Building Scalable Cisco Internetworks (BSCI) Exam 642-901 Courses and other IT courses from TEKsystems Education Services

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Course Code:	TO 130
Course Abstract:	*This course is in development* Participants of this accelerated course are provided knowledge and skills to build large multiprotocol internetworks and how to manage them. In addition, participants will learn to install and troubleshoot IS-IS, OSPF, and BGP. The Building Scalable Cisco Internetworks (BSCI 642-901) is a qualifying exam for the Cisco Certified Network Professional CCNP®, Cisco Certified Design Professional CCDP®, and Cisco Certified Internetwork Professional CCIP™ certifications. The BSCI 642-901 exam will certify that the successful candidate has important knowledge and skills necessary to use advanced IP addressing and routing in implementing scalability for Cisco ISR routers connected to LANs and WANs. The exam covers topics on Advanced IP Addressing, Routing Principles, Multicast Routing, IPv6, Manipulating Routing Updates, Configuring basic BGP, Configuring EIGRP, OSPF, and IS-IS. The CCIP (Cisco Certified Internetwork Professional) provides individuals working in service provider organizations with competencies in infrastructure IP networking solutions. CCIP professionals have detailed understanding of networking technologies in the service provider arena including IP routing, IP QoS, BGP, and MPLS. The 642-901 exam is one of the four core exams required for the Cisco CCIP. Documentation Course Materials consist of the following materials: > A Welcome Kit > CCNP BCSI Study Guide > The CCNP Virtual Lab (Sybex e-trainer) Exam Preparation Completion, review & discussion of examination question examples. Examination Within the three domains, Cisco will ask advanced questions on packet switching, trunking, and other complex switching technologies. As with most Cisco exams, the BCMSN is considered to be very challenging. Participants should expect to spend many hours studying for this exam both in lab and in text. The exam normally lasts 75 minutes. However, you will have 90 minutes to complete the exam. Criteria for Certification Cisco does not publish the pass score for this exam; however rumors say that the normal passing score is 849 out of 1000. The exam contains somewhere between 60 and 70 questions that include multiple choice, drag and drop, and simulation style questions in varying numbers. Benefits A solid credential that can be utilized in any industry Validation of achievement in an industry-valued skill Viable career path, leading to higher level positions Domains of Exam Switching Technology Implementation and Operation Planning and Design
Audience:	This course is primarily targeted at IT professionals who have a large amount of experience with network design and implementation.
Duration:	5 days
Learning Outcomes:	> List the key information routers need to route data > Describe classful and classless routing protocols > Compare distance vector and link-state protocol operation > Describe the use of the fields in a routing table > Analyze a routing table, and test connectivity using accepted troubleshooting techniques > Use VLSMs to extend the use of the IP addresses > Explain if route summarization is or is not possible for a specific addressing scheme > Configure an IP helper address to manage broadcasts > Explain why OSPF is better than RIP in a large internetwork > Explain how OSPF discovers, chooses, and maintains routes > Explain how OSPF operates in an single area NBMA environment > Configure OSPF for proper operation in a single area > Verify OSPF operation in a single area > Describe the issues with interconnecting multiple areas and how OSPF addresses each > Explain the differences between the possible types of areas, routers, and LSAs > Explain how OSPF supports the use of VLSM > Explain how OSPF supports the use of route summarization in multiple areas > Explain how OSPF operates in a multiple area NBMA environment > Configure a multi area OSPF network > Verify OSPF operation in multiple areas > Explain basic OSI terminology and network layer protocols used in OSI > Identify similarities and differences between Integrated IS-IS and OSPF > Identify characteristics of an effective addressing plan for IS-IS deployment > Explain how networks and interfaces are represented in IS-IS > List the types of IS-IS routers and their role in IS-IS area design > Describe the hierarchical structure of IS-IS areas > Describe the concept of establishing adjacencies > Describe the concepts of routing traffic transport and database synchronization > Explain the basic principles of area routing > Explain IS-IS NBMA (non-broadcast multi-access network) modeling solutions in switched WAN networks > Given an addressing scheme and other laboratory parameters, identify the steps to configure Cisco routers for proper Integrated IS-IS operation > Identify verification methods which ensure proper operation of Integrated IS-IS on Cisco routers > Describe Enhanced IGRP features and operation > Explain how EIGRP discovers, chooses, and maintains routes > Explain how EIGRP supports the use of VLSM > Explain how EIGRP operates in an NBMA environment > Explain how EIGRP supports the use of route summarization > Explain how EIGRP supports the use of route summarization > Describe how EIGRP supports large networks > Configure Enhanced IGRP > Verify Enhanced IGRP operation > Describe BGP features and operation > Describe how to connect to another autonomous system using an alternative to BGP, static routes > Explain how BGP policy-based routing functions within an autonomous system > Explain how BGP peering functions > Describe BGP communities and peer groups > Describe and configure external and internal BGP > Describe BGP synchronization > Configure a BGP environment and verify proper operation > Describe the scalability problems associated with internal BGP > Explain and configure BGP route reflectors > Describe and configure policy control in BGP using prefix lists > Describe methods to connect to multiple ISPs using BGP > Explain the use of redistribution between BGP and Interior Gateway Protocols (IGPs) > Configure a multi homed BGP environment and verify proper operation > Select and configure the different ways to control routing update traffic > Configure route redistribution in a network that does not have redundant paths between dissimilar routing processes > Configure route redistribution in a network that has redundant paths between dissimilar routing processes > Resolve path selection problems that result in a redistributed network > Verify route redistribution > Configure policy-based routing using route maps > Configure redistribution between different routing domains and verify proper operation > Configure policy-based routing and verify proper operation
Course Topics:	ROUTING PRINCIPLES List the key information routers need to route data Describe classful and classless routing protocols Compare distant-vector and link-state protocol operation Describe the use of the filds in a routing table Analyze a routing table, and tst connectivity using accepted troubleshooting techniques IP ADDRESS Review the fundamental concepts of IP Addressing Gain an understanding of how IP addresses can b delpeted if used inefficiently Understand the benefits of VLSM (Variable-Length Subnet Mask) Learn how to calculate VLSM Explain how OSPF and EIGRP supports the use of VLSM Become familiar with CIDR (Classless Interdomain Routing) Recognize the benefits of route summarization Detail how to disable automatic route summarization for classless routing protocols Examine how to use IP unnumbered interfaces Configure an IP helper address to manage broadcasts NETWORK ADDRESS TRANSLATION Understanding Network Address Translation Configuring NAT IGRP AND EIGRP Describe, configure and verify IGRP features and operation Describe Enhanced IGRP features and operation Explain how DUAL is used with EIGRP Explain the features supported by EIGRP Learn how EIGRP discovers, chooses, and maintains routes Explain EIGRP troubleshooting commands Configure Enhanced IGRP and verify Enhanced IGRP operation Describe how EIGRP supports large networks OSPF OPERATIONS IN A SINGLE AREA Introduction to OSPF terminology and functionality Discuss OSPF areas, routers, and link-state advertisements Explain how OSPF discovers, chooses, and maintains routes Configure and verify OSPF for proper operation in a single area INTERCONNCTING OSPF AREAS OSPF scalability considerations Defined multi-area components such as areas, classificiations of routers, and LSAs Step-by-step guide to multi-area OSPF configuration Guidelines for establishing stub, totally stubby, and not-so-stubby areas Virtual link configuration Strategies for monitoring and troubleshooting multi-area OSPF networks INTEGRATED IS-IS Explain basic OSI terminology and network layer protocols used in OSI Identify similarities and differences between integrated IS-IS and OSPF Identify characteristics of an effective addressing paln for IS-IS deployment Explain how networks and interfaces are represented in IS-IS List the types of IS-IS routers and their role is IS-IS area design Descibe the hierarchical structure of IS-IS areas Describee the concept of establishing adjacencies Describe the concepts of routing traffic transport and database synchronization Explain the principles of area routing Explain IS-IS NBMS (non-broadcast multi-access network) modeling solutions in switched WAN networks Given an addressing scheme and other laboratory parameters, identify the steps to configure Cisco routers for proper Integrated IS-IS operation Identify verification methods which ensure proper operation of Integrated IS-IS on Cisco routers BORDER GATEWAY PROTOCOL Describe BGP features and operation Describe and configure external and internal BGP Explain how BGP peering functions Explain how BGP policy-based routing functions within an autonomous system Configure a BGP environment and verify proper operation Describe BGP synchronization Explain the use of redistribution between BGP and Interior Gateway Protocols (IGPs) ADVANCED BORDER GATEWAY PROTOCOL Describe the BGP communities and peer groups Describe the scalability problems associatd with internal BGP Describe and configure policy control in BGP using prefix lists Describe methods to connect to multiple ISPs using BGP Configure a multi-homed BGP environment and verify proper operation ROUTE OPTIMIZATION Select and configure the different ways to control routing update traffic Configure route redistribution in a network that does not have redundant paths between dissimilar routing processes Configure route redistribution in a network that has redundant paths between dissimilar routing processes Resolve path selection problems that result in a redistributed network Verify route redistribution Configure policy-based routing using route maps Configure redistribution between different routing domains and verify proper operation Configure policy-based routing and verify proper operation DESIGN CONSIDERATIONS Three-Layer Hierarchical Design Model IP Address Assignment Consider Routing Protocols in Network Design
Prerequisites:	Due to the pace and duration of this course, ideal candidates for this course operate in medium to very large computing environment: > They have a minimum of one-year experience working in a LAN/WAN environment > They have a minimum of six months experience in a multi-LAN environment > Hold the Cisco Certified Network Associate certification

Building Scalable Cisco Internetworks (BSCI) Exam 642-901 Course

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