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The document provides instructions for completing a Packet Tracer skills-based assessment to configure routing between routers. It includes 6 steps to [1] configure basic settings on routers, [2] discover the network topology, [3] set up static and default routing, [4] configure EIGRP routing, [5] modify EIGRP settings, and [6] verify full connectivity between networks. An addressing table is provided to configure IP addresses on interfaces.
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Step 1b: Assign the third subnet to the LAB 124-C LAN.
Step 1c: Assign the first network host address (the lowest) in this subnet to the G0/0 interface on CS Department.
Step 1d: Starting with the fourth subnet, subnet the network again so that the new subnets will provide 14 host addresses per subnet while wasting the fewest addresses.
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ITNE2003 - AssignmentLearning ObjectivesUpon completion of this.docx
ITNE2003 - Assignment
Learning Objectives
Upon completion of this assignment, you will be able to:
Subnet an address space given requirements.
Assign appropriate addresses to interfaces and document them in the Addressing Table.
Cable a network according to the Topology Diagram.
Erase the startup configuration and reload a router to the default state.
Configure RIPv2 routing on all routers.
Configure and propagate a static default route.
Verify RIPv2 operation.
Test and verify full connectivity.
Reflect upon and document the network implementation.
Scenario
In this lab activity, you will be given a network diagram that must be implemented in packet tracer. A combination of RIPv2 and static routing will be required so that hosts on networks that are not directly connected will be able to communicate with each other.
Topology Diagram
Task 1: Fill Addressing Table:
Step 1: Examine the network requirements.
The addressing for the network has the following requirements:
The ISP LAN will use the 203.162.108.0/24 network.
The link between the ISP router and the HQ router will use the 172.16.10.0/30 network.
The link between the BRANCH router and the HQ router will use the 172.16.10.4/30 network.
The HQ LAN will use the 192.168.1.128/25 network
The BRANCH LAN will use the 10.10.2.0/23 network.
(
Note:
Remember that the interfaces of network devices are also host IP addresses and are included in the above addressing requirements.)
Step 2: Fill the address table with appropriate IP addresses and subnet masks:
Device
Interface
IP Address
Subnet Mask
Default Gateway
BRANCH
Fa0/0
N/A
S0/0/0
N/A
HQ
Fa0/0
N/A
S0/0/0
N/A
S0/0/1
N/A
ISP
Fa0/0
N/A
S0/0/1
N/A
PC1
NIC
PC2
NIC
PC3
NIC
Task 2: Implement the Network.
Step 1: Cable a network that is similar to the one in the Topology Diagram in Packet Tracer.
You can use any current router in your lab as long as it has the required interfaces shown in the topology.
Note:
If you use 1700, 2500, or 2600 routers, the router outputs and interface descriptions will appear different.
Step 2: Perform basic administrative configuration in the BRANCH, HQ, and ISP routers
Configure the router hostname as the minimum
Task 3: Configure and Activate Serial and Ethernet Addresses.
Step 1: Configure the BRANCH, HQ, and ISP routers.
Configure the interfaces on the BRANCH, HQ, and ISP routers with the IP addresses from the Addressing Table provided under the Topology Diagram.
When you have finished, be sure to save the running configuration to the NVRAM of the router.
Step 2: Configure the Ethernet interfaces of PC1, PC2, and PC3.
Configure the Ethernet interfaces of PC1, PC2, and PC3 with the IP addresses from the Addressing Table provided under the Topology Diagram.
Task 4: Verify Connectivity to Next-Hop Device.
You should
not
have connectivity between end devices yet. However, you can test connectivity between two routers and between an end device and its default gateway.
Step 1: Verify BR.
Labpractice1 configuringbasicroutingandswitchingwithanswer-121214084802-phpapp02
This document describes the steps to configure basic routing and switching between two routers and connected devices. Key steps include:
1. Configuring interfaces on two routers (R1 and R2) with IP addresses and establishing a connection between their serial interfaces.
2. Configuring static routes between the routers to establish connectivity initially.
3. Configuring a switch (Switch1) and connecting two hosts.
4. Verifying the initial configuration works before removing static routes and configuring the routing protocol RIP on both routers to dynamically exchange routing information.
ACME Corp 205110014302001DB8CAFE11564 2051.pdf
ACME Corp. 205.1.100.14/302001:DB8:CAFE:1:.15/64 205.1.100.13/302001:DB8:CAFE:1:1/64
Corporate LAN ISP - Management VLAN 100: 172.16.100.0/24 - RnD VLAN 10: 10.10.0.0/16 -
Finance VLAN 20: 10.20.0.0/16 - Staff VLAN 30: 10.30.0.0/16 RnD's Experimental PVv Network:
2001:DB8:ACAD:1::64 On the Corporate LAN - VLAN 900 has been assigned the Native VLAN
and is not routable.Addressing Table To assist with connectivity te:SW-1 and SW-2 VLAN
Assignment Table EtherChannel Port Assignment Table The IEEE 802. 3ad open standard, Link
Aggregation Control Protocol (LACP) will be used for the EtherChannel between SW-1 and SW-
2.Router Pre-configurations The following pre-configurations have been applied to the Core router
- Hostname: Core - The router is protected from unauthorized access using a privileged exec
password of cisco - The assigned console password is class. - The VTY lines of the router have
been configured to only accept $SH type connections. - The SSH service has been configured to
use acme.com as the IP domain name and 1024 is the selected Modulus bit value. - For
authenticating SSH connections, locally configured credentials with the highest administrative
privileges available, have been set. Username: netadmin Secret Password: cisco - All service
passwords have been encrypted. - The banner MOTD message has been configured. - Interface
GO/O/1, has already been configured and enabled for IPv4 and IPv6 communication with the ISP
router. Instructions Part 1: On the Core router, complete the following configurations Step 1: On
interface Govov of the Core router, complete the remaining interface and sub-interface
configuration to support inter-VLAN routing. a. Using the Address information provided in the
Addressing Table configure and enable, on the Core router, interface Gorovo and all of its
corresponding subinterlaces. b. The sub-interface on GONar that corresponds with VLAN 900
should be configured as native, but it should NOT be routable. Step 2: Enable IPv6 Stateless
Address Autoconfiguration (SLAAC) for the RnD Experimental Network on the Core router. Step 3:
Configure DHCP pools for both the Finance and the Staff VLANs. a. Configure separate DHCP
pools for the Finance and Staff VLANs: 1) DHCP pool names: Finance and Staff 2) Using the
network address information identified in the VLAN Assignment Table configure both DHCP pools.
3) Exclude from the DHCP pool the router interface address for each corresponding VLAN. 3)
Setup each pool to also provide hosts with their corresponding default gateway address.Note: To
expedite successful completion of the Skills Assessment, all necessary configuration tasks have
already been applied on SW-2. Thus, the following onfiguration tasks need only to be completed
on SW-1. Step 1: Configure VLANs on SW-1 Using the information provided in the SW-1 and SW-
2 VLAN Assignment Table, create and name the identified VLANs on SW-1. Step 2: Assign
Access Ports to VLANs. For each host on SW-1, assign the connect.
bank soal mikrotik.docx
This document contains 20 multiple choice questions about networking and MikroTik RouterOS concepts. The questions cover topics such as IP addressing, subnetting, MAC addresses, OSI layers, firewall rules, routing protocols, and DHCP. Right answers are provided for some questions to aid in learning networking fundamentals and MikroTik features.
Ccna 2 Final V4 1
The document provides information about network configuration and security best practices:
1. HTTPS should be used to transfer credit card information on a company website to encrypt the transmission.
2. A branch office router connecting to headquarters should be configured with encapsulation PPP and IP address 192.168.5.21 to establish the serial connection.
3. The service password-encryption and enable secret commands ensure passwords are encrypted in the router configuration.
CCNA Exploration 2 - Chapter 2
This document discusses static routing and provides configuration examples. It covers defining router roles, examining directly connected networks, configuring static routes with next hop addresses or exit interfaces, summarizing routes, and troubleshooting routing issues. Static routes allow routers to forward packets to destination networks manually without a dynamic routing protocol. Route summarization and default routes reduce routing table sizes.
Summative Assessment – InternetworkingPractical Assessment Se.docx
Summative Assessment – Internetworking
Practical Assessment: Section 1
Scenario:
A company has a regional office and two branch offices. The regional office is Dundee the branches are Edinburgh and Glasgow respectively. The topology is detailed below:
You are required to set up the network shown above.
Router 0 – Dundee, Router 1 – Edinburgh, Router 2 – Glasgow
Details concerning the network:
The Dundee router provides various services the branch routers can access. The E0 interface is configured for Network Address Translation to protect the internal hosts. These reside on the 10.10.0.0 private A class address space. The outside IP address for this network is 200.100.100.0 /24. The link between Dundee and Edinburgh is a frame relay network with DLCI number 10. The link between Edinburgh and Glasgow is a 64kbps serial line with PPP encapsulation applied.
All S0 interfaces are DCE with a bandwidth of 64000bps and a clock rate of 64000.
Dundee provides DHCP services on a server attached to E0.
Section 1 (Part A): Configure serial links
This section covers Outcome 6, task 6.1 Configure Basic Frame Relay and Outcome 3, task 3.1 Implement point to point link. All Elements must be completed in order to obtain a pass.
The company decides implement link a frame relay link between Edinburgh and Dundee. The link should use IETF frame relay encapsulation. They have been assigned a DLCI number of 100. Configure the network for frame relay with a clock rate of 64000 and a bandwidth of 64kbps. A static map should be configured on Edinburgh mapping the IP address of Dundee S0/0 to DLCI 101. Similarly, a static map should be configured on Dundee mapping DLCI 101 to Edinburgh S1 interface. LMI type should be ANSI on both routers.
3.1 Implement a serial point to point link: Use this section to record the tasks carried out to implement a serial point to point link.
Task
Description of Activity
1. Cable Dundee to Edinburgh
2. Cable Edinburgh to Glasgow
6.1 Configure Basic Frame Relay: Use this section to record the tasks carried out to configure a basic frame relay link.
Task
Description of Activity
1. Configure the appropriate Dundee interface for frame relay encapsulation IETF
Dundee(config)#int se 0/1/0
Dundee(config-if)#ip add 10.10.0.1 255.255.0.0
Dundee(config-if)#clock rate 64000
Dundee(config-if)#no shut
Dundee(config-if)#int se0/1/0
Dundee(config-if)#encapsulation frame-relay ietf
2. Configure the appropriate Edinburgh interface for frame relay encapsulation IETF
Router>
Router>en
Router>enable
Router#config t
Router#config terminal
Enter configuration commands, one per line. End with CNTL/Z.
Router(config)#hostaname edinburgh
edinburgh(config-if)#ip add 10.10.1.2 255.255.0.0
edinburgh(config-if)#no shut
3. Configure static DLCI map on Edinburgh
edinburgh(config)#int se0/1/0
edinburgh(config-if)#frame-relay map ip 10.10.0.1 101 broadcast
edinburgh(config-if)#
4. Configure static DLCI map on Dundee
Dundee(config ...
Practica_Configuracion_Basica_SW_Cisco
- The document describes a lab activity where a student will configure a Cisco switch and connect a PC to test basic network connectivity. The objectives are to cable the network, configure basic switch and PC settings, verify the configuration, and test connectivity using ping and Telnet. The topology includes one switch and one PC connected via Ethernet cables.
Ch5
This chapter focuses on IP routing, which is the process of moving packets between networks using routers. It discusses the key components of a routing table that allow routers to determine the best path for packets. It also explains the step-by-step IP routing process that occurs when a host on one network attempts to communicate with a host on another network, including how the routing table is used to determine the appropriate interface to forward the packet out of. The chapter aims to provide readers with a firm understanding of the fundamentals of IP routing.
35d70683c4fd405d89db4a5287aa4b89
This chapter covers IP routing and routing basics. It discusses the components of a routing table and how a router makes forwarding decisions. It also explains static and dynamic routing configuration. The document then details the IP routing process, describing how a packet travels from one host to another on different networks, including the roles of ARP, switching, routing tables, and protocols like ICMP and IP. It uses diagrams and examples to illustrate routing concepts.
Ecet 340 Motivated Minds/newtonhelp.com
For more course tutorials visit
www.newtonhelp.com
ECET 340 Week 1 HomeWork 1
ECET 340 Week 1 iLab 1
ECET 340 Week 2 HomeWork 2
ECET 340 Week 2 iLab 2
ECET 340 Week 3 HomeWork 3
Ecet 340 Education is Power/newtonhelp.com
For more course tutorials visit
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ECET 340 Week 1 HomeWork 1
ECET 340 Week 1 iLab 1
ECET 340 Week 2 HomeWork 2
ECET 340 Week 2 iLab 2
ECET 340 Week 3 HomeWork 3
ECET 340 Week 3 iLab 3
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E routing eigrp pt practice sba
- 1. ERouting EIGRP PT Practice SBA A few things to keep in mind while completing this activity: 1. Do not use the browser Back button or close or reload any Exam windows during the exam. 2. Do not close Packet Tracer when you are done. It will close automatically. 3. Click the Submit Assessment button to submit your work. Introduction In this Packet Tracer Practice Skills-based Assessment, you will: Complete the configuration of a partially configured network Establish connectivity to the West Region and the Internet through the use of static anddynamic routing Verify connectivity Addressing Table Note: - The password for user EXEC mode is cisco - The password for privileged EXEC mode is class
- 2. Step 1: Configure the Device Basics. Note: Initially, you can only access router E-Branch2 through the console connection on NetAdmin. a. Configure the following on E-Branch2: • The router name is EB2 • The privileged EXEC mode uses the following encrypted password: class. • Enable Telnet and console line logins and use the following password: cisco. - Configure the banner message-of-the-day as Authorized access only! b. Using the Addressing Table, configure and activate all the necessary interfaces on E- Branch2. c. Configure correct host IP addressing - Configure EPC2 with the last IP address in the subnet. - Configure EPC4 with the last IP address in the subnet. Step 2: Discover the Network. a. Explore the network to determine the IP address of the serial interface that EastHQ uses toconnect to E-Branch2. b. Remotely access EastHQ. Step 3: Configure Static and Default Routing. a. Configure connectivity to the West Region. - Configure a static route on EastHQ to the entire West Region. The West Region uses the172.16.100.0/24 address space. - Use the next-hop address argument - Configure a default route on EastHQ to send to the Internet all other traffic for destinations thatare not found in the EastHQ routing table. - Use the exit interface argument. b. Verify static and default routing. Step 4: Configure EIGRP Routing. Configure EIGRP on EastHQ, E-Branch1, and E-Branch2. a. Use AS number 100. b. Do not advertise the network between EastHQ and the Internet. c. Do not advertise the network between EastHQ and the West Region. d. Advertise all other attached networks. e. Disable automatic summarization. f. Disable EIGRP updates out interfaces where there are no EIGRP neighbors available. g. On EastHQ, enter the one command in the EIGRP routing process that will propagate the defaultand static routes to E-Branch1 and E-Branch2.
- 3. Step 5: Modify the default EIGRP operation. a. Configure the link between EastHQ and E-Branch2 so that the correct bandwidth of 384 k/s isused in EIGRP calculations. b. Configure E-Branch1 to advertise a summary route for the subnets 192.168.0.0/25 and192.168.0.128/25 to EastHQ and E-Branch2. c. Configure E-Branch2 to advertise a summary route for the subnets 192.168.1.0/26 and192.168.1.64/26 to EastHQ and E-Branch1. Step 6: Verify Full Connectivity. Although these are not scored, the following connectivity tests should be successful. • Test connectivity to the West Region. • Test connectivity to the Internet.