


220-301
220-302
N10-003
SY0-101
640-801
640-821
640-811
Subnetting
70-210
70-216
70-218
70-270Our Subnetting Made Easy has just been revised, February 2010. We have further simplified the VLSM portion and added additional questions to further hone your skills.
Route summarization has also been further simplified and expanded on to include overlapping subnets, which is now covered in the troubleshooting portion of the Cisco® 640-802 objectives. EIGRP, RIPv2, and OSPF are capable of VLSM, but if subnet design is not properly designed; then overlapping subnets and network failure will be the prize of the day.
This new breed of subnetting question can cause significant grief if the applicant is not adequately prepared. When completed with our revised Subnetting Made Easy study and question guide you will be able to take an address like 156.78.214.130/20 and extract the following information in less than 60 seconds without a calculator! No fractions or decimals, just simple math in whole numbers in decimal form!
But just as important will be the ease at which VLSM problems can be tackled. Combining this with our method of identifying overlapping subnets when configuring EIGRP, OSPF or RIPv2 and route summarization will make the subnetting portion of the Cisco® CCNA exam a breeze.
Without a doubt, our two step method that is used to identify an address and/or range of addresses is simple and it is amazing!
When you have completed this study/guide you will be a subnetting master, and breeze through this portion of any Cisco® exam, and laugh at subnetting questions on Microsoft® tests!
Knowing how to subnet is a need if you are shooting for the Microsoft® 2003 MCSE and an absolute requirement if you are planning to take the Cisco® CCNA.
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