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Welcome to Jeremy’s IT Lab. This is\xa0\n
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If you like these videos, please subscribe\xa0\n
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please like and leave a comment, and share the\xa0\n
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Thanks for your help. Also, remember to\xa0\n
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to get all of the lab files for this course, so\xa0\n
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If you want more labs like these, I\xa0\n
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for the CCNA, click the link in the\xa0\n
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It’s a network simulator like packet tracer, but\xa0\n
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guided labs to not only help you get hands-on\xa0\n
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but also deepen your understanding of the exam\xa0\n
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certifications, so I feel confident\xa0\n
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If you want to get your own copy of NetSim,\xa0\n
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In this lab we will do some simple IPv6 address\xa0\n
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in this lab than what I showed in the video.\xa0\n
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PCs are already configured with IPv4 addresses.\xa0\n
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we’re simply going to add IPv6 configurations on\xa0\n
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one way of transitioning your network from IPv4\xa0\n
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and then slowly transition to using IPv6\xa0\n
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In step 1 we are told to enable IPv6 routing on\xa0\n
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configure interfaces and routes, the router will\xa0\n
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enable IPv4 routing. IPv6 routing, however,\xa0\n
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show you what happens if you don’t enable IPv6\xa0\n
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So let’s go straight to configuring IPv6\xa0\n
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ENABLE. CONF T. Let’s configure them in order.\xa0\n
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The interfaces are already enabled, because\xa0\n
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so we don’t need to use NO SHUTDOWN.\xa0\n
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IPV6 ADDRESS 2001:DB8:0:2::1/64. One more.\xa0\n
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Okay, that’s all for the interface configurations.\xa0\n
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DO SHOW IPV6 INTERFACE BRIEF.\xa0\xa0
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These are the addresses we configured on the\xa0\n
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IPv6 addresses were automatically configured,\xa0\n
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Next up, let’s configure IPv6 addresses on\xa0\n
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And then from this first screen\xa0\n
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which should be R1. 2001:DB8:0:1::1. Next,\xa0\n
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and set PC1’s IPv6 address. 2001:db8:0:1::2,\xa0\n
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Again, set the default gateway. 2001:db8:0:2::1.\xa0\n
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/64. Finally, PC3. First set R1 as the default\xa0\n
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2001:db8:0:3::2, /64. Okay, now let’s go to step\xa0\n
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First, let’s try to ping PC1’s default gateway,\xa0\n
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the ping works. Can PC1 ping another interface\xa0\n
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it can. So, PC1 can ping it’s default\xa0\n
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Can it ping PC2? Let’s try. PING 2001:DB8:0:2::2.\xa0\n
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First, let’s ping PC2’s default\xa0\n
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that works. How about R1’s G0/0 interface? PING\xa0\n
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How about pinging to PC1? PING 2001:DB8:0:1::2.\xa0\n
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is that? It’s because I skipped step 1, I didn’t\xa0\n
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So let’s go back to R1.\xa0\xa0
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Use EXIT to return to global config mode.\xa0\n
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Okay, now let’s go back to PC1 and try\xa0\n
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Okay, the ping works. So, make sure you\xa0\n
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command when configuring IPv6 on a router.\xa0\n
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I’ll do an IPv4 ping to PC2. PING 192.168.2.2.
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Okay, the ping works, so both\xa0\nIPv4 and IPv6 are working.
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Okay, that’s all for this lab. Now let’s take\xa0\n
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Okay, here's today's Boson NetSim lab preview.\xa0\n
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NetSim for CCNA. It's from Boson's courseware\xa0\n
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It's essentially Boson's course for the CCNA\xa0\n
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you can do in NetSim. So, I've added a link\xa0\n
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So follow that link if you want to check\xa0\n
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So, the lab we're going to do\xa0\n
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Here is the lab topology. As you can see,\xa0\n
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These are the commands you need to know. IPV6\xa0\n
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and there are some others we haven't looked\xa0\n
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device. The IPv4 addresses and then the IPv6\xa0\n
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And these are the tasks. Task\xa0\n
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And Task 2, configure IPv6\xa0\n
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And then configure IPv6 between Router1\xa0\n
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or at least part of task 1 for this lab\xa0\n
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current network configuration and configure the\xa0\n
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You will only perform steps on the physical\xa0\n
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Okay, got it. So A, examine the initial network\xa0\n
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of all routers. Do the IPv4 addresses\xa0\n
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IP addresses shown in the IP addresses\xa0\n
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ENABLE. I don't need CONF T\xa0\n
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Serial0/0, that looks correct.\xa0\n
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That is correct also. Okay, next I will\xa0\n
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Here's FastEthernet0/0, and the IP address is\xa0\n
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So, Serial0/0, that is correct.\xa0\n
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Okay, and finally let's check on Router4.\xa0\xa0
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So, we are checking Serial0/0. That is correct.\xa0\n
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What types of IP addresses are\xa0\n
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What types...IPv4, I guess. These are public IPv4\xa0\n
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about public versus private IPv4 addresses, but\xa0\n
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What is the theoretical maximum number of unique\xa0\n
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Of this type, I guess they might mean IPv4,\xa0\n
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Actually, let me check Boson's answers for this\xa0\n
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there are lab solutions. Okay, so the answer\xa0\n
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It's not asking specifically which type of\xa0\n
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Okay so, and I was correct, the maximum number\xa0\n
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Okay, number 4. Why is there a need to\xa0\n
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As I covered in the lecture video, there just\xa0\n
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where everything is interconnected,\xa0\n
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We just need more addresses. Okay, verify\xa0\n
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by issuing the ping...okay,\xa0\n
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Okay, so let's check. I'm already on Router4,\xa0\n
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is pinging from Router4 to Router3.\xa0\xa0
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And it works. So the ping from Router3 to Router4\xa0\n
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Okay, looks good. Okay, Part\xa0\n
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IPv6 addresses will eventually replace\xa0\n
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What are the expected benefits of this new type\xa0\n
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introduced so far is that there are many many\xa0\n
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IPv4 addresses. And really, that's the\xa0\n
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What are some of the major differences?\xa0\n
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versus an IPv4 address. There are of course\xa0\n
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What is the theoretical maximum number?\xa0\n
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Let's go down to the answer\xa0\nand see that once more.\xa0\xa0
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Well here it is. 3.4 times 10 to the power of 38,\xa0\xa0
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which is a just ridiculously\xa0\n
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Briefly describe some of the techniques that\xa0\n
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IPv6 addressing. Okay, well just in this\xa0\n
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'dual-stack', so running both\xa0\n
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Okay next, enable IPv6 packet forwarding\xa0\n
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Here on Router3, CONF T. IPV6 UNICAST-ROUTING.\xa0\n
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Okay, finally, I think I'll\xa0\n
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configure static IPv6 addresses for Router3's\xa0\n
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interface. Refer to the IP addresses table. Okay,\xa0\n
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First, on Router3. INTERFACE S0/0.\xa0\n
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and that will be 2001:1:3:1::1/64. Okay, and that\xa0\n
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S0/0. Actually, wait...okay,\xa0\n
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interface on Router3. So I will 'NO' that command\xa0\n
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Use the up arrow and enter the same IPv6\xa0\n
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Router4. IPV6 ADDRESS 2001:1:3:1::2/64.\xa0\n
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from Router4 to Router3. So I will PING IPV6,\xa0\n
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And the ping works. Okay, looks good. So that is\xa0\n
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special lab from Boson's courseware for CCNA. So\xa0\n
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follow the link in the video description. And\xa0\n
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Before finishing today’s video I want\xa0\n
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To join, please click the\xa0\n
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Thank you to Magrathea, Njabulo, Benjamin, Deepak,\xa0\n
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Nasir, Erlison, Apogee, Wasseem, Marko, Florian,\xa0\n
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John, Funnydart, Scott, Hassan, Gerrard, Marek,\xa0\n
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Sidi, Boson Software, Charlesetta, Devin, Lito,\xa0\n
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name incorrectly, but thank you so much for\xa0\n
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Channel failed to load, if this is you please\xa0\n
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This is the list of JCNP-level members at the\xa0\n
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if you signed up recently and your name isn’t\xa0\n
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Thank you for watching. Please\xa0\n
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like the video, leave a comment, and share the\xa0\n
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If you want to leave a tip, check the links in the\xa0\n
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and accept BAT, or Basic Attention Token, tips\xa0\n
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