– 541 –
C
HAPTER
21
| Unicast Routing
Configuring the Open Shortest Path First Protocol (Version 2)
Figure 346: Showing OSPF Process Identifiers
C
ONFIGURING
G
ENERAL
P
ROTOCOL
S
ETTINGS
To implement dynamic OSPF routing, first assign VLAN groups to each IP
subnet to which this router will be attached (as described in the preceding
section), then use the Routing Protocol > OSPF > System (Configure) page
to assign an Router ID to this device, and set the other basic protocol
parameters.
CLI R
EFERENCES
◆
"Open Shortest Path First (OSPFv2)" on page 1135
P
ARAMETERS
These parameters are displayed in the web interface:
◆
Process ID
– Protocol identifier as configured on the Routing
Protocol > OSPF > Network Area (Add) page. (Range: 1-65535)
General Information
◆
RFC1583 Compatible
– If one or more routers in a routing domain
are using early Version 2 of OSPF, this router should use RFC 1583
(early OSPFv2) compatibility mode to ensure that all routers are using
the same RFC for calculating summary route costs. Enable this field to
force the router to calculate summary route costs using RFC 1583.
(Default: Disabled)
When RFC 1583 compatibility is enabled, only cost is used when
choosing among multiple AS-external LSAs advertising the same
destination. When disabled, preference is based on type of path, using
cost only to break ties (see RFC 2328).
If there any OSPF routers in an area exchanging summary information
(specifically, ABRs) which have not been upgraded to OSPFv2
(RFC 2328), RFC 1583 should be used on the newly upgraded OSPFv2
routers to ensure compatibility with routers still running older OSPFv2
code.
◆
OSPF Router ID
– Assigns a unique router ID for this device within the
autonomous system for the current OSPF process.
The router ID must be unique for every router in the autonomous
system. Also, note that the router ID can be set to 255.255.255.255.
If this router already has registered neighbors, the new router ID will
be used when the router is rebooted, or manually restarted using the
no router ospf
command followed by the
router ospf
command.
Содержание LGB6026A
Страница 6: ...ABOUT THIS GUIDE 4...
Страница 40: ...38 CONTENTS...
Страница 60: ...58 SECTION I Getting Started...
Страница 86: ...84 SECTION II Web Configuration Unicast Routing on page 517 Multicast Routing on page 575...
Страница 162: ...160 CHAPTER 5 Interface Configuration VLAN Trunking...
Страница 196: ...194 CHAPTER 6 VLAN Configuration Configuring MAC based VLANs...
Страница 204: ...CHAPTER 7 Address Table Settings Clearing the Dynamic Address Table 202...
Страница 238: ...CHAPTER 11 Class of Service Layer 2 Queue Settings 236...
Страница 254: ...252 CHAPTER 12 Quality of Service Attaching a Policy Map to a Port...
Страница 448: ...446 CHAPTER 16 Multicast Filtering Multicast VLAN Registration...
Страница 470: ...468 CHAPTER 17 IP Configuration Setting the Switch s IP Address IP Version 6...
Страница 576: ...574 CHAPTER 21 Unicast Routing Configuring the Open Shortest Path First Protocol Version 2...
Страница 606: ...604 CHAPTER 22 Multicast Routing Configuring PIMv6 for IPv6...
Страница 620: ...618 CHAPTER 23 Using the Command Line Interface CLI Command Groups...
Страница 672: ...670 CHAPTER 25 System Management Commands Time Range...
Страница 692: ...690 CHAPTER 26 SNMP Commands...
Страница 700: ...698 CHAPTER 27 Remote Monitoring Commands...
Страница 854: ...CHAPTER 34 Port Mirroring Commands Local Port Mirroring Commands 852...
Страница 862: ...860 CHAPTER 36 Address Table Commands...
Страница 958: ...956 CHAPTER 40 Quality of Service Commands...
Страница 1034: ...1032 CHAPTER 42 LLDP Commands...
Страница 1044: ...1042 CHAPTER 43 Domain Name Service Commands...
Страница 1062: ...1060 CHAPTER 44 DHCP Commands DHCP Server...
Страница 1206: ...CHAPTER 47 IP Routing Commands Open Shortest Path First OSPFv3 1204...
Страница 1250: ...1248 SECTION IV Appendices...
Страница 1256: ...1254 APPENDIX A Software Specifications Management Information Bases...
Страница 1278: ...1276 COMMAND LIST...