JNCIA-EX Lab Diagrams _9.A
33
1194 North Mathilda Avenue Sunnyvale, CA 94089 USA 408-745-2000 www.juniper.net Operating Juniper Networks Switches in the Enterprise 9.a Lab Diagrams Course Number: EDU-JUN-OJXE Not For Reproduction
Transcript of JNCIA-EX Lab Diagrams _9.A
1194 North Mathilda AvenueSunnyvale, CA 94089USA408-745-2000www.juniper.net
Operating Juniper Networks Switches in the Enterprise9.a
Lab Diagrams
Course Number: EDU-JUN-OJXE
Not For
Reprod
uctio
n
Juniper Networks, the Juniper Networks logo, NetScreen, and ScreenOS are registered trademarks of Juniper Networks, Inc. in the United States and other countries. JUNOS, JUNOSe, and Virtual Chassis 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 Juniper Networks software are described in the software license provided with the software, or to the extent applicable, in an agreement executed between you and Juniper Networks, or Juniper Networks agent. By using Juniper Networks software, you indicate that you understand and agree to be bound by its license terms and conditions. Generally speaking, the software license restricts the manner in which you are permitted to use the Juniper Networks software, may contain prohibitions against certain uses, and may state conditions under which the license is automatically terminated. You should consult the software license for further details.
Operating Juniper Networks Switches in the Enterprise Lab Diagrams, Revision 9.a
Copyright © 2008, Juniper Networks, Inc.
All rights reserved. Printed in USA.
Revision History:
Revision 9.a—May 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 9.0R2. 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.
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Mod
ule
A(s
1, s
2, s
3, s
4)
Lab
Dia
gram
s
Mod
ule
B(s
5, s
6, s
7, s
8)
Not
e: B
e su
re y
ou re
fere
nce
the
corr
ect d
iagr
am fo
r you
r mod
ule.
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr4-
age
-1/0
/6
vr2-
age
-1/0
/2
vr3-
age
-1/0
/4
vr1-
age
-1/0
/0
ge-0
/0/0
on
all s
witc
hes
Labs
3 a
nd 4
: Sec
onda
ry C
onfi
gura
tion
and
O
pera
tion
al M
onit
orin
g (M
odul
e A)
s2s1 s3
s4
Mgm
tSw
itch
me0
on
all s
witc
hes
Not
e: J2
320
with
virt
ual r
oute
rs is
als
o co
nnec
ted
to th
e m
anag
emen
t sw
itch.
Ref
er to
man
agem
ent
hand
out f
or d
etai
ls.
RAD
IUS
serv
erD
HCP
ser
ver
Sysl
og s
erve
rAr
chiv
al s
erve
r
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Labs
3 a
nd 4
: Sec
onda
ry C
onfi
gura
tion
and
O
pera
tion
al M
onit
orin
g (M
odul
e B)
vr8-
age
-2/0
/6
vr6-
age
-2/0
/2
vr7-
age
-2/0
/4
vr5-
age
-2/0
/0
ge-0
/0/0
on
all s
witc
hes
s6s5 s7
s8
Mgm
tSw
itch
me0
on
all s
witc
hes
RAD
IUS
serv
erD
HCP
ser
ver
Sysl
og s
erve
rAr
chiv
al s
erve
r
Not
e: J2
320
with
virt
ual r
oute
rs is
als
o co
nnec
ted
to th
e m
anag
emen
t sw
itch.
Ref
er to
m
anag
emen
t han
dout
for d
etai
ls.
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr4-
b
vr4-
a
ge-1
/0/7
ge-1
/0/6
vr2-
a
vr2-
bge
-1/0
/3
ge-1
/0/2
vr3-
b
vr3-
age
-1/0
/4
ge-1
/0/5
vr1-
a
vr1-
b
ge-1
/0/0
ge-1
/0/1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lab
5: V
irtu
al C
hass
is (M
odul
e A)
s2s1 s3
s4
VCEP
xe-0
/1/0
VCEP
xe-0
/1/0
Gro
up 1
Gro
up 2
Pri
orit
y =
255
Pri
orit
y =
254
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr8-
b
vr8-
a
ge-2
/0/7
ge-2
/0/6
vr6-
a
vr6-
bge
-2/0
/3
ge-2
/0/2
vr7-
b
vr7-
age
-2/0
/4
ge-2
/0/5
vr5-
a
vr5-
b
ge-2
/0/0
ge-2
/0/1
Lab
5: V
irtu
al C
hass
is (M
odul
e B)
s6s5 s7
s8
VCEP
xe-0
/1/0
VCEP
xe-0
/1/0
Pri
orit
y =
255
Pri
orit
y =
254
Gro
up 1
Gro
up 2
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hesNot For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
ae0.
0ge
-0/0
/10
-12
.1.2
vr4-
b
vr4-
a
ge-1
/0/7
ge-1
/0/6
vr2-
a
vr2-
bge
-1/0
/3
ge-1
/0/2
vr3-
b
vr3-
age
-1/0
/4
ge-1
/0/5
vr1-
a
vr1-
b
ge-1
/0/0
ge-1
/0/1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lab
6: In
terf
ace
Conf
igur
atio
n (M
odul
e A)
s2s1 s3
s4
Gro
up 1
Gro
up 2
.1.2
Loop
back
add
ress
es: 1
92.1
68.X
.Y/3
2LA
G a
ddre
sses
: 172
.18.
35.X
/30
VR in
terfa
ce a
ddre
sses
: 172
.22.
X.Y/
24 Lo0:
10.
1Lo
0: 2
0.1
Lo0:
40.
1Lo
0: 3
0.1
ae0.
0ge
-0/0
/10
-12
1.1
2.1
4.1
3.1
3.2
4.2
2.2
1.2Not
For Rep
roduc
tion
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr8-
b
vr8-
a
ge-2
/0/7
ge-2
/0/6
vr6-
a
vr6-
bge
-2/0
/3
ge-2
/0/2
vr7-
b
vr7-
age
-2/0
/4
ge-2
/0/5
vr5-
a
vr5-
b
ge-2
/0/0
ge-2
/0/1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lab
6: In
terf
ace
Conf
igur
atio
n (M
odul
e B)
s6s5 s7
s8
Gro
up 1
Gro
up 2
ae0.
0ge
-0/0
/10
-12
.1 .1.2.2
Loop
back
add
ress
es: 1
92.1
68.X
.Y/3
2LA
G a
ddre
sses
: 172
.18.
35.X
/30
VR in
terfa
ce a
ddre
sses
: 172
.22.
X.Y/
24 Lo0:
50.
1Lo
0: 6
0.1
Lo0:
80.
1Lo
0: 7
0.1
ae0.
0ge
-0/0
/10
-12
5.1
6.1
8.1
7.1
7.2
8.2
6.2
5.2Not
For Rep
roduc
tion
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr4-
b
vr4-
a
ge-1
/0/7
ge-1
/0/6
vr2-
a
vr2-
bge
-1/0
/3
ge-1
/0/2
vr3-
b
vr3-
age
-1/0
/4
ge-1
/0/5
vr1-
a
vr1-
b
ge-1
/0/0
ge-1
/0/1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lab
7: E
ther
net S
wit
chin
g an
d VL
ANs
(Mod
ule
A)
s2s1 s3
s4
Gro
up 1
Gro
up 2
ae0.
0ge
-0/0
/10
-12
ae0.
0ge
-0/0
/10
-12
.10
.20
.20
.10
.10
.20
.20
.10
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
Trun
k Po
rt
Trun
k Po
rt
Acce
ss P
orts
Acce
ss P
orts
VLAN
v10
0: V
ID =
100
, Sub
net =
172
.22.
100.
0/24
VLAN
v20
0: V
ID =
200
, Sub
net =
172
.22.
200.
0/24
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr8-
b
vr8-
a
ge-2
/0/7
ge-2
/0/6
vr6-
a
vr6-
bge
-2/0
/3
ge-2
/0/2
vr7-
b
vr7-
age
-2/0
/4
ge-2
/0/5
vr5-
a
vr5-
b
ge-2
/0/0
ge-2
/0/1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lab
7: E
ther
net S
wit
chin
g an
d VL
ANs
(Mod
ule
B)
s6s5 s7
s8
Gro
up 1
Gro
up 2
ae0.
0ge
-0/0
/10
-12
ae0.
0ge
-0/0
/10
-12
.10
.20
.20
.10
.10
.20
.20
.10
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
v10
0: V
ID =
100
, Sub
net =
172
.22.
100.
0/24
VLAN
v20
0: V
ID =
200
, Sub
net =
172
.22.
200.
0/24
Trun
k Po
rt
Trun
k Po
rt
Acce
ss P
orts
Acce
ss P
orts
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
8, P
arts
1–2
: Spa
nnin
g Tr
ee P
roto
col
(Mod
ule
A)
s2s1 s3
s4
vr1-
avr
2-a
vr2-
bvr
1-b
vr3-
b
vr3-
a
vr4-
b
vr4-
a
ge-0
/0/1
0 -/
11
ge-0
/0/1
0 -/
11
ge-0/0/13 -/14
ge-0/0/13 -/14
ge-0/0
/16 -/
17ge
-0/0/1
6 - /17
ge-1
/0/0
ge-1
/0/4
ge-1
/0/1
ge-1
/0/5
ge-1
/0/3
ge-1
/0/7
ge-1
/0/6
ge-1
/0/2
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
ge-0
/0/0
and
ge-
0/0/
1 =
Acce
ss p
orts
on
all s
witc
hes
ge-0
/0/1
0, /
11, /
13, /
14, /
16, a
nd /
17 =
Tru
nk p
orts
on
all s
witc
hes
.1 .1.2 .2
.3 .3
VLAN
v10
0: V
ID =
100
, Sub
net =
172
.22.
100.
0/24
VLAN
v20
0: V
ID =
200
, Sub
net =
172
.22.
200.
0/24
.4 .4
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
8, P
arts
1–2
: Spa
nnin
g Tr
ee P
roto
col
(Mod
ule
B)
s6s5 s7
s8
vr5-
avr
6-a
vr6-
bvr
5-b
vr7-
b
vr7-
a
vr8-
b
vr8-
a
ge-0
/0/1
0 -/
11
ge-0
/0/1
0 -/
11
ge-0/0/13 -/14
ge-0/0/13 -/14
ge-0/0
/16 -/
17ge
-0/0/1
6 - /17
ge-2
/0/0
ge-2
/0/4
ge-2
/0/1
ge-2
/0/5
ge-2
/0/3
ge-2
/0/7
ge-2
/0/6
ge-2
/0/2
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
VLAN
: v10
0
VLAN
: v20
0
.1 .1.2 .2
.3 .3
VLAN
v10
0: V
ID =
100
, Sub
net =
172
.22.
100.
0/24
VLAN
v20
0: V
ID =
200
, Sub
net =
172
.22.
200.
0/24
.4 .4
ge-0
/0/0
and
ge-
0/0/
1 =
Acce
ss p
orts
on
all s
witc
hes
ge-0
/0/1
0, /
11, /
13, /
14, /
16, a
nd /
17 =
Tru
nk p
orts
on
all s
witc
hes
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
8, P
art 3
: Spa
nnin
g Tr
ee P
roto
col
(Mod
ule
A)
s2s1 s3
s4
vr1-
avr
2-a
vr2-
bvr
1-b
vr3-
b
vr3-
a
vr4-
b
vr4-
a
ge-0
/0/1
0 -/
11
ge-0
/0/1
0 -/
11
ge-0/0/13 -/14
ge-0/0/13 -/14
ge-0/0
/16 -/
17
ge-1
/0/0
ge-1
/0/4
ge-1
/0/1
ge-1
/0/5
ge-1
/0/3
ge-1
/0/7
ge-1
/0/6
ge-1
/0/2
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
VLAN
: v20
VLAN
: v10
VLAN
: v30
VLAN
: v40
VLAN
: v30
VLAN
: v20
.1 .1.2 .2
.3 .3.4 .4
VLAN
: v10
VLAN
: v40
ge-0/0
/16 - /
17
MST
I 40
Brid
ge P
riorit
y =
0M
STI 3
0Br
idge
Prio
rity
= 0
MST
I 10
Brid
ge P
riorit
y =
0M
STI 2
0Br
idge
Prio
rity
= 0
VLAN
v10
: VID
= 1
0, M
STI 1
0VL
AN v
20: V
ID =
20,
MST
I 20
VLAN
v30
: VID
= 3
0, M
STI 3
0VL
AN v
40: V
ID =
40,
MST
I 40
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
8, P
art 3
: Spa
nnin
g Tr
ee P
roto
col
(Mod
ule
B)
s6s5 s7
s8
vr5-
avr
6-a
vr6-
bvr
5-b
vr7-
b
vr7-
a
vr8-
b
vr8-
a
ge-0
/0/1
0 -/
11
ge-0
/0/1
0 -/
11
ge-0/0/13 -/14
ge-0/0/13 -/14
ge-0/0
/16 -/
17
ge-2
/0/0
ge-2
/0/4
ge-2
/0/1
ge-2
/0/5
ge-2
/0/3
ge-2
/0/7
ge-2
/0/6
ge-2
/0/2
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
VLAN
: v60
VLAN
: v50
VLAN
: v70
VLAN
: v80
VLAN
: v70
VLAN
: v60
.1 .1.2 .2
.3 .3.4 .4
VLAN
: v50
VLAN
: v80
ge-0/0
/16 - /
17
MST
I 80
Brid
ge P
riorit
y =
0M
STI 7
0Br
idge
Prio
rity
= 0
MST
I 50
Brid
ge P
riorit
y =
0M
STI 6
0Br
idge
Prio
rity
= 0
VLAN
v50
: VID
= 5
0, M
STI 5
0VL
AN v
60: V
ID =
60,
MST
I 60
VLAN
v70
: VID
= 7
0, M
STI 7
0VL
AN v
80: V
ID =
80,
MST
I 80
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
8, P
art 4
: Spa
nnin
g Tr
ee P
roto
col
(Mod
ule
A)
s1
s3
s2
s4
s3
s1
s4
s2
Acce
ss L
ayer
Dis
tribu
tion
Laye
r
ge-0/0/14
ge-0/0/13
ge-0/0/17
ge-0/0/17
ge-0/0/16
ge-0/0/13
ge-0/0/14
ge-0/0/16
rtg1
rtg2
rtg3
rtg4
Redu
ndan
t Tru
nk G
roup
Nam
es
Prim
ary
Prim
ary
Prim
ary
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
8, P
art 4
: Spa
nnin
g Tr
ee P
roto
col
(Mod
ule
B)
s5
s7
s6
s8
s7
s5
s8
s6
Acce
ss L
ayer
Dis
tribu
tion
Laye
r
ge-0/0/14
ge-0/0/13
ge-0/0/17
ge-0/0/17
ge-0/0/16
ge-0/0/13
ge-0/0/14
ge-0/0/16
rtg5
rtg6
rtg7
rtg8
Redu
ndan
t Tru
nk G
roup
Nam
es
Prim
ary
Prim
ary
Prim
ary
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
ae0.
0ge
-0/0
/10
-11
ae0.
0ge
-0/0
/10
-11
vr4-
b
vr4-
a
ge-1
/0/7
ge-1
/0/6
vr2-
a
vr2-
bge
-1/0
/3
ge-1
/0/2
vr3-
b
vr3-
age
-1/0
/4
ge-1
/0/5
vr1-
a
vr1-
b
ge-1
/0/0
ge-1
/0/1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lab
9, P
arts
1–3
: Int
er-V
LAN
Rou
ting
(M
odul
e A)
s2s1 s3
s4
Gro
up 1
Gro
up 2
.5 .5.5 .5
.5 .5.5 .5
VLAN
: v10
VLAN
: v11
VLAN
: v20
VLAN
: v21
VLAN
: v30
VLAN
: v31
VLAN
: v40
VLAN
: v41
VLAN
v10
: VID
= 1
0, S
ubne
t = 1
72.2
2.10
.0/2
4VL
AN v
11: V
ID =
11,
Sub
net =
172
.22.
11.0
/24
VLAN
v20
: VID
= 2
0, S
ubne
t = 1
72.2
2.20
.0/2
4VL
AN v
21: V
ID =
21,
Sub
net =
172
.22.
21.0
/24
VLAN
v30
: VID
= 3
0, S
ubne
t = 1
72.2
2.30
.0/2
4VL
AN v
31: V
ID =
31,
Sub
net =
172
.22.
31.0
/24
VLAN
v40
: VID
= 4
0, S
ubne
t = 1
72.2
2.40
.0/2
4VL
AN v
41: V
ID =
41,
Sub
net =
172
.22.
41.0
/24
Loop
back
Add
ress
: 192
.168
.X.Y
/32
LAG
Add
ress
es: 1
72.1
8.35
.X/3
0
Lo0:
10.
1Lo
0: 2
0.1
Lo0:
40.
1Lo
0: 3
0.1
.1.2
.1.2
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
ae0.
0ge
-0/0
/10
-11
vr8-
b
vr8-
a
ge-2
/0/7
ge-2
/0/6
vr6-
a
vr6-
bge
-2/0
/3
ge-2
/0/2
vr7-
b
vr7-
age
-2/0
/4
ge-2
/0/5
vr5-
a
vr5-
b
ge-2
/0/0
ge-2
/0/1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lab
9, P
arts
1–3
: Int
er-V
LAN
Rou
ting
(M
odul
e B)
s6s5 s7
s8
Gro
up 1
Gro
up 2
ae0.
0ge
-0/0
/10
-11
.5 .5.5 .5
.5 .5.5 .5
VLAN
: v50
VLAN
: v51
VLAN
: v60
VLAN
: v61
VLAN
: v70
VLAN
: v71
VLAN
: v80
VLAN
: v81
VLAN
v50
: VID
= 5
0, S
ubne
t = 1
72.2
2.50
.0/2
4VL
AN v
51: V
ID =
51,
Sub
net =
172
.22.
51.0
/24
VLAN
v60
: VID
= 6
0, S
ubne
t = 1
72.2
2.60
.0/2
4VL
AN v
61: V
ID =
61,
Sub
net =
172
.22.
61.0
/24
VLAN
v70
: VID
= 7
0, S
ubne
t = 1
72.2
2.70
.0/2
4VL
AN v
71: V
ID =
71,
Sub
net =
172
.22.
71.0
/24
VLAN
v80
: VID
= 8
0, S
ubne
t = 1
72.2
2.80
.0/2
4VL
AN v
81: V
ID =
81,
Sub
net =
172
.22.
81.0
/24
Loop
back
Add
ress
: 192
.168
.X.Y
/32
LAG
Add
ress
es: 1
72.1
8.35
.X/3
0
Lo0:
50.
1Lo
0: 6
0.1
Lo0:
80.
1Lo
0: 7
0.1
.1.2
.1.2
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr4-
b
vr4-
a
ge-1
/0/7
ge-1
/0/6
vr2-
a
vr2-
bge
-1/0
/3
ge-1
/0/2
vr3-
b
vr3-
age
-1/0
/4
ge-1
/0/5
vr1-
a
vr1-
b
ge-1
/0/0
ge-1
/0/1
Lab
9, P
art 4
: Int
er-V
LAN
Rou
ting
(Mod
ule
A)
s2s1 s3
s4
VLAN
: v10
VLAN
: v11
VLAN
: v20
VLAN
: v21
VLAN
: v30
VLAN
: v31
VLAN
: v40
VLAN
: v41
Virt
ual R
oute
r Add
ress
es: 1
72.2
2.X.
5/24
(X =
VLA
N-id
val
ue)
Loop
back
Add
ress
: 192
.168
.X.Y
/32
Inte
rface
Add
ress
es: 1
72.1
8.X.
Y/30
10.1
10.2
OSPF
Area
0
ge-0
/0/1
0
ge-0
/0/1
0
ge-0/0/13
ge-0/0/13
40.2
40.1
30.130.2
20.220.1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lo0:
10.
1Lo
0: 2
0.1
Lo0:
30.
1Lo
0: 4
0.1
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr8-
b
vr8-
a
ge-2
/0/7
ge-2
/0/6
vr6-
a
vr6-
bge
-2/0
/3
ge-2
/0/2
vr7-
b
vr7-
age
-2/0
/4
ge-2
/0/5
vr5-
a
vr5-
b
ge-2
/0/0
ge-2
/0/1
Lab
9, P
art 4
: Int
er-V
LAN
Rou
ting
(M
odul
e B)
s6s5 s7
s8
VLAN
: v50
VLAN
: v51
VLAN
: v60
VLAN
: v61
VLAN
: v70
VLAN
: v71
VLAN
: v80
VLAN
: v81
50.1
50.2
OSPF
Area
0
ge-0
/0/1
0
ge-0
/0/1
0
ge-0/0/13
ge-0/0/13
80.2
80.1
70.170.2
60.260.1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lo0:
50.
1Lo
0: 6
0.1
Lo0:
70.
1Lo
0: 8
0.1
Virt
ual R
oute
r Add
ress
es: 1
72.2
2.X.
5/24
(X =
VLA
N-id
val
ue)
Loop
back
Add
ress
: 192
.168
.X.Y
/32
Inte
rface
Add
ress
es: 1
72.1
8.X.
Y/30Not
For Rep
roduc
tion
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
9, P
art 5
: Int
er-V
LAN
Rou
ting
(Mod
ule
A)
s2s1 s4s3
VRRP
Gro
up 1
0vr
10 vr20
ge-0
/0/1
5
ge-0
/0/1
8
ge-0
/0/1
6
ge-0
/0/1
5ge
-0/0
/5 o
n al
l sw
itche
s
VRRP
Gro
up 2
0
Inte
rnet
Hos
t Add
ress
: 172
.29.
100.
1
172.
22.2
0.10
0G
atew
ay =
172
.22.
20.1
172.
22.1
0.10
0G
atew
ay =
172
.22.
10.1
10.2
10.3
20.2
20.3
VLAN
: v10
VID
: 10
VLAN
: v20
VID
: 20
.10
.20
.30
.40
Virt
ual I
P Ad
dres
s: 1
72.2
2.X.
1/24
(X =
VRR
P gr
oup
valu
e)La
yer 3
VLA
N In
terfa
ce A
ddre
ss: 1
72.2
2.X.
Y/24
ge-0
/0/5
Inte
rface
Add
ress
: 172
.30.
0.X/
24In
tern
et G
atew
ay: 1
72.3
0.0.
1
Acce
ss S
witc
h
Acce
ss S
witc
h
Laye
r 3 V
LAN
inte
rface
add
ress
det
ails
VRRP
Prio
rity
s1: 1
10s2
: 90
s3: 1
10s4
: 90
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
9, P
art 5
: Int
er-V
LAN
Rou
ting
(M
odul
e B)
s6s5 s8s7
VRRP
Gro
up 3
0vr
30 vr40
ge-0
/0/1
5
ge-0
/0/1
8
ge-0
/0/1
6
ge-0
/0/1
5ge
-0/0
/5 o
n al
l sw
itche
s
VRRP
Gro
up 4
0
Inte
rnet
Hos
t Add
ress
: 172
.29.
100.
1
172.
22.4
0.10
0G
atew
ay =
172
.22.
40.1
172.
22.3
0.10
0G
atew
ay =
172
.22.
30.1
30.2
30.3
40.2
40.3
.50
.60
.70
.80
Virt
ual I
P Ad
dres
s: 1
72.2
2.X.
1/24
(X =
VRR
P gr
oup
valu
e)La
yer 3
VLA
N In
terfa
ce A
ddre
ss: 1
72.2
2.X.
Y/24
ge-0
/0/5
Inte
rface
Add
ress
: 172
.30.
0.X/
24In
tern
et G
atew
ay: 1
72.3
0.0.
1
Acce
ss S
witc
h
Acce
ss S
witc
h
Laye
r 3 V
LAN
inte
rface
add
ress
det
ails
VLAN
: v30
VID
: 30
VLAN
: v40
VID
: 40
VRRP
Prio
rity
s5: 1
10s6
: 90
s7: 1
10s8
: 90
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr4-
b
vr4-
a
ge-1
/0/7
ge-1
/0/6
vr2-
a
vr2-
bge
-1/0
/3
ge-1
/0/2
vr3-
b
vr3-
age
-1/0
/4
ge-1
/0/5
vr1-
a
vr1-
b
ge-1
/0/0
ge-1
/0/1
Lab
10: R
outi
ng P
olic
y an
d Fi
rew
all F
ilter
s (M
odul
e A)
s2s1 s3
s4
.5 .5.5 .5
.5 .5.5 .5
VLAN
: v10
VLAN
: v11
VLAN
: v20
VLAN
: v21
VLAN
: v30
VLAN
: v31
VLAN
: v40
VLAN
: v41
Loop
back
Add
ress
: 192
.168
.X.Y
/32
Inte
rface
Add
ress
es: 1
72.1
8.X.
Y/30
10.1
10.2
OSPF
Area
0
ge-0
/0/1
0
ge-0
/0/1
0
ge-0/0/13
ge-0/0/13
40.2
40.1
30.130.2
20.220.1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lo0:
20.
1
Lo0:
30.
1Lo
0: 4
0.1
Stat
ic R
oute
s:10
.10.
30.0
/24
10.1
0.31
.0/2
410
.10.
32.0
/24
Lo0:
10.
1
Stat
ic R
oute
s:10
.10.
20.0
/24
10.1
0.21
.0/2
410
.10.
22.0
/24
Stat
ic R
oute
s:10
.10.
10.0
/24
10.1
0.11
.0/2
410
.10.
12.0
/24
Stat
ic R
oute
s:10
.10.
40.0
/24
10.1
0.41
.0/2
410
.10.
42.0
/24
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
vr8-
b
vr8-
a
ge-2
/0/7
ge-2
/0/6
vr6-
a
vr6-
bge
-2/0
/3
ge-2
/0/2
vr7-
b
vr7-
age
-2/0
/4
ge-2
/0/5
vr5-
a
vr5-
b
ge-2
/0/0
ge-2
/0/1
Lab
10: R
outi
ng P
olic
y an
d Fi
rew
all F
ilter
s (M
odul
e B)
s6s5 s7
s8
.5 .5.5 .5
.5 .5.5 .5
VLAN
: v50
VLAN
: v51
VLAN
: v60
VLAN
: v61
VLAN
: v70
VLAN
: v71
VLAN
: v80
VLAN
: v81
Loop
back
Add
ress
: 192
.168
.X.Y
/32
Inte
rface
Add
ress
es: 1
72.1
8.X.
Y/30
50.1
50.2
OSPF
Area
0
ge-0
/0/1
0
ge-0
/0/1
0
ge-0/0/13
ge-0/0/13
80.2
80.1
70.170.2
60.260.1
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
Lo0:
60.
1
Lo0:
70.
1Lo
0: 8
0.1
Stat
ic R
oute
s:10
.10.
70.0
/24
10.1
0.71
.0/2
410
.10.
72.0
/24
Lo0:
50.
1
Stat
ic R
oute
s:10
.10.
60.0
/24
10.1
0.61
.0/2
410
.10.
62.0
/24
Stat
ic R
oute
s:10
.10.
50.0
/24
10.1
0.51
.0/2
410
.10.
52.0
/24
Stat
ic R
oute
s:10
.10.
80.0
/24
10.1
0.81
.0/2
410
.10.
82.0
/24
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
11: S
wit
chin
g Se
curi
ty (M
odul
e A)
vr4-
b
vr4-
a
ge-1
/0/7
ge-1
/0/6
vr2-
a
vr2-
bge
-1/0
/3
ge-1
/0/2
vr3-
b
vr3-
age
-1/0
/4
ge-1
/0/5vr
1-a
vr1-
b
ge-1
/0/0
ge-1
/0/1
s2s1
s3s4
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
ge-0
/0/5
on
all s
witc
hes
NOT
E: T
he g
e-0/
0/0,
ge-
0/0/
1, a
nd g
e-0/
0/5
inte
rface
s sh
ould
be
conf
igur
ed a
s ac
cess
por
ts
and
asso
ciat
ed w
ith V
LAN
v10
0 (V
LAN
-id 1
00)
User
PC
172.
28.1
5.2/
24
DH
CP/R
ADIU
S Se
rver
172.
28.1
5.1/
24Sh
ared
Sec
ret:
JuN
iPeR
!
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
11: S
wit
chin
g Se
curi
ty (M
odul
e B)
vr8-
b
vr8-
a
ge-2
/0/7
ge-2
/0/6
vr6-
a
vr6-
bge
-2/0
/3
ge-2
/0/2
vr7-
b
vr7-
age
-2/0
/4
ge-2
/0/5vr
5-a
vr5-
b
ge-2
/0/0
ge-2
/0/1
s6s5
s7s8
ge-0
/0/0
on
all s
witc
hes
ge-0
/0/1
on
all s
witc
hes
ge-0
/0/5
on
all s
witc
hes
NOT
E: T
he g
e-0/
0/0,
ge-
0/0/
1, a
nd g
e-0/
0/5
inte
rface
s sh
ould
be
conf
igur
ed a
s ac
cess
por
ts
and
asso
ciat
ed w
ith V
LAN
v10
0 (V
LAN
-id 1
00)
User
PC
172.
28.1
5.2/
24
DH
CP/R
ADIU
S Se
rver
172.
28.1
5.1/
24Sh
ared
Sec
ret:
JuN
iPeR
!
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
12: I
P Te
leph
ony
Serv
ices
(Mod
ule
A)
s2s1 s3
s4
ge-0
/0/1
0
ge-0
/0/1
0
ge-0/0/13
ge-0/0/13
ge-0/0
/16
ge-0/0
/16
Pow
ered
D
evic
es
Pow
ered
D
evic
esPo
wer
ed
Dev
ices
Pow
ered
D
evic
es
ge-0
/0/0
–ge
-0/0
/7
on a
ll sw
itche
sNot For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
12: I
P Te
leph
ony
Serv
ices
(Mod
ule
B)
s6s5 s7
s8
ge-0
/0/1
0
ge-0
/0/1
0
ge-0/0/13
ge-0/0/13
ge-0/0
/16
ge-0/0
/16
Pow
ered
D
evic
es
Pow
ered
D
evic
esPo
wer
ed
Dev
ices
Pow
ered
D
evic
es
ge-0
/0/0
–ge
-0/0
/7
on a
ll sw
itche
sNot For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
13: D
esig
n an
d Im
plem
enta
tion
(M
odul
e A)
s1 s2
Inte
rnet
Hos
t Add
ress
: 172
.29.
100.
1
.10
.20
vr10
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.10
.1
VLAN
: v10
VID
: 10
vr20
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.20
.1
VLAN
: v20
VID
: 20
s3
vr10
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.10
.1
VLAN
: v10
VID
: 10
vr20
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.20
.1
VLAN
: v20
VID
: 20
s4
Virt
ual I
P Ad
dres
s: 1
72.2
2.X.
1 (X
= V
RRP
grou
p va
lue)
Laye
r 3 V
LAN
Inte
rface
Add
ress
: 172
.22.
X.Y/
24ge
-0/0
/5 In
terfa
ce A
ddre
ss: 1
72.3
0.0.
X/24
Inte
rnet
Gat
eway
: 172
.30.
0.1
ge-0
/0/5
on
s1 a
nd s
2
ge-0
/0/0
on
s3 a
nd s
4
ge-0
/0/1
on
s3 a
nd s
4
xe-0/1/0
ae0
ge-0
/0/1
3 -/
14
ae1
ge-0
/0/1
6 - /17
ae1
ge-0/0
/16 -/
17
ae0
ge-0
/0/1
3 - /
14
VRRP
Prio
rity
Valu
ess1
: 110
(gro
up 1
0 an
d 20
)s2
: 90
(gro
up 1
0 an
d 20
)
L3 V
LAN
inte
rface
s1: v
lan.
10 =
10.
2s1
: vla
n.20
= 2
0.2
s2: v
lan.
10 =
10.
3s2
: vla
n.20
= 2
0.3
Brid
ge P
riorit
ys1
: 4k
s2: 8
k
s3, s
4: 3
2k
ge-1
/0/4
ge-1
/0/5
ge-1
/0/6
ge-1
/0/7
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
Lab
13: D
esig
n an
d Im
plem
enta
tion
(M
odul
e B)
s5 s6
Inte
rnet
Hos
t Add
ress
: 172
.29.
100.
1
.50
.60
vr30
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.30
.1
VLAN
: v30
VID
: 30
vr40
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.40
.1
VLAN
: v40
VID
: 40
s7
vr30
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.30
.1
VLAN
: v30
VID
: 30
vr40
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.40
.1
VLAN
: v40
VID
: 40
s8
Virt
ual I
P Ad
dres
s: 1
72.2
2.X.
1 (X
= V
RRP
grou
p va
lue)
Laye
r 3 V
LAN
Inte
rface
Add
ress
: 172
.22.
X.Y/
24ge
-0/0
/5 In
terfa
ce A
ddre
ss: 1
72.3
0.0.
X/24
Inte
rnet
Gat
eway
: 172
.30.
0.1
ge-0
/0/5
on
s5 a
nd s
6
ge-0
/0/0
on
s7 a
nd s
8
ge-0
/0/1
on
s7 a
nd s
8
xe-0/1/0
ae0
ge-0
/0/1
3 -/
14
ae1
ge-0
/0/1
6 - /17
ae1
ge-0/0
/16 -/
17
ae0
ge-0
/0/1
3 - /
14
VRRP
Prio
rity
Valu
ess5
: 110
(gro
up 3
0 an
d 40
)s6
: 90
(gro
up 3
0 an
d 40
)
L3 V
LAN
inte
rface
s5: v
lan.
30 =
30.
2s5
: vla
n.40
= 4
0.2
s6: v
lan.
30 =
30.
3s6
: vla
n.40
= 4
0.3
Brid
ge P
riorit
ys5
: 4k
s6: 8
k
s7, s
8: 3
2k
ge-2
/0/4
ge-2
/0/5
ge-2
/0/6
ge-2
/0/7
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
virtu
alch
assi
s
Lab
13: V
irtu
al C
hass
is Im
plem
enta
tion
(M
odul
e A)
s1 s2
Inte
rnet
Hos
t Add
ress
: 172
.29.
100.
1
.10
.20
vr10
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.10
.1
VLAN
: v10
VID
: 10
vr20
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.20
.1
VLAN
: v20
VID
: 20
s3
vr10
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.10
.1
VLAN
: v10
VID
: 10
vr20
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.20
.1
VLAN
: v20
VID
: 20
s4
Laye
r 3 V
LAN
Inte
rface
Add
ress
: 172
.22.
X.Y/
24ge
-0/0
/5 In
terfa
ce A
ddre
ss: 1
72.3
0.0.
10/2
4ge
-1/0
/5 In
terfa
ce A
ddre
ss: 1
72.3
0.0.
20/2
4In
tern
et G
atew
ay: 1
72.3
0.0.
1
ge-1
/0/5
ge-0
/0/0
on
s3 a
nd s
4
ge-0
/0/1
on
s3 a
nd s
4
vcp-255/1/0
ae0
ge-0
/0/1
3 -/
14
ae1
ge-0
/0/1
6 - /17
ge-0
/0/1
6 -/17
ae1
ge-1
/0/1
3 - /
14
ge-
0/0/
13 -
/14
L3 V
LAN
inte
rface
vlan
.10
= 10
.1vl
an.2
0 =
20.1
ge-1
/0/4
ge-1
/0/5
ge-1
/0/6
ge-1
/0/7
s1 m
embe
r ID
: 0s1
mas
ters
hip-
prio
rity:
255
ge-0
/0/5
ge-1
/0/1
6 -/17ae
0
Not For
Reprod
uctio
n
Copy
right
©20
08 Ju
nipe
r Net
wor
ks, I
nc.
Educ
atio
n Se
rvic
es
virtu
alch
assi
s
Lab
13: V
irtu
al C
hass
is Im
plem
enta
tion
(M
odul
e B)
s5 s6
Inte
rnet
Hos
t Add
ress
: 172
.29.
100.
1
.50
.60
vr30
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.30
.1
VLAN
: v30
VID
: 30
vr40
-a
DH
CP C
lient
Gat
eway
= 1
72.2
2.40
.1
VLAN
: v40
VID
: 40
s3
vr30
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.30
.1
VLAN
: v30
VID
: 30
vr40
-b
DH
CP C
lient
Gat
eway
= 1
72.2
2.40
.1
VLAN
: v40
VID
: 40
s4
Laye
r 3 V
LAN
Inte
rface
Add
ress
: 172
.22.
X.Y/
24ge
-0/0
/5 In
terfa
ce A
ddre
ss: 1
72.3
0.0.
50/2
4ge
-1/0
/5 In
terfa
ce A
ddre
ss: 1
72.3
0.0.
60/2
4In
tern
et G
atew
ay: 1
72.3
0.0.
1
ge-1
/0/5
ge-0
/0/0
on
s7 a
nd s
8
ge-0
/0/1
on
s7 a
nd s
8
vcp-255/1/0
ae0
ge-0
/0/1
3 -/
14
ae1
ge-0
/0/1
6 - /17
ge-0
/0/1
6 -/17
ae1
ge-1
/0/1
3 - /
14
ge-
0/0/
13 -
/14
L3 V
LAN
inte
rface
vlan
.30
= 30
.1vl
an.4
0 =
40.1
ge-2
/0/4
ge-2
/0/5
ge-2
/0/6
ge-2
/0/7
s5 m
embe
r ID
: 0s5
mas
ters
hip-
prio
rity:
255
ge-0
/0/5
ge-1
/0/1
6 -/17ae
0
Not For
Reprod
uctio
n
![Practica _9 Cloro Residual[1]](https://static.fdocuments.us/doc/165x107/55cf9986550346d0339dcf0a/practica-9-cloro-residual1.jpg)
