TAILIEUCHUNG - Lecture Single-Area OSPF Implementation: Implementing OSPF

The routing algorithm of OSPF maintains a complex database of topology information, which routers use to maintain full knowledge of distant routers. OSPF is a classless, link-state routing protocol that is widely deployed in many networks. This chapter will introduce OSPF technologies. OSPF load-balances across four equal metric paths by default on Cisco routers. | Single-Area OSPF Implementation Implementing OSPF OSPF Overview Creates a neighbor relationship by exchanging hello packets Propagates LSAs rather than routing table updates Link: Router interface State: Description of an interface and its relationship to neighboring routers Floods LSAs to all OSPF routers in the area, not just directly connected routers Pieces together all the LSAs generated by the OSPF routers to create the OSPF link-state database Uses the SPF algorithm to calculate the shortest path to each destination and places it in the routing table Purpose: This figure presents the IGRP metric with its five possible components. Emphasize : Bandwidth and delay are the two metrics that are most commonly used. They also comprise the default metric. Note: Changing IGRP metrics can have great impact on network performance. Describe the IGRP 24-bit metric field, as follows: Bandwidth—Minimum bandwidth on the route, in kilobits per second. Delay—Route delay, in tens of microseconds.

• Quản trị mạng
• Single Area OSPF Implementation
• Implementing OSPF
• OSPF Hierarchy
• SPF Algorithm
• Configuring Single Area OSPF
• OSPF Configuration
• Routing Protocols
• Lecture Routing Protocols
• Background of OSPF
• OSPF Characteristics
• Backup Designated Router
• CCNA Exploration 4
• Lecture CCNA Exploration
• Backup Designated Router
• VPN Route
• Routing
• VPN routting
• route table
• RIP configuration
• BGP configuration