My main point in writing this article is to get some switches powered on and show you how to do some basic switching tasks on this platform. There are walkthroughs all over the web on how to do this. Now that there’s an image selected, don’t forget to set an IDLE PC value, as you should with every platform in GNS3 so that your environment can run smoothly. This needs a c3700 image to run, and I selected the following: You’ll notice that you have an “EtherSwitch Router” over to the left on your toolbar. These explorations will help a CCNA - and even CCNP - candidate get ready for the concepts they’ll be faced with on the exam. Keep in mind that this will not be the same as having actual switches, because some of the syntax can be quite different, but if you’re vigilant, you’ll be able to interpolate between the syntax shown, and what you can expect on a real switch. I’d like to point out a very reasonable solution to this problem. I actually wrote this article in part over a year and a half ago, but these concepts still hold up, and I decided to get it out of drafts and publish because I still believe it’s useful to those looking to get into this industry but don’t have real equipment to play with, as is most often the case. After all, all routing is essentially done in software in GNS3. Routing is handled just fine, but because of the proprietary ASICs in Cisco switches, it is not something that can be easily reverse-engineered, thus GNS3 cannot do it. For so long, I’ve heard - as have many of you I’m sure - that GNS3, though a GREAT emulator for Cisco IOS software, is not practical for studying anything related to switching.
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