Develop and Refine Your Test Taking Strategies

In addition to covering the topics below, students will complete the course with a set of critical strategies that will help the students successfully take the Routing and Switching CCIE® lab.

RS-NMC-1 course includes:

Frame-Relay
Catalyst 3550 and 3560 Switch Configuration
OSPF
EIGRP
RIP v.2
IGP Route Redistribution
Controlling IGP Updates with Route-Maps and Distribute-Lists
Configuring BGP-4 Neighbor Relationships (including Route-Reflectors and Confederations)
Filtering BGP Updates using Prefix-lists, AS-Path Access-lists, Communities and Route-Maps
BGP Attribute Manipulation
IPv6 Interior Routing Protocols
IPv6 BGP
Advanced Catalyst 3550 Layer 2 and Layer 3 Configuration Topics
Integrated Routing and Bridging
WAN QOS (Frame Relay, ATM, PPP)
LAN QOS
Advanced IP Access-lists
IP Multicast Routing using PIM Sparse and Dense Modes
Address Administration (NAT, DHCP, HSRP, IRDP, etc.)
New 12.2T/12.3/12.4 Features

RS-NMC-1

Course Length : 5 days

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Price : $3995.00

This intensive course is designed to to help the candidate determine exactly where he/she is in the roadmap to CCIE® success and to fill technology gaps through lecture.

The class is approximately 60% lecture and 40% hands-on equipment. Upon completion of the technology lecture that includes best practices for applying the technology, the candidate completes labs based on that technology.

At the end of the class student performes an eight-hour graded CCIE® level practiece lab. Additionally, the candidate is schooled in how to develop study plans, how to develop and use checklists and decision diagrams to formulate the mindset needed to pass the CCIE® lab. With this information stored in the candidate's on-line portal, he can review the material covered in the RS-NMC-1 class as frequently as he wishes.

The RS-NMC-1 class is recommended for all candidates who passed written exam. NetMasterClass recommends that students take this class three to six months prior to actual CCIE® lab exam.

NetMasterClass offers you the following CCIE® preparation resources

NMC Instructors and Equipment

Publications POD Specification POD Layout

Bruce Caslow, Bob Sinclair or Val Pavlichenko deliver every class. Limited to ten students with each student having his own pod of equipment that includes two 3550 and two 3560 switches and only 3640 and 2621 routers. No other CCIE® preparation course in the world has this caliber of instructors, this equipment layout and these course materials.

Tech Library

Since the exam requires a comprehensive understanding of using Cisco equipment to fulfill complex internetworking tasks, the candidate must have a through understanding of the technologies and how to implement those technologies on Cisco equipment – thus the hands-on skills based CCIE® lab exam. This cannot be accomplished though memorization of Cisco commands or having a vague understanding of the technology. The NetMasterClass approach allows the candidate to master both the technology knowledge and application knowledge to actually configure Cisco equipment. To do this, the student has nine months access to the Technical Library. The Technical Library contains all the materials used in the class plus much more. [>>]

SHOWiT

The SHOWiT technology allows you to query all RS-NMC-1 exercise answer key via a web based interface using well known IOS commands as well as proprietary NMC show commands. Having access to SHOWiT is like have access to a pod with the final configuration of a given exercise completed for you. With SHOWiT you can now query the final configurations on each router and switch as well as view the many IOS show command displays that are generated as a result of the correct final configuration. [>>]

CHECKiT

CHECKiT technology is used in RS-NMC-1 as a concluding assessment at the end of the course. Not only does CHECKiT technology provide you with an assessment, it provides you will voluminous feedback as well. Each CHECKiT lab, including the CHECKiT lab integrated into RS-NMC-1, contains an extensive report on how the student did on the lab, a detailed Spot the Issues Answer Key that includes several detailed diagrams, and the NMC SHOWiT engine to provide an interactive answer key. When the SHOWiT engine is applied to CHECKiT output, it allows you to compare your configuration results with the Exam's Master Answer Key's configuration results. [>>]

RoadMap

The RS-NMC-1 lectures and labs used in class track to the roadmap students should follow to master the information required to pass the CCIE® exam. This roadmap divides the range of topics that can be encountered in the CCIE® lab into three categories. Not only do these three categories divide all possible CCIE® exam topics into more digestible "chunks", the three categories provide a framework for a sensible and incremental "three phase preparation approach" to successfully pass the CCIE® lab. Thus after you leave the class you will know what to do next. [>>]

DOiT vol.II

DOiT is the latest of a range of offerings from NetMasterClass to help CCIE® candidates prepare for the lab. It is a goal of NetMasterClass to provide the CCIE® candidate with a complete "end to end" suite of products and services. RS-NMC-1 students get on-line access to the workbook for 9 months free of charge to perform as many well thought out hands on scenarios as possible before the exam. [>>]

Web Portal

Every student has access to the NMC Web-Portal. Once you are logged into the NMC Web Portal, you have access to many resources including: Electronic Access to DOiT Scenarios and Answer Keys, Easy Access to the SHOWiT engine for DOiT Scenarios and for your RS-NMC-1 answer keys, The NMC Technical Library with Decision-Diagrams & Checklists, Self-Assessment Roadmap/Matrix and Personal Profiles, On-line Spot the Issues Quizzes, The benefit of the NMC Web Portal is that you have remote web-based access to all NMC learning products from a web-accessible interface. [>>]

RS NMC 1

CCIE RS Preparation Class, which identifies what you know, tells you what you need to know and fills technology gaps through lecture and mini labs