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Juniper Networks, the Juniper Networks logo, NetScreen, and ScreenOS are registered trademarks of Juniper Networks, Inc. in the United States and other
countries. JUNOS and JUNOSe are trademarks of Juniper Networks, Inc. All other trademarks, service marks, registered trademarks, or registered service marks
are the property of their respective owners.
Juniper Networks reserves the right to change, modify, transfer or otherwise revise this publication without notice.
YEAR 2000 NOTICE
Juniper Networks hardware and software products do not suffer from Year 2000 problems and hence are Year 2000 compliant. The JUNOS software has no
known time-related limitations through the year 2038. However, the NTP application is known to have some difficulty in the year 2036.
SOFTWARE LICENSE
The terms and conditions for using this software are described in the software license contained in the acknowledgment to your purchase order or, to the extent
applicable, to any reseller agreement or end-user purchase agreement executed between you and Juniper Networks. By using this sof tware, you indicate that you
understand and agree to be bound by those terms and conditions.
Generally speaking, the software license restricts the manner in which you are permitted to use the software and may contain prohibitions against certain uses.
The software license may state conditions under which the license is automatically terminated. You should consult the license for further details.
Advanced Juniper Networks Routing in the Enterprise Lab Diagrams, Revision 8.b
Copyright 2008, Juniper Networks, Inc.
All rights reserved. Printed in USA.
Revision History:
Revision 8.aDecember 2006
Revision 8.bJanuary 2008
The information in this document is current as of the date listed above.
The information in this document has been carefully verified and is believed to be accurate for software Release 8.4R2.3. Juniper Networks assumes no
responsibilities for any inaccuracies that may appear in this document. In no event will Juniper Networks be liable for direct, indirect, special, exemplary, incidental
or consequential damages resulting from any defect or omission in this document, even if advised of the possibility of such damages.
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LabDiagrams
J4300
To
pology
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TheI
ntern
etinthe
Lab
ISPA
AS65010
ISPC
AS65030
ISPB
AS65020
N
O
T
E
Theseareallimplem
entedas
virtualrouterroutinginstan
ceson
Sydney.YoucanlogintoSydney
anduseitasarouteservertoexamine
routingtablesandexecute
ping
and
traceroute
foreachoft
hesevirtual
routers.Seeyourlabguide
formore
details.
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TheI
ntern
etinthe
Lab
isp-a
RoutingTable(is
p-a.*)
Interfaces
RoutingProtocols
isp-b
RoutingTable(isp-b.*
)
Interfaces
RoutingProtocols
isp-c
RoutingTable
(isp-c.*)
Interfaces
RoutingProtoc
ols
(master)
Routing
Table(*)
Interfac
es
Routing
Protocols
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TheI
ntern
etinthe
Lab
ISPA
AS65010
ISPC
AS65030
ISPB
AS65020
ping
routing
-instance
isp
-a
show
route
t
able
isp-a
traceroute
r
outing-instan
ce
isp-a
instructor@Sydney
>
show
con
figurat
ion
rout
ing-
instances
isp-a
instance-type
vir
tual-router;
interface
fe-2/0/
1.15;
interface
fe-2/0/
1.16;
interface
lo0.1;
routing-options
{
aggregate
{
route
172
.17.32.0/21;
} router-id
172
.17.32.1;
autonomous-sy
stem
65010;
} protocols
{
bgp
{ group
ful
l-route-customers
{
neigh
bor
172.17.39.18
{
d
escription
"HongKong
to
isp-a";
p
eer-as
65108;
}
}
[...]
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Lab1a:Policy
HongKong
lo0:8.
1,
8.
254
SanJose
lo0:13.
1,
13.2
54
Montreal
lo0:12.
1,
12.
254
Denver
lo0:14.
1,
14.
254
London
lo0:10.
1,
10.
254
Tokyo
lo0:9.
1,
9.
254
Amsterdam
lo0:11.
1,
11.
254
SaoPaulo
lo0:15.
1,
15.
254
ISPA
AS65010
ISPC
AS65030
FrameRelay
Network
101 2
01
1022
02
103
203
104
204 1
05205
106
206
207
107
108
208
se-1/0
/1
se-1
/0/0
se-1/0/0
se-1/0/0
se-1
/0/
1
se
-1/0
/1
se-1/0/1
se-1/0/0
AS65109
AS65108
AS65112
AS65113
AS65115
AS65114
AS65110
AS65111
Loopbackaddresses:10.14.y.z
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Lab1b:Policy
Denver
lo0:14.
1,
14.
254
London
lo0:10.
1,
10.
254
Amsterdam
lo0:11.
1,
11.
254
SaoPaulo
lo0:15.
1,
15.
254
FrameRelay
Network
601
602
603
60
4
605 6
06
60
7
608
se-1/0/0 .5
se-1/0/0
.6 .13se-1/0/1
.14
se-1/0/0
HongKong
lo0:8.
1,
8.
254
Tokyo
lo0:9.
1,
9.
254
se-1/0
/1
.2 se-1
/0/0
.1
SanJose
lo0:13.1,
13.
254
Montreal
lo0:12.
1,
12.2
54
se-1
/0/
1 .9
se
-1/0/
1
.10
Serialaddresses:192.168.25.x
/30
Loopbackaddresses:10.14.y.z
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Lab2:BGPRouting
Hong
Kong
l
o
:
1
0
1
4
2
4
3
2
5
SanJose
l
o
:
1
0
1
4
2
5
1
2
5
Montr
eal
l
o
:
1
0
1
4
2
5
1
2
5
Denver
lo
:
1
0
1
4
2
5
5
2
5
London
l
o
:
1
0
1
4
2
4
7
2
5
Tokyo
l
o
:
1
0
1
4
2
4
3
2
5
A
msterdam
lo
:
1
0
1
4
2
4
7
2
5
SaoPaulo
l
o
:
1
0
1
4
2
5
5
2
5
ISPA
AS65010
ISPC
AS65030
se-1/0
/1
se-1
/0/0
se-1/0/0
se-1/0/0 s
e-1/0/1
se-1/0/1
se-1/0/1
se-1/0/0
AS65240
GroupA
l
o
:
1
0
1
4
2
4
3
2
5
GroupC
l
o
:
1
0
1
4
2
5
1
2
5
AS6
5248
GroupB
l
o
:
1
0
1
4
2
4
7
2
5
GroupD
l
o
:
1
0
1
4
2
5
5
2
5
AS65244
AS65252
Allfe-2/0/1
VLAN240
10.14.243.
x/28
Allfe-2/0/1
VLAN244
10.14.247.x/28
Allfe-2/0/1
VLAN248
10.14.2
51.x/28
Allfe-2/0/1
VLAN252
10.14.255.x/28
.236
.23
8
.237
.238
.237
.236
.236
.238
.237
.236
.238
.23
7
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Lab3a:IG
PConver
sion
fe-2/0/0
8.6/30
fe-0/0/1
8.5/
30
fe-2/0/0
8.2/30
fe-2/0/0
8.1/30
se-1/0/1
8.22/30se-1/0/0
8.21/30
fe-0/0/1
8.29/30
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
8.1
7/30
se-
1/0/0
8.
13/30
fe-0
/0/1
8.10
fe-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN 102
fe-2/0/1
10.1/26
VLAN 103
fe-2/0/1
10.65/27
VLAN105fe-2/0
/111.
65/2
7
VLAN101
fe-2/0
/1
9.65/2
7
fe-2
/0/1
VLAN16
172.
17.3
8.20
/29
fe-2/0/1
VLAN
15
172.17
.37.
20/29
fe-0/0/1
8.30/30
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
VLAN104fe-2/0
/1
11.1/2
7
VLAN100
fe-2/0
/1
11.129/27
se-1/0/0
8.26/30se-1/0/1
8.25/30
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Lab3b:IG
PConver
sion
fe-2/0/0
8.6/30
fe-0/0/1
8.5/
30
fe-2/0/0
8.2/30
fe-2/0/0
8.1/30
se-1/0/1
8.22/30se-1/0/0
8.21/30
fe-0/0/1
8.29/30
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
8.1
7/30
se-
1/0/0
8.
13/30
fe-0/0/1
8.30/30
fe-0
/0/1
8.10
fe-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN104fe-2/0
/1
11.1/2
7
VLAN 102
fe-2/0/1
10.1/26
VLAN 103
fe-2/0/1
10.65/27
VLAN105fe-2/0
/111.
65/2
7
VLAN101
fe-2/0
/1
9.65/2
7
VLAN100
fe-2/0
/1
11.129/27
Area1
10.14.9.0/2
4
Area2
10.14.10.0/24
Area0
fe-2
/0/1
VLAN16
172.
17.3
8.20
/29
fe-2/0/1
VLAN
15
172.17
.37.
20/29
se-1/0/0
8.26/30se-1/0/1
8.25/30
Area3
10.14.11.0/24
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Lab4a:CRTP
fe-2/0/0
8.6/30
fe-0/0/1
8.5/
30
fe-2/0/0
8.2/30
fe-2/0/0
8.1/30
se-1/0/1
8.22/30se-1/0/0
8.21/30
fe-0/0/1
8.29/30
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
8.1
7/30
se-
1/0/0
8.
13/30
fe-0/0/1
8.30/30
fe-0
/0/1
8.10
fe-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN104fe-2/0
/1
11.1/2
7
VLAN 102
fe-2/0/1
10.1/26
VLAN 103
fe-2/0/1
10.65/27
VLAN105fe-2/0
/111.
65/2
7
VLAN101
fe-2/0
/1
9.65/2
7
VLAN100
fe-2/0
/1
11.129/27
Area1
10.14.9.0/2
4
Area2
10.14.10.0/24
Area0
fe-2
/0/1
VLAN16
172.
17.3
8.20
/29
fe-2/0/1
VLAN
15
172.17
.37.
20/29
se-1/0/0
8.26/30se-1/0/1
8.25/30
Area3
10.14.11.0/24
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Lab4b:M
ultilinkPPP
fe-2/0/0
8.6/30
fe-0/0/1
8.5/
30
fe-2/0/0
8.2/30
fe-2/0/0
8.1/30
se-1/0/0
se-1/0/1
8.22/30se-1/0/0
se-1/0/1
8.21/30
fe-0/0/1
8.29/30
se
-1/0
/0
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
se
-10/1
8.1
7/30
se-
1/0/0
se-
1/0/1
8.
13/30
fe-0/0/1
8.30/30
fe-0
/0/1
8.10
fe-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/0
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN104fe-2/0
/1
11.1/2
7
VLAN 102
fe-2/0/1
10.1/26
VLAN 103
fe-2/0/1
10.65/27
VLAN105fe-2/0
/111.
65/2
7
VLAN101
fe-2/0
/1
9.65/2
7
VLAN100
fe-2/0
/1
11.129/27
Area1
10.14.9.0/2
4
Area2
10.14.10.0/24
Area3
10.14.11.0/24
Area0
fe-2
/0/1
VLAN16
172.
17.3
8.20
/27
fe-2/0/1
VLAN
15
172.17
.37.
20/27
se-1/0/0
se-1/0/1
8.26/30se-1/0/0
se-1/0/1
8.25/30
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Lab5b:Fi
rewallPo
licyandN
AT
FastEthernetaddresses:192.1
68.x.z
Loopbackaddresses:10.14.y.z
HongKongVR
HongKong
fe-2/0/1
X.2/24
fe-2/0/1
X.1/24
VLANX
XValues
HongKong=200
Tokyo=201
London=202
Amsterdam=203
Montreal=204
SanJose=205
Denver=206
SaoPaulo=207
Internet
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Lab6:IPS
ecVPNs
Denver
lo0:14.1,
14.2
54
London
lo0:10.1,
10.
254
Amst
erdam
lo0:11
.1,1
1.2
54
SaoPaulo
lo0:15.1,
15
.254
Internet
Tokyo
lo0:9.1,
9.254
SanJose
lo0:13.1,
13
.254
Montre
al
lo0:12.
1,1
2
.254
Loopbackaddresses:10.14.y.z
VRFastEthernetaddresses:19
2.168.x.z/24
(SeeLab5bformoreVRconfiguration.)
Tokyo-vr
192.
168.2
01.
2
London-vr
192.1
68.2
02.
2
Amste
rdam-vr
192.1
6
8.2
03.
2
Montreal-vr
192.1
68.2
04.
2
SanJose-vr
192.1
68.2
05.2
Denver-vr
192.
16
8.2
06.
2
SaoPaulo
-vr
192.1
68.2
0
7.
2
HongKong-vr
192.1
68.2
00.
2
HongKo
ng
lo0:8.1,
8.2
54
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Lab7:CoS
Denver
lo0:14.1,
14.2
54
London
lo0:10.1,
10.
254
Amst
erdam
lo0:11
.1,1
1.2
54
SaoPaulo
lo0:15.1,
15
.254
Internet
Tokyo
lo0:9.1,
9.254
SanJose
lo0:13.1,
13
.254
Montre
al
lo0:12.
1,1
2
.254
Loopbackaddresses:10.14.y.z
VRFastEthernetaddresses:19
2.168.x.z/24
(SeeLab5bformoreVRconfiguration.)
Tokyo-vr
201.
2,
201.
254
London-vr
202.2,
202.
254
Amste
rdam-vr
203.2,
203.
254
Montreal-vr
204.2,
204.
254
SanJose-vr
205.2,
205.
254
Denver-vr
SaoPaulo
-vr
207.2,
207.
254
HongKong-vr
200.2,
200.
254
HongKo
ng
lo0:8.1,
8.2
54
206.
2,
206.
254
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Lab8a:BranchOfficeConne
ctivity
FastEthernetAddresses:172.1
7.x.y/29
ProviderGateway:172.17.x.z
HongKong
VLANw
ISPA
Tokyo
FrameRelay
SerialInterfaceandD
LCI
(SeeLab1bdiagramfo
r
interface,DLCI,andIP
addressassignments.)
fe-2/0/1
192.168.207.1,.254
SaoPa
ulo
37.25
37.28
17
192.168.206.1,.254
Denver
192.168.205.1,.254
SanJose
37.17
37.20
15
192.168.204.1,.254
Montre
al
192.168.203.1,.254
Amster
dam
37.9
37.12
13
192.168.202.1,.254
London
192.168.201.1,.254
Tokyo
37.1
37.4
11
192.168.200.1,.254
HongK
ong
ProviderGW(
x.z
)
fe-2/0/1(x.y)
VLAN(w)
lo0
Router
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Lab8c:Br
anchOfficeConne
ctivity
FastEthernetAddresses:172.17.x.y/29
ProviderGateway:172.17.x.z
gr-0/0/0.0andL2VPNaddress:192.168.25.v/30
HongKong
VLANw
I
SPA
Tokyo
fe-2
/0/1
604
604
603
603
602
602
601
601
L2VPN
VLAN(t)
.14
.13
.10
.9.6.5.2.1L2VPN(v)
.142
.141
.138
.137
.134
.133
.130
.129
gr0(v)
38
.25
38.28
1
8
192.168.207.1,.254
SaoPaulo
37
.25
37.28
1
7
192.168.206.1,.254
Denver
38
.17
38.20
1
6
192.168.205.1,.254
SanJose
37
.17
37.20
1
5
192.168.204.1,.254
Montreal
38
.9
38.12
1
4
192.168.203.1,.254
Amsterdam
37
.9
37.12
1
3
192.168.202.1,.254
London
38
.1
38.4
1
2
192.168.201.1,.254
Tokyo
37
.1
37.4
1
1
192.168.200.1,.254
HongKong
Pr
oviderGW(
x.z
)
fe-2/0/1(x.y
)
V
LAN(w)
lo0
Router
VLANw
fe-2/0/1
(VPN)
VLANt
fe-2/0/1
fe-2/0/1
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TheI
ntern
etinthe
Lab
isp-a
RoutingTable(is
p-a.*)
Interfaces
RoutingProtocols
isp-b
RoutingTable(isp-b.*
)
Interfaces
RoutingProtocols
isp-c
RoutingTable
(isp-c.*)
Interfaces
RoutingProtoc
ols
(master)
Routing
Table(*)
Interfac
es
Routing
Protocols
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TheI
ntern
etinthe
Lab
ISPA
AS65010
ISPC
AS65030
ISPB
AS65020
ping
routing
-instance
isp
-a
show
route
t
able
isp-a
traceroute
r
outing-instan
ce
isp-a
instructor@Sydney
>
show
con
figurat
ion
rout
ing-
instances
isp-a
instance-type
vir
tual-router;
interface
ge-0/0/
3.15;
interface
ge-0/0/
3.16;
interface
lo0.1;
routing-options
{
aggregate
{
route
172
.17.32.0/21;
} router-id
172
.17.32.1;
autonomous-sy
stem
65010;
} protocols
{
bgp
{ group
ful
l-route-customers
{
neigh
bor
172.17.39.18
{
d
escription
"HongKong
to
isp-a";
p
eer-as
65108;
}
}
[...]
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Lab1b:Policy
Denver
lo0:14.
1,
14.
254
London
lo0:10.
1,
10.
254
Amsterdam
lo0:11.
1,
11.
254
SaoPaulo
lo0:15.
1,
15.
254
FrameRelay
Network
601
602
603
60
4
605 6
06
60
7
608
se-1/0/0 .5
se-1/0/0
.6 .13se-1/0/1
.14
se-1/0/0
HongKong
lo0:8.
1,
8.
254
Tokyo
lo0:9.
1,
9.
254
se-1/0
/1
.2 se-1
/0/0
.1
SanJose
lo0:13.1,
13.
254
Montreal
lo0:12.
1,
12.2
54
se-1
/0/
1 .9
se
-1/0/
1
.10
Serialaddresses:192.168.25.x
/30
Loopbackaddresses:10.14.y.z
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8/10/2019 AJRE_LD_8.b.pdf
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Lab3a:IG
PConver
sion
ge-0/0/2
8.6/30
ge-0/0/1
8.5/
30
ge-0/0/2
8.2/30
ge-0/0/2
8.1/30
se-1/0/1
8.22/30se-1/0/0
8.21/30
ge-0/0/1
8.29/30
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
8.1
7/30
se-
1/0/0
8.
13/30
ge-0
/0/1
8.10
ge-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN 102
ge-0/0/3
10.1/26
VLAN 103
ge-0/0/3
10.65/27
VLAN105ge
-0/0/3
11.65
/27
VLAN101
ge-0/0/3
9.65/2
7
ge-0
/0/3
VLAN16
172.
17.3
8.20
/29
ge-0/0/3
VLAN
15
172.17
.37.
20/29
ge-0/0/1
8.30/30
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
VLAN104ge-0/0
/3
11.1/2
7
VLAN100
ge-0/0
/3
11.129/27
se-1/0/0
8.26/30se-1/0/1
8.25/30
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Lab3b:IG
PConver
sion
ge-0/0/2
8.6/30
ge-0/0/1
8.5/
30
ge-0/0/2
8.2/30
ge-0/0/2
8.1/30
se-1/0/1
8.22/30se-1/0/0
8.21/30
ge-0/0/1
8.29/30
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
8.1
7/30
se-
1/0/0
8.
13/30
ge-0/0/1
8.30/30
ge-0
/0/1
8.10
ge-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN104ge-0/0
/3
11.1/2
7
VLAN 102
ge-0/0/3
10.1/26
VLAN 103
ge-0/0/3
10.65/27
VLAN105ge
-0/0/3
11.65
/27
VLAN101
ge-0/0/3
9.65/2
7
VLAN100
ge-0/0
/3
11.129/27
Area1
10.14.9.0/2
4
Area2
10.14.10.0/24
Area0
ge-0
/0/3
VLAN16
172.
17.3
8.20
/29
ge-0/0/3
VLAN
15
172.17
.37.
20/29
se-1/0/0
8.26/30se-1/0/1
8.25/30
Area3
10.14.11.0/24
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Lab4a:CRTP
ge-0/0/2
8.6/30
ge-0/0/1
8.5/
30
ge-0/0/2
8.2/30
ge-0/0/2
8.1/30
se-1/0/1
8.22/30se-1/0/0
8.21/30
ge-0/0/1
8.29/30
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
8.1
7/30
se-
1/0/0
8.
13/30
ge-0/0/1
8.30/30
ge-0
/0/1
8.10
ge-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN104ge-0/0
/3
11.1/2
7
VLAN 102
ge-0/0/3
10.1/26
VLAN 103
ge-0/0/3
10.65/27
VLAN105ge
-0/0/3
11.65
/27
VLAN101
ge-0/0/3
9.65/2
7
VLAN100
ge-0/0
/3
11.129/27
Area1
10.14.9.0/2
4
Area2
10.14.10.0/24
Area0
ge-0
/0/3
VLAN16
172.
17.3
8.20
/29
ge-0/0/3
VLAN
15
172.17
.37.
20/29
se-1/0/0
8.26/30se-1/0/1
8.25/30
Area3
10.14.11.0/24
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Lab4b:M
ultilinkPPP
ge-0/0/2
8.6/30
ge-0/0/1
8.5/
30
ge-0/0/2
8.2/30
ge-0/0/2
8.1/30
se-1/0/0
se-1/0/1
8.22/30se-1/0/0
se-1/0/1
8.21/30
ge-0/0/1
8.29/30
se
-1/0
/0
se
-1/0
/1
8.1
8/3
0
se
-1/0/0
se
-10/1
8.1
7/30
se-
1/0/0
se-
1/0/1
8.
13/30
ge-0/0/1
8.30/30
ge-0
/0/1
8.10
ge-0
/0/1
8.9
SanJose
Montr
eal
Denver
Amsterdam
lo0:192.
168.
25.
6
lo0:192.
16
8.
25.
5
lo0:192.
168.
25.
7
London
lo0:192.1
68.
25.
3
Tokyo
lo0:192.
168.
25.
2
lo0:192.
168.
25.
4
SaoPaulo
lo0:192.
168.
25.
8
se-1/0/0
se-1/0/1
8.
14/30
HongKong
lo0:192.
168.
25.1
ISPA
Interfaceaddresses:10.14.x.y(exceptasnoted)
Loopbackaddresses:192.168.
25.x/32
ClockingMode=Intern
al(provideserialinterface
timing)
VLAN104ge-0/0
/3
11.1/2
7
VLAN 102
ge-0/0/3
10.1/26
VLAN 103
ge-0/0/3
10.65/27
VLAN105ge
-0/0/3
11.65
/27
VLAN101
ge-0/0/3
9.65/2
7
VLAN100
ge-0/0
/3
11.129/27
Area1
10.14.9.0/2
4
Area2
10.14.10.0/24
Area3
10.14.11.0/24
Area0
ge-0
/0/3
VLAN16
172.
17.3
8.20
/27
ge-0/0/3
VLAN
15
172.17
.37.
20/27
se-1/0/0
se-1/0/1
8.26/30se-1/0/0
se-1/0/1
8.25/30
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Lab5a:Fi
rewallPo
licyandN
AT
HongKong
lo0:8.
1,
8.
254
SanJose
lo0:13.
1,
13.2
54
Montreal
lo0:12.
1,
12.
254
Denver
lo0:14.
1,
14.
254
London
lo0:10.
1,
10.
254
Tokyo
lo0:9.
1,
9.
254
Amsterdam
lo0:11.
1,
11.
254
SaoPaulo
lo0:15.
1,
15.
254
ISPA
AS65010
ISPC
AS65030
FrameRelay
Network
101 2
01
1022
02
103
203
104
204 1
05205
106
206
207
107
108
208
se-1/0
/1
se-1
/0/0
se-1/0/0
se-1/0/0
se-1
/0/
1
se
-1/0
/1
se-1/0/1
se-1/0/0
AS65109
AS65108
AS65112
AS65113
AS65115
AS65114
AS65110
AS65111
Loopbackaddresses:10.14.y.z
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Lab5b:Fi
rewallPo
licyandN
AT
FastEthernetaddresses:192.1
68.x.z
Loopbackaddresses:10.14.y.z
HongKongVR
HongKong
ge-0/0/3
X.2/24
ge-0/0/3
X.1/24
VLANX
XValues
HongKong=200
Tokyo=201
London=202
Amsterdam=203
Montreal=204
SanJose=205
Denver=206
SaoPaulo=207
Internet
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Lab6:IPS
ecVPNs
Denver
lo0:14.1,
14.2
54
London
lo0:10.1,
10.
254
Amst
erdam
lo0:11
.1,1
1.2
54
SaoPaulo
lo0:15.1,
15
.254
Internet
Tokyo
lo0:9.1,
9.254
SanJose
lo0:13.1,
13
.254
Montre
al
lo0:12.
1,1
2
.254
Loopbackaddresses:10.14.y.z
VRFastEthernetaddresses:19
2.168.x.z/24
(SeeLab5bformoreVRconfiguration.)
Tokyo-vr
192.
168.2
01.
2
London-vr
192.1
68.2
02.
2
Amste
rdam-vr
192.1
6
8.2
03.
2
Montreal-vr
192.1
68.2
04.
2
SanJose-vr
192.1
68.2
05.2
Denver-vr
192.
16
8.2
06.
2
SaoPaulo
-vr
192.1
68.2
0
7.
2
HongKong-vr
192.1
68.2
00.
2
HongKo
ng
lo0:8.1,
8.2
54
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Lab7:CoS
Denver
lo0:14.1,
14.2
54
London
lo0:10.1,
10.
254
Amst
erdam
lo0:11
.1,1
1.2
54
SaoPaulo
lo0:15.1,
15
.254
Internet
Tokyo
lo0:9.1,
9.254
SanJose
lo0:13.1,
13
.254
Montre
al
lo0:12.
1,1
2
.254
Loopbackaddresses:10.14.y.z
VRFastEthernetaddresses:19
2.168.x.z/24
(SeeLab5bformoreVRconfiguration.)
Tokyo-vr
201.
2,
201.
254
London-vr
202.2,
202.
254
Amste
rdam-vr
203.2,
203.
254
Montreal-vr
204.2,
204.
254
SanJose-vr
205.2,
205.
254
Denver-vr
SaoPaulo
-vr
207.2,
207.
254
HongKong-vr
200.2,
200.
254
HongKo
ng
lo0:8.1,
8.2
54
206.
2,
206.
254
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b8c:Br
anchOfficeConne
ctivity
etAddresses:172.17.x.y/29
teway:172.17.x.z
andL2VPNaddress:192.168.25.v/30
HongKong
VLANw
I
SPA
Tokyo
ge-0
/0/3
604
604
603
603
602
602
601
601
L2VPN
VLAN(t
)
.14
.13
.10
.9.6.5.2.1L2VPN(v)
.142
.141
.138
.137
.134
.133
.130
.129
gr0(v)
38.25
38.28
18
192
.168.207.1,.254
SaoPaulo
37.25
37.28
17
192
.168.206.1,.254
Denver
38.17
38.20
16
192
.168.205.1,.254
SanJose
37.17
37.20
15
192
.168.204.1,.254
Montreal
38.9
38.12
14
192
.168.203.1,.254
Amsterdam
37.9
37.12
13
192
.168.202.1,.254
London
38.1
38.4
12
192
.168.201.1,.254
Tokyo
37.1
37.4
11
192
.168.200.1,.254
HongKong
ProviderGW(
x.z
)
ge-0/0/3(x.y
)
VLAN(w)
lo0
Router
VLANw
ge-0
/0/3
(VPN)
VLANt
ge-0/0/3
ge-0/0/3
