Sensors and network administering


sensornet-work.com keyword stats



Most current MSN search phrases:

sped test ww.speakeasy.net
atlanticbb.net speed test enable
sensors server
affiliate  

Cisco CCNA / CCNP Home Lab Setup Tutorial: How To Buy & Build A Frame Relay Switch

One of the major topics on your CCNA and CCNPdirected-broadcastencapsulation
exams is Frame Relay. Additionally, Frameframe-relaylogging event
Relay is one of the most popular WANsubif-link-statuslogging event
technolgies in today's networks. Gettingdlci-status-changeclockrate 56000no
hands-on experience with Frame Relay in Ciscoframe-relay inverse-arpframe-relay intf-type
networks isn't just a good idea, it's adceframe-relay route 321 interface Serial1
necessity. Let's face it, your employer is123
going to get a little touchy if you start
experimenting with your network's Frame Relay!interface BRI0ip address 150.1.1.1
setup.255.255.255.252no ip
directed-broadcastencapsulation pppdialer map
To practice all your important Frame Relayip 150.1.1.2 name R2 broadcast
commands for your exams, you need a working2335552221dialer-group  1
Frame Relay cloud in your home lab. A
production network's Frame cloud consists of!ip  classless
a lot of Frame switches, but if you choose
wisely, a single Cisco router can act as your!dialer-list  1  protocol  ip  permit
home  lab's  entire  Frame  cloud!
!line con 0exec-timeout 0 0logging
Before we look at the configuration of such asynchronoustransport input noneline aux 0line
router (hereafter referred to as a "framevty  0  4login
relay switch"), let's look at the physical
requirements.!end
The more serial ports you have, the better.The key command in the global configuration
You should get a router with at least fouris frame-relay switching. You must have this
serial ports. For frame switching purposes,configured before you can configure the
it doesn't matter if the ports areinterfaces.
synchronous or asynchronous - you just need
the  ports.The interfaces will be configured with the
frame route command. Let's take a look at
You will also need some DTE/DCE cables. Thewhat each value means in the command
DCE end of the cables will be connected toframe-relay route 122 interface Serial2
the  frame  switch.221.frame-relay  route  -  the  command
A great configuration for a CCNA practice lab122 - the incoming DLCI on this
is three routers that serve as "production"interfaceinterface serial2 - the interface
routers, and a 4th router as a frame relaythe  data  will  be  sent  out
switch. (You'll want an access server as
well,  but  that's  another  article.)221  -  the  outgoing  DLCI
What I use in my student and customer pods isThis command on S1 means that anything that
a setup where R1 is connected to the framecomes in on this port on DLCI 122 will be
switch's S1 port, R2 is connected to S2 onsent  out  interface  serial2  on  DLCI  221.
the frame switch, and R3 is connected to the
frame  switch's  S3  port.It's a good idea to hard-code the interfaces
to act as DCEs with the frame intf-type dce
Now comes the tricky part - thecommand. Since these interfaces are acting as
configuration. A frame relay switch's configDCEs, the clockrate command is needed for the
can be hard to find, so here's a copy ofline  protocol  to  come  up.
mine. Pay particular attention to the config
on ports s1, s2, and s3.version 12.0serviceOnce you've configured your frame switch as
timestamps debug uptimeservice timestamps logshown and have configured the frame map
uptimeno  service  password-encryptionstatements on the "production" routers, you
can test the frame switch configuration. On
!hostname  FRAME_SWITCHthe frame switch, run the command show frame
route.
!
FRAME_SWITCH#show  frame  route
!ip subnet-zerono ip domain-lookupframe-relay
switchingInput Intf Input Dlci Output Intf Output Dlci
Status
!
Serial1  122  Serial2  221  active
!
Serial1  123  Serial3  321  active
!interface Ethernet0no ip addressno ip
directed-broadcastshutdownSerial2  221  Serial1  122  active
!interface Serial0ip address 10.1.1.2Serial3  321  Serial1  123  active
255.255.255.0clockrate  56000
You should see "active" for all the
!interface Serial1no ip addressno ipinterfaces. If you see "deleted", make sure
directed-broadcastencapsulationyour frame switch interfaces are open if they
frame-relaylogging eventare,  check  the  router  configs.
subif-link-statuslogging event
dlci-status-changeclockrate 56000noKeep in mind that you can still configure
frame-relay inverse-arpframe-relay intf-typerouting protocols to run on ports that you're
dceframe-relay route 122 interface Serial2not using for frame switching. The router we
221frame-relay route 123 interface Serial3used here had an ethernet port and BRI port,
321and the BRI port has been configured as part
of the production network. Running frame
!interface Serial2no ip addressno ipswitching  does  not  disable  IP  routing.
directed-broadcastencapsulation
frame-relaylogging eventPurchasing and configuring your own frame
subif-link-statuslogging eventrelay switch is an invaluable part of your
dlci-status-changeclockrate 56000noCisco education. By practicing your frame
frame-relay inverse-arpframe-relay intf-typecommands and configuring frame connections
dceframe-relay route 221 interface Serial1over your own frame relay cloud, you're
122polishing your Cisco skills and gaining
knowledge that cannot be duplicated by
!interface Serial3no ip addressno ipsimulator programs.



1 A B C 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95