All language subtitles for Free-CCNA-Configuring-IPv6-Part-3-Day-33-Lab-CCNA-200-301-Complete-Course_en

Welcome to Jeremy’s IT Lab. This is a free,\n

these videos, please subscribe to follow along\n

a comment, and share the video to help spread\n

help. Also, remember to sign up via the link\n

for this course, so you can try it out yourself\n

If you want more labs like these, I highly\n

the CCNA, click the link in the video description\n

like packet tracer, but it’s even better,\n

not only help you get hands-on practice configuring\n

understanding of the exam topics. I used it\n

so I feel confident about recommending it\n

copy of NetSim, please follow the link in\nthe video description.

In today’s video we’ll practice configuring\n

PC1 and PC2 to ping each other via the R1,\n

via R2. The IPv6 addresses on the routers\n

so we are going to use SLAAC to configure\n

Before that, we must enable IPv6 routing on\n

these routers won’t route IPv6 traffic,\n

advertisement messages that are necessary\n

ENABLE. CONF T. IPV6 UNICAST-ROUTING. Next\n

Finally R3. ENABLE. CONF T. IPV6 UNICAST-ROUTING.

Okay, always remember that step when configuring\n

tab, I’ll set the default gateway by clicking\n

set its default gateway. This is a link-local\n

It learned it from R1’s NDP router advertisement\n

interface, and you can see packet tracer automatically\n

IPv6 address. It learned this network prefix\n

ID, was generated using EUI-64. Okay, let’s\n

PC2 to automatically learn its default gateway.\n

interface. As you can see, it automatically\n

used EUI-64 to generate an interface ID. Later,\n

to need to copy this address, but I can’t\n

of PC2, and use the command IPCONFIG to view\n

this address later when I try to ping from\nPC1 to PC2.

Okay, now let’s get to the main part of\n

We need to configure routes to allow PC1 and\n

R3 should be the main path, and the serial\n

backup. So let’s configure routes on R1\nfirst.

So R1 needs two routes to R3’s internal\n

route to R2. Let’s configure the main route.\n

destination, now we can enter either the next\n

As I said in the lecture video, on an Ethernet\n

a directly attached static route. You can\n

routes. I’ll use fully specified routes.\nG0/1 2001:db8:0:13::2.

Okay, that’s the main route. Now our backup\n

interfaces, I didn’t manually configure\n

link-local addresses. So, I need to know R2’s\n

I’ll go on R2. DO SHOW IPV6 INTERFACE BRIEF.\n

serial0/0/0, I’ll copy it, and return to\n

interface and next hop, and now the exit interface\n

address as the next hop. Remember, when using\n

to use a fully specified route, you have to\n

route isn’t complete yet, we want to make\n

we do that? We can configure it as a floating\n

distance here, let’s make it 5. In Cisco\n

so we just need to make the AD higher than\n

DO SHOW IPV6 ROUTE. Okay, so you can only\n

running config to make sure R1 has that floating\n

ROUTE. Notice I used the pipe with INCLUDE\n

ROUTE. Okay, now we can see both of the routes.\n

R2’s routes next, so let me get the link-local\n

DO SHOW IPV6 INTERFACE BRIEF. Okay, I’ll\n

So, let’s go back to R2. R2 needs a route\n

configure the route to R1’s LAN first. IPV6\n

paste R1’s link-local address. Okay, next\n

go on R3 and get the link-local address of\n

BRIEF. There it is, let me copy that. Now\n

IPV6 ROUTE 2001:db8:0:3::/64 s0/0/1, and I’ll\n

next hop. Let’s check R2’s routing table.\n

static routes we just configured, that’s\n

get the link-local address of R2’s S0/0/1\n

Finally, let’s configure R3’s routes.\n

R1. IPV6 ROUTE 2001:db8:0:1::/64 G0/1 2001:db8:0:13::1.\n

routes like I do, you can use just the next\n

use the up arrow, delete the interface and\n

I’ll paste in R2’s link-local address,\n

everything, PC1 should be able to ping PC2,\n

Let’s try that ping. I’ll go to PC2 first\n

to the CLI of PC1, and let’s try that ping\n

IP address. Okay, PC1 is able to ping PC2.\n

it is taking. On a windows PC the command\n

on a Cisco device you’ll have to type it\n

tracer PCs are like windows PCs, so its just\n

Okay, it goes to the default gateway, then\n

Okay, let’s unplug that cable between R1\n

in packet tracer, then click the cable. Okay,\n

again from PC1. I’ll use the up arrow, and\n

a traceroute? As you can see, the traceroute\n

That’s because R2 only has link-local addresses,\n

bit we see a reply from R3, and then the destination\n

still working, and the PCs have no problems\n

PC1 can’t reach every single router in the\n

we configured IPv6 static routes. That’s\nall for this lab.

Okay, here's today's Boson NetSim practice\n

the objective. Configure a simulated network\n

and loopback interfaces. Your implementation\n

addresses across routers and across IPv6 subnets.\n

Routing Information Protocol, RIP, for IPv6.\n

lab. As I have said before, dynamic routing\n

the CCNA exam topics list. But the configuration\n

a try. And you can check down here in the\n

know to complete this lab. Okay, here are\n

Task 2, enable IPv6 RIP routing, and Task\n

So, for this lab demonstration I actually\n

on Router3 and Router4. I configured 2 loopback\n

of Router3, loopback6, I configured IPv6 addresses.\n

So finally, just this last step in task 1,\n

global unicast serial 0/1 IPv6 address. So,\n

Oh, I am in interface configuration mode.\n

again. Okay, the ping works. And then it says\n

IPv6 address. So let's try that. I'll change\n

So, why is that? Router4 can ping the directly\n

interface in Router3. And the answer as to\n

here on Router4. And there is no route to\n

interface is in. So Router4 simply doesn't\n

a static route on Router4 and then a static\n

But in this lab we are not going to do that,\n

So let's go on to Task 2. On Router3 and Router4,\n

boson. So we haven't covered RIPng configuration\n

not actually in the exam topics list, but\n

RIP process-name. So it said to use a process\n

and then Router3. IPV6 ROUTER RIP boson. Okay,\n

PROTOCOLS. Okay, IPv6 routing protocol is\n

boson', by the way, Boson is alive and well.\n

on Router3. What RIP routes are being advertised?\n

see any RIP routes. Why is that? Well that's\n

enabled RIPng directly on the interfaces yet.\n

router, but it's still not activated on any\n

IPv6 address on Router3's loopback6 interface.\n

that the ping will not succeed. And indeed\n

any RIP routes yet. Okay, so now we are going\n

see the command, how to do that up here. IPV6\n

So, on Router4 that is serial0/0 first. IPV6\n

the loopback6 interface. IPV6 RIP boson ENABLE.\n

R3. INTERFACE S0/1. IPv6 RIP boson ENABLE.\n

Let's go back to task 2. Allow time for the\n

slow, so we gotta wait for them to learn the\n

command on Router3. Do you see a route from\n

Hopefully that was enough time, let's check.\n

Router4's loopback6 interface. On Router4,\n

Okay let's try that. DO PING 2001:1:3:2::1.\n

also has a route to Router3's loopback interface.\n

issue the SHOW IPV6 PROTOCOLS command. You\n

updates on the serial0/1 interface by using\n

command earlier but let's check it again now.\n

it is. Note that the loopback6 interface isn't\n

so in task 3 you would go on to configure\n

for today's lab demonstration we'll leave\n

Boson NetSim for yourself, please follow the\n

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