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| Unicast Routing
Configuring the Routing Information Protocol
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ES-4500G Series
A route metric must be used to resolve the problem of redistributing
external routes with incompatible metrics.
When a metric value has not been configured on this page, the default-
metric determines the metric value to be used for all imported external
routes.
It is advisable to use a low metric when redistributing routes from
another protocol into RIP. Using a high metric limits the usefulness of
external routes redistributed into RIP. For example, if a metric of 10 is
defined for redistributed routes, these routes can only be advertised to
routers up to 5 hops away, at which point the metric exceeds the
maximum hop count of 15. By defining a low metric of 1, traffic can
follow an imported route the maximum number of hops allowed within
a RIP domain. However, using a low metric can increase the possibility
of routing loops For example, this can occur if there are multiple
redistribution points and the router learns about the same external
network with a better metric from a redistribution point other than that
derived from the original source.
W
EB
I
NTERFACE
To import external routing information from other routing domains:
1.
Click Routing Protocol, RIP, Redistribute.
2.
Select Add from the Action list.
3.
Specify the protocol types (directly connected, OSPF or static) from
which to import external routes, and the metric to assign to these
routes.
4.
Click Apply.
Figure 343: Redistributing External Routes into RIP
To show external routes imported into RIP:
1.
Click Routing Protocol, RIP, Redistribute.
2.
Select Show from the Action list.
Summary of Contents for iPECS ES-4526G
Page 1: ...USER GUIDE User Manual ES 4550G ES 4526G Managed Layer 3 Stackable GE Switch ...
Page 38: ...CONTENTS 38 ES 4500G Series ...
Page 58: ...SECTION I Getting Started 58 ES 4500G Series ...
Page 70: ...CHAPTER 1 Introduction System Defaults 70 ES 4500G Series ...
Page 86: ...SECTION I Web Configuration 86 ES 4500G Series Multicast Filtering on page 413 ...
Page 196: ...CHAPTER 6 VLAN Configuration Configuring MAC based VLANs 196 ES 4500G Series ...
Page 204: ...CHAPTER 7 Address Table Settings Clearing the Dynamic Address Table 204 ES 4500G Series ...
Page 228: ...CHAPTER 8 Spanning Tree Algorithm Configuring Interface Settings for MSTP 228 ES 4500G Series ...
Page 230: ...CHAPTER 9 Rate Limit Configuration 230 ES 4500G Series Figure 106 Configuring Rate Limits ...
Page 260: ...CHAPTER 12 Quality of Service Attaching a Policy Map to a Port 260 ES 4500G Series ...
Page 478: ...CHAPTER 17 IP Configuration Setting the Switch s IP Address IP Version 6 478 ES 4500G Series ...
Page 528: ...CHAPTER 20 IP Services Forwarding UDP Service Requests 528 ES 4500G Series ...
Page 614: ...CHAPTER 22 Multicast Routing Configuring PIMv6 for IPv6 614 ES 4500G Series ...
Page 628: ...CHAPTER 23 Using the Command Line Interface CLI Command Groups 628 ES 4500G Series ...
Page 702: ...CHAPTER 26 SNMP Commands 702 ES 4500G Series ...
Page 710: ...CHAPTER 27 Remote Monitoring Commands 710 ES 4500G Series ...
Page 868: ...CHAPTER 34 Port Mirroring Commands Local Port Mirroring Commands 868 ES 4500G Series ...
Page 890: ...CHAPTER 37 Address Table Commands 890 ES 4500G Series ...
Page 1066: ...CHAPTER 43 LLDP Commands 1066 ES 4500G Series ...
Page 1076: ...CHAPTER 44 Domain Name Service Commands 1076 ES 4500G Series ...
Page 1286: ...CHAPTER 49 Multicast Routing Commands PIM Multicast Routing 1286 ES 4500G Series ...
Page 1288: ...SECTION I Appendices 1288 ES 4500G Series ...
Page 1294: ...APPENDIX A Software Specifications Management Information Bases 1294 ES 4500G Series ...
Page 1327: ...ES 4526G ES 4550G E042011 ST R01 150200000149A ...
Page 1328: ...APRIL 2011 ISSUE 1 0 ...