Скачать или смотреть CCNA 200-301 | Chapter 1 Network Fundamentals | Lab 005 Configure and Verify IPv6 SLAAC

Welcome to our CCNA 200-301 lab series, where we dive into configuring and verifying IPv6 Autoconfiguration SLAAC addresses.

Are you ready to dive into the world of IPv6 and discover the power of Stateless Address Autoconfiguration (SLAAC)?
In this comprehensive tutorial, we'll explore how to configure and verify SLAAC in your IPv6 network setup.

IPv6 brings a new approach to address assignment, and SLAAC is at the heart of this innovation.
With SLAAC, devices on your network can automatically generate their IPv6 addresses without the need for manual intervention or DHCP servers.

In this step-by-step guide, we'll walk you through the process of configuring SLAAC on your routers and PCs.
You'll learn how to enable SLAAC on router interfaces.

But we don't stop there! We'll also show you how to verify SLAAC configuration using practical demonstrations.
You'll learn how to check the IPv6 addresses assigned to your devices, validate address uniqueness.

Whether you're new to IPv6 or looking to deepen your understanding of autoconfiguration protocols, this video has something for you.
Join us as we unravel the mysteries of IPv6 Autoconfiguration SLAAC and empower your network with seamless address assignment.

Watch now and take your networking skills to the next level!

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Lab Objective:
The objective of this lab is to configure and verify IPv6 addressing using SLAAC on routers, and PCs.
We will ensure that devices can communicate with each other using their autoconfigured IPv6 addresses.


Lab Tasks, Topology, Lab Solution and Packet Tracer (Pre/Post) Labs can be found in the link below:
https://ieverythingeverywhere.com/how...


Equipment Required:
• 4 PCs
• 2 Switches
• 2 Router
• Console cables for Switches and Router
• Ethernet cables for connections between devices
• Computer with Terminal emulation software e.g. PuTTY


IPv6 Address Table:
-------------------
Router1 :- GigabitEthernet0/0/0 :- 2024:db8:2001:1::1/64
Router1 :- GigabitEthernet0/0/1 :- 2024:db8:2001:2::1/64
Router1 :- GigabitEthernet0/0/2 :- 2024:db8:2001:3::1/64
Router2 :- GigabitEthernet0/0/2 :- Autoconfigured address
-------------------
PC1 :- Fa0 :- Autoconfigured address
PC2 :- Fa0 :- Autoconfigured address
PC3 :- Fa0 :- Autoconfigured address
PC4 :- Fa0 :- Autoconfigured address
-------------------


Lab Task:
1. Connect the devices according to the provided topology.
2. Connect to the CLI of the routers, switches and enable privileged EXEC mode and go to configuration mode. Configure the appropriate hostname on each device as per topology shown above.
3. Enable IPv6 routing on both routers.
4. Enable and configure IPv6 on each interface on Router1 that is connected to a network device, refer to the IPv6 Address table.
5. Verify that each interface is in the up/up state and check IPv6 configuration.
6. Enable and configure SLAAC with IPv6 Autoconfig on Router2.
7. Verify that interface GigabitEthernet0/0/2 is enabled and configured automatically with IPv6 address.
8. Set IPv6 Configuration on PC1, PC2, PC3 and PC4 to automatic.
9. Verify that each PC has IPv6 address auto configured.
10. Check connectivity between every PC and the Router1 interfaces.
11. Verify that each PC is able to ping the other PCs.
12. Save the configuration across all network devices once everything is working.


Timestamps:
00:05 – Introduction
01:00 - Lab Objective
01:25 - Lab Topology Walkthrough
02:05 - Lab task walkthrough
05:15 - Configuration steps walkthrough
13:45 - Conclusion


Conclusion:
In this lab, we successfully configured and verified IPv6 addressing using Stateless Address Autoconfiguration (SLAAC).
We demonstrated how routers and PCs can automatically generate their IPv6 addresses without manual configuration, simplifying the network setup process and ensuring seamless communication between devices in an IPv6-enabled network.


#Stateless_Address_Autoconfiguration #SLAAC #CCNA #ccna_routing_and_switching