CISCO - CCNP - BSCI

Description Successful completion of the Building Scalable Cisco Internetworks (BSCI) exam is required for professional level Cisco® certifications CCIP, CCNP and CCDP. ATS training for the BSCI exam centers on using Cisco hardware in LANs and WANs that comprise medium and large networks. Expert instructor Michael Storm demonstrates use of interior gateway protocols (IGPs) OSPF, IS-IS, and EIGRP, as well as Border Gateway Protocol (BGP) and IP addressing and routing protocols. At the conclusion of this course you’ll be familiar with the practical concepts needed to build scalable Cisco ® internetworks and be prepared to pass the BSCI exam

Course Outline

Module 1
Section A: Introduction to BSCI Objectives Requirements Overview CCNP Requirements CCDP Requirements CCIP Requirements Prerequisites
Section B: Basic IP Addressing Functions Advanced IP Addresses Issues & Solutions Classes Subnetting Private Address Spaces Secure Zones/NAT
Section C: Address Summarization Route Summarization Implementation Rules Route Summary Example Network Design Example Summarized Blocks
Section D: Variable Length Subnet Masking Overview Assigning Non-VLSM Assigning VLSM VLSM-Token Ring VLSM-Ethernet VLSM-Serial Links With Summarization
Section E: Additional IP Address Functions CIDR IP Unnumbered IP Unnumbered Example IP Helper Addresses With IP Helper Address Issues
Section F: Routing Principals Routing Fundamentals Routing and Switching Routing Tables Route Table Fields Admin Distance List Most Specific Route Classful Routing Classless Routing
Section G: Routing Protocol Basics Overview Goals Metrics RIP Metric OSPF Metric (E)IGRP Compound Metric (E)IGRP Metrics Work IS-IS Metric
Section H: Routing Protocol Basics (Cont.) Distance Vector RIP v2 RIP Tuning IGRP IGRP Tuning Timer Values Link State Protocol Attributes
Section I: Convergence & Testing Overview RIP Convergence Steps BSCI Lab Model Connectivity Test

Module 2
Section A: Open Shortest Path First (OSPF) Overview Topology Terminology Autonomous System Intra-area Components
Section B: OSPF Process Process Steps Router ID Start LS Database Find Neighbors Steps Establish Neighbors
Section C: OSPF Process (Cont.) Begin Exchange Process Synchronized Populate Routing Table Maintain Routing Info Neighbor States List
Section D: OSPF Configuration Convergence Overview Basic Configuration Config Commands OSPF Single-area Lab Configure Routers Install OSPF Remove IGRP Routes
Section E: OSPF Tweaks in Broadcast Networks OSPF Timers Tweaks OSPF Metric Tweaks Topology Types DR and BDR DR and BDR Example Controlling Elections Flood BMA Networks
Section F: OSPF in the WAN Overview NBMA Networks NBMA Mode Point-to-Multipoint Non-Broadcast Mode Point-to-Point Mode Broadcast Mode
Section G: OSPF WAN Lab View Connectivity Add Neighbor View Loopbacks Disable IGRP
Section H: Multi-Area OSPF Why Use Areas? OSPF Areas Virtual Link Area Types LSA Types 1-4 LSA Type 5 Route Summarization Configuring Areas
Section I: Multi-Area OSPF Lab Overview Change of Config Area Summaries

Module 3
Section A: IS-IS Basics Overview IS-IS vs. OSPF OSI Addresses NSAP Addresses System IDs Network IDs
Section B: IS-IS Communication PDUs Link-state Packets LSP ID Variables Router Levels Router Level Views ES-IS Communication
Section C: IS-IS Adjacencies LAN Adjacencies WAN Adjacencies Continuous Flow LSD Synchronization Integrated IS-IS NET Address Planning
Section D: Integrated IS-IS Configuration Overview Basic Integrated IS-IS Two Area Configuration Optimize in the WAN IS-IS Show Commands
Section E: EIGRP Basics Overview Combines Features More Features Terminology Process Packet Types
Section F: EIGRP Process Details Neighbor Table Topology Table Reliability
Section G: EIGRP DUAL Algorithm Tables & Metric Metric, Bandwidth & Delay Route Types DUAL Process Convergence
Section H: EIGRP Configuration Overview Testing & Viewing EIGRP Config Lab View New Config Total Time: Minutes Example Policy-based Routing

Module 4
Section A: Customizing EIGRP Overview Summarization Manual Summarization Tweaking Metrics Using Offsets
Section B: EIGRP in the WAN Router Usage Configuration Options Load Balancing Unequal Cost
Section C: EIGRP Large Network Design Design & Planning Query Domain Process Stuck-in-Active Routes Query Domain Solutions Limited Query Domain Inefficient IP Domain
Section D: Border Gateway Protocol Basics Overview Autonomous Systems Autonomous Model Terminology Internet BGP Paths More Terminology BGP Route Table Reasons to Use BGP
Section E: BGP Attributes Attribute Overview Origin AS_Path Next_Hop MED Local_Preference Atomic_Aggregate Aggregator
Section F: BGP Attributes (Cont.) Community Weight Attribute Summary BGP Decision Process
Section G: BGP Process & Configuration Message Types The BGP Process BGP Synchronization Disable Synchronization Table Maintenance Configure Basic BGP Configure Peers & Groups BGP Commands
Section H: BGP Configuration Lab Lab Model Overview Config Router View Connections View Route Table Neighbor Adjacencies Redistributed Routes

Module 5
Section A: Scaling BGP EGBP Multihop Route Aggregation Confederations Route Reflectors Reflectors Model Route Reflectors Config Route Reflector Actions
Section B: BGP Policy Routing Overview Distribute Lists (Out) Distribute Lists (In) Prefix Lists Config Prefix Lists
Section C: Multihoming BGP Configurations Default Route Default & Specific Route Entire Route Table
Section D: Route Redistribution Control Methods Active Redistribution Redistribution Model Considerations Loop Model Admin Distance Scenarios Default Routes
Section E: Route Redistribution (Cont.) With RIP With (E)IGRP IGRP & EIGRP With OSPF With BGP BGP into EIGRP
Section F: Redistribution Lab Lab Overview View Routes Config Redistribution View Redistribution
Section G: Route Update Control Methods of Control Blocking Updates Filtering Process Route Maps Config Route Maps Match & Set Targets Route Map

Price Per User Bundle £ 630 (Bundle of 5)

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