1.- Enrutamiento Estático 3 Routers

Dm G
14 Jun 201919:41

Summary

TLDRThe video script details a step-by-step process of setting up a static routing network with multiple routers and machines. It covers the physical connection using UTP cables, configuring IP addresses, and setting up gateways for different subnets. The script also explains the process of enabling serial connections, adjusting routing tables, and verifying network connectivity between devices. The focus is on the technical aspects of network configuration and static routing.

Takeaways

  • 😀 The script describes a process of setting up a static routing network with two routes.
  • 🛠️ It begins by creating a network with a switch and three machines connected via UTP cables through their Ethernet ports.
  • 🔌 The script mentions the need to press 'control' to maintain the connection and to turn off the router before adding a module.
  • 💡 After powering on the router, the script discusses the configuration of the network, including assigning a network number and setting a static IP address for the machines.
  • 📝 The script specifies the use of a Class C network with a subnet mask of 255.255.255.0.
  • 🔄 It details the process of changing the IP address for different networks and setting the gateway.
  • 🔗 The script explains the importance of checking connections between machines and the router to ensure they are properly established.
  • 🔄 It also covers the process of copying and setting up a second network with a different IP scheme.
  • 🚀 The script includes instructions for setting up static routing between different networks, specifying the network, subnet mask, and next hop.
  • 🔍 It emphasizes the need to verify communication between networks and to make adjustments to routing rules as necessary.
  • 🔄 Lastly, the script mentions adding a third network and adjusting the static routing rules to accommodate the new network setup.

Q & A

  • What is the primary objective of the video script?

    -The primary objective of the video script is to demonstrate the process of setting up a static routing network with multiple routers and machines.

  • How many machines and routers are involved in the initial network setup described in the script?

    -In the initial network setup, there are three machines and one switch involved.

  • What type of cable is used to connect the machines to the switch in the script?

    -The machines are connected to the switch using UTP (Unshielded Twisted Pair) cables through their Ethernet ports.

  • Why does the router show all connections in red at the beginning of the script?

    -The router shows all connections in red because all its connections are initially turned off or disconnected.

  • What is the purpose of placing a module in the router's physical interface as described in the script?

    -The module is placed in the router's physical interface to expand its connectivity, allowing for more devices to be connected to the network.

  • What is the IP address range used for the first network setup in the script?

    -The IP address range used for the first network setup is 192.168.10.x, with a subnet mask of 255.255.255.0.

  • How does the script describe changing the IP addresses for different networks?

    -The script describes changing the last digit of the IP address, such as changing from 10 to 20, and adjusting the gateway accordingly.

  • What is the purpose of configuring static IP addresses for the machines in the script?

    -Configuring static IP addresses ensures that each machine has a fixed IP address and can be easily managed and accessed within the network.

  • What is the significance of the serial interface mentioned in the script when connecting routers?

    -The serial interface is used to connect routers for inter-router communication, allowing them to exchange routing information and facilitate data transfer between different networks.

  • How does the script describe the process of enabling communication between different networks?

    -The script describes the process of enabling communication by configuring static routing, specifying the destination network, subnet mask, and the next hop router's IP address.

  • What is the final step described in the script for ensuring proper network communication?

    -The final step described is to verify that there is communication between all devices and routers, checking for successful pings and ensuring that the connections are stable.

Outlines

00:00

🔌 Setting Up a Static Routing Network

The script begins by detailing the process of setting up a static routing network for two routes. It involves creating a network with a switch connected to three machines using UTP cables through their Ethernet ports. The router is initially disconnected, and a module is added to it after being powered off. Once powered on, the network is identified by its IP address, in this case, 192.168.10. The script emphasizes the importance of setting the correct IP addresses and gateway for the machines, as well as using a class C network with a subnet mask of 255.255.255.0. The process includes configuring the router with the primary IP address and gateway, and modifying the IP addresses for different networks by changing the last segment from 10 to 20, and so on. The script concludes with a check for connectivity between the machines and the router.

05:02

🔄 Configuring a Second Network with Static Routing

The second paragraph describes the process of setting up a second network by copying and relocating the first one. The router is assigned the number 2, and the network IP is changed to 192.168.20. The script explains the need to change the IP addresses of the machines to reflect the new network, while keeping the gateway consistent with the network's new IP. The focus is on the importance of correct routing configuration, including adjusting the routing table to ensure proper connectivity between the two networks. The script also mentions the need to enable certain connections that may be initially disabled, indicated by red lights on the router, and to verify the connectivity between the networks.

10:04

🛠️ Establishing a Third Network with Modified Routing

In the third paragraph, the script outlines the process of adding a third network to the setup. The IP addresses for the machines are changed to reflect the new network, 192.168.30. The script discusses the need to modify the routing table to accommodate the new network connections, including changing the serial numbers and ensuring that the routing paths are correctly established. It also highlights the importance of checking connectivity between the machines and the router, and adjusting the static routing to ensure that packets are directed to the correct destination networks. The script concludes with a reminder to be careful with the networks being connected and to verify that the routing is functioning correctly.

15:04

🔄 Finalizing Static Routing and Connectivity Checks

The final paragraph wraps up the setup by connecting the routers and performing final connectivity checks. It details the process of configuring the static routing for the networks to ensure that packets are routed correctly to their destinations. The script mentions the need to update the routing tables with the correct subnet masks and gateways for each network. It also emphasizes the importance of verifying that the connections are established and that the traffic is flowing correctly between all networks. The script concludes with a note on the successful establishment of static routing and the verification of network connectivity.

Keywords

💡Routing

Routing refers to the process of selecting paths for data to travel in a network. In the video, the theme revolves around setting up static routing for two routes within a network, which is essential for directing data packets to their correct destinations.

💡Network

A network is a group of devices that are connected for communication purposes. The script discusses creating a network with a switch and multiple machines, highlighting the foundational aspect of networking in the video's content.

💡Switch

A switch is a networking device that connects devices together on a computer network, allowing data to be sent and received. The script mentions placing a switch with three machines, indicating a key component in the network setup.

💡UTP Cable

UTP (Unshielded Twisted Pair) Cable is a type of cable used in networking for data transmission. The script mentions connecting machines with UTP cables, which is a common practice in creating physical network connections.

💡Ethernet

Ethernet is a family of computer networking technologies commonly used in LANs (Local Area Networks). The script refers to connecting through Ethernet, which is a standard method for establishing network links between devices.

💡Router

A router is a device that forwards data packets between computer networks. The script discusses configuring routers with specific IP addresses and gateway settings, which is central to the video's focus on network routing.

💡IP Address

An IP address is a unique identifier for devices on a network. The script provides examples of assigning static IP addresses to machines, which is crucial for ensuring proper communication within the network.

💡Gateway

A gateway is a node on a network that acts as an entrance to another network. The script mentions setting up a gateway with a specific IP address, which is vital for routing traffic between different networks.

💡Subnet Mask

A subnet mask is used to separate the network address from the host address in an IP address. The script specifies a subnet mask of 255.255.255.0, which is used to define the network boundary in a Class C network.

💡Static Routing

Static routing is the manual configuration of routes in a router. The script describes setting up static routes, which is a key concept in the video as it involves configuring routers with fixed paths for data to follow.

💡Serial Connection

A serial connection is a type of communication link used in networking. The script talks about connecting routers with serial connections, which is an example of how routers can be linked for data transmission.

Transcripts

play00:02

vamos a comenzar una enrutamiento

play00:04

estático de

play00:08

para dos rutas vamos a crear

play00:10

primeramente una red

play00:16

vamos a colocar un switch

play00:19

con tres máquinas

play00:30

y vamos a conectarlas con cable utp

play00:34

a través de su fase ethernet

play00:40

presionando control puedo mantener

play00:43

la conexión

play00:53

y también vamos a colocar

play00:57

en ruta

play01:00

26 20

play01:04

y también vamos a

play01:07

y conectarlo

play01:13

marc observemos que está en rojo ya que

play01:16

el router tiene todas sus conexiones

play01:20

desconectadas en off

play01:23

pero igualmente al router hay que

play01:26

colocarle en la parte

play01:31

física un módulo

play01:34

como de una serie de 8 vamos a colocar

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antes hay que apagar el router

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y colocamos

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mundo

play01:44

paso siguiente lo encendemos nuevamente

play01:49

ya no quedan las partes de configuración

play01:51

los cereales aunque me está diciendo que

play01:53

todavía no termino de arrancar

play02:00

y listo

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el falsete ternert está apagado por lo

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tanto lo encendemos

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y vamos a darle al router

play02:11

el número se manejaba por número uno el

play02:15

número uno

play02:19

nuestra red

play02:23

la vamos a identificar a través de su

play02:29

número de red vamos a indicar por

play02:32

ejemplo las 192 168

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10 para indicar

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para indicar que el router

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es el primero

play02:51

recordemos que es una clase c

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una red clase s

play02:59

por ende vamos a tener

play03:03

una máscara del psuv recto 55 55 50 y 50

play03:07

vamos a colocar las ip de las máquinas

play03:10

en forma estática a través de su texto y

play03:14

vamos a colocar

play03:22

número internet

play03:27

el número de ip

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el gateway o sea de la puerta de enlace

play03:32

como uno

play03:35

en las otras redes lo que vamos a

play03:37

cambiar es el 10

play03:39

vamos a hacer 10 por 20

play03:43

vamos a lamer 2030 y así sucesivamente

play03:47

esto ya está conectada

play03:50

pasaremos a la segunda

play03:56

101

play04:00

laporta enlace la misma

play04:05

y la tercera

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sin todos

play04:15

puerta de enlace

play04:18

1

play04:20

muy bien el router va a tener una

play04:23

dirección falsa alternat

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master la puerta de enlace

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ya está encendido perfecto

play04:34

muy bien una vez terminado esto

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compruebo que haya conexión miramos

play04:43

ningún problema están sachs es judío

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entre las tres máquinas

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todas se ubican perfectamente y se

play04:53

conecta perfectamente probemos con el

play04:56

router

play04:57

también se hace de él

play05:02

muy bien ahora lo que vamos a hacer es

play05:04

la segunda reds vamos a copiarla

play05:24

trasladamos ubicamos

play05:26

[Música]

play05:28

mejor

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ahí está

play05:32

ahora el router va a ser el número 2

play05:39

porque insisto con

play05:40

[Música]

play05:42

colocar bien los números

play05:45

ya qué

play05:48

nos va a servir después para

play05:50

identificarlo

play05:52

vamos a ponerle a la red 20 192 168 20 y

play05:57

tenemos que cambiar las ip de las

play06:00

máquinas pero ahora sólo el 20

play06:04

en el 10

play06:07

recordemos cambiarlo también en el

play06:09

gateway

play06:12

los nombres de las máquinas no interesan

play06:14

mucho que los dejamos tal cual

play06:18

salen

play06:20

de la cópula

play06:24

y vamos a probar una vez que terminamos

play06:40

también hay que cambiar enrutar por 20

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o sea que tiene que ser una red

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diferente

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muy bien veamos router 1

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192 168 10 1 router 2 192 168 20

play06:58

verifiquemos que esa colección

play07:04

qué pasó acá

play07:08

2020

play07:21

20

play07:26

de 51

play07:28

y 20

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no podemos normalmente

play07:35

sachs school

play07:37

estas dos accesos

play07:42

quiere decir que las conexiones andan

play07:44

bien

play07:46

bueno ahora conectemos

play07:51

ambos rutas como si fueran externos

play07:55

sería el 1 sería el 1

play07:59

verifiquemos ahí están los cereales 101

play08:03

fíjense que están rojo hay que habilitar

play08:07

los para que no haya problema o será el

play08:10

serial 1 y lo que vamos a hacer ahora

play08:16

es

play08:17

tomar esta red como 12 ya que va a unir

play08:20

el router 1 con el router 2 vamos a

play08:24

colocarle 12.0 punto 0 y como es el

play08:28

router 1 vamos a terminarlo en 1

play08:33

hacemos una regla demo técnica para

play08:35

poder identificarlos fácilmente

play08:39

vamos a dejarle el que viene por defecto

play08:42

1200 en velocidad pero recuerden que

play08:45

todas tienen que tener la misma

play08:47

velocidad por lo menos la red que se

play08:49

está conectado

play08:51

vamos al siguiente

play08:54

vamos a hacer lo mismo

play08:57

lo encendemos bueno acá del modo

play09:00

millones

play09:04

vamos a poner la nota 2 millones- 12.0

play09:09

puntos 0.2 ahora ya que es el router 2

play09:12

esto indica que una el router 1 con el

play09:15

router 2 en la red 0 0 y termina con

play09:19

esos 2

play09:21

para no equivocarse

play09:24

2 millones en el cereal vamos a colocar

play09:30

2.000.000 también

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quedaron igual bueno observemos que

play09:38

ahora no se van a conectar puesto que el

play09:41

paquete cuando llega el router no sabe

play09:44

qué dirección tomar

play09:46

por eso hay que colocarle un ruteo los

play09:49

routers necesitan indicar un ruteo por

play09:52

lo tanto el ruteo vamos a hacer un

play09:55

router o estático

play09:58

indicando la red a la cual queremos

play10:00

llegar con su máscara y el siguiente job

play10:03

sería

play10:05

si vamos a llegar a la red 192

play10:09

aquí te necesita llegar a la red 192 168

play10:13

20 0

play10:17

play10:19

con su máscara 255 12 550

play10:26

más necesitar que el paquete vaya a este

play10:30

serial por lo tanto al número de red 1 2

play10:37

20 puntos 0.2 osea que tiene que

play10:41

alcanzar el router 2

play10:43

le agregamos

play10:45

y lo mismo tiene que pasar en este al ir

play10:48

hacia el otro lado

play10:51

estático ahora tendría que alcanzar las

play10:54

192 168 30

play11:00

con sólo marcar a 255 50 50 el siguiente

play11:06

hop sería de la otra punta del otro

play11:10

router

play11:11

el router 1 por eso termina

play11:13

le agregamos

play11:15

[Música]

play11:16

me equivoqué

play11:20

extra la puse un 6 de macy's

play11:24

llegamos y ahí nos quedó comprobemos que

play11:27

ahora sí hay comunicación

play11:31

sánchez rull

play11:36

falsa siempre voy probar dos veces por

play11:39

las dudas

play11:43

a está funcionando

play11:45

y vamos a agregar una tercera red

play11:54

copiamos nuevamente

play11:59

vamos a ubicar una tercera red ahora

play12:02

sería nuestra red 30

play12:05

cambiemos las ip

play12:12

30

play12:14

30

play12:22

de las máquinas

play12:24

lo demás no cambia

play12:32

pero si lo que tendríamos que modificar

play12:36

es el número de ruta para recordar

play12:40

gentes en ruta 3

play12:49

y ahora las redes que va a unir

play12:53

van a ser otras

play12:56

bueno el enrutamiento estático hay que

play12:58

quitarlo ya que no va a ser el mismo

play13:02

el serial no va a ser el mismo vamos a

play13:05

tener que cambiarlo bueno pero primero

play13:07

comprobemos que haya conexión

play13:14

entre las máquinas

play13:17

mínimamente y el router

play13:21

cuando me olvidé de cambiar la dirección

play13:24

al ruta 30

play13:30

entonces desde aquí hasta aquí sachs el

play13:34

sol

play13:36

está viendo conexión

play13:43

muy conectemos ahora afrontar

play13:47

con cereal

play13:49

acá recordemos que ahora es el 11 en el

play13:52

router 1 hagámoslo de a 1 porque nos

play13:55

vamos a equivocar si no y este es el 10

play13:59

igualmente pasando el cursor por arriba

play14:01

del cable nos va a indicar los cereales

play14:05

1 1 para este que ahora sería la red

play14:10

bueno en esta no la he puesto pero esta

play14:12

mirada me re 12.0 puntos 0 2 0

play14:18

y ahora está va a servir 13 ya que una

play14:22

derrota 1 y 3

play14:28

y este es el 11

play14:31

va a ser vamos a saldar lo la 13.0

play14:35

puntos 0.1 ya que es el router

play14:41

y este

play14:45

el 10

play14:50

13 y este va a ser el router 3 no tanto

play15:00

y el enrutamiento de este

play15:03

está bien esto era para ir para el otro

play15:06

router pero ahora sí tiene que alcanzar

play15:09

esta red las 192 168 30

play15:17

pero

play15:19

con máscara 255 50 va a necesitar que

play15:25

llegue al

play15:27

punto del router 3

play15:32

punto 3 vamos a agregarle

play15:38

y en este

play15:43

si tiene que alcanzar esta red

play15:48

esta nadie va a necesitar

play15:53

el paquete se desplace

play16:01

a que se desplace a el nodo

play16:07

001

play16:08

[Música]

play16:09

agregamos

play16:12

muy bien y ya queda el enrutamiento

play16:14

entre todos lo vemos que haya conexión

play16:18

a estas acciones

play16:23

frei

play16:29

y ahora vamos a conectarlo con el otro

play16:37

hacer serial 1-1 con serial 11 efecto si

play16:42

no hay problemas verifiquemos

play16:45

y ahora esta va a ser mi red

play16:49

23 puntos 0 puntos 0.08 que une el

play16:55

router 2 y 3

play16:58

en este 11 lo encendemos y verifiquemos

play17:03

que sea el mismo

play17:07

velocidad y esta va a ser las 2 3.0

play17:11

puntos 0 punto y el número de ruta y

play17:14

sería el test

play17:16

eso va a ser nuestra ip y la ip de este

play17:20

lado

play17:21

encendido observé que se encendió el

play17:25

cambio de rojo a verde

play17:29

nuevamente 2300 y el número de rutas de

play17:33

saltos

play17:39

revenge a quedaron la cipe ahora

play17:42

tendremos que rootear esa ruteo estático

play17:47

vamos a decir que para alcanzar esta red

play17:50

a 192 168

play17:56

20 0

play17:59

con su máscara

play18:02

tiene que ir a la dirección 2300 el

play18:07

número de router que hay que alcanzar

play18:08

que es el 2 agreguemos

play18:12

muy bien

play18:15

y ya está el ruteo no necesitaríamos el

play18:17

ruteo del segundo

play18:20

ahora para alcanzar esta red el 192 168

play18:26

30 0

play18:29

con su máscara

play18:32

tiene que ir a la 23 00 30 y el número

play18:40

agregamos y nuevamente comprobamos que

play18:44

funcione todo

play18:49

y este acceso

play18:53

con otra va a fallar

play18:56

y en la segunda tiene que funcionar

play19:00

a estas access quiere decir que ahora

play19:04

cualquiera que

play19:08

enviemos

play19:11

nos va

play19:14

mostrar conexión

play19:17

este sería un enrutamiento estático

play19:20

recuerden tengan cuidado con las redes

play19:23

que van a unir bueno y en el próximo

play19:26

vamos a unir 55 rutas

play19:34

bueno será hasta la próxima

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