Avaya Networking Solution Overview

© 2013 Avaya Inc. All rights reserved. 22
The Avaya Data Solutions Vision
PLUG & PLAY COMMUNICATIONS
Efficient Scalable
Always-On
Network Imperatives for Plug
& Play Communications

The Benefits of Virtualization
Server Virtualization
Allows aggregation of multiple
independent virtual servers to exist
on a physical server
Network Virtualization
Decouples the physical infrastructure
from the connectivity services making
the network adaptive and dynamic
with simple one-touch provisioning
Network Virtualization enabled via Shortest Path Bridging
Compute
Access
Data Center
Core
Campus
Core
Distribution
Layer
Access
Layer

The Basics of How SPBm Works
ISIS
ISIS ISIS
ISISISIS
ISIS
ISIS
ISIS ISIS
ISIS
ISIS
CREATE
ISID=100
1. Discover network topology
• IS-IS natural L2 routing protocol
• Hierarchy built in for scaling
2. IS-IS nodes automatically build
trees from themselves to all
nodes:
Important properties:
• Shortest path tree based on link metrics
• No blocked links
• Symmetric datapath between any two nodes
provides closed OAM system
• unicast path now exists from every node to
every other node
3. Use IS-IS to advertise new
services communities of interest
• Floods topology, MAC and ISID information to
network
4. When nodes receive notice of a
new service AND they are on the
shortest path, update FDB
• ISID/Service specific entries
ISID=100
#config vlan 20 isid 100
CLI applied to edge switch only
Vlan 20
Vlan 20
Vlan 20
100
100100
100
100
100
100
100
100
100
A
B
C
5

©2013 Avaya Inc. All rights reserved February 26-28, 2013 | Orlando, FL
• Aspirational
functionality
• But it requires:
• BGP
• LDP
• RSVP-TE
• Draft-Rosen
• VPLS
AvayaFabricConnectIEEESPBAvayaExtensions
• Baseline redundancy
• Root Bridge –
dependent
• Not shortest path
Which Fabric Technology is the
Answer?
• That all depends on how you qualify the question…STP
IETFTRILL
CiscoFabricPath
BrocadeVCS
JuniperQFabric
IETFMPLS
L2 Loop-free Topology
L2 Multi-Pathing
L2 Single-Site Virtualization
L2 Multi-Site Virtualization
L3 Unicast Virtualization
L3 Multicast Virtualization
Application Extensions
• Root Bridge –
dependent
• Large flooding
domain
• VLAN-based
virtualization
• Single logical Switch
/ fault domain
• 100m distance
limitation
• VLAN-based
virtualization
• Abstraction
• Service-based
virtualization
• Orchestration-ready
• Layer 3 awareness
• Unicast & Multicast
support
• Application-driven
extensibility
6

Mapping a Layer 2 VLAN into a Virtual Service Network to deliver
seamless extension across the Data Center
Use Example: Virtual Machine Migration
Business Requirement:
 Provide direct end-to-end
connectivity at Layer 2 between
applications running on multiple
servers
 Facilitate live migrations to support
application scaling and hardware
support & maintenance
 Span L2 connectivity throughout
the Data Center, and across
multiple locations
Layer 2 Virtual Service Network
With Fabric Connect:
 Application VLANs mapped into
unique VSNs
 VSNs extends L2 connectivity
across the Fabric
 Provisioning only at Fabric edge
 Mitigates: many touch points for
configuration, management, &
troubleshooting, Broadcast domain
seen at all points through the
network, lack of traffic isolation

Mapping a Layer 2 VLAN into a Virtual Service Network to deliver
seamless Wi-Fi connectivity across the campus
Use Example: Wireless Guest Services
 Provide Wireless Guest Access in
specified locations throughout the
Campus
 Ability to quickly add / remove
Guest Access from certain
locations within the Campus
 Guest traffic must be isolated from
internal network traffic
 Authentication of Guests required
for compliance and security
tracking
 Wireless Guest VLAN mapped into
VSN maintains traffic separation
 Layer 2 VLAN extension across
the Fabric
 Provisioning only at Fabric edge
configuration, management, &
troubleshooting, Broadcast domain
seen at all points through the
network, lack of traffic isolation

Use Example: Multi-Tenant Networks
 Provide infrastructure to support
multiple different customers
(airport, education, government)
 Maintain traffic separation between
customers for data integrity &
security
 Offer dynamic network to
accommodate geographic location
changes for network connectivity
 Share common resources where
applicable (e.g. UC)
Mapping a Layer 3 VRF into a Virtual Service Network to deliver seamless
Layer 3 extensions through the network
 VRFs create traffic separation
which is maintained through VSN
 Extends Layer 3 VRFs across the
Fabric
 Use of shared services becomes
simple and efficient
 Mitigates: complexity of
configuration, difficulty in providing
resiliency, excessive equipment

Use Example: Workgroup Networks
 Provide network access for a
common set of users (department,
agency, contractors, etc.)
 Maintain traffic separation from the
rest of the network
 Offer connectivity between this
common set of users and
applications that reside within the
Data Center
 No desire to extend VLANs across
Campus to achieve this
Extending SPB by delivering a policy-based Layer 3 internetworking
between multiple Virtual Service Networks
Inter-VSN Routing
 Workgroup able to communicate
with each other and applications
 Traffic separation is maintained
through VSNs
 Security without the need for
complex ACLs or separate
hardware
configuration, lack of isolation of
traffic

Use Example: Business Collaboration
Business Requirement
 Deploy new business collaboration
services to provide high definition
desktop video capabilities
 Simplify and optimize deployment
across network infrastructure
 Ensure proper quality of service to
provide acceptable user
experience
 Reduce troubleshooting
complexities associated with
existing environments
Direct IP Routing across the Fabric without the need for any additional IGP
or even Virtual Service Network configuration
IP Shortcut Routing
 Route directly across the Fabric
with IP Shortcuts
 No need to configure and IGP on
any VLANs
 Policy allows redistribution control
of IP routing over Fabric
 Mitigates: complexity of
configuration, difficulty in providing
resiliency, lack of isolation of traffic,
providing appropriate quality-of-
service

 Most robust high-end network Core
Switch
 Delivers more uptime
 Empowers more dependable
application access
Virtual Services Platform 9000
Overview & Highlights
 Ultra-reliable platform
 Very high density 1/10GbE
 Highly flexible platform
– Upgradable switching engine
– Adaptable architecture, up to
27Tbps
– Sophisticated virtualization options
 Future-ready for 40/100GbE
 Lowers operating costs
– Simplifies the network
– Reduces configuration burden &
errors
Highlights

Hardware Overview
9012 Chassis – Front
1+1
CP Modules
Side-to-Side
Cooling
Up to
10 I/O Modules
 Mid-Plane design
– Separates Control &
Switching
 Control Processor
redundancy
 10 Interface Module slots
– Maximizing Ports/RU
density
 Redundant Cooling
– Side-to-side cooling
 14 RU-high Chassis
– Up to 3 Chassis per Rack

Hardware Overview
 Mid-Plane design
– Separates & optimizes
Control & Data planes
 Switching Fabric
redundancy
– Up to 6 for N+1 capacity
 Redundant Power
– Up to 6, hot-swappable
 Redundant Cooling
– Front-to-back cooling
 Auxiliary Modules
– Reserved for future use
9012 Chassis – Rear
Up to 6
Power Supplies
Up to 6
Switch Fabrics
Front-to-Back
Cooling

Hardware Overview
 Control Processor
– 1+1 redundancy & hot-swappable
– Interfaces: Ethernet & Serial
– Media Slots: Compact Flash & USB
– Indicators: Sys Temp, SF, CP, PS,
Fans, Aux
 Switch Fabric
– Up to 6 can be installed (min of 3)
– 1.4Tbps of switching capacity per
Module
– N+1 redundancy & hot-swappable
– Fully configured: no loss on initial
failure; subsequent failures incur a
performance loss of 20%
Control Plane & Data Plane
9080CP
9090SF
9095SF

Hardware Overview
 9024XL
– 24 ports of SFP+ supporting
1GbE & 10GbE Transceivers
– LR, ER, SR, LRM Optical, & CX
Copper options
 9048GB
– 48 ports of SFP supporting
100M & 1GbE Transceivers
– SX, LX, XD, ZX, BX, EX CDWM
Optical, & Copper options
 9048GT
– 48 ports of 10/100/1000
I/O Modules

Hardware Overview
 9006AC Power Supply
– Up to 6/8 can be installed
– Each provide up to 2,000 Watts
– Load-sharing & hot-swappable
 9010 Cooling Module
– Front-to-back cooling for all
Modules
 9012 Front Cooling Module
– Front-to-Back cooling for CP
and I/O Modules
 9012 Rear Cooling Module
– Side-to-Side cooling for SF
Modules
Power & Cooling

Virtual Services Platform 7000
 Fit-for-Purpose for Today
– Versatile support for 1 or 10 Gigabit
Ethernet
– Distributed Top-of-Rack delivers the
Industry’s fastest virtual backplane
– Fabric Connect delivered directly to
the Server
– Media Dependent Adaptor flexibility
– Lossless hardware & software
architecture
– Front-back or back-to-front cooling
– Highly reliable & energy-efficient
 Future-Ready for Tomorrow
– Seamless integration of 40/100G
– Data Centre Bridging-ready to
integrate Fibre Channel
 Lightning-fast performance
 Flexible connectivity options
 Delivering mass 1/10 Gigabit today
 Future-ready for 40/100 Gigabit &
Storage convergence
Highlights

Capabilities
Key Features & Roadmap
 7024XLS
– 24 x 10GbE SFP+ plus MDA
 7024XT*
– 24 x 10GbE Copper plus MDA
 7048XT*
– 48 x 10GbE Copper
 Media Dependent Adaptor support
for 8x10GbE SFP+, 8x10GbE
Copper, 2x40GbE*, 1x100GbE*
 Avaya VENA Distributed Top-of-
Rack
– Up to 640Gbps per Switch
– Flexible deployment modes
 Avaya VENA Fabric Connect
 Avaya VENA Switch Clustering
 Dynamic Layer 3 Routing
 IPFIX
 Data Center Bridging*
 IP VPN-Lite*
 128k MAC Addresses & 1k VLANs
 32/8 Link Aggregation & Avaya
Virtual LACP
 8 Hardware Queues
 RADIUS & TACACS Management
* Roadmap features that are forecast to be delivered in a future software release.

Virtual Services Platform 7024XT
 Fit-for-Purpose for Today
– Versatile support for 1 or 10
Gigabit Ethernet
– Distributed Top-of-Rack delivers
the Industry’s fastest virtual
backplane
– Fabric Connect delivered directly
to the Server
– Media Dependent Adaptor
flexibility
– Lossless hardware & software
architecture
– Front-back or back-to-front
cooling
– Highly reliable & energy-efficient
 Future-Ready for Tomorrow
– Seamless integration of 40/100G
– Data Centre Bridging-ready to
integrate Fibre Channel
Highlights
 Lightning-fast performance
 Flexible connectivity options
 Delivering mass 1/10 Gigabit
today
 Future-ready for 40/100 Gigabit &
Storage convergence

VSP 4000’s Role in Redefining Fabrics
 The industry’s first “fabric-enabled” multiservice edge device
 Extends Avaya Fabric Connect to the Campus, MAN, WAN edge
 Enables cost effective virtualization for the mid market
 It’s about services! L2, L3 virtualization with optimized routing and
multicast
 Low cost multitenant access devices
Game changing
technology

VSP 4000: Leveraging Proven Technology
VSP 9000
Software on
Industrial
USB drive
 Robust field proven software
 Carrier Grade Operating System
 Full CLI consistency with VSP 9000
 Fully featured Fabric Connect
solution
 Small low cost form factor for
branch, campus metro
Highlights
ERS 4800
Hardware
Robust core software on a low cost fixed platform

Virtual Services Platform 4000 Portfolio
Product Comment
VSP 4850GTS
VSP 4850GTS with 48 10/100/1000 & 2 SFP ports plus 2 SFP+ ports. Includes Base
Software License, 1 Field replaceable 300W PSU. No Power Cord.
VSP 4850GTS-PWR+
VSP 4850GTS-PWR+ with 48 10/100/1000 802.3at PoE+ & 2 SFP ports plus 2 SFP+
ports. Includes Base Software License, 1 Field replaceable 1000W PSU. No Power
Cord.
VSP 4850GTS-DC
VSP 4850GTS with 48 10/100/1000 & 2 SFP ports plus 2 SFP+ ports. Includes Base
Software License, 1 Field replaceable 300W DC PSU. No Power Cord.
ERS4800 to VSP4000
Conversion Kit
ERS4800 to VSP4000 Conversion Kit. Includes VSP USB software module and cover.
Licensed for a single system covers base License features. SPB L2 support.
VSP 4850GTS-PWR+ VSP 4850GTS

Avaya Virtual Services Platform 4450GSX-PWR+
 Extend the Fabric to the Metro
branch/Distributed
Campus/Multi-service access
– 1Gig Aggregation
 Low cost Fabric Edge device
for Multi-tenant networking
 Unique combination of port
types/density
– Copper w/PoE+, SFP, SFP+
 Multi-layer, Multi-Service Fabric
Connect capable
– L2, L3 VSNs, IP Shortcuts
– IP Multicast w/Fabric Connect
 Flexible Fabric extension switch
 Simple to deploy & operate
 Proven & feature-rich OS
 Versatile virtualization capabilities
 Reduces TCO & drives faster ROI
 MACsec Ready
Highlights
Rear View
Front View

Avaya Core/Fabric Switch Portfolio
VSP 8000
ERS 8800
VSP 9000
 Core Switch for large Data Center and Campus
 High performance & high-density 10 Gigabit
 Ultra-resiliency, scalability, & ready for 40/100 Gigabit
 Where there is a need for sophisticated conventional & virtualized networking
 Core Switch for large Enterprise Campus & mid-sized (Gigabit-centric) Data
Center
 Environments that value high-availability & high-performance
 Where there is a need for sophisticated conventional & virtualized networking
 Core Switching solution for mid-market and medium-sized networks
 Provides mass 10 Gigabit for aggregation, plus 40 Gigabit backbone links
 Aggregation Switch in multi-tier networks, or End-of-Row in the Data Center
 Where there is a need for plug-and-play conventional or virtualized networking
 Satisfies the performance & resiliency needs without the Chassis penalties

Avaya Virtual Services Platform 8284XSQ
 Uncomplicated, compact
format & high-performance
platform
 Non-blocking, wire-speed, &
latency-optimized
 Mature, feature-rich, & robust
architecture
 Virtualize just the Core, or go to
Fabric Connect for end-to-end
virtualization
 Unique combination of port
speeds/density &
features/functionality
 Simple to deploy & operate
 Future-proof performance
 Proven & feature-rich OS
 Versatile virtualization capabilities
 Reduces TCO & drives faster ROI
Highlights
Front View
Rear view

Ethernet Switch Portfolio
Highlights
 High-performance plus
always-on resiliency
 First with resilient stacking
 Pioneered Switch Cluster
high-availability solution
 Innovated an enterprise-wide
virtualization strategy
 Large installed base
 1st to break through the
Terabit Stackable boundary
 Continued investment in
portfolio
StackableChassisModularChassis
CoreAccess

ERS 5000 Series – Highly Differentiated
One of the only fixed format Ethernet products to support:
 Active, active resiliency through Switch Clustering
 96-port stackable models for cost-effective GigE aggregation
 Over a Terabit of stacked bandwidth capacity
 Horizontal stacking for low latency switching for server to server and
server to storage traffic across multiple server racks
 Licensing per stack as opposed to per device to keep TCO down
 Hot swapping of units in a stack; Auto Unit Replacement features
ensure new switches are operational in just over 2 mins.

ERS 5500 Series Hardware
ERS 5510-24T 24 x 10/100/100, including 2 x Combo 1000BASE-T SFP
ERS 5510-48T 48 x 10/100/100, including 2 x Combo 1000BASE-T SFP
ERS 5520-24T-
PWR
24 x 10/100/100 with PoE, including 4 x Combo 1000BASE-T/SFP
ERS 5520-48T-
PWR
48 x 10/100/100 with PoE, including 4 x Combo 1000BASE-T/SFP
ERS 5530-24TFD 24 x 10/100/100 including 12 x Combo 100BASE-T/SFP, plus 2 x 10
Gig XFP
Fast Ethernet Gigabit Ethernet

ERS 5600 Series Hardware
Fast Ethernet Gigabit Ethernet
ERS 5632FD 24 x 100/1000BASE-SFP plus 8 x 10GBASE-XFP
ERS 5650TD 48 x 10/100/1000 plus 2 x 10GBASE-XFP
ERS 5650TD-PWR 48 x 10/100/1000 with Power-over-Ethernet plus 2 x 10GBASE-XFP
ERS 5698TFD 96 x 10/100/1000, including 6 x Combo 1000BASE-T or 100/1000BASE-
SFP, plus 2 x 10GBASE-XFP
ERS 5698TFD-
PWR
96 x 10/100/1000 with Power-over-Ethernet, including 6 x Combo
1000BASE-T or 100/1000BASE-SFP, plus 2 x 10GBASE-XFP

ERS 5000 Resilient Stacking
Industry-leading bandwidth and capacities
Field-replaceable AC
& DC Power Supplies Return Cable creates
resilient configuration
ERS 5600 models scalable
to 1.152 Terabits Resilient stacking highlights
 ERS 5600 -144 Gbps of capacity per switch
and 1.152 Terabits per stack
 ERS 5500 - 80 Gbps of capacity per switch
and 640 Gbps per stack
 Hot swapping of units in a stack; Auto Unit
Replacement features ensure new switches
are operational in just over 2 mins.
 Ability to support ERS 5500 and ERS 5600
units in the same stack
 QoS maintained across the stack
 Centralised management, automatic software
& configuration control
32

ERS 5000 for the Mid Market
Simple & resilient core networking
Avaya Switch Cluster
ERS 2000/ 4000 series
in a resilient stack
ERS 5000
series in a
Switch Custer
Reliability equivalent to
modular core systems but
without the high price points!
Switch Clustering highlights
 Industry’s most mature active, active
implementation
 Cost-effective for any size of network
 Interoperable with devices that support
link aggregation; extends to servers etc.
ERS 5000 Series highlights
 Pay as you grow core to over a Terabit of
capacity
 High density Gig and 10 Gig
 Industry’s only stackable 96-port Gig E
switch
 Dynamic routing and multicast support

Avaya Ethernet Routing Switch 4000
 Scalable solution to empower
convergence
• Fast or Gigabit Ethernet to the Desktop
• GbE and 10GbE Uplinks
• PoE, PoE+ and QoS
• Zero-loss, 384 Gbps Resilient Fast
Stack
• High-speed local switching and
Dynamic Layer 3 Routing
• Avaya Energy Saver (AES)
 Integrated Access Control
• 802.1X with extensions
• 802.1AB auto discovery for plug and
play of Avaya end-points
 Delivers 99.999% reliability to
the Network Edge
 Converged Fast Ethernet or Gigabit
Desktop
 Advanced edge feature set: Redundant
Power, Field Replaceable PSU, PoE and
PoE+
 Scalable, pay-as-you-grow
 Unlimited Lifetime Warranty
Highlights
10/100/1000 and
10GbE Switches
10/100 Switches

Avaya ERS 4800 and ERS 4500 PoE+ Models
Recent additions to the ERS 4000 Series
 IEEE 802.3at Power over Ethernet Plus
 1 and 10 GbE uplinks with Small Form-
Factor Pluggable (SFP+) ports on ERS
4800 models
 Redundant field replaceable AC power
supplies
 Stackable Chassis compatibility
 Avaya Fabric Connect services to the
wiring closet (ERS 4800)
Highlights of new models
ERS 4500 PoE+ Models
Fast Ethernet to the desktop
ERS 4800 Models
Gigabit-to-the-Desktop with SFP+ uplinks

Ethernet Routing Switch 4000
Flexible Advanced Stacking Technology
 Avaya’s Stackable Architecture
provides chassis like resiliency
 Simplified management through a single IP address;
with forced-mode maintaining the stack IP when 1 unit
fails in a stack of 2
 Shortest Path algorithm ensures that traffic is forwarded
the most efficiently across the stack, thereby reducing
latency
 QoS is maintained across the Stack
 Provides ability to hot-swap failed units in the stack with
no impact to forwarding on other switches in the stack
 Configurations on replaced units are automatically
updated through Automatic Unit Replacement
 Software on replaced units are automatically updated
through Agent Automatic Unit Replacement and
Diagnostics Automatic Unit Replacement
 Seamlessly add new units to a stack with
New Unit Quick Configuration.
 Provides Temporary Base Unit functionality in case the
Base Unit fails or is down
Stacking up to 8 units per stack
Stacking Architectures delivers up to 384Gbps
Return Cable creates fully resilient
configuration
ERS 4000 Series

Ethernet Routing Switch 4000
Scalable Networking
 Mix and match any member of the ERS
4000 family into a single stack
– Create the best mix of ports
to meet your needs
– Providing Fast Ethernet or Gigabit Ethernet
– Providing 802.3af PoE or 802.3at PoE+
– Supporting 10 Gigabit Uplinks
– Supports Field Replaceable power supplies
on some units
– Scale up to 8 units and 400 ports with
384Gbps of Stack Bandwidth
 Grow your network with a choice of 17
models without increasing management
complexity.

 Portfolio of 8 compact switches
 Delivers cost effective Gigabit
connectivity
 Extends the values of ERS
Stackable portfolio to SME’s, small
branches and open environments
– Always-on networking
– Simplified edge operations
– Secure
 Positioned as an SME / mid-market
/ branch switch as opposed to an
SMB switch
Avaya Ethernet Routing Switch 3500
 Cost effective Gigabit and Fast
Ethernet connectivity for SME and
Mid-Market
 80 Gbps of virtual backplane
capacity
 Gig and 10Gig uplinks
 Fanless operation for open
environments (retail, hospitality)
 PoE and PoE+ capabilities
Highlights

 Two new models that extend SME & mid-market positioning of ERS
3500 family
– 48-port 10/100/1000 PoE+ and non-PoE
– 1x SFP+ (10 GB) uplink
– Resilient stacking of up to 8 units (up to 384 user / 392 total ports)
 Easy to install
– IP Office Quick start (run ipoffice)
– IP Phone plug and play
 Competitively priced
ERS 3500 Release 5.2
Introducing 48-port models
ERS 3549GTS ERS 3549GTS-PWR+

ERS 3500 Models
Model Port Configuration Order Code
ERS 3510GT 8 x 10/100/1000Mbps + 2 SFP ports
(Standalone & fanless)
AL3500?04-E6
ERS 3510GT-
PWR+
8 x 10/100/1000 Mbps PoE+ ports + 2 SFP
ports (Standalone, dual power - fanless 60W /
fan 170W modes)
AL3500?14-E6
Gigabit Ethernet Models: 10-port model variants
ERS 3510GT ERS 3510GT-PWR+

ERS 3500 Models
ERS 3526T 24 x 10/100Mbps + 2 Shared 10/100/1000 or
SFP ports + 2 SFP / 2.5G rear ports (fanless)
AL3500?01-E6
ERS 3526T-
PWR+
24 x 10/100Mbps PoE+ ports + 2 Combo
10/100/1000 or SFP ports + 2 SFP / 2.5G rear
ports (PoE budget 370W)
AL3500?11-E6
Replace “?” With the appropriate product nationalization character – see notes for details
Fast Ethernet Models: 24-port model variants
ERS 3526T ERS 3526T-PWR+

ERS 3500 Models
ERS 3524GT 24 x 10/100/1000Mbps with 4 shared SFP
ports + 2 SFP / 2.5G rear ports
AL3500?05-E6
ERS 3524GT-
PWR+
24 x 10/100/1000Mbps PoE+ ports with 4
shared SFP ports + 2 SFP / 2.5G rear ports
(PoE budget 370W)
AL3500?15-E6
Gigabit Ethernet Models: 24-port model variants
ERS 3524GT ERS 3524GT-PWR+

Avaya Networking Management Overview

© 2013 Avaya Inc. All rights reserved. 44©2012 Avaya Inc. All rights reserved.
The Right Tool for the Job
Configuration and Orchestration Manager
Visualization Performance and Fault Manager
Virtualization Provisioning Service
WLAN Management Software
IP Flow Manager
Common Framework for Management

 Complete Layer 2 and 3 Network Topology discovery
 Simplified Element Management with role-based access privileges and audit trails
 Reduced configuration setup time saves operational costs
 Network protected from unauthorized changes
 Faster network configuration and changes
 Reduced risk of configuration and provisioning errors
Configuration and Orchestration Manager

Enterprise Device Manager - Two Flavors
On-box EDM
 Embedded Element Management Tool
 Web-based Device Management
 Successor of Java Device Manager
 Available across all Enterprise Switches
Off-box EDM
 Completely integrated into COM
 Context based Device Management
 Plug-in files posted on Support Site
 Completely secured device access
 Low latency response

Managing different Aspects of the Network

COM Feature Overview
Wizards
For easy configuration of complex features and to hide complexity
Devices
Network Discovery based inventory, Device categories Views, Device details and export
Managers and Viewers
VLAN - Multilink-Trunking - Security - Routing - Trap/Log - Virtual Routing - Multicast -
Bulk Configuration – VSN - Multimedia Manager, as well as Trap and Syslog Viewer
Virtualization Provisioning Service
End-to-End Management of Servers and Network between Data Centers
Tools
Smart Diff Tool, Scheduler, Port Scanner, CLI*Manager, Configuration Auditing
Templates
To reduce configuration error and speed-up provisioning time
Admin
Preferences, Device Credentials, Licensing, Audit Log, Security Admin, Operator user

 Basic Event Management
 Off-box Element Management
 Monitoring the entire system
 Configuring all devices
 Debugging and Troubleshooting
 RF tools for monitoring, visualization, and
location services
 Statistics and Trending
 Identifying the ideal access point locations on
detailed floor plans

Site Model Designer
Third-party logos, images, and registered trademarks belong to the respective owners. Avaya is not an owner or licensee of the same.
 Calculates WLAN topology, and
configurations including power level and
channel settings
 Provides system-wide configuration and
updates in a single-step
 Alerts administrators of conflicting
change requests
 Imports existing floor plans in AutoCAD
DXF™, JPEG or GIF, Ekahau™
 Includes RF attenuation characteristics
for doors, pillars, walls, ceilings, and
other physical obstructions
 Generates a detailed RF map showing
calculated RF coverage on floor plan

IP Flow Manager
 Manages network usage
 Monitors growth enabling better planning
 Works in multi-vendor switching
environments
 Accelerates investigation of abuse
 Analyzes applications, protocols and
user activity based on IP Flow data
 Make more informed/accelerated
resolution/planning decisions
 Resolve issues before they impact
productivity
 Reduce TCO associated with planning
and diagnosing performance and abuse
investigation

Visualization Performance & Fault Manager
Heterogeneous Network Discovery
 Discovers devices and applications
 Device information can be used to provide a network
inventory listing
Network Visualization
 Hierarchy-based topology and service-based views
 Device connectivity and their relationships to each
other
Fault Management
 SNMP Trap Receiver and Syslog Collector
 Event correlation
 Device status monitoring
 Event handling and scripting
 MIB compiler/browser
Performance Management
 Instance-based performance monitoring
 Long-term (trending) performance monitoring

Avaya Mobile Collaboration Solution
 Avaya Aura® common foundation, services, and
management for deploying all apps enterprise-wide
 Avaya Flare® Communicator for iPad for powerful
mobile decision making with apps + communications
 Avaya one-X® for smartphones, desktops, speech
access, and home teleworking
Avaya ACE™ for multivendor application integration
 Avaya Session Border Controller (SBC) Advanced for
Enterprise for secure remote VPN-less access
 Avaya Identity Engines for secure BYOD authentication &
WLAN 8100 for voice/video optimized, campus roaming
(see http://www.miercom.com/pdf/reports/20111017.pdf)
 Avaya Professional and Managed Services driving
faster ROI and managed costs
Internet

Enabling Campus Roaming and BYOD
Ethernet
Routing
Switches
Network
Management
Enterprise
LAN
WLAN 8100
Access Point
Identity
Engines
 WLAN optimized for industry-
leading high-scale voice and
video performance
 Innovative E911 location support
to safeguard the mobile workforce
 Centralized “Identity Engine”
authentication and access control
for wireless, wired, and remote
BYOD devices including iPads
 Centralized management
 Lower business risks, manage
compliance, and lower IT TCO
See http://www.miercom.com/pdf/reports/20111017.pdf

WLAN 8100 Comprehensive Portfolio
WLAN 8100 Infrastructure
•Dual radio, 802.11n
•8120-E: Plenum rated
WAP 8120/8120-E WC 8180
•Overlay or Unified
•WC 8180 / WC 8180-16L
ManagementWC 8120-O
•Outdoor 802.11n AP
Optional Wireless Network Services
Avaya 3641/3645
IP Wireless Phones
Range of video
end points
Voice/UC Video Guest
Management
Advanced
Security
Location
Services
E-911
Unified Wired/Wireless
Guest Manager (idEngines)
Real Time Location
Tracking
Wireless Intrusion
Detection/Protection
X
Infusion
pump
E-911 VoWLAN
integration
External Antennas
•70o, directional
•180o, omni-directional
• WLAN Management
Software 8100

Avaya WLAN 8100
Next Generation Architecture
Revolutionary Architecture to address Scalability
• All traffic routed through controller
• Constrained capacity • Truly unified architecture that eliminates
bottlenecks
• Greater efficiency & reduced latency
Data traffic
Control traffic
Legacy Centralized
Architecture
Servers
Wireless Controllers Servers Virtualized
Wireless Controller

Unified Access Explained
Wireless Controller
• Common platform for
control and data plane
Avaya Unified Access Model
Control & Data separated
Wireless
Control
Point
WC 8180 - WC
Dedicated to control
traffic
Wireless
Switching Point
integrated to
ERS 8800
• Control/Data planes run on separate n/w elements
• Optimized hardware for required function
• Independent Scaling
Today’s Model
Control & Data combined
• Appliance or housed in a
Chassis

End to End Security
Secure LAN Guest VLAN
Firewall
Controller or Switching
Point
Wireless Access Point
Laptop
Tablet
Captive Portal
Identity
Engines
 Secure, Centralized Network
Access
 Devices directed to
appropriate VLAN
 Support for today’s strongest
security standards
 Authentication & Encryption
 WEP, WPA/WPA2
 Advanced Wireless Intrusion
Detection and Protection

Identity-based Access Control
With Avaya’s Identity Engines
 Unified Wired and Wireless Access
 Granular policy engine
 Intelligent federated directories
 Simple affordable licensing
 Unified wired and wireless
 Vendor agnostic
 Highly available virtual appliance

Unified Guest Access
 Convenient network
connectivity for guests
and temporary users
 Front-desk personnel
generate unique user
ID/password for each
visitor
 Associated security profile, Time of day, Restricted locations
 Robust wireless and wired guest access manager simplifies
operations

Avaya Networking Solution Overview

Avaya Networking Solution Overview

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Avaya Networking Solution Overview