Standard ACL Configuration in Cisco Packet Tracer

Standard ACL Configuration in Cisco Packet Tracer, Cisco Packet Tracer CCNA Labs Adventures! For more visit : www.ipcisco.com NAT Configuration Lessons -------------------------------------------------------- NAT Overview : https://ipcisco.com/lesson/nat-networ... Static NAT : https://ipcisco.com/lesson/static-nat... Dynamic NAT : https://ipcisco.com/lesson/dynamic-na... PAT : https://ipcisco.com/lesson/pat-config... Cisco Trainings on IPCisco.com : ----------------------------------------------------------- CCNA : https://ipcisco.com/course/ccna/ CCNP Route : https://ipcisco.com/course/ccnp-route/ CCNP Switch : https://ipcisco.com/course/ccnp-switch/ CCIE : https://ipcisco.com/course/ccie/ Cisco Hands On : https://ipcisco.com/course/cisco-hand... PACKET TRACER FILES : https://ipcisco.com/cisco-packet-trac... CHEAT SHEETS : https://ipcisco.com/protocol-cheat-sh... QUIZ SECTION : https://ipcisco.com/all-quizes/ #NAT #packettracer #configuration #PAT #DynamicNAT #StaticNAT Packet Tracer Standard Access List Configuration In this lesson we will see the Standard Access-List and how to configure Standart Access-List in Packet Tracer. There are three types Access Lists in common. Thse access list types are : – Standard Access List – Extended Access List – Named Access List You can DOWNLOAD the Cisco Packet Tracer example with .pkt format at the End of This Lesson. Standard Access-Lists are the simplest one. With Standard Access-List you can check only the source of the IP packets. On the other hand, with Extended Access-Lists, you can check source, destination, specific port and protocols. Lastly, with Named Access-Lists, you can use names instead of the numbers used in standard and extended ACLs. It do not have too much difference, but it is different with its named style. In this lesson, we will focus on Standart Access-List Configuration with Cisco Packet Tracer. We will focus on the below topology. standard acl configuration packet tracer Here, with our Standard Access-List, we will prohibit PC2 to access the server. But PC0 and PC1 can still access the server. For our Standard Access-List, we can use the ACL Number 1 to 99. These numbers can be 100 to 199, if you use extended ACLs. Standard Access-List Configuration Let’s start to write Standard Access-List. We will configure the Standard Access-List on router . Router # configure terminal Router (config)# ip access-list standard 1 Router (config-std-nacl)# permit 10.0.0.2 0.0.0.0 Router (config-std-nacl)# permit 10.0.0.3 0.0.0.0 With this ACL configuration that we have written, we permit PC0 and PC1 to access the server. At the end of ACLs, there is an “Implicit Deny”. These Implicit Deny, prohibits the other IP addresses. Because of the fact that we did not, allow PC2’s IP address, it is autoamtically denied and can not access the server. Here, there is no need to write but to show how to write deny, I will write the deny command also. As I said before, for this scenario, it is not necesary. But, you can write. Router (config-std-nacl)# deny 10.0.0.4 0.0.0.0 Router (config-std-nacl)# end Router # copy run start Applyin Standard Access-List to the Interface For more visit www.ipcisco.com