Ccna lab guide free download

Ccna lab guide free download

CCNAS 2.0 Lab Manual.pdf,CCNA Book Lab. Manual v5

CCNA Routing & Switching Lab Workbook | Free CCNA Workbook CCNA Routing & Switching Section 1 – Getting Started with your Cisco Lab Lab Identifying Router Components and 13/02/ · CCNAS Lab blogger.com CCNA Certification Community CCNAS Lab blogger.com Feb 13, Knowledge Cisco Admin Hi buddy's, I think this is helpful for Download Ccna Lab Guide PDF/ePub or read online books in Mobi eBooks. Click Download or Read Online button to get Ccna Lab Guide book now. This site is like a 12/10/ · Neil has also a video course which will prepare you for passing Cisco CCNA exam, but the PDF guide alone is Free. Fair enough. It uses free software GNS3 and Packet Tracer. Download. CCNA Data Center. Download. CCNA Security. Download. CCNA VOICE. Download. blogger.comty. Chuyên gia mạng quốc tế CCNA Routing and Switching ... read more

Lab Configuring Trunk Ports using ISL or Lab Configuring An EtherChannel Link. Lab Configuring EtherChannel Utilizing PAgP. Lab Configuring EtherChannel Utilizing LACP. Lab Configuring a Port Channel Interface. Lab Configuring a Static ARP Entry. Lab Configuring VLAN Trunking Protocol VTP. Lab Configuring VTP Transparent Mode and VTP Pruning. Lab Configuring Inter-VLAN Routing Router-on-a-Stick. Lab Configuring Per-VLAN Spanning Tree Protocol. Lab Configuring Rapid Per-VLAN Spanning Tree Protocol. Lab Configuring Multiple Spanning Tree Protocol MSTP. Lab Configuring Switchport Spanning Tree Portfast.

Lab Configuring Switchport Spanning Tree BPDU Guard. Lab Configuring STP Interface Specific Attributes. Lab Configuring Dynamic Switchport Security. Lab Configuring Sticky Switchport Security. Lab Configuring a Switched Port Analyzer Session. Lab Configuring Point-to-Point T1 Links using PPP or HDLC. Lab Configuring Point-to-Point Frame Relay Links. Lab Configuring Point-to-Point Frame Relay Sub-Interfaces. Lab Configuring a Point-to-Multipoint Frame Relay WAN. Lab Configuring and Understanding Frame Relay Inverse ARP. Lab Configuring Static Routing. Lab Configuring a Floating Static Route. Lab Configuring a Static Default Route. Lab Configuring Routing Information Protocol RIP. Lab Configuring RIP Versions 1 and 2. Lab Configuring RIP Timers. Lab Configuring RIP Triggered Updates. Lab Configuring RIP Interface Options.

Lab Configuring RIP Static Neighbors. Lab Configuring RIP Default Information Originate. Lab Configuring RIP Route Summarization. Lab Configuring RIP Route Metric Offset-Lists. Lab Configuring Basic EIGRP. Lab Configuring EIGRP Static Neighbors. Lab Configuring EIGRP Split Horizon. Do you see any MAC addresses? Why or why not? The switch will periodically flush old entries. Examine a Routing Table 9 View the routing table on R1. What routes are present and why? These routes were automatically created when the IP address Open in GNS3 to load the lab. This configures the lab topology as shown above and adds static routes between R1 and R3. You can learn the theory for this section and shortcut your path to CCNA certification by getting my CCNA Complete course. lab domain 2 Add host entries for R1, R2 and R3 using the IP addresses shown in the topology diagram.

Use Configure R1 as a DNS Client 3 Configure R1 to use R3 as its DNS server. Examine the ARP Cache on the Routers 5 Do you expect to see an entry for R3 in the ARP cache of R1? Configure R3 as a DNS Server 1 Configure R3 as a DNS server for the flackbox. lab domain R3 config ip domain-lookup R3 config ip name-server lab R3 config ip dns server 2 Add host entries for R1, R2 and R3. R3 config ip host R1 lab R1 config ip domain-lookup R1 config ip name-server lab 4 Verify that you can ping R2 and R3 from R1 using their hostnames. R1 ping R2 Translating "R2" domain server ARP requests use broadcast traffic so they are not forwarded by a router.

R1 will have entries in its ARP cache for all hosts it has seen on its directly connected networks R1 is not directly connected to the R1 sh arp Protocol Address Age min Hardware Addr Type Interface Internet This configures the lab topology as shown above with R3 as a DNS server and adds static routes between R1 and R3. Troubleshoot Connectivity to DNS Server 1 R3 has just been configured as a DNS server for the Flackbox. lab domain. Members of staff have complained that DNS is not working. Note that there may be more than one issue causing the problem. Troubleshoot Connectivity to DNS Server 1 R3 has just been configured as a server for the Flackbox. There is more than one way to troubleshoot the issue. A suggested workflow is shown below.

The first two questions to ask when troubleshooting a problem are: 1. Was it working before? If so, has something changed which could cause the problem? This will usually direct you to the cause. This question is not particularly useful for our example as the DNS server has just been brought online for the first time. Is the problem affecting everybody or just one particular user? In this case the problem is affecting all users, so the problem is likely on the server end or with the network. Ping from R1 to R3. Rather than checking connectivity hop by hop, we can possibly save a little time by using traceroute. R1 traceroute Tracing the route to H The traceroute got as far as R2, which lets us know that R1 has the correct route to get to R3, and the problem is probably between R2 and R3.

R2 has an interface connected to the We do need to check that the interface is up though. R2 sh ip int brief Interface IP-Address OK? R1 ping R3. lab Translating "R3. The error message tells us the problem if we take the time to really read it — R1 is using We fix that next. R1 config ip name-server The error message helps us again. First, we forgot to remove the incorrect DNS server entry. Fix that first. R1 config no ip name-server R1 telnet R3 sh run include dns R3 The DNS server command is missing. R3 sh run Building configuration ip domain name flackbox. lab ip host R1 ip dns server! truncated That looks better. Time to test it from R1 again. We try telnet to port 53 first. Open [Connection to The final check is to verify by pinging by FQDN. Problems in the real world are usually caused by just one error rather than three as in this case. This can still occur though, particularly when a new service is being deployed. Verify the speed and duplex setting. Leave the settings as they are on R2.

What is the status of the interface? SW1 show version Cisco IOS Software, C Software CLANBASE-M , Version SW1 show ip interface brief Interface IP-Address OK? Method Status Protocol Vlan1 It will not forward traffic. R2 show ip interface brief Interface IP-Address OK? You will also perform an IOS upgrade on a Cisco switch. Use Cisco Packet Tracer for this exercise. The generic server in Packet Tracer as shown in the topology diagram below has built-in TFTP server software. Factory Reset 1 View the running configuration on R1. Note that the hostname and interface have been configured 2 Factory reset R1 and reboot 3 Watch the boot up process as the router boots 4 The router should boot into the Setup Wizard. Exit out of the wizard and then confirm the startup and running configurations are empty.

In a real world scenario you would enter the Break sequence on the keyboard when first powering up the router to access the rommon prompt 8 Configure the router to ignore the startup-config when booting up, and reload the router 9 The router should boot into the Setup Wizard. Exit out of the wizard 10 What do you expect to see if you view the running and startup configurations? Confirm this. Do not miss this step or you will factory reset the router! Use a suitable name for the backup file. Verify the configuration has been backed up. IOS System Image Backup and Recovery 17 Backup the IOS system image on R1 to the TFTP server. Recover the system image using the TFTP server. You have completed this part of the lab once you have entered the tftpdnld command. IOS Image Upgrade 21 Verify SW1 is running C Software CLANBASE-M , Version Note that the hostname and interface have been configured.

R1 sh run Building configuration hostname Router! R1 config-if line con 0 R1 config-line exec-timeout 30 0 R1 config-line end R1 copy run start Destination filename [startup-config]? In a real world scenario you would enter the Break sequence on the keyboard when first powering up the router to access the rommon prompt R1 config config-register 0x R1 config end Router copy start run R1 reload Proceed with reload? Exit out of the wizard System Configuration Dialog Continue with configuration dialog? The running configuration should be empty because the router bypassed loading the startup config on boot up. The startup config should remain unchanged and all previous configuration should still be there. Router sh run Building configuration Router copy start run Destination filename [running-config]? R1 copy run flash Destination filename [running-config]?

Backup-1 Building configuration bin 2 sigdef-category. xml 1 sigdef-default. R1 copy start tftp Address or name of remote host []? Backup-2 Writing startup-config!! bin Address or name of remote host []? Writing cuniversalk9-mz. R1 delete flash:cuniversalk9-mz. bin Delete filename [cuniversalk9-mz. The system is unable to boot automatically. The BOOT environment variable needs to be set to a bootable image. bin Invoke this command for disaster recovery only. WARNING: all existing data in all partitions on flash will be lost! Do you wish to continue? This is as far as we can go with this part of the lab. bin SW1 copy tftp flash Address or name of remote host []? bin Destination filename [clanbasek9-mz. Loading clanbasek9-mz. bin from text bytes total bytes free SW1 config t SW1 config boot system clanbasek9-mz. bin 23 Reboot and verify the switch is running the new software version SW1 reload Proceed with reload?

You will also examine the effect of longest prefix match routing. Verify this. Static Routes 7 Configure IP addresses on R2, R3 and R4 according to the Lab Topology diagram. Do not configure R5. Longest Prefix Match 16 Configure IP addresses on R5 according to the Lab Topology diagram 17 Do not add any additional routes. If so, which path will the traffic take? Achieve this with a single command. Note that the lab does not actually have Internet connectivity. Ping from PC1 to PC2 should be successful as both PCs are in networks which R1 is directly connected to. The ping went via R1 at Ping from PC1 to PC3 should fail as R1 does not have a route to the R1 config ip route Ping PC2 and PC3 from PC1. Summary Routes 11 Remove all the static routes on R1 R1 config no ip route A summary route to The summary route on R1 to A ping from PC1 to Add a summary route on R5 for all the directly connected networks on R1.

R5 config ip route R5 traceroute This shows that routers make independent decisions based on their routing table and it is possible though not common for return traffic to take an asynchronous path. A route from R1 to the R1 config ip route 0. Add an additional default route on R1 to send Internet traffic via R5. R4 config ip route Basic configuration for various IGPs is included but is not the focus of this lab exercise. Configuration for each of the IGPs will be covered in detail later. Routing Protocol Updates 1 Enter the commands below on each router to provision a basic RIPv1 configuration and enable RIP on every interface. router rip network Observe the updates being sent and received. What kind of traffic is used unicast, broadcast or multicast? router rip version 2 4 What kind of traffic is used for the updates now? Comparing Routing Protocols 8 View the RIP database on R1. router ospf 1 network What is different between it and the RIP database?

Routing Protocol Metrics and Administrative Distance 16 Enter the command below to remove OSPF on every router no router ospf 1 17 Will R1 still have connectivity to R4? router eigrp no auto-summary network R5 config no router rip R5 config no router eigrp 27 Configure the network so that there is still connectivity between all subnets if the link between R1 and R2 goes down. Accomplish this with six commands. Do not enable EIGRP on R5 but note that the routing protocol is expected to be enabled there in the future. R5 config router eigrp R5 config-router no auto-summary R5 config-router network Assign the IP address R1 config router eigrp R1 config-router network Adjacencies and Passive Interfaces 43 Enter the command below to verify that R1 has established EIGRP adjacencies with R2 and R5.

R1 show ip eigrp neighbors EIGRP-IPv4 Neighbors for AS H Address Interface Hold Uptime SRTT RTO Q Seq sec ms Cnt Num 1 The updates are being sent on the broadcast address All hosts on the subnet must process the packets. The updates are being sent on the RIPv2 multicast address Only RIPv2 routers will process the packets beyond layer 3. Two paths to Both routes are installed in the routing table and the router will perform Equal Cost Load Balancing between the next hops of R1 show ip rip database OSPF uses cost as its metric which takes into account interface bandwidth. The interfaces on R5 have a configured bandwidth of 10Mbps. The interfaces along the top path of the network topology all have the default FastEthernet bandwidth of Mbps so this route is preferred. All traffic will go via the next hop OSPF will reconverge.

The routes to the The new routes have a higher metric. This is why they were not in the routing table when the path via R2 was up. RIP is a Distance Vector routing protocol so it only knows its directly connected neighbors and the lists of networks those neighbors have advertised. OSPF is a Link State routing protocol so it knows the state of every link on every router in its area. R1 show ip ospf database OSPF Router with ID RIP is still running so RIP routes will replace the removed OSPF routes in the routing table. A hop count of 2. A composite metric of EIGRP uses a composite metric which takes into account interface bandwidth and delay. Floating static routes need to be added as a backup to the EIGRP routes.

These routes would normally be preferred to the route learned via EIGRP because static routes have a better Administrative Distance of 1 by default. It is required to prevent the floating static routes from being preferred when EIGRP is enabled in the future however. Summary routes need to be used to accomplish the task in six commands. The EIGRP routes will be removed. R1 config interface loopback0 R1 config-if ip address There is no connectivity from the PCs to the loopback interfaces because they are not in the routing tables of the routers apart from the local loopback interface on each router. The loopback interfaces are not in the routing tables because they are in the The EIGRP adjacency between R1 and R5 will go down.

All EIGRP routes via R1 will be removed from the routing table and replaced with routes via R4. Configuring the loopback interface as a passive interface on R1 does not affect any routing tables but is a best practice. Troubleshoot Connectivity 1 Use ping to test connectivity from PC1 to PC3. Connectivity is down. Traceroute is making it as far as We need to add a static route for the R3 config ip route R1 config ip sla 1 R1 config-ip-sla icmp-echo RIP Configuration 1 Enable RIPv2 on every router. Ensure all networks except Do not perform any summarisation. Verify this give the routing table a couple of minutes to converge. x networks? Internal routes must not advertised to the Service Provider at On every router: R1 config router rip R1 config-router version 2 R1 config-router no auto-summary R1 config-router network Configure summarisation in both directions on the R2 and R5 routers.

The routes will use Equal Cost Multi Path through routers R2 and R5. R4 will have a It will not load balance traffic through R2 as well because that path would have a hop count of 2. R4 is not directly adjacent to R2 as R1 is, it is an extra hop away. Internal routes must not be advertised to the Service Provider at The Inject the default static route into RIP on R4. Check the current timers first. EIGRP Basic Configuration 1 Enable EIGRP AS on every router. Use the IP address For example Verify this give the routing table a few seconds to converge. Successors and Feasible Successors 11 There are two possible paths which R1 could use to reach the Which route is in the routing table? EIGRP Metric 15 Traffic from R1 to the Change this to go via R2 instead. The path via R5 must be a Feasible Successor. Default Route Injection 18 Ensure that all routers have a route to the On every router: R1 config router eigrp R1 config-router network R1 config interface loopback0 R1 config-if ip add The Router ID is This was the highest IP address on the router when EIGRP was enabled.

The Router ID will change to the Loopback address R1 sh ip eigrp neighbors EIGRP-IPv4 Neighbors for AS H Address Interface Hold Uptime SRTT RTO Q Seq sec ms Cnt Num 1 It will not load balance traffic through R2 as well because that path would have a higher metric. Individual routes for all networks will be restored in the routing tables. The path via R5 at The Reported Distance is , The Feasible Distance is The Reported Distance from R2 is not less than the Feasible Distance of the Successor Route via R5 also , so it is not a Feasible Successor. All interfaces have a delay of usec. Note you could alternatively reduce the delay on the links via R2. You could also have changed the bandwidth configured on the links, but changing delay is the recommended method. I double the delay to usec note the command is delay 20, not You need to set the delay high enough that the path to R2 will have a better metric, but not too high because we need the path via R5 to have a low enough Reported Distance to be a Feasible Successor.

Configure EIGRP summary routes on R4 to inject the default static route into EIGRP. Summary routes should be configured on the interfaces facing R3 and R5. OSPF Cost 9 There are two possible paths which R1 could use to reach the Default Route Injection 12 Ensure that all routers have a route to the Multi-Area OSPF 17 Convert the network to use multi-area OSPF. R3 and R4 should be backbone routers, R1 a normal router in Area 1, and R2 and R5 ABRs as shown in the diagram below. x networks. Why is it not load balancing the traffic through both R2 and R5?

OSPF Basic Configuration 1 Enable a loopback interface on each router. On every router: R1 config interface loopback0 R1 config-if ip address On every router: R1 config router ospf 1 R1 config-router network The loopback address is used for the Router ID, R1 show ip ospf neighbor Neighbor ID Pri State Dead Time Address Interface Remember to do this on all routers. R1 config router ospf 1 R1 config-router auto-cost reference-bandwidth 7 What will the OSPF cost be on the FastEthernet links? The cost changes from 3 to Since we changed the reference bandwidth, all interfaces have a cost of R3 and R4 require no change as all their interfaces are already in Area 0. R1 show run section ospf ip ospf cost router ospf 1 auto-cost reference-bandwidth network I used a R2 sh run section ospf router ospf 1 auto-cost reference-bandwidth network R5 sh run section ospf ip ospf cost ip ospf cost router ospf 1 auto-cost reference-bandwidth network R1 sh ip ospf neighbor Neighbor ID Pri State Dead Time Address Interface Uses port numbers to keep different application data separated from each other.

Ex: SQL, NFS, RPC, X Window, NetBIOS, Winsock, BSD socket. Transport Provides reliable TCP and unreliable UDP application data delivery services, as well as segmentation and reassembly of applications data. Important concepts are connection-oriented, connectionless, error recovery, acknowledgment, flow control, and windowing. Protocols: TCP, UDP, SPX Sequenced Packet Exchange. Network Defines end-to-end packet delivery and tracking of end system locations with logical addressing IP addresses. Allows communication between end systems from different networks. Data Link Defines how to transmit data over a network media how to place network layer packets onto the network media cable or wireless with physical addressing. Protocols: LAN Ethernet, WAN HDLC, PPP, Frame Relay, ATM. Physical Defines specifications for communication between end systems and the physical media how to place data link layer frames onto the media. Defines connector shapes, number of pins, pin usages or assignments, electrical current levels, and signal encoding schemes.

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Abubakker Robin. Download Download PDF Full PDF Package Download Full PDF Package This Paper. A short summary of this paper. Download Download PDF. Download Full PDF Package. Clickable Table of Contents Introduction Any advice that I give is my opinion based on my own experience. You should always seek the advice of a professional before acting on something that I have published or recommended. The material in this guide may include information, products or services by third parties. Third Party Materials comprise of the products and opinions expressed by their owners. As such, I do not assume responsibility or liability for any Third Party material or opinions. You are responsible for complying with any legal requirements such as licensing of Third Party software.

No part of this publication shall be reproduced, transmitted, or sold in whole or in part in any form, without the prior written consent of the author. All trademarks and registered trademarks appearing in this guide are the property of their respective owners. Introduction Thanks very much for taking the time to download this free eBook. It contains complete configuration lab exercises and solutions to help you pass the Cisco CCNA Routing and Switching exam. You can also use it as a configuration reference for Cisco routers and switches. I hope you can make use of it to expand your networking knowledge and further your career. How the Lab Works I wanted to make this a completely free resource and as simple to use as possible so the free software GNS3 and Packet Tracer is used for the labs.

A download link is provided at the start of each exercise. You can alternatively use your own physical lab if you have one by cabling it as shown in the lab topology diagram for each exercise. You can email me at neil flackbox. com Get the Complete Course The lab exercises here can be used on their own or as a complement to my Cisco CCNA Complete course. It has the highest review ratings of any CCNA course online and includes over 30 hours of video tutorials, flashcards and hands-on lab exercises. Click here for a 10 day trial. com to learn about Cloud and Data Center technologies.

The main focus of my current role is delivery of technical training and development of course content for large enterprise and service provider customers such as Cisco, NetApp, Verizon and IBM. I dropped out of school with no qualifications or future plans at the age of When I got a little bit older and wiser I realised I should make a career for myself so I learned about IT technologies through books and online resources. Only a single device is required. This lab is a guided walkthrough of the IOS command line interface. Exercises for later sections will be split into two parts - first the tasks for you to complete on your own without step by step instructions , and then an answer key showing you the solution.

Open in Packet Tracer to load the lab. Press Return to get started, then enter Privileged Exec mode. Router reload Proceed with reload? This is possible because we are using a console connection we could not see this if we connected to an IP address on the device. Would you like to enter the initial configuration dialog? This is the most common issue to trip up beginners at the IOS command line. Exploring Privileged Exec Enable Mode and Context Sensitive Help Enter Privileged Exec mode. This mode is often commonly known as Enable mode.

Notice that we have now included a space before the question mark. Router sh? aaa Show AAA values access-lists List access lists arp Arp table cdp CDP information class-map Show QoS Class Map clock Display the system clock controllers Interface controllers status crypto Encryption module debugging State of each debugging option dhcp Dynamic Host Configuration Protocol status dot11 IEEE Router sh aaa? Router sh aaa user The Tab key will complete a partially entered command for you. Router sh aaa user all Router Notice that you do not get any output when you enter the command. This is not an error - AAA has not been configured. The CLI simply returns to the Enable prompt because there is nothing to show. If you enter an illegal command you will get an error message.

Here we made a typo. We typed usor instead of user. Explore Global Configuration Mode Enter Global Configuration mode. Router configure terminal Enter configuration commands, one per line. Add a couple of host entries. Router config ip host Server1 1. Hit the Up Arrow on your keyboard to cycle back to the previous command. This is quicker than typing the command again. Hit the Up Arrow repeatedly to cycle back through your previous command history, and then the Down Arrow to cycle back again. Notice that command history is specific to your current level in the command hierarchy - only the commands you previously entered in Global Configuration mode are shown.

This works from any level in the command hierarchy. Enter the correct command to check what interfaces are available from Global Configuration mode. R1 config do show ip interface brief Interface IP-Address OK? Drop back down to Global Configuration mode. Hit the Up Arrow and go back to Interface Configuration mode. R1 show running-config Building configuration Current configuration : bytes! version hostname R1! Output truncated — View the entire configuration, starting from the hostname. R1 sh run begin hostname hostname R1! no ip cef no ipv6 cef! Output truncated — Note that the IOS command line is not case sensitive, except when we pipe commands. R1 show run exclude interface Building configuration Output truncated — IOS Configuration Management Copy the running configuration to the startup configuration. R1 copy run start Destination filename [startup-config]? Building configuration R1 config hostname RouterX RouterX config Notice that when you enter a command in IOS it takes effect immediately, we can see the command prompt changes to show the new hostname.

Check what hostname will be used when the system reboots. RouterX config do show startup-config Using bytes! Commands take effect immediately but are not persistent across a reboot until we save them. Save the current running configuration so it will be applied next time the router is reloaded. RouterX copy run start Destination filename [startup-config]? RouterX show start Using bytes! hostname RouterX! Backup the current running configuration to flash memory in the router. RouterX copy run flash: Destination filename [running-config]?

Free Cisco CCNA Lab Guide PDF from Neil Anderson,You might be wondering...

Download. CCNA Data Center. Download. CCNA Security. Download. CCNA VOICE. Download. blogger.comty. Chuyên gia mạng quốc tế CCNA Routing and Switching CCNA Routing & Switching Lab Workbook | Free CCNA Workbook CCNA Routing & Switching Section 1 – Getting Started with your Cisco Lab Lab Identifying Router Components and 13/02/ · CCNAS Lab blogger.com CCNA Certification Community CCNAS Lab blogger.com Feb 13, Knowledge Cisco Admin Hi buddy's, I think this is helpful for Download Ccna Lab Guide PDF/ePub or read online books in Mobi eBooks. Click Download or Read Online button to get Ccna Lab Guide book now. This site is like a 25/11/ · CCNA Complete Guide 2nd Edition. Yap Chin Hoong. CCNA Complete Guide 2nd Edition covers the syllabus of the latest CCNA Exam. Written with the mindset to Download the ’04 The IOS Operating blogger.com’ file here. Open in Packet Tracer to load the lab. Please watch my short free course showing how to install and use Packet Tracer and GNS3 ... read more

Lab Configuring EIGRP Default Route Propagation. R5 config ip route Lab Configuring the Password Encryption Service. Output truncated — Note that the IOS command line is not case sensitive, except when we pipe commands. The other interfaces will not have link local addresses. Exam 1 CCNA Practice Exam 1 72 Questions.

Free Software FREE Veeam for AWS backup and recovery — Easily protect all your Amazon EC2, RDS and VPC data Backup 10 FREE instances. You can also use it as a configuration reference for Cisco routers and switches. PC2 can ping R2 but not Telnet to it, ccna lab guide free download. Remember to do this on all routers. Verify PC1 and PC2 can ping R2.