Report for lab 2(2)
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This document is a lab report for a networking course that asks the student to complete several tasks involving two routers and a switch. It instructs the student to fill in a table with device names, interfaces, IP addresses, subnet masks and default gateways. It also asks the student to explain how to connect their lab computer to the two routers, provide screenshots of ping tests between devices, explain how to remotely configure the actual routers from their computer, and provide screenshots of configuring each router.
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Lab 3 Answer Sheet
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Part 1: Questions.
Step 1:
a. Which command displays the statistics for all interfaces configured on a router?
b. Which command displays the information about the Serial 0/0/0 interface only?
c. 1) What is the IP address configured on R1?
c. 2) What is the bandwidth on the Serial 0/0/0 interface?
d. 1) What is the IP address on R1?
d. 2) What is the MAC address of the GigabitEthernet 0/0 interface?
d. 3) What is the bandwidth on the GigabitEthernet 0/0 interface?
Step 2. Questions.
a. Which command displays a brief summary of the current interfaces, statuses, and IP addresses assigned to them?
b. 1) How many serial interfaces are there on R1 and R2?
b. 2) How many Ethernet interfaces are there on R1 and R2?
b. 3) Are all the Ethernet interfaces on R1 the same? If no, explain the difference(s).
Step 3: Display the routing table on R1.
a. What command displays the content of the routing table?
b. 1) How many connected routes are there (uses the C code)?
b. 2) Which route is listed?
b. 3) How does a router handle a packet destined for a network that is not listed in the routing table?
Part 2 Step 3
a. What command did you use?
Part 3 Step 1
a. 1) How many interfaces on R1 and R2 are configured with IP addresses and in the “up” and “up” state?
a. 2) What part of the interface configuration is NOT displayed in the command output?
a. 3) What commands can you use to verify this part of the configuration?
b. 1) How many connected routes (uses the C code) do you see on each router?
b. 2) How many EIGRP routes (uses the D code) do you see on each router?
b. 3) If the router knows all the routes in the network, then the number of connected routes and dynamically learned routes (EIGRP) should equal the total number of LANs and WANs. How many LANs and WANs are in the topology?
b. 4) Does this number match the number of C and D routes shown in the routing table?
Ping Table:
Ping From Device IP
Ping to Device IP
Results
PC1
PC4
R2
PC2
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Part 1: Questions.
Step 1:
a. Which command displays the statistics for all interfaces configured on a router?
b. Which command displays the information about the Serial 0/0/0 interface only?
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Step 2. Questions.
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b. 1) How many serial interfaces are there on R1 and R2?
b. 2) How many Ethernet interfaces are there on R1 and R2?
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Step 3: Display the routing table on R1.
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Part 2 Step 3
a. What command did you use?
Part 3 Step 1
a. 1) How many interfaces on R1 and R2 are configured with IP addresses and in the “up” and “up” state?
a. 2) What part of the interface configuration is NOT displayed in the command output?
a. 3) What commands can you use to verify this part of the configuration?
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Results
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Time: 5 minutes
Initialize and reload routers.
Erase the startup configurations and reload the devices.
Task
IOS Command
Points
Erase the startup-config file on all routers.
erase startup-config
(1 point)
Reload all routers.
reload
(1 point)
Points: __________ of 2
Configure Device Basic Settings
Total points: 8
Time: 20 minutes
Configure PCs.
Assign static IPv4 address information (IP address, subnet mask, default gateway) to the three PCs in the topology. Refer to the Topology diagram to obtain the IP address information.
Configuration Item or Task
Specification
Points
Configure static IPv4 address information on PC-A.
IP Address: 192.168.11.3
Subnet Mask: 255.255.255.0
Default Gateway: 192.168.11.1
1
Configure static IPv4 address information on PC-B.
IP Address: 192.168.22.3
Subnet Mask: 255.255.255.0
Default Gateway: 192.168.22.1
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Packet tracer practical guide
1) The document provides instructions for setting up networks using Packet Tracer, including how to connect devices, configure IP addresses, and set up routing.
2) It gives step-by-step explanations for creating different network scenarios with one, two, and three networks connected by switches and routers.
3) For networks with multiple routers, it emphasizes that a routing protocol like RIP must be configured so the routers know how to direct traffic between networks.
IWAN Lab Guide
This lab guide provides instructions for completing several labs that demonstrate an Intelligent WAN (IWAN) solution. The labs utilize a virtual lab environment containing routers, servers, and PCs in a data center and branch office. Students will navigate the lab topology, generate application traffic, and configure Cisco Prime Infrastructure and other components. The objective is to understand the IWAN architecture and how it optimizes application performance over the WAN.
119163798 icnd1-practice-questions-9tut
Here are the key steps to configure RIPv2 on Router1:
1. Enter configuration mode:
Router1> enable
Router1# configure terminal
2. Configure the FastEthernet 0/0 interface:
Router1(config)# interface FastEthernet 0/0
Router1(config-if)# ip address 192.168.12.1 255.255.255.0
Router1(config-if)# no shutdown
3. Configure the Serial 0/0 interface:
Router1(config-if)# interface Serial 0/0
Router1(config-if)# ip address 192.168.23.1 255.255.255.252
Router1(config-if
Report for lab 5 2017
This document provides instructions for a lab assignment on subnetting and IP addressing. It outlines 8 steps to design an IP addressing scheme for a network with multiple subnets and router interfaces. The steps include determining subnet sizes, assigning subnet addresses, and allocating IP addresses to network device interfaces within each subnet.
Report for lab 5 2017(1)
This document provides instructions for a lab assignment on subnetting and IP addressing. It outlines 8 steps to design an IP addressing scheme for a network with multiple subnets and router interfaces. The steps include determining subnet sizes, assigning subnet addresses, and allocating IP addresses to network device interfaces within each subnet.
Lab 9 instructions
This document describes configuring a basic single-area OSPFv2 network. It includes the topology diagram and addressing tables, and steps to build the network, configure OSPF routing on each router with area 0, and verify OSPF neighbor relationships and routing tables. It also provides sample outputs of show commands to check OSPF settings and interfaces.
Lab- Full IPsec Implementation.pdf
This document provides the topology, objectives, and configuration steps for a lab to implement an IPsec site-to-site VPN tunnel between routers R1 and R3. The lab involves building the network, configuring basic device settings and static routing, setting up the VPN using crypto maps, and verifying connectivity across the VPN. Command configuration examples are given for each router and switch to apply interfaces, IP addresses, routing protocols, and other settings.
CMIT 350 FINAL EXAM CCNA CERTIFICATION PRACTICE EXAM
The document provides sample questions that may appear on a CCNA certification practice exam. It includes questions about OSPF, router commands, frame relay, VLANs, routing protocols, and more. The questions cover a wide range of Cisco networking topics that are important for the CCNA exam.
ProjectPurposeThe purpose of this project is to provide an o.docx
Project
Purpose
The purpose of this project is to provide an opportunity for students to apply network administration and design competencies gained throughout this course.
Deliverables
Please choose ANY FOUR options from the following five options and complete the report for your chosen four options (OPTION 1 is MANDATORY).
Option 1: Network Design Case (100 points)
Option 2: Windows Security Firewall (33.33 points)
Option 3: Configuring OSPF Routing (33.33 points)
Option 4: Configuring EIGRP Routing (33.33 points)
Option 5: IPv6 Address Configuration (33.33 points)
Option 1: Network Design Case
Scenario
Consider that the prevailing market conditions have made it possible for our firm to expand our current operations. I have presented several options to our board of directors and they are eager to proceed with an expansion except for one condition. The board feels that our current telecommunications infrastructure hinders our business operations and that it is imperative to design a new voice and data infrastructure to facilitate the planned expansion. The board is prepared to advocate any prudent expenditure necessary to implement a new infrastructure at the upcoming stockholder’s meeting.
As you know, our firm is headquartered in San Antonio where we occupy the first and third floor of a large, but somewhat antiquated building. Each floor of the building measures 400 ft. by 250 ft. We currently have 52 Pentium-based PC’s located on the third floor to meet the needs of our accounting, billing, and phone sales departments. The first floor contains 17 Pentium-based computers and six Apple PowerMacs used by management, our receptionist, walk-in sales staff, and our adjusters. We currently have a 10Base2 network that is used to connect some, but not all, of our existing systems. The previous network manager told us the remaining systems could not be networked due to the 10Base2 architecture. We also have smaller offices in Austin, Houston, and Corpus Christi. These offices generally have 4 to 6 Pentium or Apple-based computers. The computers in these locations are not currently networked.
Our immediate expansion plans, if approved by the shareholders, include opening a second office in Houston, two offices in Dallas and an office in El Paso. These offices will be similar to the existing small offices operated in Austin, Houston and Corpus Christi. My vision for the new telecommunications network includes having all of the existing and proposed offices connected together in a seamless, secure manner. All of the computers in all of the offices should be connected.
Deliverables:
· I need to understand whether or not we can continue to build on our current network and why. I also need to know what we should use to replace it if we need to do so.
· I see the network as consisting of two primary parts, the networks within each facility and the network that connects the various facilities together. Please provide diagrams that illustrate h ...
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108EN Electrical and Electronic scienceDesign, Simulation .docx
108EN Electrical and Electronic science
Design, Simulation and Technical Report
Place a picture of your hardware design
Contents
List of Figures 0
List of Tables 0
Part A: DC circuits [15 marks] 1
Introduction (5 Marks) 1
Design and simulation (35 Marks) 1
Hardware design (10 Marks) 2
Part C Results (10 Marks) 3
Part C (10 Marks) 4
Conclusions and Recommendations (5 Marks) 5
References (5 Marks) 5
Appendix (optional) 5
1
List of Figures
Figure 1: The simulated circuit1
Figure 2: The designed decoder2
Figure 3: The hardware circuit2
Figure 4: Priority encoder3List of Tables
Table 1: Truth table2
Part A: Semiconductor Devices, LO 5,6 [10 marks]
Take a photo of your constructed circuit [1 mark]
Insert a screenshot showing the signal across the load resister[4marks]
Explain the produced graph and steps you followed to accomplish it. This should prove your ownership of the design and understanding of the functions of MyDaq kit [5 marks].
Part B: Digital Circuits LO 3,6 [75 marks]Introduction (5 Marks)
Briefly summarise your project and steps followed to accomplish it. This should be written last and should be short (about 100 to 150 words). It should emphasize briefly the basis or reasons for the experiment. In addition, the methodology/ procedure, analysis, significant findings, conclusions and recommendations are also expected to be summarised concisely (in few sentences bearing in mind the number of words limitation).
The introduction should include an introductory paragraph that details the relevance of this lab to the demonstration of engineering principles.
A few paragraphs should be written that give good examples of where this work occurs in industry/ engineering design etc (Provide some figures of relevant application).
Introduce very briefly the rest of the Lab report sections here.
Hardware design (15 Marks)
Provide a brief description of all elements used in building the circuits (Push buttons, Pull-up resistors, Inverters, decoders, 7-segment resistors and 7-segment), suggestions and further improvements. Use the datasheets provided via Moodle or any other references. Use Harvard referencing guide found on Moodle.
Figure 3: The hardware circuit
Figure 4: Priority encoder
Figure 5: Common Anode 7 segment display (Source: ElectronicsTutorials)
Use Harvard referencing. Design and simulation (35 Marks)
Figure 1: The simulated circuit on Multisim
Re-design the SN7447A IC using logic gates, explain how and what you have done. Provide background theory and math (Boolean) where appropriate.
Table 1: Truth table
Clearly labelled photographs or schematics (often preferable) of the equipment are required.
Figure 2: The designed decoder on Multisim
It is important to show evidence of deep gained knowledge.
Conclusions and Recommendations (5 Marks)
This section (100 – 200 words) should briefly summarise the main conclusions of the laboratory exercise. What comes first, simulation or hardware c ...
Ecet 340 Education is Power/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 Week 3 iLab 3
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ECET 340 Week 1 HomeWork 1
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ECET 340 Week 2 iLab 2
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ECET 340 Week 1 HomeWork 1
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ECET 340 Week 2 iLab 2
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Ccna labs-udemy
- The document provides lab exercises for CCNA/ICND2 exam preparation over 7 days, with topology diagrams and tasks to complete for each day including implementing routing protocols and troubleshooting scenarios.
- Day 1 requires implementing the given topology within 20 minutes, configuring routing to allow ping from a test PC to router R2.
- Additional tasks and topologies are provided for subsequent days covering topics like VLANs, OSPF, EIGRP, IPv6 routing, and troubleshooting L2 issues.
- Configuration files are included for some devices as examples.
Router commands
This document provides a reference for Cisco router commands introduced during the Cisco Networking Academy Program semesters 2, 3, and 4 for CCNA certification, covering topics such as router configurations, interfaces, protocols, testing, and passwords. It includes the semester 2 lab topology diagram and lists physical router connection steps. The document is compiled from Cisco Networking Academy and CCNA study guide sources.
Networking
Cisco Packet Tracer is a network simulation program that allows students to experiment with network behavior and concepts like switching and routing. The document demonstrates how to set up a virtual network in Packet Tracer with PCs, switches, routers and servers and configure IP addresses and static routing. It shows how to assign IP addresses to devices, connect the devices with cables, and use the ping command to test connectivity between PCs across the routed network.
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