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#Packet tracer labs with ospf serial
#Packet tracer labs with ospf full
#Packet tracer labs with ospf verification

Verify all PCs can ping the web server and each other. Notice that the path from PC1 to 64.100.1.2 is redirected through R3. Cisco supports RFC 1253, OSPF Version 2 Management Information Base, August 1991. OSPF also allows packet authentication and uses IP multicast when sending and receiving packets.

Trace the path between PC1 and the web server located at 64.100.1.2. OSPF was designed expressly for IP networks and it supports IP subnetting and tagging of externally derived routing information.

Despite the lack of simulated CCNP features in Packet. These labs allow students to practice clientless SSL VPN, site to site VPN, and firewalling with deep packet inspection feature. This course will provide learners with a series of Packet Tracer labs on more advanced network protocol operation and behavior, including exercises involving Etherchannel and OSPF, hot standby router protocol, spanning tree protocol, rapid spanning tree protocol, and multiple VLAN spanning tree protocol, access control lists, and network.

#Packet tracer labs with ospf verification

This does not change the actual port speed, only the metric that the OSPF process on R1 will use to calculate best routes. CCNA Security labs can be downloaded for Packet Tracer versions starting from 6.1 as this version was the first to feature an ASA Firewall. This lab will discuss and demonstrate the configuration and verification of OSPF version 3.

#Packet tracer labs with ospf serial

On the R1 Serial 0/0/0 interface, set the bandwidth to 64 Kb/s.

Notice that the path from PC1 to 64.100.1.2 is routed through R2.

Trace the path between PC1 and the web server located at 64.100.1.2.

Step 3: Adjust the bandwidth setting on R1. Both sides of the connection need to have the same timers in order for the adjacency to be maintained. After a short period of time, the OSPF connection with R2 will fail. Step 2: Adjust the hello and dead timers between R1 and R2.Ī. Part 1: Modify OSPF Default Settings Step 1: Test connectivity between all end devices.īefore modifying the OSPF settings, verify that all PCs can ping the web server and each other. Objectives Part 1: Evaluate Network Operation of Single Area OSPF Part 2: Continue reading.

#Packet tracer labs with ospf full

Then you will verify that full connectivity is restored for all end devices. 7.2.1 Packet Tracer Configure OSPF Advanced Features Answers Packet Tracer Configure OSPF Advanced Features (Answers Version) Answers Note: Red font color or gray highlights indicate text that appears in the instructor copy only. 2.7.3 Packet Tracer Multiarea OSPF Exploration Physical Mode (Part 3) Answers Packet Tracer OSPF Multiarea Exploration Physical Mode (Part 3) (Answers Version) Answers Note: Red font color or gray highlights indicate text that appears in the Answers copy only. You will modify the default OSPF routing configurations by changing the hello and dead timers and adjusting the bandwidth of a link. Packet Tracer 8.3.3.5 details configuration of IPv6 for OSPF, which is (of sorts) a mix of regular OSPF with different addresses and some basic IPv6 configuration commands.

In this activity, OSPF is already configured and all end devices currently have full connectivity. 10.1.3.4 Packet Tracer – Configuring OSPF Advanced Features Addressing Table Device