Nortel Passport 8608GTE User manual

Product Brief
Nortel Ethernet Routing Switch 8600 Release 5.1
Increasingly, companies are turning to
technology to help boost their bottom
line and increase employee produc-
tivity. Advances in technology, however,
have led to some very real challenges,
particularly how to efficiently and cost-
effectively connect a myriad of different
devices, disparate systems and multiple
locations. The answer to addressing
these challenges lies in virtualization of
the network.
Virtualization can transform your IT
infrastructure and your business by
providing a clear path to advanced
applications that create a unified
communications environment for
your organization. Among other things,
virtualization provides for network
simplicity, flexibility and scalability,
and enables faster time-to-market in the
data center and core campus. It works
by virtualizing servers, and centralizing
services, management and security
— without compromising the high-
availability, security and performance on
which you’ve come to rely. As a result,
virtualization delivers many benefits
A resilient, flexible and scalable solution that delivers network virtualization, exceptional value
per port and one of the industry’s highest 10G densities per module/rack.
Unied communications
enables the collaborative
technologies required to share
resources within your entire
organization, improve day-
to-day operational processes
and communicate more cost-
effectively with customers,
partners and suppliers.
to your business, including simplified
management, accelerated decision-
making, decreased recurring costs
and increased employee productivity
through unified communications.
By offering advanced virtualization
features and one of the industry’s
highest 10G densities per module/rack,
the Nortel Ethernet Routing Switch
8600 can turn your network into a
highly reliable, efficient and cost-
effective infrastructure that drives
unified communications and critical
business applications.

2
With the latest release 5.1 of Ethernet Routing Switch 8600, Nortel is the only vendor
to offer multiple viable options that enable IP Virtual Private Network solutions
across the entire campus. Nortel’s Layer 3 virtualization is simple, exible and easy
to deploy — and doesn’t require adjustments to your existing core infrastructure,
which means no additional capital equipment expenditures.
And, since the solution is based on IP technologies, training is minimal
compared to requirements for MPLS, resulting in operational cost savings.
Ethernet Routing Switch 8600 highlights
• IPFlowInformationeXport(IPFIX)IETFRFC3917 — Benchmarksnetworktrafcandidentifyanomalous
day-zerobehavior
• Offershigh-density10G,high-densityGigabitand10/100/1000Ethernet
— perchassis/racksolutionforthe
enterprisecoreatacompetitivevalue/Mpps
• Offersincreasedvalueperslotbydeliveringacombomodulewithcopper10/100/1000,100/1000
SFPand10GEXFPinterfaces
• Availablewithoptionalsecurityandapplicationsawarenessmodulesfordeeppacketinspectiontoidentify
attacksthatappearasnormaltrafcandtoimproveapplicationavailability
• IPv6
— Increasesscalabilityforeventhemostdemandingnetworks
• SplitMulti-LinkTrunking/RoutedSplitMulti-LinkTrunking — Increasesresiliencyforthemostdemanding
applicationsandnetworksaswellasperformanceasallLayer2andLayer3linksareforwardingtrafc
• EnablesIPVPNservicesacrossthecampusmetrofordepartmentsandusersthroughexisting
IPinfrastructure
— withouttheneedforadditionalequipmentinvestmentorcomplexsetup
andmanagement
• IncludesvirtualizedLayer3withdeviceandnetworksolutions(e.g.,VRF-lite,MPLSandIP
VPN-Lite*)
• Providescost-effectiveandsimpliedmulticastvirtualization(IGMP,PIM-SM/SSM)andunicasttrafccombined
withSMLT/RSMLTresiliencyformultiplecustomersandusergroups
• Delivershighperformancetofastpath-enabledMPLSandIPVPNsolutionsonanR/RSmoduleport
• Includessophisticatedmirroringcapabilities(i.e.,many-to-one,one-to-many,andmany-to-many)toenable
trafcanalysisandIDS/TPSclustering
• Offersuniquebest-in-classresiliencywithSMLTforVMwareservervirtualizationinaniSCSI
environment*
• Supportslarge-scaleconvergencedeployments;expandsDWDMbercapacityto20wavelengthson
10GEXFPoptics
*Foradditionaldetails,visitwww.nortel.com/datacenter.

Resiliency, intelligence and
security
— without the
design complexity
The Ethernet Routing Switch 8600
is a proven and tested resilient, secure
and intelligent network solution that
can deliver many hundreds of gigabits
per second (Gbps) and hundreds of
millions of packets per second (Mpps)
performance to the network core. This
powerful and flexible switch combines
resilient high performance with intel-
ligence and security, while taking the
complexity out of network design.
Ideal for medium to large enterprise
campuses and data centers, the Ethernet
Routing Switch 8600 leverages tech-
nology from industry-leading products
to create an integrated intelligence
with the Web Switch Module, SSL
Acceleration Module and the Service
Delivery Module.
The Ethernet Routing Switch 8600 is:
•Availableina3-,6-and10-slot
chassis, supporting dedicated 1G and
10G pluggable modules, and 10/100
and 10/100/1000 copper and fibre
modules
•Ahighlyredundantsolutionwith
optional redundant, high-availability
Switch Fabrics, N+1 Power Supplies
and dual AC input 1500 Watt to
enhance redundancy by connecting
two separate AC inputs
•TheagshipproductforNortel’s
“Switch Cluster” technology based on
SMLT/RSMLT, delivering non-stop
end-to-end application availability
The high-density and high-speed server
connectivity in large deployments is
matched by a suitably high-performance
switching architecture that is based on
NPU rather than ASIC technology.
This RSP delivers fastpath flexibility
and investment protection due to soft-
ware-upgradeable data path technology
— while still providing 10-Gbps line
rate switching/routing capabilities. This
results in a balanced solution without
the constraints or bottlenecks imposed
by inferior designs.
In addition to establishing a solid
foundation for unified communica-
tions, Ethernet Routing Switch 8600
provides enterprises with the basic
network building blocks to grow their
business operations and evolve their
network as future applications and
technologies emerge.
Resiliency to ensure
business continues
Network resiliency is the most basic
requirement when implementing a
converged network. The Ethernet
Routing Switch 8600 supports redun-
dant connectivity for virtualized solu-
tions such as VRF-lite, VPN-Lite for
edge/core and MPLS LER IP-VPN for
edge networks. With Nortel’s VRF-lite,
organizations can use the same hard-
ware platform to create multiple Layer
3routingdomainstosupportmultiple
customers. Nortel VPN-Lite makes it
possible for these same organizations
to also deploy VPN over the existing
IP infrastructure (campus or metro)
without incurring additional capital or
operational expense.
The Ethernet Routing Switch 8600
addresses resiliency at multiple levels
for maximum coverage. At the hard-
ware level, the switch provides hot
swappable modules including fan trays
and N+1 power supplies, and dual AC
input power supplies. The Ethernet
Routing Switch 8600 software ensures
resiliency for the network core with
industry-leading features, including
VLACP (Virtual Link Aggregation
Control Protocol) for Layer 1-2 link
failure detection, BFD (Bidirectionally
ForwardingDetection)forLayer3
link failure detection, Split Multi-Link
Trunking (SMLT), VRRP Active/Active
and Switch Clustering (Routed Split
Multi-Link Trunking, R-SMLT).
Additionally, organizations can effec-
tively dual-connect to servers, desktops
and switch clustering with minimum
investment, maximum flexibility and
sub-second failover.
Intelligence for a smarter
way to do business
Network devices need to be keenly
aware of traffic types and be able to
handle specific types of traffic differ-
ently. This sense or awareness of
differing traffic types, combined with
the ability to process each type differ-
ently, is what sets intelligent networks
apart from typical LANs. The Ethernet
Routing Switch 8600 combines intelli-
gence and performance to create a next-
generation intelligent network solution.
The Ethernet Routing Switch 8600 meets enterprises’ increasing demands for
scalability, simplication, maximized application uptime, value and security. The platform
takes the complexity out of network design by simplifying the network architecture and
increasing value per port per slot with advanced features on high-density modules.
3

ERS 8006 RS modules ERS 8010
4
Security to keep
information safe
All devices on the network need to
ensure network element security as well
as data integrity. The Ethernet Routing
Switch 8600 employs several layers
of built-in security for both switch
access and network data. Nortel Secure
Network Access v1.5 offers seamless
secure access for internal end users
(i.e., wired or wireless LAN networks)
or external users. Firewalls, passwords,
access policies, secure protocols, address
and port filtering, routing policies
Figure 1. Nortel Ethernet Routing Switch 8600
Key features
The latest release of Ethernet Routing Switch 8600 includes advanced software features and new hardware
that address network virtualization, reduce complexity, and enhance scalability and security.
• SMLT/RSMLT — subsecondfailover
• IPFlowInformationExportIPFIXRFC3917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,many-to-one,
many-to-many)†
• MPLSLER,LSR,LDP,RSVP*†
• NortelSecureNetworkAccessv1.5†
• NortelNetworksCommandLineInterface
• Multicastscalingenhancements(4,000S,G)†
• VLANscalingenhancements(4kVLANs)†
• HighAvailability(HA)Enhancements(HA-CPUconguration
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
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;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
• Severallowerdensitymoduleoptionswithvariousinterfacesfor
addedexibilityaswellasWANconnectivity
• DualACInput1500WPowerSupplyUnit
• 10GBASE-LRMXFPPluggable;1000BASE-X
120kmSFPPluggable;DDISFPs
• High-speedfantrays
New for the v5.1 feature release:
Thefollowingsoftwarefeatureshavebeenaddedtothe
ERS8600’scapabilitieswiththereleaseofv5.1OperatingSystem:
• TACACS+support
• BFD(BidirectionalForwardingDetection)*†
• Multicastvirtualization(IGMP&PIM-SM/SSM)*†
• MSDPsupport*†
• IGMPv3backwardcompatibility
• DWDMXFP
• MulticastStats
• StaticMroute
• DDISWSupport
• NNCLIandSNMPsupportformulticastvirtualization,MSDPLog
EnhancementforSMP(SystemMessagingPlatform)
• LogReferenceBookEnhancements
• MulticastStandardsMIB
• Minlink(Minimum-Links)
• NortelAutomaticQoS
* Indicatesfeaturesthatarecategorizedasnon-Base
andthereforerequireadditionalLicensing:Advanced
orPremier
† IndicatesfeaturesthatrequireuseoftheRorRS-Series 
InterfaceModules
and DoS prevention mechanisms help
ensure that the network and its data stay
secure. Also, ERS8600 supports 8 users
to login simultaneously with TACACS+
to centralize validation of users
attempting to gain access to a device.

Innovative module options
to meet any requirement
Simple, scalable and stackable
The Ethernet Routing Switch 8600
takes the complexity out of network
design by simplifying the network
architecture and increasing value per
port with advanced features on high-
density modules for modular products
and high-density ports for stacking.
High-density ports, combined with
the rich capabilities and applications
and the leading reliability technologies
offered by the Ethernet Routing Switch
8600, result in exceptionally high value
for enterprises. The Nortel RSP, which
is based on NPU technology, offers an
investment protection path for future
software upgrades.
Additions to the existing high-perform-
ance I/O module options offer a number
of practical business benefits. These
include a high-density 10G Ethernet (12
ports per module and up to 96 ports per
chassis) and a higher-density 1000BASE -
X 48-port module that complements the
existing30-portmodel.
One module; many avors
The Ethernet Routing Switch 8600 also
offers an innovative new hybrid combina-
tion module that supports 10G Ethernet,
1000BASE-X and 10/100/1000BASE-
TX ports. Economical, flexible and an
industry first, this ‘combo’ module
includes copper 10/100/1000, SFP and
XFP interfaces to meet the demand of
smaller aggregation sites. It is an afford-
able solution that provides all the
functionality many organizations need
— all in one convenient and affordably
priced module.
Applications: New capabilities
and more choice to optimize
communications
By offering advanced capabilities such
as IP VPN-Lite, VRF-lite and IP VPN
MPLS based all on one platform, the
Ethernet Routing Switch 8600 enables
virtual services across campus and metro
environments to address new and addi-
tional business requirements and applica-
tions. For example, a university seeking a
solution to connect several of its campuses
can choose industry-standard MPLS or
Nortel’s IP VPN-Lite technology.
Virtual Private Networking
through IP VPN-Lite
Nortel IP VPN-Lite is an innovative
IP-in-IP capability that leverages Nortel’s
flexible forwarding network processor
unit (RSP) — making it easier to
implement, deploy and manage VPN
services across campuses. With IP
VPN-Lite, enterprises can build any-to-
any private connections between local or
geographically dispersed sites using any
IP infrastructure (i.e., private or through
a public IP service provider).
IP VPNs are typically used for inter-office
connectivity and also to create trusted
connections to partner organizations;
they leverage IP as the common carriage,
and remove a dependency on specific
wide area technologies (e.g., frame relay
or ATM) or service providers. Nortel’s
IP VPN-Lite solution has the additional
benefit of being inherently less complex
and therefore more cost-effective than
using MPLS. Managing IP VPN-Lite
versus MPLS is much simpler and doesn’t
require costly MPLS IT training or
special resources.
IP VPN-Lite’s set-up is based on the flex-
ibleRFC4364/2547congurationmodel,
and requires no MPLS core infrastructure.
As a result, the solution can scale as high
as an MPLS-based IP VPN. Additionally,
both MPLS and IP VPN-Lite can coexist
and operate in parallel.
Virtual Routing and
Forwarding (VRF-lite)
Through VRF-lite on Ethernet Routing
Switch 8600, enterprises can use the
same hardware platform to create
multipleLayer3routingdomainsto
support multiple customers and keep
traffic separated for both unicast and
multicast (IGMP, PIM-SM/SSM).
The VRF-lite capability virtualizes
routing within the switch, enabling
enterprises to facilitate business and
networking challenges such as mergers
and acquisitions, Data Center consoli-
dation and sharing, departmental or
business unit segmentation, and general
audit and compliant requirements.
By allowing the switch to have two or
more routing instances, more sophis-
ticated connections are made possible,
in addition to supporting overlapping
IP Address spaces. Complete traffic
separationonLayers2and3isusuallya
key requirement. However, if necessary,
the system can be configured to provide
inter-VRF forwarding capabilities to
allow access to common resources.
Multi-Protocol Label
Switching (MPLS)
When delivered on a LAN Switch such
as the Ethernet Routing Switch 8600,
MPLS complements the majority of
today’s wide area networking solutions.
MPLS provides sophisticated connec-
tivity and traffic engineering techniques,
and is often used as the basis for VPNs.
Through this capability, users can create
MPLS environments based on the
Ethernet Routing Switch 8600, and
increase the overall level of transparency
and interoperability.
5
A set of hardware provides the necessary exibility
as enterprises proceed with the transition to 10G
Ethernet in the Core and the Riser, and with server
consolidation in the Data Center.

6
Figure 2. Nortel Ethernet Routing Switch 8600 Network diagram
Compan
ERS 8600
with SDM and
integrated
security
ERS 8600
with SDM and
integrated
security
Secure Network
Access Switch
(SNAS)
Converged LAN Data Center
ERS 5600/
ERS 5500
ERS 2500
Resilient Terabit Cluster
Servers/
VMWare ESX
10/100 PoE
Gig PoE
10 Gig E
1 Gig E
CS 1000
Secure
Router
PSTN
Business
Communications
Manager
y headquarters
worker ee shop Remote locations
Fax
T1/E1
Analog
Tele Coff
DSL
Secure
Router
T1/E1 Digital Trunk or Analog Trunks
DSL or Cable Modem
Frame Relay
MPLS
IP VPN-Lite
ERS 8300
Network
Manager
Active Active
Secure
Router
1100 Phone
IPSec VPN
10/100 copper
DSL
Internet
IPv4-IPv6
PoE
PoE
ERS 2500
ERS 4500
10 Gig E
Gig PoE
1 Gig E
Servers/
VMWare ESX
ERS 8300
Active
Active
ERS 5600/
ERS 5500
ERS 5600/
ERS 5500

7
Software enhancements
Multicast Virtualization
Multicast virtualization of IGMP and
PIM-SM/SSM along with unicast virtu-
alization is supported on the same plat-
form through VRF-Lite, extending the
benefit of simplifying network design,
hardware investment and lowering opera-
tional expense — all combined with best-
in-class resiliency SMLT/RSMLT.
Nortel Automatic QoS
With Nortel Automatic QoS enabled,
anERS8300supportingaNortel
Unified Communications solution
automatically recognizes the special,
private Differentiated Service Code Point
(DSCP) values used by these applica-
tions, and optimizes the management
Egress Queues. Without this automated
functionality, operators would need to
have detailed knowledge of how QoS
works, and also the private DSCP values,
to enable manual configuration for opti-
mized Queue usage. With this feature,
the process is automated and optimized,
and protects against misconfiguration.
The introduction of Nortel Automatic
QoSsupportontheERS8300willsee
the Core functionality delivered first,
followed by Access functionality in a
subsequent release.
Multi-port Mirroring
The Ethernet Routing Switch 8600
includes RS line cards for enhanced
mirroring capabilities, including enabling
one-to-many, many-to-one and many-
to-many mirroring for traffic analysis
and IDS/TPS clustering.
Nortel Secure Network Access
Through Nortel Secure Network Access
(NSNA) v1.5, the Ethernet Routing
Switch 8600 offers ubiquitous and seam-
less secure access for internal end users
(i.e., wired or wireless LAN networks)
or outside users (i.e., remote access,
including SSL/IPsec/WAN networks).
Nortel (Networks) Command
Line Interface
The NNCLI (Nortel Networks
Command Line Interface) is a common
interface that follows the de facto
industry standard, ensuring a short
learning curve for engineers installing
the Ethernet Routing Switch 8600.
NNCLI is also supported by other
Nortel products, including the current
Nortel Ethernet Switching portfolio. A
common CLI for all devices simplifies
management and results in reduced ROI.
Service and Management (DfO)
Log references and messages, standard
MIBs, command support via NNCLI
and SNMP, data collection of pluggable
optics in real-time, etc. are a few
examples to minimize operational cost
and enhance service and management
of the switch.
Why choose Nortel?
Nortel is the only vendor in the industry
to offer multiple viable options that
enable IP VPN solutions across the
campus. These options include stan-
dard solutions of MPLS IP-VPN and
Nortel’s IP VPN-Lite, which offers the
added benefit by running over existing
IP infrastructure without the need for
additional capital investment or opera-
tional expense.
Nortel is also the only vendor that
delivers increased value per slot by intro-
ducing a combo module with copper
10/100/1000, SFP and XFP interfaces to
meet the demand of smaller aggregation
sites. Finally, Nortel has the distinction
of offering one of the industry’s highest
10G densities per module/rack, and the
only solution vendor to offer best-in-class
resiliency with SMLT for VMware server
virtualization in an iSCSI environment.1
Summary
The Ethernet Routing Switch 8600
is a resilient, intelligent, secure solu-
tion that allows corporate networks to
provide a truly unified communications
network and business continuity for
critical applications. Enabling a Resilient
Terabit Switch Cluster solution, the
Ethernet Routing Switch 8600 allows
you to scale converged and web applica-
tions network-wide. Resiliency helps
ensure that network resources are always
available. Intelligence delivers bandwidth
and performance for those applications
that need it the most when they need
it. Security helps ensure that the infor-
mation traveling across your network
remains secure and unaltered. Resiliency,
intelligence and security are the basic
network building blocks that allow an
enterprise to use their network to grow
their business and provide a solid founda-
tion for their future network growth.
The Ethernet Routing Switch 8600 offers
a high-performance architecture that
combines with rich, advanced services
for convergence applications to enhance,
protect and simplify network service and
operations. Customers seeking to make
strategic investments in their campus
LAN infrastructure can now create solu-
tions that will support business growth
for years to come. As a provider of end-
to-end solutions that span voice, data,
applications and network management,
Nortel has the necessary expertise to
increase your opportunities for profit-
ability, streamline your business opera-
tions, increase productivity and help you
gain competitive advantage.
1 Note that, where multiple iSCSI targets are used,
VMware recommends using ESX NIC teams
in “IP Hashing” mode to balance traffic across
NIC teams and take advantage of multiple switch
redundancy.
A real-world scenario:
Virtual Routing and Forwarding
An international airport, which handles a large
amount of trafc from multiple national and global
airlines and other local on-campus businesses, is
looking for a networking solution that will maximize
application uptime, safeguard information, while
providing excellent business value. By employing
Ethernet Routing Switch 8600 and VRF-lite
capabilities, the airport can keep airlines and
their respective trafc separate
— all from one
economical, simple-to-implement and easy-to-
manage hardware platform.

8
1Limited to DHCP Relay only
2Limited to DNS Client Support only
3NTP client, unicast mode only
Performance specications
• Systemarchitecturebandwidth:720Gbps
• Sub100msfailover(requires8692SFwithSuperMezz)
• Framelength:64to1,518bytes(IEEE802.1QUntagged),64to
1,522 bytes (IEEE 802.1Q Tagged)
• Jumboframesupport:Upto9.6kbytes
(IEEE 802.1Q Tagged)
• Multi-LinkTrunks:Upto128trunks
with 8 links per group with 8692SF +
R/RS-Modules/Mode
• VLANs:Upto4,000port-orprotocol-based;perVLANTagging
option
• IPMulticast:Upto4,000S,G
• Multiplespanningtreegroups:Upto64(STGs)
• SMLTandRSMLT(RoutedSplitMulti-LinkTrunking)
• SinglePortSplitMulti-LinkTrunking
Network protocol and
standards compatibility
IEEE
• IEEE802.1DSpanningTreeProtocol
• IEEE802.1pPriorityQueues
• IEEE802.1QVLANTagging
• IEEE802.1sMultipleSpanningTreeProtocol(MSTP)
• IEEE802.1wRapidSpanningTreeProtocol(RSTP)
• IEEE802.1vVLANClassicationbyProtocolandPort
• IEEE802.1xEthernetAuthenticationProtocol
• IEEE802.3CSMA/CDEthernet
(ISO/IEC8802-3)
• IEEE802.3ab1000BASE-TEthernet
• IEEE802.3ab1000BASE-LXEthernet
• IEEE802.3ab1000BASE-ZXEthernet
• IEEE802.3ab1000BASE-CWDMEthernet
• IEEE802.3ab1000BASE-SXEthernet
• IEEE802.3ab1000BASE-XDEthernet
• IEEE802.3ab1000BASE-BXEthernet
• IEEE802.3adLinkAggregationControlProtocol(LACP)
• IEEE802.3ae10GBASE-XXFP
• IEEE802.3i10BASE-T–Autonegotiation
• IEEE802.310BASE-TEthernet
• IEEE802.3u100BASE-TXFastEthernet(ISO/IEC8802-3,
Clause 25)
• IEEE802.3u100BASE-FX
• IEEE802.3uAuto-negotiationonTwistedPair(ISO/IEC8802-3,
Clause 28)
• IEEE802.3xFlowControlontheGigabitUplinkport
• IEEE802.3zGigabitEthernet1000BASE-SX
and LX
IETF RFCs
Layer 2 features ATM / POS
• RFC1332IPCP(POSmodule)
• RFC1471LCP(POSmodule)
• RFC1473NCP(POSmodule)
• RFC1474BridgeNCP(POSmodule)
• RFC1552IPXCP(POSmodule)
• RFC1638BCP(POSmodule)
• RFC1661PPP(POSmodule)
• RFC1989PPPLinkQualityMonitoring
(POS module)
• RFC2558Sonet/SDH(POSmodule)
• RFC2615PPPoverSonet/SDH
(POS module)
IPv4 Layer 3 / Layer 4 Intelligence
• RFC768UDPProtocol
• RFC783TFTPProtocol
• RFC791IPProtocol
• RFC792ICMPProtocol
• RFC793TCPProtocol
• RFC826ARPProtocol
• RFC854TelnetProtocol
• RFC894AstandardfortheTransmissionofIPDatagramsover
Ethernet Networks
• RFC896CongestioncontrolinIP/TCPinternetworks
• RFC903ReverseARPProtocol
• RFC906BootstraploadingusingTFTP
• RFC950InternetStandardSubnettingProcedure
• RFC951/RFC2131BootP/DHCP
• RFC1027UsingARPtoimplementtransparentsubnetgateways/
Nortel Subnet based VLAN
• RFC1058RIPv1Protocol
• RFC1112IGMPv1
• RFC1253OSPF
• RFC1256ICMPRouterDiscovery
• RFC1305NetworkTimeProtocolv3Specication,
ImplementationandAnalysis3
• RFC1332ThePPPInternetProtocolControlProtocol(IPCP)
• RFC1340AssignedNumbers
• RFC1541DynamicHostCongurationProtocol1
• RFC1542ClaricationsandExtensionsfortheBootstrapProtocol
• RFC1583OSPFv2
• RFC1587TheOSPFNSSAOption
• RFC1591DNSClient
• RFC1631NAT(NetworkAddressTranslation)—onlywithWSM
• RFC1695DenitionsofManagedObjectsforATMManagement
v8.0 using SMIv2
• RFC1723RIPv2–CarryingAdditionalInformation
• RFC1745BGP/OSPFInteraction
• RFC1771/RFC1772BGP-4
• RFC1812RouterRequirements
• RFC1866HTMLv2Protocol
• RFC1965BGP-4Confederations
• RFC1966BGP-4RouteReectors
• RFC1998AnApplicationoftheBGPCommunityAttributein
Multi-home Routing
• RFC1997BGP-4CommunityAttributes
• RFC2068HypertextTransferProtocol
• RFC2131DynamicHostControlProtocol(DHCP)
• RFC2138RADIUSAuthentication
• RFC2139RADIUSAccounting
• RFC2178OSPFMD5cryptographicauthentication/OSPFv2
• RFC2205ResourceReSerVationProtocol(RSVP)—v1Functional
Specification
• RFC2210TheUseofRSVPwithIETFIntegratedServices
• RFC2211SpecicationoftheControlled-LoadNetworkElement
Service
• RFC2236IGMPv2forsnooping
• RFC2270BGP-4DedicatedASforsites/singleprovide
• RFC2283MultiprotocolExtensionsforBGP-4
• RFC2328OSPFv2
• RFC2338VRRP:VirtualRedundancyRouterProtocol
• RFC2362PIM-SM
• RFC2385BGP-4MD5authentication
• RFC2439BGP-4RouteFlapDampening
• RFC2453RIPv2Protocol
• RFC2475AnArchitectureforDifferentiatedService
• RFC2597AssuredForwardingPHBGroup
• RFC2598AnExpeditedForwardingPHB
• RFC2702RequirementsforTrafcEngineeringOverMPLS
• RFC2765StatelessIP/ICMPTranslationAlgorithm(SIIT)
• RFC2796BGPRouteReection—AnAlternativetoFullMesh
IBGP
• RFC2819RemoteMonitoring(RMON)
• RFC2858MultiprotocolExtensionsforBGP-4
• RFC2918RouteRefreshCapabilityforBGP-4
• RFC2961RSVPRefreshOverheadReductionExtensions
• RFC2992AnalysisofanEqual-CostMulti-PathAlgorithm
• RFC3031MultiprotocolLabelSwitchingArchitecture
• RFC3032MPLSLabelStackEncoding
• RFC3036LDPSpecication
• RFC3037LDPApplicability
• RFC3065AutonomousSystemConfederationsforBGP
• RFC3210ApplicabilityStatementforExtensionstoRSVPfor
• RFC3215LDPStateMachine
• RFC3270Multi-ProtocolLabelSwitching(MPLS)Supportof
Differentiated Services
• RFC3376InternetGroupManagementProtocol,v3
• RFC3392CapabilitiesAdvertisementwithBGP-4LSP-Tunnels
• RFC3443TimeToLive(TTL)ProcessinginMulti-ProtocolLabel
Switching (MPLS) Networks
• RFC3569AnoverviewofSource-SpecicMulticast(SSM)
• RFC3917RequirementsforIPFlowInformationExport(IPFIX)
• RFC4364BGP/MPLSIPVirtualPrivateNetworks(VPNs)
• RFC4379DetectingMulti-ProtocolLabelSwitched(MPLS)Data
Plane Failures
• BFD:IETFBidirectionalForwardingDetectiondraftforIPv4and
IPv6 (Single Hop)
IPv4 Multicast
• RFC1075DVMRPProtocol
• RFC1112IGMPv1forrouting/snooping
• RFC1519ClasslessInter-DomainRouting(CIDR):anAddress
Assignment and Aggregation Strategy
• RFC2236IGMPv2forrouting/snooping
• RFC2362+somePIM-SMv2extensions(PIM-SM)
• RFC2385ProtectionofBGPSessionsviatheTCPMD5Signature
Option
• RFC2547BGP/MPLSVPNs
• RFC3446:AnycastRendevousPoint(RP)mechanismusing
Protocol Independent Multicast (PIM) and Multicast Source
Discovery Protocol (MSDP)
• RFC3618MulticastSourceDiscoveryProtocol(MSDP)
• RFC3768VirtualRouterRedundancyProtocol(VRRP)
IPv6
• IPv6requires8692SFandSuperMezzDaughtercardand
R/RS-Modules
• RFC1881IPv6AddressAllocationManagement
• RFC1886DNSExtensionstosupportIPversion6
• RFC1887AnArchitectureforIPv6UnicastAddressAllocation
• RFC1981PathMTUDiscoveryforIPv6
• RFC2030SimpleNetworkTimeProtocol(SNTP)v4forIPv4,
IPv6 & OSI
• RFC2373IPv6AddressingArchitecture
• RFC2375IPv6MulticastAddressAssignments
• RFC2460InternetProtocol,v6(IPv6)Specication
• RFC24614Neighbor Discovery
• RFC2462IPv6StatelessAddressAutoconguration
• RFC2463InternetControlMessageProtocol(ICMPv6)forthe
Internet Protocol v6 (IPv6) Specification
• RFC2464TransmissionofIPv6PacketsoverEthernetNetworks
• RFC2474DenitionoftheDifferentiatedServicesField(DSField)
in the IPv4 and IPv6 Headers
• RFC2526ReservedIPv6SubnetAnycastAddresses
• RFC2710MulticastListenerDiscovery(MLD)forIPv6
• RFC2740OSPFforIPv6
• RFC2893ConguredTunnelsandDualStackRoutingperport
• RFC2893TransitionMechanismsforIPv6HostsandRouters
• RFC3056ConnectionofIPv6DomainsviaIPv4Clouds
• RFC3363RepresentingInternetProtocolVersion6Addressesin
DNS3
• RFC3484DefaultAddressSelectionforIPv6
• RFC3513InternetProtocolVersion6(IPv6)Addressing
Architecture
• RFC3587IPv6GlobalUnicastAddressFormat
• RFC3596DNSExtensionstoSupportIPv6
• RFC3587IPv6GlobalUnicastAddressFormat
• RFC3590SourceAddressSelectionfortheMulticastListener
Discovery (MLD) Protocol
• RFC3596DNSExtensionstosupportIPversion6
• RFC3810IPv6Multicastcapabilities
• SSH/SCP,Telnet,Ping,CLI,JDMsupport
for IPv6
Platform
• RFC1305(NTPclient/unicastmodeonly)
• RFC1340AssignedNumbers
• RFC1350TheTFTPProtocol(Revision2)
Quality of Service (QoS)
• RFC2474/RFC2475DiffServSupport
• RFC2597/RFC2598DiffServperHopBehavior
• NortelAutomaticQoS
Network management
• RFC1155SMI
• RFC1157SNMP
• RFC1215ConventionfordeningtrapsforusewiththeSNMP
• RFC1269DenitionsofManagedObjectsfortheBorderGateway
Protocol:v3
• RFC1271RemoteNetworkMonitoringManagementInformation
Base
• RFC1304DenitionsofManagedObjectsfortheSIPInterface
Type
• RFC1354IPForwardingTableMIB
• RFC1389RIPv2MIBExtensions
• RFC1565NetworkServicesMonitoringMIB
• RFC1757/RFC2819RMON
• RFC1907SNMPv2
• RFC1908Coexistencebetweenv1&v2oftheInternet-standard
Network Management Framework
• RFC1930Guidelinesforcreation,selection,andregistrationofan
Autonomous System (AS)
• RFC2571AnArchitectureforDescribingSNMPManagement
Frameworks
• RFC2572MessageProcessingandDispatchingfortheSimple
Network Management Protocol (SNMP)
• RFC2573SNMPApplications
• RFC2574User-basedSecurityModel(USM)forv3oftheSimple
NetworkManagementProtocol(SNMPv3)
• RFC2575View-basedAccessControlModel(VACM)forthe
Simple Network Management Protocol (SNMP)
• RFC2576Coexistencebetweenv1,v2,&v3oftheInternet-
standard Network Management Framework
MIBs
• RFC1212ConciseMIBdenitions
• RFC1213TCP/IPManagementInformationBase
• RFC1213MIBII
• RFC1354IPForwardingTableMIB
• RFC1389/RFC1724RIPv2MIBextensions
• RFC1398DenitionsofManagedObjectsfortheEthernet-Like
Interface Types
• RFC1406DenitionsofManagedObjectsfortheDS1andE1
Interface Types
• RFC1414IdenticationMIB
• RFC1442StructureofManagementInformationforversion2of
the Simple Network Management Protocol (SNMPv2)
• RFC1447PartyMIBforv2oftheSimpleNetworkManagement
Protocol bytes)
4Router support only. Host will be supported with infinity 2.0
5Partially implemented

9
• RFC1450ManagementInformationBaseforv2oftheSimple
Network Management Protocol (SNMPv2)
• RFC1472TheDenitionsofManagedObjectsfortheSecurity
Protocols of the Point-to-Point Protocol
• RFC1483MultiprotocolEncapsulationoverATMAdaptation
Layer 5
• RFC1493BridgeMIB
• RFC1525DenitionsofManagedObjectsforSourceRouting
Bridges
• RFC1565NetworkServicesMonitoringMIB
• RFC1573InterfaceMIB
• RFC1643EthernetMIB
• RFC1650DenitionsofManagedObjectsfortheEthernet-like
Interface Types using SMIv2
• RFC1657BGP-4MIBusingSMIv2
• RFC1658DenitionsofManagedObjectsforCharacterStream
Devices using SMIv2.)
• RFC1695DenitionsofManagedObjectsforATMManagement
v8.0 using SMIv2
• RFC1696ModemManagementInformationBase(MIB)using
SMIv2
• RFC1724RIPv2MIBExtension
• RFC1850OSPFMIB
• RFC2021RMONMIBusingSMIv2
• RFC2037EntityMIBusingSMIv2
• RFC2096IPForwardingTableMIB
• RFC2233InterfacesGroupMIBusingSMIv2
• RFC2452IPv6MIB:TCPMIB
• RFC2454IPv6MIB:UDPMIB
• RFC2465IPv6MIB:IPv6Generalgroupandtextualconventions
• RFC2466IPv6MIB:ICMPv6Group
• RFC2578StructureofManagementInformationv2(SMIv2)
• RFC2613RemoteNetworkMonitoringMIBExtensionsfor
Switched Networks v1.0
• RFC2665DenitionsofManagedObjectsfortheEthernet-like
Interface Types
• RFC2668DenitionsofManagedObjectsforIEEE802.3
Medium Attachment Units (MAUs)
• RFC2674BridgeswithTrafcMIB
• RFC2787DenitionsofManagedObjectsfortheVirtualRouter
Redundancy Protocol
• RFC2863InterfaceGroupMIB
• RFC2925RemotePing,Traceroute&LookupOperationsMIB
• RFC2932IPv4MulticastRoutingMIB
• RFC2933IGMPMIB
• RFC2934PIMMIB
• RFC3019IPv6MIB:MLDProtocol
• RFC3411AnArchitectureforDescribingSimpleNetwork
Management Protocol (SNMP) Management Frameworks
• RFC3412MessageProcessingandDispatchingfortheSimple
Network Management Protocol (SNMP)
• RFC3416v2oftheProtocolOperationsfortheSimpleNetwork
Management Protocol (SNMP)
• RFC3635DenitionsofManagedObjectsfortheEthernet-like
Interface Types
• RFC3636DenitionsofManagedObjectsforIEEE802.3Medium
Attachment Units (MAUs)
• RFC3810MulticastListenerDiscoveryv2(MLDv2)forIPv6
• RFC3811DenitionsofTextualConventions(TCs)for
Multiprotocol Label Switching (MPLS) Management
• RFC3812MultiprotocolLabelSwitching(MPLS)Trafc
Engineering (TE) Management Information Base (MIB)
• RFC3813MultiprotocolLabelSwitching(MPLS)LabelSwitching
Router (LSR) Management Information Base (MIB)
• RFC3815DenitionsofManagedObjectsfortheMultiprotocol
Label Switching (MPLS), Label Distribution Protocol (LDP)
• RFC4022ManagementInformationBasefortheTransmission
Control Protocol (TCP)
• 4087IPTunnelMIB
• RFC4113ManagementInformationBasefortheUserDatagram
Protocol (UDP)
• RFC4624MulticastSourceDiscoveryProtocol(MSDP)MIB
Physical specications
Ethernet Routing Switch 8006
• Height:15.8in.(40.1cm)
• Width:17.5in.(44.5cm)
• Depth:19.9in.(50.5cm)
• Weight(empty):49lb(22kg)
• Weight(fullyloaded):140lb(63kg)
• Coolingsystem:
–Fan trays: 1 per chassis
– Fans:20perfantray
– Thermalsensors:1perfantray
Ethernet Routing Switch 8010
• Height:22.9in.(58.2cm)
• Width:17.5in.(44.5cm)
• Depth:19.9in.(50.5cm)
• Weight(empty):85lb(39kg)
• Weight(fullyloaded):225lb(102kg)
• Coolingsystem:
– Fantrays:2perchassis
– Fans:15perfantray
– Thermalsensors:1perfantray
Safety agency approvals
• ULListed(UL1950)
• IEC950/EN60950
• C22.2No.950(CUL)withallnationaldeviations
• UL-94-V1Flammabilityrequirementsfor
PC board
• NOM(NOM-019)
Environmental specications
• Operatingtemperature:0°Cto40°C
(32°Fto104°F)
• Storagetemperature:-25°Cto70°C
(-13°Fto158°F)
• Operatinghumidity:85%maximumrelativehumidity,
noncondensing
• Storagehumidity:95%maximumrelativehumidity,
noncondensing
• Operatingaltitude:3024m(10,000ft)maximum
• Storagealtitude:3024m(10,000ft)maximum
• Freefall/drop:ISO4180-s,NSTA1A
• Vibration:IEC68-2-6/34
• Shock/bump:IEC68-2-27-29
Electromagnetic emissions
summary
Meets the following standards:
• US:CFR47,Part15SubpartB,ClassA
• Australia/NewZealand:NZS3548:1995,ClassA
• Canada:ICES-003,Issue2,ClassA
• Japan:V-3/97.04:1997,ClassA
• Taiwan:CNS13438,ClassA
• EN55022:1995,ClassA
• EN61000-3-2:1995
• EN61000-3-3:1994
• Electromagneticimmunity:MeetstheEN50082-1:1997
standard
Switch fabrics and RS Modules
Order code Description
DS1404065 EthernetRoutingSwitch8692SFSwitchFabric/CPUtoenableredundantterabitcorecongurations.OnerequiredwithRModules,secondforload-
sharingandredundancy.Operablewithpre-E,EandMmodules.Includes256MBSDRAMand64MBPCMCIA.
DS1404066 8692SFSwitchFabric/CPUwithfactory-installedEnterpriseEnhancedCPUDaughterCard(SuperMezz).SuperMezzisamandatoryrequirementforIPv6,
Sub-100msecfailover,MPLS,IPVPN-Lite,IPVPNandVRF-Lite.Both8692SFmusthavetheSuperMezzinstalled;nomixedcongurations.
DS1411025 EnhancedCPUDaughterCard(SuperMezz)for8692SF.Includesdual1Ghzprocessors.SuperMezzisamandatoryrequirementforIPv6,
Sub-100msecfailover,MPLS,IPVPN-Lite,IPVPNandVRF-Lite.Both8692SFmusthavetheSuperMezzinstalled;nomixedcongurations.
DS1404097-E6 8612XLRS-12port10GBase-XLANXFPRoutingSwitchModulebaseboard(XFPssoldseparately).Requirestheuseofthe8692SF.
DS1404102-E6 8648GBRS-48portSFPRoutingSwitchModulebaseboard(SFPssoldseparately).Requirestheuseofthe8692SF.
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baseboard(XFPsandSFPssoldseparately).Requirestheuseofthe8692SF.
DS1404110-E6 8648GTRS-48portautosensing10/100/1000TXRoutingSwitchModulebaseboard.Requirestheuseofthe8692SF.
Ordering information
Chassis, power supply and software
Order code Description
DS1402001 801010slotchassis.Includeschassis,dualbackplane,twofantrays,RS232cableformanagementconsole,rackmountkitandcableguidekit.Requires
atleastonepowersupply,uptothreepowersuppliessupported.
DS1402002 80066slotchassis.Includeschassis,dualbackplane,fantray,RS232cableformanagementconsole,rackmountkitandcableguidekit.Requiresat
leastonepowersupply,uptothreepowersuppliessupported.
DS1402004 8010co10slotNEBSchassis.Includeschassis,fantrays,RS232cableformanagementconsole,rackmountkitandcablemanagement.Requiresatleast
two8004or8005powersupplies,uptothreepowersuppliessupported.Supports8600modulesonly.
DS1405012-ES 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.
DS1405011 8005DC1462WPowerSupply.Atleastonepowersupplyrequiredper8006,8010or8010cochassis.Cannotmixwith8004seriessupplies.
DS1410003-5.0 ERS8600RoutingSwitchBaseSoftwareKit(Includesv5.0baseSWlicense,DeviceManager,andcompleteSWdocumentationset).
Onelicensekitrequiredperchassis.(Supportcontractsmustbepurchasedseparately.)
DS1410005-6.2 EnterpriseSwitchManagerversion6.2
DS1405018-E6 EthernetRoutingSwitch8005DualInputACPowerSupply
DS1411018-E6 8006CMHS–CoolingModuleHighSpeed–FanTrayfor8006.RequiredforRS-Modules.Oneperchassis.
DS1411017-E6 8006CMHS–8010CMHS–CoolingModuleHighSpeed–FanTrayfor8010.RequiredforRS-Modules.Twoperchassis.

BUSINESS MADE SIMPLE
In the United States:
Nortel
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Nortel
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Toronto, Ontario M9C 5K1 Canada
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Nortel
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Nortel
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Email: euroinf[email protected]
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Nortel
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Phone: [phone]
Nortel is a recognized leader in delivering communications capabilities that make the promise of Business Made Simple
a reality for our customers. Our next-generation technologies, for both service provider and enterprise networks, support
multimedia and business-critical applications. Nortel’s technologies are designed to help eliminate today’s barriers to
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they need it. Nortel does business in more than 150 countries around the world. For more information, visit Nortel on
the Web at www.nortel.com. For the latest Nortel news, visit www.nortel.com/news.
Formoreinformation,contactyourNortelrepresentative,orcall1-800-4NORTELor1-800-466-7835fromanywhere
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Nortel, the Nortel logo, Nortel Business Made Simple and the Globemark are trademarks of Nortel Networks. All other
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Copyright © 2009 Nortel Networks. All rights reserved. Information in this document is subject to change without notice.
Nortel assumes no responsibility for any errors that may appear in this document.
NN117860-050809
Software and Licensing
Order code Description
DS1410003-5.1 ERS8600RoutingSwitchBaseSoftwareKit(Includes
v5.1baseSWlicense,DeviceManager,andcomplete
SWdocumentationset).Onelicensekitrequiredper
chassis.(Supportcontractsmustbepurchased
separately.)
DS1410021 EthernetRoutingSwitch8600AdvancedLicenseKit,for
1chassis.Enabledfeatures:BGP4(above10peers),IPv6
Routing,PCAP,MSDPandBFD.(Onelicenserequiredper
chassis.)
DS1410022 EthernetRoutingSwitch8600AdvancedLicenseKit,
forupto10chassis.Enabledfeatures:BGP4(above10
peers),IPv6Routing,PCAP,MSDPandBFD.(Onelicense
requiredperchassis.)
DS1410023 EthernetRoutingSwitch8600AdvancedLicenseKit,
forupto50chassis.Enabledfeatures:BGP4(above10
peers),IPv6Routing,PCAP,MSDPandBFD.(Onelicense
requiredperchassis.)
DS1410024 EthernetRoutingSwitch8600AdvancedLicenseKit,
forupto100chassis.Enabledfeatures:BGP4(above10
peers),IPv6Routing,PCAP,MSDPandBFD.(Onelicense
requiredperchassis.)
DS1410026 EthernetRoutingSwitch8600PremierLicenseKit,for
1chassis.Enabledfeatures:AdvancedLicensefeatures,plus,
VRF-Lite,MP-BGP,IP-VPNMPLSRFC4364/2547,IP-VPN-Lite
(IP-in-IP)andMulticastVirtualizationIGMP,PIM-SM/SSM.
(Onelicenserequiredperchassis.)
DS1410027 EthernetRoutingSwitch8600PremierLicenseKit,forup
to10chassis.Enabledfeatures:AdvancedLicensefeatures,
plus,VRF-Lite,MP-BGP,IP-VPNMPLSRFC4364/2547,
IP-VPN-Lite(IP-in-IP)andMulticastVirtualizationIGMP,PIM
-SM/SSM.(Onelicenserequiredperchassis.)
DS1410028 EthernetRoutingSwitch8600PremierLicenseKit,forup
to50chassis.Enabledfeatures:AdvancedLicensefeatures,
plus,VRF-Lite,MP-BGP,IP-VPNMPLSRFC4364/2547,
IP-VPN-Lite(IP-in-IP)andMulticastVirtualizationIGMP,
PIM-SM/SSM.(Onelicenserequiredperchassis.)
DS1410029 EthernetRoutingSwitch8600PremierLicenseKit,forupto
100chassis.Enabledfeatures:AdvancedLicensefeatures,
plus,VRF-Lite,MP-BGP,IP-VPNMPLSRFC4364/2547,
IP-VPN-Lite(IP-in-IP)andMulticastVirtualizationIGMP,
PIM-SM/SSM.(Onelicenserequiredperchassis.)
I/O Modules and miscellaneous parts
Order code Description
DS1402003 80033slotchassis
DS1304008 EthernetRoutingSwitch8672ATME2SlotMDABaseboard.
AcceptstwoMDAs,supportsupto8OC-3or2OC-12ports
DS1404060 EthernetRoutingSwitch8683POSM3SlotBaseboard.Accepts
threeMDAs,supportsupto6OC-3or3OC-12ports.Expanded
memory
DS1404090 EthernetRoutingSwitch8691SFSwitchFabric/CPUModulewith
256MBCPUmemory—OnerequiredforperEthernetRouting
Switch8600chassis.Note:Includes64MBPCMCIAash
memorycardand256MBmotherboardDRAM
DS1404063 8630GBRRoutingSwitchModule.30portSFPGBIC
baseboard.(SFPssoldseparately).The8630GBRrequires
theuseofthe8692SF
DS1404064 8683XZRthree-port10GBase-XXFPRoutingSwitchModule
baseboard(XFPspurchasedseparately).SupportsbothLAN
andWANPHY.The8683XZRrequirestheuseofthe8692SF
DS1404101 8683XLRthree-port10GBase-XXFPRoutingSwitchModule
baseboard(XFPspurchasedseparately).The8683XLR
requirestheuseofthe8692SF
DS1404045 8600WSM.4-port1000BASE-SXGigabitor10BASE-T/100BASE-
TXEthernetLayer4-7WebSwitchingModule
DS1404011 EthernetRoutingSwitch8616SXE.16-port1000BASE-SXGigabit
Ethernetinterfacemodule
DS1404024 EthernetRoutingSwitch8632TXE.3210/100TXplus2GBIC
interfacemodule.RequiresRelease3.1.2orhigher
DS1404034 EthernetRoutingSwitch8616GTE.16port1000BASE-TGigabit
Ethernetinterfacemodule
DS1404035 EthernetRoutingSwitch8648TXE.48portautosensing
10BASE-T/100BASE-TXEthernetLayer3switchinginterface
DS1404036 EthernetRoutingSwitch8608SXE.8port1000BASE-SXGigabit
Ethernetinterfacemodule
DS1404037 EthernetRoutingSwitch8624FXE.24port100BASE-FX
Ethernetinterfacemodule
DS1404038 EthernetRoutingSwitch8608GBE.8-port1000BaseGBIC
module(GBICssoldseparately)
DS1404044 EthernetRoutingSwitch8608GTE.8port1000BASE-TGigabit
Ethernetinterfacemodule
Service Delivery Modules
Order code Description
DS1404082 8660ServiceDeliveryModulewith4IntrusionSensoriSDModulesfortheEthernetRoutingSwitch8600
DS1404086 8660ServiceDeliveryModulewith2Firewall/2IntrusionSensoriSDModulesfortheEthernetRoutingSwitch8600
DS1404087 8660ServiceDeliveryModulewith1Firewall/1IntrusionSensoriSDModulefortheEthernetRoutingSwitch8600