Workshop Vlan Procurve

7/23/2019 Workshop Vlan Procurve

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P N ProCurve Networking


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C


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LAN .

LAN .

L 2 ,

LAN ,

.


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C 1 A D . I ,

.

C 2 B C C ,

, , .

; ,

.

C 3 A C 3 LAN . I

LAN, / LAN, LAN,

LAN, LAN. LAN IEEE 802.1Q

LAN. , , LAN

P IO CLI.


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C 4 P LAN , LAN

.

C 5 P LAN

L 2 . B P P

LAN . IEEE 802.1D . IEEE

802.1 .

P 802.1D. P , , , , ,

.

C 6 A ILAN

LAN. LAN . LAN , L 2

LAN.


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H!!!!!!


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Agenda



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C

el


VLAN 20VLAN 20VLAN 10VLAN 10VLAN 5VLAN 5

A

Mo

Cost

Security Policy

Port Security

Config and Model


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ity,

Longev

ity

Feature of Procurve Switch

Small Medium - Sized Large

Organization Size / Density

Fe

atures,

Scalab

il


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Convergence


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Switch Form Factors


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C ?

EEC O P A

.

C L I M

CLI. >.

P EEC M P

A

,

,

. P

EEC

# .


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P ( C ) # P /

# P P ( C ) # P M /

# P M

P ( ) # B M

# #

// #

C

P # H

# #

C B


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C

# L

' , .

,

, .

MAC 802.1

/MAC . A MAC ,

MAC . , '' MAC

.

#


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C A

P ( ) # A100 192.168.10.11 255.255.255.0 192.168.20.10

255.255.255.0P ( ) # I 7

#

P () # PC / C P

C

P () # M / GI


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31 I

32 LAN C C C

33 LAN HP PC

35 A LAN

. N LAN

. C LAN LAN 1

. C LAN

. C IP P


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LAN C HP PC .

D .

C ?

A

802.1 , , IP .

A A

LAN

N LAN D LAN

802.1 .

D LAN 1 HP

C


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C B D

B A

B A


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1:A C

C( C ) # C C ( C ) # 10, 20, 30, 40

2: A A A

# FE 0/10 19

# 10

#

# FE 0/20 29

# 20

#

3:C 802.1 (C )

# FE 0/1

#

# 1#

C DP (D

P).

DP .

DP .

C .


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4:

IP LAN

.

C ( C ) # 1

. . . . . .

# # 10.1.1.1

I , , IP

LAN.

C ( C ) # 10

# 10.1.10.2 255.255.255.0

#

C ( C ) # 20

# 10.1.20.2 255.255.255.0#


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1: A

LAN P ( C ) # 10 10

# 19

# 45

P ( C ) # 20# 1019

# 45

#

P ( C ) # 30

# 2029

# 45

#


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2:

P ( C ) # 1# 10.1.1.1 255.255.255.0

#

P ( C ) # 10

. . . . . .

# P ( C ) # 20

# 10.1.20.1 255.255.255.0

#

P ( C ) # 30

# 10.1.30.1 255.255.255.0#


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C ?

C

(802.1 ) .

0/1 C C (802.1) 0/10 C

?

C I

10 C I P

10

I (IP)


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LAN C LAN . I LAN

1 . I :

C ( C ) # FE1/0/1

# 99

, ,

1 . LAN 99 () LAN , :

( C ) # 99 99 M

# 45 802.1

# I 10.1.99.1/24

# # I 10.1.99.1

( C ) # 10

# 45

#

N LAN .


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O PC, LAN :C

48

IP P PC, LAN (

200) LAN ( 10)

O C: 1/0/1 12

1

10,200

10

O PC:

10 DAA10

B1B12

200 CE

B1B12


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C P (LAN P)

, LAN C .C

.

O , HP IEEE GP (GAP LAN P)

LAN . GP

PC . B GP IO C

P ( C ) #

D: E/ GAP LAN P (GP).


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STP / Spanning Tree Protocols

A (A)

. A

.

A BD

ID (BID) . BID

A .


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A

,

.

.

A

. I , 2 F0/1

2 1.

3 F0/1,

3 1.

D A

. I , F0/1

F0/2 1 .

2 F0/2 .

A

. I

, A F0/2

3 . P F0/2

3 .

P N


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P , IEEE P 802.1D.

P 802.1IEEE .

M P 802.1IEEE . P LAN P C

+ 802.1 .

C

802.1D 802.1 ()

A HP PC P .

O HP PC, , P.

802.1

I 2500 4100 P

.

( C ) # 0 15

P N P C N t ki


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What Spanning-Tree mode should you choose between Cisco and ProCurveSwitches?

,

.

,

, P N.

N P

C (C). ,

C. C

( 1 ), C .

I PC : 3500, 5400 4200

P N P C N t ki g


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LAN , ,

.

A EA ?

Routing Table172.17.30.0 is directly connected, Fastethernet0/1172.17.10.0 is directly connected, Fastethernet0/0

Router-based Inter-VLAN is a process for forwarding network trafficfrom one VLAN to another VLAN using a router

;

LAN .

, LAN

. E

.

E LAN

, LAN .



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LAN ,

.

LAN/

A Routing Table

172.17.30.0 is directly connected, Fastethernet 0/0.30172.17.10.0 is directly connected, Fastethernet 0/0.10

. E IP

LAN LAN

. ,

.

F, LAN

,

, .



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( C ) # IP

A I I LAN

E : ( ) # 10

( 10 ) # I 192.168.10.1 255.255.255.0

( ) # 20

( 10 ) #I 192.168.10.1 255.255.255.0



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71 I

72 L A

73 LACP L A

C ?

C D

P

I 1 I 1



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ProCurve Networking

LACP L A C P 802.3 .

FEC, . LACP,

D /

A

. A .

D . , ,

PAP LACP, . O (LACP)

(PAP), . (LACP)

(PAP) .



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C

C :

#

# 4548 1

ProCurve Networking

/

C

C :

#

# I F 0/1 4

# C 1 M OC 0/1 4

# 10# 1

#

:

C#

L B

# I P 1

# 45 48

# 1

O .

( C ) # I 1 LACP / P



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g



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g

L3 C

HP PC L3 IP OPF.

A .



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C C

E IP IP LAN. I

IP OPF.

#

E . B 2.

A

# 110

# 110

# 10.1.10.1 255.255.255.0

#

# 100 N

# 48

# 10.1.100.1 255.255.255.0

#

IP

IP N. I

IP LAN. IP ,

IP.# 100

#

#



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C C

C ( C ) # 100

# 10.1.100.2 255.255.255.0

#

# 210

# 10.2.10.1 255.255.255.0

#

IP . N

IP I (10/8)

IP . 2 IP I

#

# 10.0.0.0

# 2

IP IPI

:

# 210

# 220

# 230# 240

#

#



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O HP PC , IP 2 . O C IP

1 1 2.O HP PC, IP () :

PC1() # 110

# 2

# 12

C1() #

# 2# 100

# 2

# 1 2

O C, IP :



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O HP PC, . N

.

PC1()#

PC1()#

PC1()# 4

:

PC1()# 10.1.10.0 255.255.255.0

O C, , :C1()#

C1()#

C1()# 4

C1()# 1

C1()# 1 10.1.10.0 0.0.0.255



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C

E IP #

# 100

# 48

# 10.1.100.1 255.255.255.0#

# 110

# 19

# 10.1.10.1 255.255.255.0

#



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C : I , OPF OPF

() :

# 1.1.1.1

#

#

#

C # 1

# 2.2.2.2# 10.0.0.0 0.255.255.255 0

A 0 ()

# 100

# 0

#

# 110

# 0#

A :

C#

# 100# 10.1.100.2 255.255.255.0

#

# 210

# 10.2.10.2 255.255.255.0#




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Documents

Workshop Vlan Procurve