• Packet Tracer Skills Integration Challenge 8.4 1.2 Pack
• Packet Tracer Skills Integration Challenge 8.4 1.2 Answers
• 8.4 1.2 Packet Tracer Skills Integration Challenge Answers Pdf
• Packet Tracer Skills Integration Challenge 8.4 1.2 Answer
• Packet Tracer Skills Integration Challenge 8.4 1.2 Answers

CCNA Routing and Switching: Routing and Switching Essentials - 8.3.1.2 Packet Tracer - Skill Integration Challenge.Visit our Website: http://www.techacadhelp.

8.4.1.2 Packet Tracer – Skills Integration Challenge

Heyser, Allison Fin 8.4.1.2 Packet Tracer - Skills Integration Challenge What students are saying As a current student on this bumpy collegiate pathway, I stumbled upon Course Hero, where I can find study resources for nearly all my courses, get online help from tutors 24/7, and even share my old projects, papers, and lecture notes with other. View 7.4.1.2 Packet Tracer - Skills Integration Challenge.pdf from NETI 105 at Ivy Tech Community College of Indiana. Packet Tracer - Skills Integration Challenge Topology Addressing.

From year to year, Cisco has updated many versions with difference questions. The latest version is version 6.0 in 2018. What is your version? It depends on your instructor creating your class. We recommend you to go thought all version if you are not clear. While you take online test with netacad.com, You may get random questions from all version. Each version have 1 to 10 different questions or more. Fightback android apk. After you review all questions, You should practice with our online test system by go to 'Online Test' link below.

Packet Tracer Skills Integration Challenge 8.4 1.2 Pack

Packet Tracer – Skills Integration Challenge (Answer Version)

Answer Note: Red font color or gray highlights indicate text that appears in the Answer copy only.

Topology

8.4.1.2 Packet Tracer – Skills Integration Challenge

Addressing Table

Background

In this Skills Integration Challenge, your focus is OSPFv2 and OSPFv3 configurations. You will configure IP addressing for all devices. Then you will configure OSPFv2 routing for the IPv4 portion of the network and OSPFv3 routing for the IPv6 portion of the network. One router will be configured with both IPv4 and IPv6 configurations. Finally, you will verify your configurations and test connectivity between end devices.

Note: This activity is graded using a combination of assessment items and connectivity tests. The instructions window will not show your score. To see your score, click Check Results > Assessment Items. To see the results of a specific connectivity test, click Check Results > Connectivity Tests.

Requirements

• Use the following requirements to configure RA addressing and OSPFv2 routing:
  • IPv4 addressing according to the Addressing Table
  • Process ID 1
  • Router ID 1.1.1.1
  • Network address for each interface
  • LAN interface set to passive (do not use the default keyword)
• Use the following requirements to configure RB addressing, OSPFv2 routing and OSPFv3 routing:
  • IPv4 and IPv6 addressing according to the Addressing Table
    • Set the Gigabit Ethernet 0/0 Link Local address to FE80::1
  • OSPFv2 routing requirements:
    • Process ID 1
    • Router ID 2.2.2.2
    • Network address for each interface
    • LAN interface set to passive (do not use the default keyword)
  • OSPFv3 routing requirements:
    • Enable IPv6 routing
    • Process ID 1
    • Router ID 2.2.2.2
    • Enable OSPFv3 on each interface
• Use the following requirements to configure RC addressing and OSPFv3 routing:
  • IPv6 addressing according to the Addressing Table
    • Set the Gigabit Ethernet 0/0 Link Local address to FE80::3
  • OSPFv3 routing requirements:
    • Enable IPv6 routing
    • Process ID 1
    • Router ID 3.3.3.3
    • Enable OSPFv3 on each interface
• Configure PCs with appropriate addressing.
  • PCA and PCB IPv4 addressing must use the last assignable address in the IPv4 subnet.
  • PCB and PCC IPv6 addressing must use the second assignable address in the IPv6 network and the link-local FE80 address as the default gateway.
  • Finish the Addressing Table documentation
• Verify your configurations and test connectivity
  • OSPF neighbors should be established and routing tables should be complete
  • Pings between PCA and PCB should be successful
  • Pings between PCB and PCC should be successful

Note: If OSPFv3 has not converged, check the status of interfaces using the show ip ospf interface command. Sometimes, the OSPFv3 process needs to deleted from the configuration and reapplied to force convergence.

!—————————-
!RA
!—————————-
ena
config t
hostname RA
interface GigabitEthernet0/0
ip address 172.31.0.1 255.255.254.0
no shut
interface Serial0/0/0
ip address 172.31.4.1 255.255.255.252
no shut
router ospf 1
router-id 1.1.1.1
passive-interface GigabitEthernet0/0
network 172.31.0.0 0.0.1.255 area 0
network 172.31.4.0 0.0.0.3 area 0
end

From year to year, Cisco has updated many versions with difference questions. The latest version is version 6.0 in 2018. What is your version? It depends on your instructor creating your class. We recommend you to go thought all version if you are not clear. While you take online test with netacad.com, You may get random questions from all version. Each version have 1 to 10 different questions or more. After you review all questions, You should practice with our online test system by go to 'Online Test' link below.

Last Updated on March 20, 2018 by

9.4.1.2 Packet Tracer – Skills Integration Challenge

Packet Tracer – Skills Integration Challenge (Answer Version)

Answer Note: Red font color or gray highlights indicate text that appears in the Answer copy only.

Topology

9.4.1.2 Packet Tracer – Skills Integration Challenge

Addressing Table

Answer Note: The student version has blanks in place of all variables shown in double brackets. How to pirate final cut pro.

VLANs and Port Assignments Table

Scenario

This culminating activity includes many of the skills that you have acquired during this course. First, you will complete the documentation for the network. Make sure you have a printed version of the instructions. During implementation, you will configure VLANs, trunking, port security and SSH remote access on a switch. You will then implement inter-VLAN routing and NAT on a router. Finally, you will use your documentation to verify your implementation by testing end-to-end connectivity.

Documentation

You are required to fully document the network. You will need a print out of this instruction set, which will include an unlabeled topology diagram:

• Label all the device names, network addresses and other important information that Packet Tracer generated.
• Complete the Addressing Table and VLANs and Port Assignments Table.
• Fill in any blanks in the Implementation and Verification steps. The information is supplied when you launch the Packet Tracer activity.

Implementation

Note: All devices in the topology except [[R1Name]], [[S1Name]], and [[PC1Name]] are fully configured. You do not have access to the other routers. You can access all the servers and PCs for testing purposes.

Implement to following requirements using your documentation:

[[S1Name]]

• Configure remote management access including IP addressing and SSH:
  • Domain is cisco.com
  • User [[UserText]] with password [[UserPass]]
  • Crypto key length of 1024
  • SSH version 2, limited to 2 authentication attempts and a 60 second timeout using the following commands:
    • ip ssh version 2
    • ip ssh authentication-retries 2
    • ip ssh time-out 60
  • Clear text passwords should be encrypted.
• Configure, name and assign VLANs. Ports should be manually configured as access ports.
• Configure trunking.
• Implement port security:
  • On F0/1, allow 2 MAC addresses that are automatically added to the configuration file when detected. The port should not be disabled, but a syslog message should be captured if a violation occurs.
  • Disable all other unused ports.

Packet Tracer Skills Integration Challenge 8.4 1.2 Answers

[[R1Name]]

• Configure inter-VLAN routing.
• Configure DHCP services for VLAN 30. Use LAN as the case-sensitive name for the pool.
• Implement routing:
  • Use RIPv2 as the routing protocol.
  • Configure one network statement for the entire [[DisplayNet]] address space.
  • Disable interfaces that should not send RIPv2 messages.
  • Configure a default route to the Internet.
• Implement NAT:
  • Configure a standard, one statement ACL number 1. All IP addresses belonging to the [[DisplayNet]] address space are allowed.
  • Refer to your documentation and configure static NAT for the File Server.
  • Configure dynamic NAT with PAT using a pool name of your choice, a /30 mask, and these two public addresses:

[[NATPoolText]]

[[PC1Name]]

Verify [[PC1Name]] has received full addressing information from [[R1Name]].

Verification

All devices should now be able to ping all other devices. If not, troubleshoot your configurations to isolate and solve problems. A few tests include:

• Verify remote access to [[S1Name]] by using SSH from a PC.
• Verify VLANs are assigned to appropriate ports and port security is in force.
• Verify RIP neighbors and a complete routing table.
• Verify NAT translations and statics.
  • Outside Host should be able to access File Server at the public address.
  • Inside PCs should be able to access Web Server.
• Document any problems you encountered and the solutions in the Troubleshooting Documentation table below.

Troubleshooting Documentation

8.4 1.2 Packet Tracer Skills Integration Challenge Answers Pdf

Suggested Scoring Rubric

Packet Tracer Skills Integration Challenge 8.4 1.2 Answer

Packet Tracer scores 70 points. Documentation is worth 30 points.

Packet Tracer Skills Integration Challenge 8.4 1.2 Answers

ID:[[indexAdds]][[indexNames]]

*****************************************************
ISOMORPH ID KEY:
ID = XY where;
X = indexAdds for /24 private address space
Y = indexNAMES for device names
Note: Each seed contains variables that are independent
of the other seeds. You do not need to test all the
various combinations.