1
00:00:00,930 --> 00:00:02,400
So he has rather three.

2
00:00:03,730 --> 00:00:14,710
Will configure a hostname of router three rather interface loopback zero IPV six address 2001 colon

3
00:00:14,710 --> 00:00:21,970
face colon three colon colon one slash 64 interface gigabit zero zero.

4
00:00:24,350 --> 00:00:27,200
This should have an IP address of 2001.

5
00:00:27,200 --> 00:00:27,920
Colon two.

6
00:00:27,920 --> 00:00:28,340
Colon.

7
00:00:28,340 --> 00:00:29,420
Colon three.

8
00:00:29,900 --> 00:00:31,580
Slash 64.

9
00:00:33,170 --> 00:00:35,740
And I'll know.

10
00:00:35,750 --> 00:00:37,250
Shut the interface.

11
00:00:40,140 --> 00:00:41,430
Interfaces come up.

12
00:00:41,760 --> 00:00:43,530
Gigabit zero one.

13
00:00:45,380 --> 00:00:47,060
This should be 2001.

14
00:00:47,060 --> 00:00:50,150
Colon three, colon, colon one slash 64.

15
00:00:51,700 --> 00:00:53,950
And I'll also shut the interface.

16
00:00:54,280 --> 00:00:54,910
So.

17
00:00:57,170 --> 00:01:00,470
IPV six unicast routing needs to be enabled.

18
00:01:00,740 --> 00:01:01,700
IPV six.

19
00:01:01,700 --> 00:01:03,920
Router OSPF one.

20
00:01:08,280 --> 00:01:12,300
Rada ID, as we told here, needs to be manually configured.

21
00:01:12,300 --> 00:01:17,370
So 3333 interface gigabit zero zero.

22
00:01:17,400 --> 00:01:18,330
IPV six.

23
00:01:18,330 --> 00:01:20,250
OSPF one.

24
00:01:20,670 --> 00:01:22,770
Area zero.

25
00:01:24,680 --> 00:01:26,930
This interface needs to be an area zero.

26
00:01:27,020 --> 00:01:29,540
A neighbour relationship has been established.

27
00:01:31,230 --> 00:01:32,610
Interface loopback.

28
00:01:33,210 --> 00:01:33,800
Zero.

29
00:01:33,840 --> 00:01:35,640
I'll put that into.

30
00:01:37,980 --> 00:01:43,860
Area two and will put gigabit zero one into area two.

31
00:01:43,860 --> 00:01:50,520
So show IP OSPF protocols or other show IP protocols.

32
00:01:54,530 --> 00:01:56,570
And this is the mistake that's easy to make.

33
00:01:56,570 --> 00:01:59,750
It's IPv6 protocols rather than IP version four.

34
00:02:00,560 --> 00:02:03,860
OSPF is enabled with OSPF process ID one.

35
00:02:03,890 --> 00:02:06,050
The process numbers don't have to be the same.

36
00:02:06,050 --> 00:02:12,560
I'll configure the lost router with a different process ID, but it makes sense to keep it simple and

37
00:02:12,560 --> 00:02:16,280
use the same process ID on all your routers.

38
00:02:16,920 --> 00:02:18,360
To normal areas.

39
00:02:18,360 --> 00:02:21,440
These interfaces have been configured in the various areas.

40
00:02:21,450 --> 00:02:30,000
Show IPV six route OSPF notice three routes have been learned through OSPF and these are inter area

41
00:02:30,030 --> 00:02:36,040
OSPF routes advertised by router two using its a link local address.

42
00:02:36,040 --> 00:02:47,250
So ping 2001 colon face colon one colon colon one router three is able to ping this address.

43
00:02:47,250 --> 00:02:49,200
And what about a trace route?

44
00:02:51,020 --> 00:02:52,550
To the same address.

45
00:02:53,600 --> 00:02:58,970
We can see that we going via router two and then via router one.

46
00:02:59,360 --> 00:03:03,050
So we've configured OSPF successfully on this part of the network.

47
00:03:03,050 --> 00:03:04,550
Let's configure out of four.

48
00:03:05,360 --> 00:03:12,230
And as I mentioned, I'll configure it with a different process ID just to show you that you can do

49
00:03:12,230 --> 00:03:16,010
that, even though I'd probably want to keep it the same.

50
00:03:16,010 --> 00:03:19,640
And all routers for consistency and simplicity.

51
00:03:20,390 --> 00:03:23,090
So host is are for.

52
00:03:23,990 --> 00:03:26,540
IPV six unicast routing.

53
00:03:27,770 --> 00:03:28,340
Interface.

54
00:03:28,370 --> 00:03:29,580
Loopback zero.

55
00:03:29,600 --> 00:03:30,740
IPV six.

56
00:03:30,740 --> 00:03:32,750
Address 2001.

57
00:03:33,740 --> 00:03:39,740
Colon face colon for colon, colon one slash 64.

58
00:03:39,950 --> 00:03:41,750
Now I'm using virtual rudders here.

59
00:03:41,750 --> 00:03:48,920
You can see that it's having a problem with one of the processes, but hopefully that won't cause problems.

60
00:03:48,950 --> 00:03:54,620
As always, what I should have done is save my configurations on all my routers.

61
00:03:54,620 --> 00:03:58,010
So let's do that here in case I have to reload.

62
00:03:58,490 --> 00:03:59,060
Three.

63
00:04:01,250 --> 00:04:06,560
Not sure if you can hear that, but my CPU is taking a hammering at the moment.

64
00:04:07,660 --> 00:04:11,530
So configuration is saved on.

65
00:04:14,740 --> 00:04:15,850
The Four routers.

66
00:04:17,209 --> 00:04:20,870
So show IPV six interface brief.

67
00:04:20,959 --> 00:04:25,610
We have configured the loopback, but we haven't configured the other interfaces.

68
00:04:25,610 --> 00:04:33,110
So Interface Gigabit zero zero IPV six Address 2001 colon three colon colon two.

69
00:04:33,110 --> 00:04:34,310
Slash 64.

70
00:04:34,820 --> 00:04:39,290
No shut we've already configured.

71
00:04:42,300 --> 00:04:45,450
IPV six unicast routing.

72
00:04:45,480 --> 00:04:49,080
So now we can configure OSPF.

73
00:04:49,080 --> 00:05:00,180
So IPV six router ospf one router id in this example will be quadruple for interface gigabit zero zero

74
00:05:00,480 --> 00:05:04,080
IPV six OSPF one area.

75
00:05:05,640 --> 00:05:06,420
Two.

76
00:05:07,110 --> 00:05:10,140
And we'll do the same thing on the loopback.

77
00:05:10,980 --> 00:05:15,390
Neighbor relationship has formed so show IPV six OSPF neighbor.

78
00:05:18,500 --> 00:05:21,050
Neighbor relationship is established show.

79
00:05:21,140 --> 00:05:23,510
IPV six route.

80
00:05:23,630 --> 00:05:30,230
OSPF We've got a single intra area OSPF route.

81
00:05:30,620 --> 00:05:35,690
These two loopback are in the same OSPF area area too.

82
00:05:35,690 --> 00:05:45,500
But these loopback on router two and router one are in different OSPF areas and so is this network here.

83
00:05:45,560 --> 00:05:46,640
So ping.

84
00:05:48,350 --> 00:05:49,130
2001.

85
00:05:49,130 --> 00:05:49,670
Colin one.

86
00:05:49,670 --> 00:05:50,000
Colin.

87
00:05:50,000 --> 00:05:50,840
Colin one.

88
00:05:50,930 --> 00:05:51,590
That's right.

89
00:05:51,590 --> 00:05:54,260
A ones gigabit zero zero interface.

90
00:05:54,260 --> 00:05:55,310
That works.

91
00:05:55,880 --> 00:05:56,360
Ping.

92
00:05:56,390 --> 00:05:57,650
2001.

93
00:05:57,650 --> 00:05:58,610
Face one.

94
00:05:58,610 --> 00:05:58,910
Colin.

95
00:05:58,910 --> 00:05:59,750
Colin one.

96
00:05:59,840 --> 00:06:02,150
That's the loopback of router one.

97
00:06:02,690 --> 00:06:06,440
So debug IP and I'm going to make a mistake now.

98
00:06:06,590 --> 00:06:14,630
Debug ip icmp won't show anything because we're not sending IP version for pings.

99
00:06:14,630 --> 00:06:16,730
We are sending IP version six pings.

100
00:06:16,730 --> 00:06:19,160
So debug ipv6 ICMP.

101
00:06:20,270 --> 00:06:23,660
Notice we now get output on the debug.

102
00:06:24,260 --> 00:06:25,700
So just be careful.

103
00:06:26,540 --> 00:06:32,930
Make sure that you specify IPV six rather than IP version four when using your commands.

104
00:06:32,930 --> 00:06:33,860
So show.

105
00:06:34,850 --> 00:06:41,120
IPV six protocols there we can see that OSPF is enabled on this router.

106
00:06:41,240 --> 00:06:47,090
Show IPV six OSPF interface brief two interfaces are in OSPF.

107
00:06:48,250 --> 00:06:52,090
On Router three show ipv6 OSPF interface.

108
00:06:53,240 --> 00:06:55,590
So this is not brief.

109
00:06:55,610 --> 00:06:57,500
This is the interface command.

110
00:06:57,530 --> 00:07:00,440
And you can see that gigabyte is zero zero.

111
00:07:00,620 --> 00:07:03,830
This interface is a broadcast interface.

112
00:07:03,980 --> 00:07:08,420
The local router has a link local address of this process.

113
00:07:08,420 --> 00:07:10,310
ID is one.

114
00:07:10,340 --> 00:07:12,350
The interface is an area zero.

115
00:07:12,380 --> 00:07:15,170
Router three has a router ID of this.

116
00:07:15,320 --> 00:07:18,440
It is a backup designated router.

117
00:07:18,800 --> 00:07:27,380
The designated errata on this segment is rather two with this link local address backup designated router

118
00:07:27,380 --> 00:07:28,610
is the local router.

119
00:07:28,790 --> 00:07:31,250
Hello times and dead time as are shown here.

120
00:07:31,850 --> 00:07:36,350
Scrolling down neighbor counters, one adjacent neighbor counters.

121
00:07:36,350 --> 00:07:43,820
One neighboring router is rather two, which is the designated router on gigabit zero one.

122
00:07:43,820 --> 00:07:45,770
We see similar kind of information.

123
00:07:45,770 --> 00:07:51,200
The local router is the designated router, so router three is the designated router here, but rather

124
00:07:51,200 --> 00:07:53,870
two is the designated router here.

125
00:07:54,710 --> 00:07:57,290
Show IPV six.

126
00:07:59,370 --> 00:08:00,240
OSPF.

127
00:08:01,180 --> 00:08:05,230
This just gives us general information about OSPF version three.

128
00:08:05,530 --> 00:08:08,920
We can see the router ID and the process number.

129
00:08:09,010 --> 00:08:13,660
So we're using OSPF version three and not OSPF version two.

130
00:08:13,930 --> 00:08:16,090
We can also see a backbone area.

131
00:08:16,120 --> 00:08:19,600
Area zero one interfaces in that area.

132
00:08:19,810 --> 00:08:23,020
The spoof algorithm has been executed three times.

133
00:08:23,350 --> 00:08:24,070
There are 12.

134
00:08:24,070 --> 00:08:26,500
Liz's area two.

135
00:08:27,040 --> 00:08:29,380
There are two interfaces and area two.

136
00:08:29,950 --> 00:08:32,530
Spoof algorithm has executed three times.

137
00:08:33,440 --> 00:08:36,740
Show IPV six OSPF database.

138
00:08:37,980 --> 00:08:41,220
We have and this is where you need to be careful.

139
00:08:41,280 --> 00:08:43,770
Two routers in area zero.

140
00:08:43,890 --> 00:08:45,420
But scrolling down.

141
00:08:45,720 --> 00:08:48,960
There are also two writers in Area two.

142
00:08:49,080 --> 00:08:54,570
The databases are separate, so there's a separate database for Area two versus Area zero.

143
00:08:54,900 --> 00:09:01,980
So that's how you configure a basic IP version six network with OSPF version three.