 Posted: Mon 5:10, 16 May 2011 Post subject: jordan retro 1 Cisco Lab True Story |
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| re is no "right" or "bad" response to this question; anew, chapter of the studying process is configuring and reconfiguring the physical topology of your lab. Let's look at the routers and switches he has accessible,Nike 6.0 Air Mogan Can Everyone Be Hypnotized alon, including the interfaces on each, and come up with one likely CCNA / CCNP home lab install.
The equipment list: Two 3620 routers. Each has 1 serial port and 2 ethernet ports. One 3640 router. This has two ethernet cards, each with two ports, and two AUI ports. Three 2503s, my personal favorite for home labs! These have 1 AUI port,Embrace Adventure by Ted Ciuba, 2 serial interfaces, and one BRI interface apiece. One 2524 router. This has one serial port,jordan retro 1, 1 ethernet port, and one BRI interface. One 4500 router. This has eight BRI ports, 2 ethernet ports,jordan 13, and more importantly, four reg code ports. He also has a 5200 access server,jordan retro 1 Choosing Batteries That Compliment Technology, an ISDN simulator, one 2924 switch, and one 1924 switch. Now,jordans for cheap, if you don't have this much equipment to work with, don't fear! Most CCNA / CCNP nominees don't; this is extra of an discipline in looking at what you do have and using it to the utmost. As I've mentioned in numerous of my CCNA / CCNP home lab articles, an access server is a great thing to have. All he needs is an octal cable to connect his AS to the other devices we choose to use, and he's all set. (If you need an access server sample configuration, there is one on my website in the Home Lab partition.) A frame relay alternate is also great to have, and the 4500 ambition make a great FR alternate. Having a frame relay cloud in your CCNA / CCNP home lab is a great access to get experience configuring and troubleshooting frame relay, an important skill for CCNA success. I would put both of the 3620s on the frame relay cloud via the Serial interface, as well as two of the 2503s. That gives you four routers that will be using frame relay to communicate, and that's the maximum we can have since the 4500 has four serial ports. The 4500 will need to be configured as a frame relay switch and connected to the additional routers via a DTE/DCE cable. (Again, if you need a frame relay switch configuration, the one I use in my pods is on the website in the same area as the way server configuration.) The two 2503s namely are aboard the frame relay cloud should too be connected via their BRI interfaces. The home lab also includes one ISDN simulator, which is necessary to allow routers to communicate via their BRI interfaces. Just get a couple of straight-through cables to connect those two routers to the ISDN simulator and that segment is ready to work. (Remember namely you can't connect Cisco routers directly via their BRI interfaces.) All of the routers in this lab have by fewest 1 ethernet alternatively AUI wharf, so we tin connect them entire to either one of the switches. The switches should be connected through by least 2 crossover cords apt permit practice with trunking, basis bridge co-optation, and VLANs. Having two switches truly does increase very a morsel to a CCNA / CCNP family lab's capabilities. You can experiment with another subnets and vlans with as well. Don't be terrified to swoop in - that's what a home lab is always about! So immediately we've got four routers connected via frame relay, two via ISDN, and the others via ethernet segments. Two of the routers that are not using their serial interfaces should be connected directly via their serial ports. For this, you'll equitable need another DTE/DCE cable. Knowing how to bring up the line among two directly connected serial ports is an momentous CCNA skill, and so is troubleshooting it. You should be competent to send such a connection up with your eyes closed, and once you work with your own CCNA / CCNP home lab, you'll be capable to! Also, don't forget to add a loopback interface to each one of your routers. I like to use for R1, for R2, and so on. Advertising loopbacks is different great way to get practice with RIP, OSPF, EIGRP, IGRP, and static routing. We've t |
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