FTOS Configuration Guide for the C-Series - Force10 Networks

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FTOS supports Border Gateway Protocol (BGP) version 4, and implements BGP based on the following IETF documents: • RFC 1771 (BGPv4) • ID draft-ietf-idr-bgp4-15.txt (revision to BGPv4) • RFC 1772 (Application of BGP in the Internet) • RFC 1997 (BGP Communities Attribute) • RFC 1998 (Application of the BGP Community Attribute in Multi-home Routing) • RFC 2270 (Using a Dedicated AS for Sites Homed to a Single Provider) • RFC 2439 (BGP Route Flap Dampening) • RFC 2519 (A Framework for Inter-Domain Route Aggregation) • RFC 2796 (BGP Route Reflection - An Alternative to Full Mesh IBGP) • RFC 2842 (Capabilities Advertisement with BGP-4) • RFC 2918 (Route Refresh Capability for BGP-4) • RFC 3065 (Autonomous System Confederations for BGP) • RFC 2858 (MultiProtocol Border Gateway Protocol on BGPv4) • RFC 4360 (BGP Extended Communities Attribute) Protocol Overview Border Gateway Protocol (BGP) is an external gateway protocol that transmits interdomain routing information within and between Autonomous Systems (AS). Its primary function is to exchange network reachability information with other BGP systems. BGP generally operates with an Internal Gateway Protocol (IGP) such as OSPF or RIP, allowing you to communicate to external ASs smoothly. BGP adds reliability to network connections be having multiple paths from one router to another. Autonomous Systems (AS) BGP Autonomous Systems (ASs) are a collection of nodes under common administration, with common network routing policies. Each AS has a number, already assigned by an internet authority. You do not assign the BGP number. AS Numbers (ASNs) are important because the ASN uniquely identifies each network on the Internet. The IANA has reserved AS numbers 64512 through 65534 to be used for private purposes. The ASNs 0 and 65535 are reserved by the IANA and should not be used in a live environment. Autonomous Systems can be grouped into three categories, defined by their connections and operation. A multihomed AS is one that maintains connections to more than one other AS. This allows the AS to remain connected to the internet in the event of a complete failure of one of their connections. However, this type of AS does not allow traffic from one AS to pass through on its way to another AS. A simple example of this is seen in Figure 335. 460 Border Gateway Protocol (BGP)
A stub AS is one that is connected to only one other AS. A transit AS is one that provides connections through itself to separate networks. For example as seen in Figure 335, Router 1can use Router 2 (the transit AS) to connect to Router 3. ISPs are always transit ASs, because they provide connections from one network to another. The ISP is considered to be 'selling transit service' to the customer network, thus the term transit AS. When BGP operates inside an Autonomous System (AS1 or AS2 as seen in Figure 335), it is referred to as Internal BGP (IBGP Interior Border Gateway Protocol). When BGP operates between Autonomous Systems (AS1 and AS2), it is called External BGP (EBGP Exterior Border Gateway Protocol). IBGP provides routers inside the AS with the knowledge to reach routers external to the AS. EBGP routers exchange information with other EBGP routers as well as IBGP routers to maintain connectivity and accessibility. Figure 335 BGP Autonomous Zones AS 1 AS 2 BGP version 4 (BGPv4) supports classless interdomain routing and aggregate routes and AS paths. BGP is a path vector protocol - a computer network in which BGP maintains the path that update information takes as it diffuses through the network. Updates traveling through the network and returning to the same node are easily detected and discarded. BGP does not use traditional Interior Gateway Protocol (IGP) matrix, but makes routing decisions based on path, network policies and/or rulesets. Unlike most protocols, BGP uses TCP as its transport protocol. FTOS Configuration Guide, version 7.7.1.0 461
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FTOS Configuration Guide for the C-
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Listed below are the new features i
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Layer 3 C-Series • 31-Bit Prefix
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• Multiple Port Monitoring Sessio
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Contents New Features . . . . . . .
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enable diagnostics on an SFM . . .
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Idle Time . . . . . . . . . . . . .
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LACP Configuration Tasks . . . . .
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Interface Range . . . . . . . . . .
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Directed Broadcast . . . . . . . .
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Replacing an Existing Line Card . .
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Enable preempt . . . . . . . . . .
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Capturing PDUs . . . . . . . . . .
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Weighted Fair Queuing for Multicast
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Related configuration tasks . . . .
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Example of using the show configura
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Appendix A Standards Compliance . .
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Preface About this Guide Objectives
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Chapter 1 Configuration Fundamental
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Figure 2 CLI Modes in FTOS EXEC EXE
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Table 2 FTOS Command Modes CLI Comm
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Figure 5 Undoing a command with the
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Table 3 Short-Cut Keys and their Ac
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If either of these messages appears
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Chapter 2 Getting Started This chap
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Configuring a Host Name The host na
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To configure a username and passwor
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Copying Files to and from the Syste
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Task Command Syntax Command Mode Sa
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Viewing Configuration Files Configu
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1. On the E-Series, the cache boot
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View your cache boot configuration
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Chapter 3 Management Management is
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specify logging to a Syslog server
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In the lines above, local7 is the l
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configure a UNIX logging facility l
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To have FTOS include a timestamp wi
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To view the configured NTP time ser
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To view whether NTP is configured o
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configure FTP client parameters To
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Command Syntax Command Mode Purpose
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To enter the LINE mode to configure
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Step Command Syntax Command Mode Pu
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Locking CONFIGURATION mode FTOS all
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Chapter 4 Simple Network Management
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To configure an SNMP host to store
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set SNMP information To set the con
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Table 6 MIB Objects for Copying Con
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Table 7 Copying Configuration Files
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Figure 44 shows the command syntax
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Query q-bride MIB object, dot1qVlan
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To assign ports 1-23 (line card 0)
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Changing Administrative Status with
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SNMP Table 9 contains SNMP traps an
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Table 9 SNMP Traps and OIDs OID Str
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Table 49 lists the traps sent by FT
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Figure 49 SNMP Traps and Error Mess
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Figure 49 SNMP Traps and Error Mess
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Chapter 5 Configuration Replace and
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Enabling the Archive Service Before
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Figure 52 Replacing the Running-con
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Figure 57 Configuring the Maximum N
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Viewing and Editing the Contents of
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Chapter 6 Remote Monitoring (RMON)
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Set rmon alarm To set an alarm on a
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The following example shows the rmo
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Chapter 7 Security Security feature
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Configuring Accounting of EXEC and
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Configuring AAA Authentication logi
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To use local authentication for ena
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To configure a user name and passwo
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To view the password configured for
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Configuration Task List for RADIUS
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If you want to change an optional p
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To select TACACS as the login authe
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TACACS+ Remote Authentication and A
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If rejected by the AAA server, the
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VTY Line Remote Authentication and
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Figure 74 Specifying an SSH version
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Figure 76 illustrates an outbound S
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Secure Shell Secure Shell (SSH) is
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Step Task Command Syntax Command Mo
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Enabling and Disabling the Telnet D
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To configure a filter for a Trace l
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To enable a Trace list, use the fol
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Chapter 8 Port Monitoring Port Moni
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FTOS Behavior: On the C-Series and
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Flow-based Monitoring Flow-based Mo
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Chapter 9 Layer 2 Layer 2 features
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In Step 2, the show vlan command in
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To create a port-based VLAN, use th
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Except for hybrid ports, only a tag
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Step Task Command Command Mode 3 Co
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• Source MAC host address • Des
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• MAC Address Learning Limit feat
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The no-station-move and station-mov
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Figure 111 Configuring mac-address-
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Figure 114 Server Cluster: Failover
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In Figure 116, interface 3/41 is a
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Chapter 10 Link Aggregation Control
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FTOS supports LAGs in the following
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Setting the LACP long timeout PDUs
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Step Task Command Command Mode 2 Cr
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Configure LACP to be hitless using
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Figure 131 Inspecting Configuration
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Summary of the configuration on ALP
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Figure 135 Using the show interface
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Figure 137 Using the show lacp Comm
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Chapter 11 VLAN Stacking The Stacka
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Single-Tag and Untagged Support on
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Use the show config command in the
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Note: On the E-Series, only the fir
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Creating a VLAN-Stack network Figur
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E1200-1 Configuration (continued) i
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Making a hybrid port a trunk port a
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Chapter 12 GARP VLAN Registration P
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Enabling GVRP Globally Enable GVRP
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Chapter 13 Interfaces Interfaces ar
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When an interface is in either mode
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Enabling an interface To determine
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To view IP information on an interf
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To configure a Management interface
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To configure a Loopback interface,
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A physical interface can belong to
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To view the interface’s configura
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Reassign an interface to a new port
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To see which port channels are memb
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IPv4, IPv6, and non-IP traffic hand
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A consideration for including VLANs
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Excluding duplicate entries Duplica
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Choosing an Interface-range Macro T
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Displaying Only Configured Interfac
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Dynamic Counters By default, counti
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Enabling Link Dampening Enable link
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The SONET ring has its own restore
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Configuring MTU Size on an Interfac
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Chapter 14 Link Layer Discovery Pro
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Organizationally Specific TLVs Orga
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• storing the information that en
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The application type is a represent
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Important Points to Remember • LL
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Step Task Command Command Mode * No
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Figure 196 Viewing All Information
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Configuring Transmit and Recieve Mo
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Figure 200 debug lldp detail—LLDP
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Table 29 LLDP System MIB Objects TL
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Chapter 15 sFlow Configuring sFlow
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Enabling and Disabling on an Interf
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Figure 205 is a sample output from
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Note: Sampling rate backoff can cha
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The previous points are summarized
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Chapter 16 IP Addressing IP Address
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To assign an IP address to an inter
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To view the configured routes, use
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The server replies with source port
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Command Syntax Command Mode Purpose
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These entries do not age and can on
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To reenable the creation of ICMP un
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Configuring a Broadcast Address Con
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In Figure 221, Packet 1 has the des
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Use the command debug ip dhcp when
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Chapter 17 IP Access Control Lists,
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V • L3 Egress Access list Note: I
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Configuring IP ACLs To configure an
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Figure 228 illustrates a standard I
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Configuring Layer 2 and Layer 3 ACL
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To view which IP ACL is applied to
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To create an egress ACLs, use the i
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To apply ACLs on loopback, use the
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To view all configured prefix lists
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ACL Resequencing ACL Resequencing a
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For example, in Figure 243, remark
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The default action is permit and th
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In the above route-map, only if a r
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To configure a set condition, use a
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Note: If the continue clause is con
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Chapter 18 High Availability High A
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If a different line card is inserte
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Standby RPM The E-Series supports t
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RPM High Availability Configuration
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Table 37 lists the data categories
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copy files between RPMs To copy fil
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Figure 260 Inserting a Line Card in
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Replacing an Existing Line Card Whe
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RPM Failover When a system with two
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Chapter 19 Spanning Tree Protocol S
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Configuring Interfaces for Layer 2
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oot R1 R2 1/1 1/2 3/1 3/2 R3 1/3 1/
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Modifying Global Parameters You can
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To enable PortFast on an interface:
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FTOS Behavior: BPDU Guard and BPDU
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Chapter 20 Per-VLAN Spanning Tree P
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Force10(conf)# protocol spanning-tr
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The following command configures th
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Viewing the PVST+ Configuration To
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Per-Port BPDU Block In metro Ethern
Page 409 and 410: Chapter 21 Rapid Spanning Tree Prot
Page 411 and 412: R1(conf-if-gi-1/1)#show config ! in
Page 413 and 414: R1#show spanning-tree rstp Root Ide
Page 415 and 416: Table 43 displays the default value
Page 417 and 418: Influence RSTP Root Selection The R
Page 419 and 420: Chapter 22 Multiple Spanning Tree P
Page 421 and 422: Enable Multiple Spanning Tree Globa
Page 423 and 424: Influence MSTP Root Selection MSTP
Page 425 and 426: Task Command Syntax Command Mode Ch
Page 427 and 428: Verify that EdgePort is enabled on
Page 429 and 430: Chapter 23 Virtual Router Redundanc
Page 431 and 432: VRRP Benefits With VRRP configured
Page 433 and 434: To create a virtual router, use the
Page 435 and 436: Figure 312 shows the same VRRP grou
Page 437 and 438: To view the password, use the show
Page 439 and 440: To track an interface, use the foll
Page 441 and 442: Figure 316 Configure VRRP Router 2
Page 443 and 444: Chapter 24 Routing Information Prot
Page 445 and 446: Enable RIP globally By default, RIP
Page 447 and 448: Control RIP routing updates By defa
Page 449 and 450: Figure 320 shows an example of the
Page 451 and 452: Summarize routes Routes in the RIPv
Page 453 and 454: Configuring RIPv2 on Core 2 Figure
Page 455 and 456: RIP Configuration on Core 3 Figure
Page 457 and 458: RIP Configuration Summary Figure 33
Page 459: Chapter 25 Border Gateway Protocol
Page 463 and 464: Establishing a session Information
Page 465 and 466: BGP Attributes Routes learned via B
Page 467 and 468: • A path with no AS_PATH configur
Page 469 and 470: An MED is a non-transitive attribut
Page 471 and 472: Next Hop The Next Hop is the IP add
Page 473 and 474: When you complete your migration, a
Page 475 and 476: Configuration Information The softw
Page 477 and 478: • Enable route flap dampening •
Page 479 and 480: Figure 345 Command example: show ip
Page 481 and 482: Figure 347 Command example: show ru
Page 483 and 484: Use the show config command in the
Page 485 and 486: The BGP fast fall-over feature is c
Page 487 and 488: Use the show ip bgp peer-group comm
Page 489 and 490: Disable this feature, using the no
Page 491 and 492: • Save all FIB and CAM entries on
Page 493 and 494: Use these commands in the following
Page 495 and 496: Table 50 Regular Expressions Regula
Page 497 and 498: To view the configuration, use the
Page 499 and 500: Step Command Syntax Command Mode Pu
Page 501 and 502: Change LOCAL_PREFERENCE attribute I
Page 503 and 504: Use the following command in the CO
Page 505 and 506: Step Command Syntax Command Mode Pu
Page 507 and 508: Aggregate routes FTOS provides mult
Page 509 and 510: The CLI example below shows configu
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Use the following command in EXEC P
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Use the clear ip bgp command in EXE
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FTOS MBGP is implemented as per IET
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Storing Last and Bad PDUs FTOS stor
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• A neighbor is unconfigured •
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Figure 367 Enable BGP - Router 1 R1
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Figure 369 Enable BGP - Router 3 R2
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Figure 371 Enable Peer Groups - Rou
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Figure 373 Enable Peer Group - Rout
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_ls Chapter 26 Open Shortest Path F
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An OSPF backbone is responsible for
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Area Border Router (ABR) Within an
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• 3: connection to a stub network
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• AS External (type 5) • NSSA E
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OSPF ACK Packing The OSPF ACK Packi
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Use these commands on one of the in
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Use the show config command in CONF
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Use the following command in the RO
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Use any or all of the following com
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Enable graceful restart Graceful Re
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• authentication-key: authenticat
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Redistribute routes You can add rou
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Troubleshooting OSPF FTOS has sever
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Basic OSPF Router Topology The foll
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Chapter 27 Quality of Service Quali
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Table 51 FTOS Support for Port-base
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Honor dot1p Priorities on Ingress T
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• Apply rate shaping to outgoing
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Determine the order in which ACLs a
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Set a DSCP value for egress packets
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Specify WRED drop precedence Specif
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• You cannot apply an input Layer
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Apply a WRED profile to traffic Onc
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• Allocate a specific bandwidth p
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Note: The command show cam-usage pr
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Chapter 28 Storm Control Storm Cont
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Chapter 29 Internet Group Managemen
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Leaving a Multicast Group 1. A host
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Figure 412 IGMP Membership Reports:
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Viewing IGMP Enabled Interfaces Int
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Adjusting the IGMP Querier Timeout
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IGMP Snooping IGMP Snooping version
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• When enabled, IGMP snooping Que
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Chapter 30 Bidirectional Forwarding
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Figure 419 BFD in IPv4 Packet Forma
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BFD sessions BFD must be enabled on
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Figure 421 BFD State Machine Down c
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Figure 423 Establishing a BFD Sessi
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View session parameters using the s
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To establish a BFD session: Step Ta
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Establishing sessions with OSPF nei
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To disable BFD sessions with all OS
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View the established sessions using
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Figure 433 Establishing Sessions wi
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To change parameters for a particul
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View the established sessions using
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Figure 438 Establishing Sessions on
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To enable Protocol Liveness: Step T
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Chapter 31 PIM Sparse Mode PIM Spar
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Configuring PIM-SM Configuring PIM-
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Identify an RP by the IP address of
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If a graceful-restart capable route
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Chapter 32 Multicast Features The M
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To trace a multicast route use the
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You may do one or more for the foll
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Chapter 33 Power over Ethernet This
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Figure 450 Enabling PoE R1(conf)# i
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• If the device advertises its po
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Recovering from a Failed Power Supp
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Creating VLANs for an Office VOIP D
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Honoring the incoming dot1p value O
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Figure 462 Classifying VOIP Traffic
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Chapter 34 Force10 Service Agent Fo
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Designating an administrator email
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Each command in the procedure, abov
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Using FTSA The purpose of FTSA is t
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To configure a policy, you select f
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Inspecting files stored locally Whe
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Figure 467 contains examples of an
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Figure 469 contains an example of t
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Debugging FTSA Use the debug call-h
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Chapter 35 802.1X 802.1X is support
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Figure 474 RADIUS Frame Format Code
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Configuring 802.1X Configuring 802.
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Configuring Request Identity Re-tra
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• ForceUnauthorized an unauthoriz
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Figure 481 Configuring a Reauthenti
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In Figure 483 shows the configurati
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Figure 485 Configuring an Authentic
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Chapter 36 C-Series Debugging and D
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Table 66 FTOS Link Monitoring Syslo
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Table 69 Poll Manager Syslog Messag
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— CP trace log file (look for a f
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1. Use the show environment command
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CP Software Exceptions When a RPM r
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Force10#debug ? aaa AAA debug infor
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Monitoring CPU and Memory Usage via
Page 705 and 706:
Table 77 SNMP Traps and OIDs OID St
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Taking the Line Card Offline Place
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Figure 501 Viewing Offline Diagnost
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Bringing the Line Card Online Bring
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• Fast burst - Sufficient time li
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Table 80 Buffer Allocation Error on
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Figure 503 C-Series - Single Queue
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Chapter 37 Upgrade Procedures This
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Step Task Command Command Mode 5 Wh
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Upgrading the Boot Flash Image on S
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Figure 510 Determining if the Runni
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To upgrade the RPM FPGA image: Step
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The flash selector may be set to ei
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Figure 515 Upgrading E-Series SFM F
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Appendix A Standards Compliance Thi
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General IPv6 Protocols FTOS support
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Multicast FTOS support, per platfor
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Network Management (continued) RFC#
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Numerics 10/100/1000 Base-T Etherne
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directed broadcast 318 disable-on-s
Page 745 and 746:
link MTU configuring 281 maximum si
Page 747 and 748:
Portfast 392, 416 Port-pipe error 6
Page 749 and 750:
Syslog servers 66 System crash 664
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FTOS Configuration Guide for the C-Series - Force10 Networks

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