lab2_enlaces troncales

7/21/2019 LAB2_Enlaces Troncales

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INFORME DE LABORATORIO N 2

ENLACES TRONCALES

YEIMI ANDREA CLAVIJO GONZALEZ - 161211111

SEBASTIAN MATEO CORTES BARBOSA - 161211113

RAFAEL ALBERTO CUBILLOS RODRGUEZ - 161211115

GERSON HERNAN GARCIA GARZON - 161211119

UNIVERSIDAD DE CUNDINAMARCA

FACULTAD DE INGENIERA

INGENIERA DE SISTEMAS

ELECTIVA ROFESIONAL II - REDES

FUSAGASUG!

2"15

1


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INFORME DE LABORATORIO N 2

ENLACES TRONCALES

YEIMI ANDREA CLAVIJO GONZALEZ - 161211111

SEBASTIAN MATEO CORTES BARBOSA - 161211113

RAFAEL ALBERTO CUBILLOS RODRGUEZ - 161211115

GERSON HERNAN GARCIA GARZON - 161211119

TRABAJO RESENTADO A#

ING$%ILSON DANIEL GORDILLO OCHOA

UNIVERSIDAD DE CUNDINAMARCA

FACULTAD DE INGENIERA

INGENIERA DE SISTEMAS

ELECTIVA ROFESIONAL II - REDES

FUSAGASUG!

2"15

2


3/18

Contenido

INTRODUCCI&N$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$'

1$ OBJETIVOS$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$5

1$1$ OBJETIVO GENERAL$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$5

1$2$ OBJETIVOS ESECFICOS$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$5

2$ MATERIALES$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$6

3$ ROCEDIMIENTO$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$6

'$ RESULTADOS$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$(

CONCLUSIONES$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$1)

INTRODUCCIN

E* +,./0 0 0+.*,.40 +. .+ . 7 80*.:0; 7 ,=*. 7 ,48,0.;


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.4848,? +. .+ 0+.0 04,,@ .80; . 0+ 8,*.4. .+,

. 40 7 0.8. .* 70 .+,,.40 0,=*.$

E .* ..4. ,0. . + 8008. .* +,./0 7 * 80,8,? +. +0

VLAN . +0 S,48 D*, DES-3"2(; .40 .4 80.84+0 0 .+,0 +. +0

.*8. 408*.


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1.2. OBJETIVOS ESPECFICOS.

C0, * VLAN$

A, .40 +. S,48 VLAN$

V.,,8 * 80,8,? +. * VLAN$

A, .40 * .*8. 408*$

C0, .>,+0 %EB$

5


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2 MATERIALES

S04. +. 80.,? H7.4.,*$

D,0,4,>0 +. ,4.80.,?#

) +,0,4,>0 F,*. C$

2 S,48 D*, DES-3"2(

) C=*. UT +,.840$ 2 C=*. UT C@+0$ 1 8=*. +. 800* DB9$

PROCEDIMIENTO

DIAGRAMA DE TOPOLOGA

TABLA DE DIRECCIONAMIENTO

6


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VLAN S!"#Red G$te%$& IP#Di'(oni")e' B*o$d+$'t M$',

VLAN1 ING 1)2$2"$"$" 1)2$2"$"$1 1)2$2"$"$2 - 1)2$2"$"$6 1)2$2"$"$) 29

VLAN2

So(o*te

1)2$2"$1$( 1)2$2"$1$9 1)2$2"$1$1" - 1)2$2"$1$1' 1)2$2"$1$15 29

D. 8.+0 * ,08,? 4.,0; D, +. 400*0 7 T=* +.

+,.88,0,.40 .*,@ * ,,.4. .+ 80 *0 ,,.4. .


8/18

13$.=; . >.,,8 .*,@+0 ING .4. C +. * , VLAN; , 7

80.84,>,++; . .* .*4+0 ..+0$ S. 8. ING .4. CS +.

+,..4. VLAN; , 0 7 80.84,>,++; . .* .*4+0 ..+0$

1'$I.+0 * >.+0 +. 8*. , .=;80*08+0 I 1)2$2"$"$' VLAN 1" 7 * VLAN 2" I 1)2$2"$1$12$

- RESULTADOS

L ,. 4. 80.0+. * 80,8,? +. *0 S,48; .4 80,8,?

. .*,@ =:0 * , 884.4,8 . ,*. 08.+,,.40


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2$ C0


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A* =. 80,88,? . 8+ S,48 800=0+0 80 .* ING; 0=0 ,+0. %EB .4 8,0+0; 80*08+0 I 1)2$2"$"$' VLAN 1" 7

* VLAN 2" I 1)2$2"$1$12$

VLAN 1"$

VLAN 2"$

1"


11/18

C+0 800=0


12/18

12$A, .40 *0 .*8. 408*. D0 T

, *0 .40 408*. 4,*,@0 * ,4.@ ,8; .40 .40 0

G,E4..4; .* 25 7 2)P 7 .*08,++; *0 ..0

804,8,?$

Y

84,>

.40

.40 .

0+0

408* *

VLAN

*:0 +. +40; 84,>0 * 08,? VLAN T*!n,.

12


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D. +. , .40 .40 08.+.0 .*,@ * .=$

13$.=; . >.,,8 .*,@+0 ING .4. C +. * , VLAN; , 7

80.84,>,++; . .* .*4+0 ..+0$ S. 8. ING .4. C +.

+,..4. VLAN; , 0 7 80.84,>,++; . .* .*4+0 ..+0; +.

. >.,,8 ,.+0 * >.+0 , .* .>,+0 %.= .4 8,0+0$

VLAN 1 In/enie*o'.

13


14/18

1'


15/18

15


16/18

VLAN 2 So(o*te

16


17/18

1)


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CONCLUSIONES

A* M0.40 +. E*@ *0 S,48 0 .+,0 +. *0 E*8. 408*.; .

.8.4 80 , >.8.; 0 +.:*0

lab2_enlaces troncales

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