4,000 S,G) • VLAN scaling enhancements (4k VLANs) • High Availability (HA) Enhancements (HA-CPU configuration

w/VRF-Lite in hot standby and with L3 IP Multicast and BGP; and MPLS in warm standby)

• Routed SMLT Edge/Access support • Customized Auto-Negotiation Advertisements • Software licensing framework


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8600/8800 Release 7.0 (2010) The 7.0 release combines new hardware and the following new software features :

� IP Routing / Virtualization – IPv6

• RSMLT / SMLT • DHCPv6 Relay • VRRPv3 • BGP 4+ • RADIUS v6

– IP Multi-Netting � Multicast

– IGMP Querier for L2 – Multicast VLAN Registration – PIM SSM for SMLT

� Security – DHCP Snooping – Dynamic ARP Inspection – IP Source Guard – BPDU Filtering

� Management – EDM (Enterprise Device Manager)

� Serviceability – COP RSP Table Dumps – Singular Record Operations – Packet trace from R/RS Modules – Fortification of IST Channel – Key Health Indicators (KHI)


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Licensing

From the introduction of Release 5.0 on the 8600 a new licensing model has been introduced to ensure that customers are only paying for the features they need. In many cases the Base License will cover typical core LAN deployments, however care should be taken to ensure the correct licensing is ordered based on the customer’s feature requirements.

License / Product

Base

(BA)

Advanced

(AD)

Premier

(PR)

ERS8800

ERS8600

Basic features included with purchase minus licensed options

IPMultinetting, IGMP Querier for L2, MVR, DHCP Snooping, Dynamic ARP Inspection, IP source Guard, BPDU Filtering

IPv6 Routing,BGP4(10 Peers+ ), MSDP*, BFD* , DHCPv6 Relay, VRRPv3, Radiusv6, BGP+

Advanced Features Plus: VRF-Lite, MP-BGP, IP-VPN MPLS RFC2547, IP-VPN Lite (IPinIP), Multicast Virtualization* IGMP, PIM SM/SSM

Hardware • 8612XLRS 12-port 10GBASE-X XFP Ethernet Interface Module • 8634XGRS “Combo” Ethernet Interface Module: 2 ports for

10GBASE-X XFP; 24 ports for 1000 BASE-X SFP or 100 BASE-FX; 8 ports for 10/100/1000BASE-TX

• 8648GBRS 48-port 1000BASE-X SFP Ethernet Interface Module

• 8648GTRS 48-port 10/100/1000BASE-TX Ethernet Interface Module

• Dual AC Input 1500W Power Supply Unit • 10GBASE-ZR XFP Pluggable; 1000BASE-X 120km SFP

Pluggable; DDI SFPs • High-speed fan trays


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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)


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Chassis & Power Supplies

DS1402001-E5 8010 10-Slot Chassis incl. 2 fan trays & backplane

DS1402002-E5 8006 6-Slot Chassis incl. 1 fan tray & backplane

DS1402011-E5 8003R 3-Slot Chassis incl. 1 fan tray & backplane

DS1405012-E5 8005AC 1500W AC Power Supply. Order power cord separately.

DS1405018-E6 8005 Dual Input AC Power Supply. Order power cord separately.

DS1411018-E6* 8006CM HS – Cooling Module High Speed – Fan Tray for 8006 upgrades. Required for RS-Modules. One per chassis

DS1411017-E6* 8010CM HS – Cooling Module High Speed – Fan Tray for 8010 upgrades. Required for RS-Modules. Two per chassis

* Not required for new chassis sales – retrofit only. Switch Fabrics (includes flash memory) - One required per chassis

DS1404120-E5 8895SF 256Gbps Routing Switch Fabric suitable for R and RS modules with 1GB SDRAM

DS1404065-E5 8692SF 256GBps Routing Switch Fabric module/CPU with 256MB memory

DS1404066-E5 8692SF/CPU with Enterprise Enhanced CPU Daughtercard (SuperMezz)

Software

DS1410003-7.0 8800/8600 Routing Switch Software

RS series - Routing Switch Modules (5.0+ software re quired)

DS1404097-E6 8612XLRS - 12 port 10GBase-X LAN XFP Routing Switch Module baseboard (XFPs to be purchased separately).

DS1404102-E6 8648GBRS - 48 port SFP Routing Switch Module baseboard with 1000X or 100FX support (SFPs to be purchased separately).


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DS1404109-E6 8634XGRS Combo 2 port 10GBase-X XFP, 24

port SFP (with 100FX support) and 8 port auto sensing 10/100/1000TX Routing Switch Module (XFPs and SFPs purchased separately).

DS1404110-E6 8648GTRS - 48 port 10/100/1000TX Routing Switch Module baseboard.

Note: A special high-speed cooling module (fan tray) is required to support these modules. Further details are available in the 5.0 Release Notes (NN46205-402). Now included in new chassis sales.

SFPs

AA1419048-E6 1-port 1000BASE-SX SFP GBIC (LC) DDI AA1419014-E5 1-port 1000BASE-SX SFP GBIC (MT-RJ) AA1419049-E6 1-port 1000BASE-LX SFP GBIC (LC) DDI AA1419043-E6 1-port 1000Base-T SFP GBIC (RJ-45) AA1419050-E6 AA1419052-E6

1-port 1000BaseXD SFP – DDI 1-port 1000BaseZX SFP - DDI


XFPs

AA1403001-E5 1-port 10GBase-LR XFP. SMF up to 10km AA1403003-E5 1-port 10GBase-ER XFP. SMF up to 40km AA1403005-E5 1-port 10GBase-SR XFP. MMF up to 300m

Advanced Licence Kit

DS1410021 8600 Advanced License Kit, for 1 Chassis DS1410022 8600 Advanced License Kit, for up to 10 Chassis

Premier Licence Kit

DS1410026 8600 Premier License Kit, for 1 Chassis DS1410027 8600 Premier License Kit, for up to 10 Chassis


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Virtual Services Platform (VSP)9000 The Virtual Services Platform (VSP) 9000 is Avaya’s next-generation solution for mission-critical core networks and data centers. The VSP 9000 is built upon proven Ethernet Routing Switch 8800 software, with a fully programmable network processor unit for flexible data forwarding, and Avaya's carrier-grade Linux. The VSP 9000 is designed to deliver a future-proof, ultra-reliable network that provides services integration, higher 10 Gigabit Ethernet density, and simplified and agile virtual network infrastructures. Using powerful network virtualization technologies, Avaya's VSP 9000 is specifically designed to support the needs of a virtualized computing environment. The VSP 9000 enables "Application VPNs", based on Shortest Path Briding (SPB) and VCS (Virtual Control Service), to fully automate the movement of virtual applications within or between data centers in a matter of milliseconds to ensure application uptime and lower OPEX. In site-to-site VPN connectivity, enterprises can extend MPLS WAN to the campus or metro using Avaya's simple, cost-effective IP VPN-Lite solution.


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Key Features & Benefits Ultra-Resiliency

� Patented Switch Clustering (SMLT/RSMLT) � Patent-pending Data & Control Plane protection

Future-proof Platform � Up to 27Tbps architecture � 240 10GbE ports/chassis � 40/100Gbps ready

Services Integration � WLAN 802.11n Split-plane architecture for the unwired

Enterprise (future release) Application VPNs

� VM MAC (Move, Add, Change) automation within and between Data Centers in ms

Converged Platform � Lossless Fabric architecture � Unified fabric ready

Hardware (refer to Pricebook) VSP 9000 12-slot mid-plane Chassis EC1402001-E6 Control Plane Module EC1404007-E6 Switch Fabric 1.2Tbps Module EC1404006-E6 24 port 10GE SFP+ Module EC1404001-E6 48 port 1GE SFP Module EC1404002-E6 48 port 10/100/1000 Module EC1404003-E6 VSP 9000 AC PSU EC1405001-E6 9012SC Side Fan Tray (Spare) EC1411001-E6 9012FC Fabric Fan Tray (Spare) EC1411002-E6 VSP 9000 Base Software License V3.0 EC1410003-3.0


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Software (Initial Release 3.0) Layer 2

• IEEE 802.1D Mac Bridges / Spanning Tree • IEEE 802.1w/s RSTP/MSTP • IEEE 802.1p/Q Virtual LAN • MLT • IEEE 802.3ad Link Aggregation • VLACP End-to-End connectivity check • SLPP Simple-Loop-Prevention-Protocol

Layer 3 • RIP • OSPF • BGP • IGMPv2/v3 • PIM-SM/SSM

Network Virtualization Services • VRF Lite

Serviceability • Flight Recorder for system health monitoring • Debugging, Logging • Filter logging • Online Packet Capture (PCAP) • Hitless patching

Management • Enterprise Device Mgr (EDM) • Unified Communication Mgr (UCM) • Common Orchestration Mgr (COM) • NNCLI • SNMPv1,2 & 3 • Licensing Infrastructure • Port-, Flow-, Remote Mirroring

Resiliency • Switch Clustering: SMLT/RSMLT/RSMLT-edge • High Availability Mode (HA L2 & L3) • VRRP, VRRP-BackupMaster • Port/Link/Route Rapid Failure Detection and

Recovery (RFDR) • HW based CP protection

Security • Control Plane DOS protection • Line Rate Ingress and egress Port & VLAN ACLs

for L2 to L4 • 16k filter rules


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Power over LAN Switches Introduction

Power over LAN is an important value added feature of some of Avaya’s LAN switches. Power over Ethernet (PoE) is widely deployed in IPT and provides a cost effective mechanism for providing power for a wide variety of Ethernet devices such as IP phones, Wireless LAN access points and security cameras.

Avaya switches provide standards compliant IEEE 802.3af power over the LAN to allow powering of a wide range of Avaya and 3rd party devices.

The Avaya PoE solution is highly sophisticated and provides a number of enhanced features, the main ones are indicated below:-

•••• Provides up to 15.4 Watts per port (maximum specified in standard)

•••• Power is allocated according to actual device requirement (making best use of the available power)

•••• Switch automatically determines whether power is required on a per port basis

•••• Each port can be allocated a power priority to ensure that power is provided for the most critical ports.

•••• Every port is protected against cable faults (such as shorts). •••• Every PoE switch has the option of utilising resilient power

supplies. The attributes highlighted above are available in a number of Avaya LAN switches. These are described in some detail in previous sections but a brief summary is given below.

2526T-PWR The 2526T-PWR is a stackable 24 port 10/100 switch, with a flexible choice of uplinks. 12 ports have PoE capability.

A 2526T-PWR can provide a total of up to 168watts of PoE flexibly across the 12 of the 24 ports with the built in AC power supply. That is equivalent to 10 ports of 15.4Watts or an average of 14.0watts across all 12 ports, or any combination in between.


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2550T-PWR The 2550T-PWR is a stackable 48 port 10/100 switch, with flexible choice of uplinks. 24 ports have PoE capability. It can provide a total of up to 168watts of PoE flexibly across the 24 of the 48 ports with the built in AC power supply. That is equivalent to 10 ports of 15.4Watts or an average of 7.0 watts across all 24 ports, or any combination in between.

4526T-PWR The 4526T-PWR is a stackable 24 port 10/100 PoE switch with a flexible choice of uplinks, capable of providing 802.3af Class 3 power across all ports. An RPSU can be added to provide redundant power for this switch.

4550T-PWR The 4550T-PWR provides a high density 10/100 PoE platform incorporating resilient stacking and built in SFP uplink ports. It can provide up to 320 Watts of PoE power using the AC supply only, this equates to 6.67Watts per port for 48 ports or a full 15.4 watts for the 20 ports . If further power is required an RPSU15 unit can be added to provide a full 15.4 Watts on all 48 ports.

4526GTX-PWR and 4524GT-PWR The 4526GTX-PWR and 4524GT-PWR are 10/100/1000 switches with 24 ports of Class 3 802.3af power. The 4526GTX-PWR additionally features 10 gigabit uplink ports. An RPSU can be optionally added to provide redundant power for these switches.

4548GT-PWR The 4548GT-PWR provides a high density 10/100/1000 PoE platform incorporating resilient stacking and built in SFP uplink ports. It can provide up to 320 Watts of PoE power using the AC supply only, this equates to 6.67Watts per port for 48 ports or a full 15.4 watts for the 20 ports . If further power is required an RPSU15 unit can be added to provide a full 15.4 Watts on all 48 ports.

5520-24T/48T- PWR The 5520 platform provides gigabit Ethernet connectivity and IP routing, in a cost effective high density stackable platform. It can provide 320Watts of PoE power per switch, or 6.5Watts per port on a 48 port switch or 13Watts per port for the 24 port switch. The RPSU15 unit can be used to provide the full 15.4Watts per port on either switch.


avaya.com

[52]

5698TFD-PWR

The 5698TFD-PWR is a class-leading high capacity switch with 96 ports capable of being powered to full 802.3af standard by adding additional modular power supplies (no RPS required). Up to three PSUs can be fitted in the switch to provide N+1 power redundancy. Note that a special power cord needs to be ordered for these PSUs.

5650TD-PWR

The 5650TD-PWR is a stackable 48 port 10/100/1000 switch and ships with a 600W power supply for PoE. Full 802.3af power can be supplied to all 48 ports by adding an additional PSU. Redundant power can also be achieved by adding a PSU. Note that a special power cord needs to be ordered for these PSUs. The RPS is not required for this switch.

8300 The 8300 Chassis solution can be optimised for edge switch deployments and includes the option of powered interface cards; 48 port 10/100 and 10/100/1000 units are available. The maximum power provided per card is configurable (between 50 and 800Watts), with three 8301 power supplies up to 1600 Watts of PoE can be provided resiliently in a single chassis.


avaya.com

[53]

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[54]

Stackable Switch Power The 470 (legacy), 2500, 4500 and 5500 switch families all make use of an optional supplementary power source which performs two roles:

• Redundant power for the in-switch power supply • Boosts PoE to support 802.3af across all ports (15.4w)

This product is called the RPS15 (Redundant Power Supply).

The RPS is a modular design comprising a chassis and up to 3 x 600w modules. The unit supports 3rd party UPS solutions.

For PoE switches

• Supports up to 3 units per RPSU chassis • One RPS module per switch to achieve 802.3af compliance

For non PoE switches • Supports up to 12 units per RPSU chassis • Requires 4:1 power cable for efficient use of RPS 15

Exception: • ERS 5530, requires one RPS module per switch, just like

PoE switch (max 3 per chassis)


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RPS15 Product Code Matrix

5600 Power Supply Matrix

• Mixing PSU’s (1000W 600W / 300W) is NOT Supported

• The 5650TFD-PWR-DC ships with 1000W PSU ~ NOT with 600W like the AC Version. (Other DC variants not as they have the same power as the AC Versions

The newer ERS 5600 Family of Switches does NOT require the use of an RPS15. Instead the ERS 5600 uses a New Range of Modular Power Supplies


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Intentionally left blank for your Notes…


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[57]

Ethernet Routing Switch - Examples 1. ERS 2500

Scenario 1 80 users requiring Ethernet LAN connectivity, Data only applications. Stacking of Switches is performed by using the 2 combination 10/100/1000BaseT / SFP ports, plus 2 1000BaseT RJ-45 ports at the rear.

Part Code Description Quantity

AL2515A02-E6 2550T Switch 2

Scenario 2 70 Users requiring Ethernet Lan Connection and 10/100 ports. The customer wants to deploy Wireless Access Points and future proof design to allow IP telephony for Converged solutions.


AL2515A12-E6 2550T-PWR Switch 2


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2. ERS 4500

Scenario 1 170 Users requiring resilient Ethernet LAN connectivity, running voice over IP but phones locally powered with clients running at 10/100.


AL4500A02-E6 4550T Switch 4

AL4518002-E6 4500 HiStack Stacking Cable (1.5M) 1

Scenario 2 120 Data Ports with Power, 40 need to be 10/100/1000 and 20 Fibre FX connections required for clients which are positioned over 100 metres away from the switch.


AL4500A12-E6 4550T- PWR Switch 2

AL4500A01-E6 4526FX 1

AL4500A14-E6 4548GT-PWR Switch 1

AL4518002-E6 4500 HiStack Stacking Cable (1.5M) 1


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3. ERS 5600 2 Sites requiring connection to Gigabit WAN service; one with 80 and one with 500 Users and Layer 3 Routing. The EES1000 has a 1000BaseT presentation on the NTE. Requirement for 10G uplinks from local switch stacks.

The small site requires Layer 2 resilience and connectivity for a 1000baseT server. The large site requires Layer 3 resilience and connectivity for 2 x 1000baseT servers.


Small Site

AL1001A14-E5 ERS5650TD Switch 1

AA1403005-E5 1-port 10GBase-SR XFP 2

Large Site

AL1001A15-E5 ERS5632FD Switch 2

AA1403005-E5 1-port 10GBase-SR XFP 10

AA1419043-E6 1-port 1000Base-T SFP 5

Ethernet Routing Switch 5600 Solution

WAN connection between 2 sites is terminated on 1000BaseT. The Servers are connected via Cat5e. The 5600s need a 1000BaseT SFP for this. There are Dual Connections to the stack of Ethernet Switches using DMLT at the edge and SMLT in the core.


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4. 5500 100 Users requiring Gigabit connectivity, 40 with PoE:


AL1001A03-E5 5510-48T Switch 2

AL1001A05-E5 5520-48T-PWR 1

AL2018009-E6 5500 3 feet Cascade Return Cable 1

Stack of 2 x 5510-48T’s and 1 x 5520-48T-PWR


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5. 8300 250 Users requiring 100Mb Ethernet connectivity for PCs and IP telephones and a chassis based solution. IP telephones to be powered over the LAN. PC servers also to be connected via copper Gigabit.


DS1402007-E5

8310 10 Slot Power over Ethernet Chassis. Includes chassis, dual back-plane, two fan trays, RS-232 cable for management console, rack mount kit, and cable guide kit. Requires at least one power supply, up to three power supplies supported.

1

DS1421002-4.2 8300 Base Software Licence. 1

DS1405A14-E5 8301AC 100-240 VAC Power Supply. At least one power supply required per 8310 chassis. (Power Cord ordered separately).

3

Power Cord 3

DS1404118-E5

8393SF Routing Switch Module CPU/Switch Fabric module with 8 SFP GBIC slots - One required for per Passport 8300 Routing Switch chassis. Note: Includes PCMCIA flash memory card.

2

DS1404078-E5

8348TX-PWR Routing Switch Module. 48 port auto-sensing 10BASE-T/100BASE-TX Ethernet Layer 3 with Power over Ethernet (PoE) support on all ports.

6

DS1404093-E5 8348GTX module. 48 port Auto-sensing 10Base-T/100Base-TX/1000Base-T Ethernet interface module.

1

AA1419048-E6 1-port 1000Base-SX SFP GBIC (LC) - DDMI 4


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Ethernet Routing Switch 8300 Solution This solution shows a populated Ethernet Routing Switch 8300 10 Slot Chassis. It is equipped with:

• 6 x 8348 Power over Ethernet cards

• 1 x 8324GT 10/100/1000 Base T Card for Server connectivity

• 2 x dual 8393 Switch Fabrics, each with two SX SFPs for Fibre Connectivity and

• 3 x Power Supplies for resilience


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6. 8800 Resilient Layer 3 core switch solution required to provide high performance IP telephony platform, integrating with data applications offering multiple Gigabit connections.

This Solution shows a dual Core 8800 solution using SMLT, redundant Power Supplies and Switch Fabrics for a resilient IP Telephony Solution. This deployment effectively removes every single point of failure in the core and provides sub-second failover in the event of failure of any component (even the highly unlikely event of failure of a complete core switch).

1000 Base T 1000 Base T

Servers with Dual NIC cards

8800 connected with ISTs (1000BaseT)

Split MLT Split MLT

Stack of Ethernet Switches


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DS1412016-E5

Ethernet Routing Switch 8610 10 slot Chassis Bundle. Includes one 8610 chassis, one 8005AC power supply, one Routing Software License and one 8692SF Switch Fabric/CPUs to enable redundant terabit core configurations.

2

DS1405012-E5

8005AC 100-240 VAC 1140W/1462W Power Supply. At least one power supply required per 8006, 8010 or 8010co chassis. Lower output at 110VAC. Cannot mix with 8004 series supplies. Power cord ordered separately, use AA00200xx series cords.

2

DS1404120-E5

Ethernet Routing Switch 8895SF Switch Fabric/CPU to enable redundant terabit core configurations. One required with R/RS Modules, 2nd for load-sharing and redundancy. Operable with R/RS modules. Includes 1GB SDRAM and 2GB Compact Flash.

2

DS1410003-7.0

ERS 8800 Software Kit (Includes v7.0 SW license and complete SW documentation set on CD). One license kit required per chassis. Version 7.0

1

Power Cord 4

DS1404110-E6

8648GTRS Routing Switch Module. 48 port autosensing 10BASE-T/100BASE-TX/1000Base-T Ethernet Layer 3 switching interfaces.

2

DS1404102-E6 8648GBRS Routing Switch Module. 48 port SFP (inc 100FX support) baseboard. (SFPs sold seperately).

1

AA1419048-E6 1-port 1000Base-SX SFP GBIC (LC) - DDMI 20


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[65]

Wireless LAN Solutions

Avaya's WLAN portfolio delivers the freedom of mobility for today's business professionals. The broad portfolio includes the right solution for any application from reliable wireless voice and multimedia services to cost-effectvie indoor/outdoor coverage and point-to-point solutions. This flexibility gives enterprise customers limitless options for growing their WLAN deployment and affords wireless service providers a multitude of new revenue opportunities. The new standard in WLAN networking – 802.11n, ratified in September 2009 – is being seen as an industry inflection point due to its ability to provide wireless performance approximating to fast ethernet, ie. what the bulk of wired LAN users experience today. Device support is also advancing rapidly, and many employees now use devices with WLAN capability to do their work – laptops, smartphones etc. The result of these developments is fewer and fewer hard-wired devices in use in the Enterprise, or what Avaya refers to as the Unwired Enterprise. It is now estimated that more than 50% of network ports sit unused, prompting suggestions of an 18% CAGR in WLAN globally. Avaya recognises the potential of this rapidly growing market and so has invested in bringing its own 802.11n standards-based solution to the market, the WLAN 8100 Series. This family is based on the industry-leading Split Plane architecture which ensures efficient scaling and high performance, crucial for the wireless networks of the new decade. In addition, Avaya continues to maintain a working relationship with Trapeze Networks in support of its legacy installed-base using the WLAN 2300 Series.


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Wireless LAN 8100 Series The WLAN 8100 Series combines the latest industry 802.11n standard with a new truly-unified wireless/wired architecture, enabling enterprises to achieve new levels of workforce productivity and operational efficiency. The WLAN 8100 Series offers greater wireless capacity, performance, and coverage through 802.11n and lower Total Cost of Ownership through a simplified network infrastructure. It is optimized to support real time applications such as voice, UC and video. The WLAN 8100 Series portfolio comprises access points, controllers and management software. The initial release will focus on discrete wireless appliances, with integrated wireless control points following.


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[67]

The initial release will deliver the following hard ware :

� WC 8180 (Wireless Controller) – Comes with 64 AP licenses – Upgrades in 64 or 128 AP increments up to 256 – Future releases to offer up to 512 total APs – Controller Clustering allows for 1000’s of AP’s

� WC 8180–16L (Wireless Controller) – Comes with 16 AP licenses – 64/128 license upgrades cannot be added – Unlockable through special key to “regular” WC

8180 (64 APs) – Cannot be clustered with standard WC 8180 units – Addresses Small/Medium Controller gap in initial

release � WAP 8120 (Access Point)

– Dual radio 802.11n – 3 Antenna MIMO, 2 Spatial Streams, up to

300Mbps bandwidth – 1 GbE with 802.3af POE – FIPS 140-2 ready

Software Features for Release 1.0 :

� WC 8180 / WC8180-16L – L2 & L3 secure seamless roaming – ID Engines Support – Captive Portal – RADIUS/LDAP Integration – WebUI, CLI, SNMPv3 – E911 for wireless phones

� WAP 8120 – WMM, UAPSD, TSPEC (802.11e) Certified – 802.11i/WPA2 Security – Basic WIDS/WIPS support – Control plane encryption – 802.11e, 802.11r, CAC, 802.1p, DSCP – Industry leading VoWLAN performance


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Wireless LAN Management System WLAN 8100 will launch with a comprehensive management suite, integrated into Avaya’s Unified Communications Management toolset.

> Unified Management

• Off-box Element Management • Cluster management support • RF Tools • Monitoring, Visualization, Location • Reports, Trending • Debugging & Troubleshooting • Basic Event management • Standalone Mode or Integrated with EUM

> EUM Integration Features

• Discovery/Topology for both WLAN 2300 and WLAN 8100

• Alarms for both WLAN 2300 and WLAN 8100 • Single Sign On • Punch through to WMS 2300 or WMS 8100 • Push WLAN 2300 configuration parameters to

WLAN 8100 for simplified next-gen expansion


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Part Codes (refer to Pricebook) WL81WCx81-E5 WC 8180 - WLAN Controller - 2x10GigE

(XPF) and 12x10/100/1000 Base-T (RJ-45) and 12x GigE (SPF) ports. Includes initiation license for 64 AP's. Can support up to 512 AP's (256 in 1st Rls) via AP upgrade licenses. Optional XFP/SFP & Redundant 300W PSU.

WL81LC064 64 AP upgrade license for WC-8180 WL81LC128 128 AP upgrade license for WC-8180 WL81WCx16-E5 WC 8180-16L - WLAN Controller - 2x10GigE

(XPF) and 12x10/100/1000 Base-T (RJ-45) and 12x GigE (SPF) ports. Includes initiation license locked at support for 16 AP's with available Key to go to 64 AP's. Optional XFP/SFP & Redundant 300W PSU.

WL81ULK64 Key to unlock WC-8180-16L to a standard 8180 with 64 AP's (adds 48 AP's)

WL81AP2yy-E6 WLAN AP 8120 - 802.11a/b/g/n. Must be used with 8100 series controller. Indoor, Dual radios, Single PoE ETH Port support, 3 Internal Antenna MIMO, 2 Spatial Streams, Global Availability, Phased Introduction

WL81MG000-1.0 WLAN 8100 MANAGEMENT SYSTEM (REL 1.0) - Base Mgmt S/W with support for 64 AP's (upgradable to 2000 AP's in first relase) for use with 81xx Access Point; Element Management, RF Mapping, Location, Rogue AP Protection Monitoring and Reporting

WL81MG064 WIRELESS 8100 MANAGEMENT SOFTWARE UPGRADE (Rel 1.0) - 64 AP UPGRADE. Customer needs to or previously have purchased base Mgmt S/W WL81MG000-x.x.

WL81MG128 WIRELESS 8100 MANAGEMENT SOFTWARE UPGRADE (Rel 1.0) - 128 AP UPGRADE. Customer needs to or previously have purchased base Mgmt S/W WL81MG000-x.x.

WL81MG256 WIRELESS 8100 MANAGEMENT SOFTWARE UPGRADE (Rel 1.0) - 256 AP UPGRADE. Customer needs to or previously have purchased base Mgmt S/W WL81MG000-x.x


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Wireless LAN 2300 (existing customers)

The established WLAN 2300 Series comprises of a portfolio of Security Switches, a multi-mode Access Point (AP), Location Engine and a Management Software system.

WLAN ACCESS POINTS

Features WAP 2332 WAP 2330A Others

Dual Radio 802.11a/b/g Yes Yes Yes

P-MP Wireless Backhaul Yes No No

Dual Ethernet Ports Yes Yes No

AirDefense* Sensor Point Yes Yes No

Location Sensor Point Yes Yes No

Local Traffic Forwarding Yes No No

Fully Compatibale with existing WLAN 2300 Systems Yes Yes No

WLAN Access Point 2332 - The new WLAN Access Point 2332 sets a new standard for flexibility. The access point is controlled by any WLAN 2300 security switch and features improved RF performance from dual radio 802.11a/b/g multi-mode design that can operate in multiple modes:

WLAN Security Switches

WLAN Access Points 2332


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1. As a wired access point using both radios to deliver simultaneous 802.11a/b/g service. Dual-Ethernet ports allows the access point to be dual-homed to the network added resiliency Internal or external antenna options are available.

2. As an unwired access point using one radio for 802.11a wireless backhaul, and the other to deliver 802.11b/g service for clients

3. A point-point, or point-multipoint wireless bridge to create instant broadband wireless links between buildings or other distant locations where network connectivity is required.

Local forwarding is a new feature that creates more efficient traffic flows by allowing the access point to forward data packets outside of the WSS tunnel. Previously, the only option was to tunnel traffic back to the WLAN Security Switch which can create a bottleneck under excessive loads. Forwarding can reduce latency and jitter by as much as 90% for improved voice quality.

WLAN Security Switches

2350 2360 2361 2382

No. of Fast Ethernet Ports / PoE (802.3af)

2/1 8/6 8/6 1/0 (Management)

Number of Gigabit Ethernet Ports

N/A N/A N/A 2 SFP

Number of APs supported 3 12 12

Licensed

32/64/96/128

Third Party AP Support Yes Yes Yes Yes

Form Factor Small 1U Rack Mount 1U Rack Mount 1U Rack Mount

Power Supply Single Single Dual - Redundant

Dual - Redundant

Application SMB / Branch Office

Mid Size Office / Wiring Closet

Mid Size Office / Wiring Closet

Data Center


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WLAN 2300 Software Release 7.0 (Nov 2008-current) Major Features:

• Bandwidth management • Clustering • Radius enhancements

Minor Features:

• Mesh enhancements • Webview enhancements • SNMP enhancements • 802.11n support (see below)

Additional Hardware (Trapeze Branded) supported in Release 7.0 only:

• MP432 802.11n AP (simultaneous dual band, 300Mbps per band, 3x3 MIMO, 2GE Uplinks, 802.3af/at support)

• MX2800 Security Switch (28Gbps (2x10Gbps; 8x1Gbps), 512 APs, 12K active clients p/switch, Virtual stackable)



DR4001A94E5 WLAN Security Switch 2350 - 2 PoE FE copper ports, supports 3 Access Points (233x). Order power cord separately.

DR4001A73E5 WLAN Security Switch 2360 - 8 FE copper ports, supports 12 Access Points (233x). Order power cord separately.

DR4001A74E5 WLAN Security Switch 2361 - 8 PoE FE copper ports, supports 12 Access Points (233x). Dual integrated PSU. Order power cord separately.

DR4001A80E5 WLAN Security Switch 2382 - 2 Gigabit SFP ports, includes support for 32 Access Points (233x). Can support up to 128 AP's - additional licenses sold seperately. Order power cord separately. Dual PSU Included

DR4001A96E5 Trapeze MX-2800 WLAN Controller - 2x10GigE (XFP) and 8x10/100/1000 Base-T (RJ45) or GigE (SFP) ports, includes support for 64 APs. Can support up to 512 APs via AP upgrade licenses. Optional XFP/SFP & PSU. Requires software v7.0 or higher. Order power cord separately.

DR4001104E6 Trapeze branded Access Point MP-432 Resell. Dual radios: 802.11an and 802.11b/g/n, dual 10/100/1000Base-T 802.3af PoE Eth ports, internal (3*3) MIMO antennas ONLY. Use with R7.0 sw or later.


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Country Specific Refer to SE

WLAN Access Point 2332 - 802.11a/b/g. Must be used with v6.0 or later Software. Dual radios, single PoE ETH Port support, internal dual-band diversity antennas, external R-SMA connector for ext.

DR4001A79E5 WLAN Location Engine 2340 tracks up to 1500 objects and provides location services. Order power cord separately.

DR4005A06E5 MX-2800-PSU redundant or spare power supply for Trapeze MX-2800 WLAN controller. Order power cord separately.

DR4011047 64 AP license upgrade for Trapeze MX-2800 WLAN Controller (max 256 AP with software version 7.0; max 512 AP with software version 7.2 or later).

DR4011048 128 AP license upgrade for Trapeze MX-2800 WLAN Controller (max 256 AP with software version 7.0; max 512 AP with software version 7.2or later).

Software Note: WLAN Management Software (WMS) provides:

Element Management, RF Mapping, Location, Rogue AP Protection, Monitoring and Reporting API


DR4010001-7.0 WMS - A (to support up to 50 Access Points (233x)

DR4010002-7.0 WMS - A (to support up to 250 Access Points (233x)

DR4010003-7.0 WMS - A (to support 1,000 Access Points (233x)

DR4011016-7.0 WMS - A (upgrade from 50 to 250 Access Points). Need to purchase the DR4010001

DR4011017-7.0 WMS - A (upgrade from 50 to 1,000 Access Points). Need to purchase the DR4010001

DR4011018-7.0 WMS - B (upgrade from 250 to 1,000 Access Points). Need to purchase the DR4010002

DR4011015-7.0 WMS Planning Tool - Floor plan importing, analytical site survey, configuration specification and work order generation.


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[74]

Identity Engines The Avaya Identity Engines portfolio integrates with the network infrastructure to provide the central policy decision needed to enforce role-based network access control . These products offer an open, standards-based and holistic network identity management structure. The structure is accomplished by combining the best elements of a next-generation RADIUS/AAA server, the deep directory integration found in application identity offerings, and one of the industry's most advanced policy engines. All this is done out-of-band for maximum scalability and cost effectiveness. This centralized policy engine sits in the data center to provide authentication and authorization for wired, wireless, and VPN network devices. This is combined with a suite of complementary products that enable 802.1X rollouts, to help organizations achieve audit and compliance goals.


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What is Identity Engines? • Standards-based NAC solution that delivers best-in-class policy

management and role-based access across wired, wireless and VPN networks

• Supports granular, hierarchical policies based on multiple attributes (e.g., user identity, health of device, day of the week, time of day, access method) with full support for “and” and “or”

• Delivers an enterprise-wide guest management solution and reporting capabilities

Portfolio Components Identity Engines Ignition Server A centralized policy engine, the Ignition Server performs user and context-based authentication and authorization for clients attempting network access. Ignition Server can be installed as a Virtual Machine.

Engines Ignition Guest Manager A quick, safe and easy way to let front-desk staff create guest-user accounts, the Ignition Guest Manager allows for access to specific network resources for a designated time period. (Note that this is the way in which wifi guest access is provisioned with WLAN8100 series.)

Identity Engines Ignition Compliance Portal This tool provides clientless health and compliance checking via a captive portal for guests and unmanaged devices. It helps to ensure that endpoints comply with an organization’s security policy.

Identity Engines Ignition Posture By providing endpoint health and posture checking for employees and managed devices, the Ignition Posture provides policy flexibility and integration with the Identity Engines Ignition Server—ensuring that it is easy to support and simple for users. Identity Engines Ignition Analytics A powerful reporting application, the Ignition Analytics uses the Identity Engines Ignition Server to collect data in order to deliver at-a-glance reports that highlight such things as user info, failed authentications and usage summaries.


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Virtual Appliances

EB1639193 Identity Engines 6.0 Ignition Server Virtual Appliance Large (unlimited authenticators)

EB1639194 Identity Engines 6.0 Ignition Server Virtual Appliance Small (up to 20 authenticators)

Software

EB1639195 Identity Engines 6.0 Ignition Guest Manager

EB1639196 Identity Engines 6.0 Ignition Analytics

Integration Modules

EB1639197 Identity Engines Ignition TACACS+ Integration Module

EB1639198 Identity Engines Ignition Posture Integration Module

NAC Endpoint Licenses

EB1639200 Posture Health Assessment License - Add 100 concurrent endpoints






Solution Bundles

EB1639232

Identity Engines Ignition HA Bronze Bundle (Includes License for 2 Ignition Virtual Appliances, Enterprise HA Base License for Small Deployments)

EB1639233

Identity Engines Ignition HA Silver Bundle (Includes License for 2 Ignition Virtual Appliances, Enterprise HA Base License for Large Deployments, Ignition Guest Manager)

EB1639234

Identity EnginesIgnition HA Gold Bundle (Includes License for 2 Ignition Virtual Appliances, Enterprise HA Base License for Large Deployments, Ignition Guest Manager, Ignition Analytics)

EB1639235

Identity Engines WLAN Guest Management Starter Kit (Includes 2 Ignition Servers licensed for 5 authenticators and Guest Manager application)


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[77]

VPN Gateway

The Avaya VPN Portfolio includes SSL and IPSec secure remote access solutions that can extend the reach of enterprise applications to remote employees, contractors, partners, and customers.

The VPN Gateway 3000 Series is the centerpiece of the Avaya VPN Portfolio and supports both SSL and IPSec capabilities to ensure that users gain access only to the data and applications they require, protecting against loss or theft of confidential information. It can also leverage browser-based software already available on a users’ PC to provide secure access with the need to distribute or manage client software.

Offering high performance, high availability and unrivaled scalability, these gateways can address businesses’ most challenging remote-access needs.

Combine security and flexibility The 3000 Series uses the Web browser to provide secure access to any application across multiple end-user systems, including Windows, Mac, Linux, and Smartphones.

Get ready to grow The 3000 Series delivers high levels of performance, availability, and scalability to ensure business continuity and growth. It’s available in both hardware and software (VM) deployments, to address the needs of enterprises of every size.

Get multiple levels of protection Dynamic role-based access to applications and resources help make certain that users can access only the data and systems they need. Strong endpoint security and information protection prevents loss or theft of confidential data. Log and audit trails help ensure security compliance.


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• Only vendor to offer simultaneous IPSec and SSL

• Unique disaster recovery (overflow) licensing model

• Unique Secure Portable Office access method

• Unique end-point compliance checking mechanism


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Common VPN/Security Features

• Carrier Grade VPN Scale and Performance

• Managed VPN Service Feature Set

• SSL Offload/Acceleration & Integrated Traffic Management

• Secure Mobile VPN Capabilities

• Network Level SSL VPN (Net Direct)

• Robust Remote Endpoint Security Protection

Flexible Licensing

• 50 – 5000 user licenses

• Portal Guard

• Secure Portable Office

• Secure Service Partitioning

• Emergency Use Licenses

• IPsec only Licenses


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Software Release 8.0 (Nov 2009) New Features • Application virtualization for Secure Portable Office • Layer 2 Tunneling Protocol • IP pool in a clustered environment • Bandwidth management • CAC support • Active Directory password change • Avava Health Agent enhancement • Symantec On Demand Protection enhancement • Microsoft NAP support • Common logging • AVG VMware Appliance (pay only for licenses) Useful Part Codes (see Pricebook for complete list) EB0016001 SSL VPN & IPsec - 2000 user license. EB0016002 SSL VPN and IPsec - 5000 User License EB0016010 ERA License: SSL and IPSec VPN Emergency Remote

Access - 500 Users EB0016011 ERA LIcense: SSL and IPSec VPN Emergency Remote

Access - 1000 Users EB0016012 ERA License: SSL and IPSec VPN Emergency Remote

Access - 2000 Users EB0016013 ERA License: SSL and IPSec VPN Emergency Remote

Access - 5000 Users EB0016014 VPN Gateway Secure Portable Office Feature License.

Includes 10 SPO client seats EB0016015 Secure Portable Office Client 100 users EB0016016 Secure Portable Office Client 1000 Users EB0016017 Secure Portable Office 5000 Users EB0016025 NVG Starter Kit - 10 users for virtual appliance EB0016026 NVG Starter Kit - 50 users for virtual appliance EB1639122 IPSec LICENSE - 500 USERS - not for Virtual Appliance EB1639123 IPSec LICENSE - 1000 USERS - not for Virtual Appliance EB1639125 IPSec License - 250 USERS - not for Virtual Appliance EB1639126 SECURE SERVICE PARTIONING - Gateway

Virtulalization and Management EB1639150 PORTAL GUARD- Secures Enterprise web portals and

improves performance EB1639A092E5 VPN Gateway 3050 - Fixed configuration-1U - Four

10/100/1000 ports. 50 User SSL VPN/IPsec license included. Order power cord separately.

EB1639A121E5 VPN Gateway 3070 - Fixed configuration-1U - Four 10/100/1000 copper ports. 50 user SSL VPN/IPsec license included. For additional licenses, see VPN Gateway Software Licensing. No Power Cord.


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Secure Routers – Unified Branch

Avaya Secure Routers combine robust IP routing, flexible WAN connectivity, IP voice and security in a single cost-effective device. The Secure Router Portfolio adds to Avaya's existing solutions and enhances our ability to deliver end-to-end converged networks. Ideal for enterprise branch, remote or regional site environments, Avaya Secure Routers are optimized to deliver the low-latency, high packet throughput required by IP telephony and multimedia applications. Providing wire-speed performance even with advanced WAN services enabled, they are the right solution for enterprises requiring high-speed Internet or private WAN connectivity.

Delivering voice gateway capabilities in a flexible platform, the Converged Branch Routers in this portfolio (SR4134 and SR2330) are ideal for enterprise branch offices or remote sites. They can provide local branch connectivity to the public switched telephone network (PSTN) as well as SIP survivability in case of IP wide-area network failure or service outage. Optionally, they can be upgraded to provide advanced data and wide-area network (WAN) services and function as a full-featured integrated branch router.

The Advanced Gateway 2330 is interoperable with Avaya Aura™ and Avaya 9600 Series IP Desktop phones – as well as other Avaya and 3rd-party call servers and phones. With a rich suite of SIP gateway features, PSTN interface options, global signaling protocols, and resiliency support, it is an ideal branch solution for centralized UC deployments. It also can be upgraded to deliver a complete suite of data and WAN services, consolidating multiple branch devices and significantly reducing an enterprise’s total cost of ownership.


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Secure Router Product Range


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Secure Router features at-a-glance


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Secure Router 2330 / Advanced Gateway 2330*

• Modular Small to Medium router product

• Targeted at small branch offices with 50-200 users • Converged product with Routing, WAN, Ethernet Switching

and Voice

• Positioning

• Unified Communications Integrated Branch Router • CPE device for Metro Ethernet/Ethernet WAN • Access router for branch office connectivity • Enterprise Edge Router for Site-to-Site VPNs

• Chassis

• 1U High, 3 I/O Slots • Fixed Ports: 4 FE port, 2 GE (Copper), 2 GE (Fiber) • L2/L3 switching across ethernet ports • WAN: T1/E1, Serial, ISDN BRI/PRI, ADSL2+ • Voice: FXS/FXO, T1/E1 • Internal Modules: VoIP Media Gateway, VPN Accelerator

* Note that Avaya is also branding the SR2330 as the AG2330.

Base Unit


SR0002A03E5 Secure Router 2330 chassis. 3 small module Slots, 4 x 10/100Base-TX ports, 2 x 10/100/1000 Base-TX ports, 2 GE SFP ports, 128MB Compact Flash, AC Power supply and operating software. Order power cord separately.


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Small Modules


SR0000006E5 2-port T1/E1module / supports ISDN-PRI

SR0000007E5 1-port Sync/Async Serial module

SR0000008E5 2-port Synch/Async Serial module

SR0000009E5 2-port ISDN BRI (S/T) module

SR0000010E5 2-port ISDN BRI (U) module

SR0000042E5 2-port FXO module

SR0000046E5 2-port FXS module

SR0000048E5 4-port FXS module

SR0004060E6 1-port ADSL2+ Annex A module

SR0004061E6 1-port ADSL2+ Annex B module

VPN Encryption


SR0004055-E5 SR2330 IPSec VPN Encryption module. 100 IPSec Tunnels

Packet Voice module


SR0004056E6 SR2330 Packetized Voice (DSP) module (8 voice/fax channels activated)


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Secure Router 4134 The Secure Router 4134 delivers on the promise of the unified branch office. Its modular design supports a range of advanced network services including IPv4/IPv6 routing, high-performance WAN, high-density Ethernet switching, PoE, Voice over IP (VoIP) and security -- in a single integrated chassis.

Secure Router 4134 Module Options

Multi-slot chassis with 4 x 10/100/1000 Mbps Ethernet Ports (2 UTP + 2 SFP), Console/AUX Port, USB and Compact Flash. Redundant AC to DC Power

- Supports up to 3 Media Modules - Supports up to 4 Small Modules - Supports 1 Large Modules

Medium Modules: Small Modules:

8 Port T1/E1 (Software Selectable)

1 Port T1/E1 2 Port T1/E1

1 Port Channelised DS3/T3 1 Port Clear Channel DS3/T3

1 Port ISDN BRI S/T 2 Port ISDN BRI U

1 Port High-speed Serial Interface (HSSI)

1 Port Serial

2 Port Serial

10 Port x 10/100/1000 Mbps Ethernet

FXS Small Module

FXO Small Module

ADSL2+ Small Module

24 Port Power over Ethernet 24 Port Fast Ethernet MSM – Mediation Server Module (OCS Support)

Large Module:

44 Port 10/100/1000 Mbps Ethernet


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Part Codes


SR0000004E5 SR4134 Fan Tray ASSY (Field Install) SR0000005E5 1-port T1/E1 Small Interface Module (SM) (DS0 and

DS1 support) for both TDM and Packet. Supports ISDN-PRI (Field Install)

SR0000006E5 2-port T1/E1 Small Interface Module (SM) (DS0 and DS1 support) for both TDM and Packet. Supports ISDN-PRI (Field Install)

SR0000007E5 1-port Sync and Async Serial, Small Interface Module (SM) (Field Install)

SR0000008E5 2-port Sync and Async Serial, Small Interface Module (SM) (Field Install)

SR0000009E5 2-port ST-interface ISDN BRI Small Module (SM) for both TDM and Packet (Field Install)

SR0000010E5 2-port U-interface ISDN BRI Small Interface Module (SM) for both TDM and Packet (Field Install)

SR0000011E5 8-port T1/E1 Medium Interface Module (MM) (Field Install)

SR0000013E5 1-port Channelized T3 Medium Interface Module (MM) (Field Install)

SR0000014E5 1-port High Speed Serial Medium Interface Module (MM) (Field Install)

SR0000015E5 24-port 10/100 Fast Ethernet Layer2/3 switch Medium Interface Module (MM) (Field Install)

SR0000016E5 24-port 10/100 fast Ethernet Layer2/3 PoE switch Medium Interface Module (MM) (Field Install)

SR0000017E5 10-port non-blocking 10/100/1000 Gigabit Ethernet Layer2/3 switch Medium Interface Module (MM) - 10 RJ-45 and 2 SFP ports (Field Install)

SR0000018E5 44-port 10/100/1000 Gigabit Ethernet Layer 2/3 switch Large Interface Module (LM) with over-subscription of 1:4. 44-port UTP, 2-port SFP sharing the 2 UTPS. (Field Install)

SR0000021E5 SR 4134 Power Supply, 250W Non-PoE (250W@12V), (Field Install)

SR0000022E5 SR 4134 Power Supply, 660W PoE (259W@12V & 410W@-50V), (Field Install)

SR0000023E5 SR4134 Power Supply, DC, hot swap (Field Install)


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SR0000024E5 SR4134 High Performance IPsec VPN Encryption

Module. 1000 IPsec tunnels (Field Install) SR0000042E5 Secure Router Voice Interface card - 2 port FXO

Filed Installed SR0000044E5 Secure Router Voice Interface card - 4 port FXO

Field Installed SR0000046E5 Secure Router Voice Interface card - 2 port FXS

FLD Installed SR0000048E5 Secure Router Voice Interface card - 4 port FXS

Field Installed SR0000051E6 Unified Communication Mediation Services Medium

Module for OCS SR0000052 Software upgrade license for 128 voice/fax PVM

channels for SR 4134 Field Install , No hardware included

SR0000A002E5 SR4134 Chassis Base System, 128MB Compact Flash, 1GB DDR RAM. Software, fan tray, and dual AC NON PoE power supply included. Order power cord separately.

SR0002001E5 SR4134 Chassis Base System, 128MB Compact Flash, 1GB DDR RAM. Software and fan tray included. Power supplies and power cords MUST be ordered separately

SR0004002E5 SR4134 Medium Carrier module for 4 SM SR0005A005E5 SR4134 Chassis Base System, 128MB Compact

Flash, 1GB DDR RAM. Software, fan tray, and single AC NON PoE power supply included. Order power cord separately.


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Secure Router 1000 Models Deliver fast, secure, reliable and scalable wide area network (WAN) T1/E1 access for enterprises. These powerful platforms provide consistent high-speed throughput with no degradation in performance - even with advanced services enabled. Ideal for installation in enterprise remote sites and branch offices, the Secure Router 1000 Series combines high performance and a robust feature set, making them an extraordinary value.

Secure Router 1001 and 1001S Secure Router 1001 and 1001S base units include: AC power supply, OSPF/RIP, VLAN, BGP, Firewall, Multicast, QoS, Compact Flash Slot support.


SR2101003E5 Secure Router 1001 1-port T1/E1, 1 port ISDN BRI S/T interface

SR2101004E5 Secure Router 1001 1-port T1/E1, 1 port ISDN BRI U interface

SR2101005E5 Secure Router 1001 1-port T1/E1 VPN Bundle, 1 port ISDN BRI S/T interface, 2 x 10/100 Eth. Ports

SR2101006E5 Secure Router 1001 1-port T1/E1 VPN Bundle, 1 port ISDN BRI U interface, 2 x 10/100 Eth. Ports

SR2101033E5 Secure Router 1001S 1-port Serial (V.35), 1 port ISDN BRI S/T interface

SR2101034E5 Secure Router 1001S 1-port Serial (V.35), 1 port ISDN BRI U interface

SR2101035E5 Secure Router 1001S 1-port Serial (V.35) VPN Bundle, 1 port ISDN BRI S/T interface, 2 x 10/100 Eth. Ports

SR2101036E5 Secure Router 1001S 1-port Serial (V.35) VPN Bundle, 1 port ISDN BRI U interface, 2 x 10/100 Eth. Ports

Secure Router 1002 Secure Router 1002 base units include: Two 10/100 Ethernet ports, AC power supply, OSPF, RIP, VLAN, BGP, Firewall, Multicast, Multi-link and QoS.


SR2101007E5 Secure Router 1002 1-port active T1, 2 x 10/100 Eth. Ports

SR2101009E5 Secure Router 1002 1-port active E1, 2 x 10/100 Eth. Ports

SR2101011E5 Secure Router 1002 1-port active T1 VPN Bundle, 2 x 10/100 Eth. Ports


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SR2101013E5 Secure Router 1002 1-port active E1 VPN Bundle, 2 x 10/100 Eth. Ports

Secure Router 1004 Secure Router 1004 units include: Two 10/100 Ethernet ports, AC power supply, OSPF, RIP, VLAN, BGP, Firewall, Multicast, Multi-link and QoS.


SR2101015E5 Secure Router 1004 1-port active T1 SR2101016E5 Secure Router 1004 2-ports active T1 SR2101017E5 Secure Router 1004 3-ports active T1 SR2101019E5 Secure Router 1004 1-port active E1 SR2101020E5 Secure Router 1004 2-ports active E1 SR2101021E5 Secure Router 1004 3-ports active E1

Serial Interface Cables


SR0018011E6 V.35 serial DTE Cable SR0018012E6 V.35 serial DCE Cable SR0018013E6 X.21 serial DTE Cable SR0018014E6 X.21 serial DCE Cable SR0018015E6 RS-449 DTE Cable SR0018016E6 RS-449 DCE Cable SR0018017E6 RS-232 DTE Cable SR0018018E6 RS-232 DCE Cable SR0018019E6 RS-530 DTE Cable SR0018020E6 RS-530A DTE Cable


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Secure Router 3120 A powerful modular system that converges routing, security and multimedia traffic forwarding in a single cost-effective platform. Delivering fast, secure, reliable and scalable wide area network (WAN) access, the Secure Router 3120 is perfect for enterprises requiring high-speed IP or Internet access. Combining high performance, robust routing and flexible WAN connectivity, the Secure Router 3120 is targeted at larger branch and regional enterprise environments.

Secure Router 3120 Module Options

Standard 2-slot chassis with 2 fast Ethernet ports, 1 console, 1 AUX and 1 AC power supply. Optional DC (3120-DC) and dual power (3120-DAC, 3120-DDC) available. AC/DC power configuration also available.

- Supports up to 16 T1/E1 WAN Ports - Supports up to 8 Serial Ports - Supports up to two DS3 Modules - Integrated Firewall - Wire-Speed Performance

Modules

4 Port T1/E1 Media Module - Integrated CSU / DSU

8 Port T1/E1 Media Module - Integrated CSU / DSU - Worlds highest density 16 x T1/E1

Router

2 Port Universal Serial Interface Media Module

- V.35, X.21, RS-232, EA-530/530A - DTE OR DCE Mode of Operation

- Up to 8Mbps per Port

24 Port Universal Serial Interface Media Module

- V.35, X.21, RS-232, EA-530/530A - DTE OR DCE Mode of Operation

- Up to 8Mbps per Port

1 Port Clear Channel DS3 / T3 Media Module

- High-density 2 Port DS3 Routers in a 1 Rack-mount Unit

1 Port Channelised DS3/T3 Media Module

- Up to 28 Channelised DS1 (T1) Circuits per Module. (A total of 56 DS1 Circuits per 3120)


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Secure Router 8000 Series This family of routers was designed for enterprise data center, core, and head-end routing environments. It provides the high-performance, resilient IP routing and WAN connectivity that enterprises need for reliable end-to-end transport of converged network traffic.

Deliver high levels of performance

With processing rates of up to 24 million packets per second, the 8000 Series can address virtually any enterprise IP routing demand. Optimized QoS features allow for low-latency handling of converged voice and data applications. And MPLS VPN services, including VRF-Lite (RFC 2547) provide advanced traffic management.

Get the connectivity you need

The 8000 Series offers a range of WAN and LAN options, including T1/E1, E3, ATM, PoS, OC-3/STM-1 and 10/100/1000 Mbps Ethernet interfaces, for flexible and high-capacity WAN aggregation.

Maximize uptime

Redundant processors and non-stop forwarding services ensure resilient, high-availability operations suitable for the most demanding core routing applications.

Secure your network

Integrated security, including site-to-site IPSec VPN, packet-based firewall and network address translation protect network traffic.

Handling Secure Router 8000 opportunities Contact your local Avaya Data Specialist for support


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Unified Management

This fully integrated suite of tools provides unified management capabilities across data and voice networks—including switches, routers, and call servers. It offers a single view of the network, allowing businesses to streamline and integrate workflows. The tools also reduce installation, configuration and maintenance time. Deep integration of the sub-managers allows common components (such as user data and database information) to be shared without requiring the same definitions and configurations be repeated for each application. The software helps organizations quickly isolate and troubleshoot events, detect and report on network traffic flows, and configure filters and devices. Time to resolution can be reduced. Supporting heterogeneous network infrastructures, this comprehensive toolset allows companies to more effectively address the management of faults, configuration, performance and security.

� Application co-residency delivers lower CAPEX & OPEX

� Provides integrated workflows for managing unified

communications networks

� Integrated workflow reduced errors

� Increased multi-vendor support

� Simplified system admin configuration simplifies use


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UCM Sub-Managers

Visualization Performance and Fault Manager This software tool provides network discovery, topology visualization, and performance and fault management for multi-vendor networks. Configuration and Orchestration Manager The Configuration and Orchestration Manager provides centralized configuration, provisioning and troubleshooting for enterprise-wide devices and technologies.

Enterprise Policy Manager This component manages bandwidth, prioritizes traffic streams and assigns Quality of Service (QoS) for Avaya network devices.

IP Flow Manager Delivering application flow analysis, this tool permits administrators to monitor, view and diagnose problems at the application level.

Network Resource Manager This tool simplifies bulk backup and restore management services for Avaya network devices.


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AH2735001-2.1 Configuration & Orchestration Manager (COM) is a

Web-based, multi-user, real-time, configuration application for ADS Ethernet, WLAN, SR products (See Note1). Network managers can discover, view, and configure upto 1000 network devices.

AH2735002-2.1 Configuration & Orchestration Manager (COM) base product is a Web-based, multi-user, real-time, off-box element management platform to host, manage and launch off-box element manager.

AH3313089-2.1 Visualization Performance and Fault Manager-Lite (VPFM-Lite) Base - DVD for Linux and Windows. Base license manages up to 500 network devices.VPFM-Lite provides network Network Discovery, Topolgy Visualization, Fault, and Perforamnce Management

AH3313096-2.1 NRM Base - DVD for Linux and Windows. Base license manages up to 250 Nortel devices.

AH3313098 NRM Incremental License for managing increments of additional 1000 Nortel devices. Requires AH3313096.

AH3313100 NRM Enterprise License for managing up to total of 10,250 Nortel devices. Requires AH3313096.

AH3313103-5.1 EPM Base - DVD for Linux and Windows. Base license manages up to 250 Nortel devices.

AH3313105 EPM Incremental License for managing increments of additional 1000 Nortel devices. Requires AH3313103.

AH3313107 EPM Enterprise License for managing up to total of 10,250 Nortel devices. Requires AH3313103

AH3313109-2.1 Visualization Performance and Fault Manager (VPFM) Base - DVD for Linux and Windows. Base license manages up to 500 network devices. VPFM provides network Network Discovery, Topolgy Visualization, Fault, and Performance Management

AH3313110 Upgrade from VPFM-Lite Base to VPFM Base Licenses - Linux and Windows. Manages up to 500 network devices. Requires VPFM-Lite Base License to Upgrade

AH3313111 License only (physical delivery via mail) Visualization Performance and Fault Manager Incremental license for managing an additional 2,000 network devices. Requires VPFM Base License AH3313109.

AH3313112 Upgrade from VPFM-Lite Increment to VPFM Increment Licenses - Linux and Windows. Manages an additional 2,000 network devices. Requires VPFM Base License

AH3313113 License only (physical delivery via mail) Visualization Performance and Fault. Manager Enterprise license for managing up to a total of 20,500 network devices. Requires VPFM Base License AH3313109.

AH3313146 Upgrade from VPFM-Lite Enterprise to VPFM Enterprise License - Linux and Windows. Manages up


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to a total of 20,500 network devices. Requires VPFM Base License

AH3313147 License only (physical delivery via mail) Visualization Performance and Fault Manager-Lite Incremental license for managing an additional 2,000 network devices. Requires VPFM-Lite Base License AH3313089.

AH3313148 License only (physical delivery via mail) Visualization Performance and Fault Manager-Lite Enterprise license for managing up to a total of 20,500 network devices. Requires VPFM-Lite Base License AH3313089.

AH3313149-2.0 IP Flow Manager Base - DVD for Linux and Windows. Base license manages up to 4 Nortel IPfix enabled devices.

AH3313150 IP Flow Manager incremental license for managing increments of 1 additional Nortel IPFIX enabled devices. Requires AH3313149.

AH3313151 IP Flow Manager Enterprise License for managing up to a total of 50 IPFIX enabled devices and aggregated 500K flows/min. Requires AH3313149.


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Useful References

http://www.avaya.com/usa/topics/avaya-data-networking/ Avaya’s Data Networking landing page. Material is migrating from nortel.com on a daily basis, so check back regularly https://www.avaya.com/forums/forumdisplay.php?f=4 Newly set up web forum for your use. Join the conversation http://twitter.com/avayadata Avaya Data newsbites and comment

avaya data solutions guide 2010

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