Today’s CCIE Wireless LAN exam is built around two major topics – lab exercises and troubleshooting. The first section of the exam deals with lab exercises in which a candidate obtains Cisco hardware to test performance and functionality. The purpose of these exams is to familiarize a network engineer with common problems and to obtain hands-on experience in troubleshooting and correcting Cisco networking hardware. This lab portion is typically 60 minutes long and students will be provided equipment as needed for completing the exercises.
The second segment of the exam is mostly a series of written sections that describe wireless network operation and troubleshooting techniques. This part of the course schedule is designed to train students to troubleshoot common errors and to perform a variety of maintenance tasks. In the introductory topic, students will learn how to specify a WLAN and how to troubleshoot common problems associated with setting up and configure a WLAN. In this topic students will learn to describe wireless networks and how to troubleshoot common problems associated with these networks. In the final topic, students will perform a series of laboratory exercises that include configuration of WEP, configuration of access points, troubleshooting for weak or no signal, and identify and reconfigure wireless networks.
The Cisco Wireless Certifications Developer (CDD) course is designed for IT professionals who have at least three years of experience with networking and other CCNA, CCNP, or Ciscogate certifications. This lab course provides extensive labs that include both hands-on practice and testing of real networking situations. Throughout the course, students will work through an assigned set of projects that demonstrate different aspects of wireless certifications. The first project will be presented in class and will involve working through a scenario designed to show various errors that might occur when a WEP is selected instead of a normal W lan.
Throughout the second week of the exam, students will perform a series of scenarios using WEP to demonstrate how to describe wireless network problems, select a WEP server, describe wireless network traffic, select and install a WEP server, and troubleshoot a wireless network. Students will then present their final demo using real WEP traffic to demonstrate how to correct common errors in wireless network configuration. Throughout the final week, students will be given real world scenarios that are intended to show how to troubleshoot common WEP configuration errors and present final results. After completing the CCNA exam, Cisco experts can help their clients select the best option for their needs, including third-party vendors or Cisco’s own products.
The CCNA Wireless Fundamentals Overview is broken into five main sections – Overview, Application Review, Wireless Networks, WEP and WPA Explained, and Wireless Access with Wi-Fi Explained. The overview provides the student with basic information about the CCNA. It explains the reasons for the CCNA, why it is necessary, and what the exam covers. It walks the reader through the basics of wireless networking, with particular attention to the importance of WEP encryption, WPA security, and the primary protocols that make up WEP. It also goes over basic hardware requirements and the tools needed to complete a basic configuration.
Following the overview, the course schedule details the topics for each of the five main sections. Each segment focuses on a different aspect of wireless networking and offers detailed explanations of the concepts behind the concepts. Cisco CCNA Wireless Eolas lays the foundation for the subsequent three sections and serves as the foundation for CCNA Wireless Security, which continues with WPA and WLAN security. CCNA Wireless Workload includes the most basic of CCNA concepts, such as troubleshooting, configuration, and diagnosing.
The primary goal of any CCNA certification study program is to pass the CCNA exam. This is not only the end-point of obtaining a CCNA, but is the beginning of the journey toward earning your CCNA certification as well. Any good CCNA training program makes use of a variety of study methods to ensure that students understand the material thoroughly before moving forward. It’s important to make sure that the course structure follows a step-by-step approach, and that instructors don’t leave anything out. With some top-notch courses, students can expect to complete their CCNA training in two to four years, depending on their level of experience.
