2010 ALL NEW TRICKS

CCNA Overview
The CCNA certification (Cisco Certified Network Associate) indicates a foundation in and apprentice knowledge of networking. CCNA certified professionals can install, configure, and operate LAN, WAN, and dial access services for small networks (100 nodes or fewer), including but not limited to use of these protocols: IP, IGRP, Serial, Frame Relay, IP RIP, VLANs, RIP, Ethernet, Access Lists.

Official courseware, Authorized Training, Cisco Learning Credits Accepted
This class uses the official Cisco Courseware book Interconnecting Cisco Network Devices. This CCNA bootcamp is the only offering in Alaska that utilizes the Authorized courseware from Cisco Systems Inc (NBS is partnered with CCPrep who is a Sponsored Organization of Sunset Learning, A Cisco Learning Solutions Partner.) Only Cisco Learning Solutions Partners can accept your Cisco credits for class payment.

Router for each Student

Students will each have their own router to work on during all the labs. There will be no sharing of routers to guarantee each student gets the hands on necessary to work with Cisco Routers in the real world.

Pre-requisites
This class is designed for individuals new to working with Ciscoо products, yet have a clear understanding of the OSI model. Students are guaranteed to pass the CCNA Exam, provided prerequisite knowledge / experience is met or exceeded. Prior to enrolling in the CCNA Boot Camp, it is vitally important that each student have a clear understanding of the OSI model including naming of the seven layers and the function of each layer. Also required is base line knowledge of TCP/IP. If you do NOT meet these prerequisites, we recommend that you enroll in our 5 day CCNA Prep class (Network +).

Exams Included
This course will take the SINGLE exam approach. Students will not take the Intro or ICND exam, rather the CCNA 640-801 exam (which is the latest CCNA Exam). We guarantee students will pass the CCNA Exam after completing each respective Bootcamp. CCNA bootcamp includes up to three test attempts. Please note that there is a 5 day waiting period between exams. If the student does not pass the exam, they have a one year window to use their test attempts which were included with the class tuition. This guarantee is contingent upon the student meeting the pre-requisites of each course.

Material Covered:


Planning & Designing

Design a simple LAN using Cisco Technology

Design an IP addressing scheme to meet design requirements


Select an appropriate routing protocol based on user requirements



Design a simple internetwork using Cisco technology




Develop an access list to meet user specifications





Choose WAN services to meet customer requirements






Implementation & Operation

Configure routing protocols given user requirements

Configure IP addresses, subnet masks, and gateway addresses on routers and hosts


Configure a router for additional administrative functionality



Configure a switch with VLANS and inter-switch communication




Implement a LAN





Customize a switch configuration to meet specified network requirements






Manage system image and device configuration files







Perform an initial configuration on a router








Perform an initial configuration on a switch









Implement access lists










Implement simple WAN protocols











Troubleshooting

Utilize the OSI model as a guide for systematic network troubleshooting

Perform LAN and VLAN troubleshooting


Troubleshoot routing protocols



Troubleshoot IP addressing and host configuration




Troubleshoot a device as part of a working network





Troubleshoot an access list






Perform simple WAN troubleshooting







Technology

Describe network communications using layered models

Describe the Spanning Tree process


Compare and contrast key characteristics of LAN environments



Evaluate the characteristics of routing protocols




Evaluate TCP/IP communication process and its associated protocols





Describe the components of network devices






Evaluate rules for packet control







Evaluate key characteristics of WANs










Labs:





Lab 1: Build a network


Lab 2: User and Privileged Modes


Lab 3: Router initial configuration and enable IP


Lab 4: Verify initial configuration using setup command


Lab 5: Use the Context sensitive help facility


Lab 6: Command history and editing features


Lab 7: Examine Router Elements


Lab 8: Using Cisco Discover Protocol


Lab 9: Copy and manipulate configuration files


Lab 10: Config passwords/identification/banners


Lab 11: Config Router to be a TFTP Server


Lab 12: Loading the IOS from ROM, TFTP, or flash


Lab 13: Working with an IOS software image


Lab 14: Configure IP Addresses


Lab 15: Configure IP Host Table


Lab 16: Verify IP Addresses


Lab 17: Add RIP routing protocol to configuration


Lab 18: Add IGRP routing protocol to configuration


Lab 19: Configuring Standard Access-Lists


Lab 20: Configuring Extended Access Lists


Lab 21: Configuring Frame Relay


Lab 21: Monitoring Frame Relay