General Networking Theory Requirements on the
CCIE R&S Written Exam #350-001
From the beginning Certification Zone has been designed with two purposes in mind:
- Develop Knowledgeable Network Professionals
- Help People Pass Cisco Certification Exams
Both of these goals are accomplished through our topic-oriented Study Guides which consist of a tutorial, a set of study questions, and one or more hands-on exercises.
Because of how these Study Guides have been structured, it is sometimes difficult to see how they relate to the items on the Cisco exam blueprints. For one thing, almost every item is covered in more than one Study Guide, because the topics are not isolated, they relate to other topics which also must be mastered. Thus you must consult more than one Study Guide in order to master a topic. This integrated approach helps develop networking professionals who have a solid understanding of all topics AND how the topics relate to each other. However, the student sometimes has difficulty knowing what Study Guides need to be read in order to understand a specific item on a Cisco exam blueprint.
This article is one in a series that relates the Certification Zone Study Guides to specific items on the Cisco CCIE R&S; written exam blueprint for the 350-001 exam.
From the Cisco R&S Written Exam (350-001) Blueprint:
II. General Networking Theory
- OSI Models
- General Routing Concepts (Split horizon, Link state, difference between switching and routing, Summarization, Link state vs. Distance vector, loops, Tunneling)
- Standards (802.x, cable specs, protocol limitations)
- Protocol Mechanics (Windowing/ACK, fragmentation, MTU, handshaking, termination)
II. General Networking Theory
OSI Models
OSI Reference Model, 2nd Edition
Physical Internetworking and Industry Standards for Networks, Physical Internetworking Overview
ISDN and Dial on Demand Routing, ISDN Architecture
General Routing Concepts
Split Horizon
Routing Information Protocol (RIP), Routing Loop Prevention
CCNA IP Routing, Split Horizon
Frame-Relay, Frame-relay and Distance Vector Protocols
Link State
Enhanced Interior Gateway Routing Protocol (EIGRP), Link State
ISIS Routing in Single Areas
Scalable Routing and Link State Review
MPLS
ISIS Part II: Hierarchical Networks
ISDN and DDR, Dynamic or Static Routing?
OSPF in Single Areas: Learning the Protocol
Frame-Relay, Frame-relay and Link State Protocols
ISDN and Dial on Demand Routing
Cisco High Availability Techniques
Difference between switching and routing
CCNA IP Routing
Scalable Routing and Link State Review
Layer 2 Switching and Bridging, Bridging and Switching Technologies, Basic Bridging and Switching Operation
Summarization
Routing Information Protocol, IP RIP Summarization and Redistribution
CCNA IP Routing, Summarization Issues
Enhanced Interior Gateway Routing Protocol (EIGRP)
OSPF Part 2: Using OSPF in Hierarchical Systems, Summarization and Aggregation
ISIS in Single Areas, Area Structure
Scalable Routing and Link State Review, Areas
ISIS Part II: Hierarchical Networks, Traffic Engineering
IPv4 and IPv6 Addressing and Services, Supernetting on Cisco Routers
Cisco High Availability Techniques, Nonbackbone
Link State vs. Distance Vector
Routing Information Protocol, Distance Vector Routing Algorithms
CCNA IP Routing, Review of "Traditional" Distance Vector Protocols
Enhanced Interior Gateway Routing Protocol (EIGRP), Introduction
Scalable Routing and Link State Review
ISDN and DDR, Dynamic or Static Routing?
Frame-Relay, Frame-relay and Link State Protocols, Frame-relay and Distance Vector Protocols
Loops
Routing Information Protocol (RIP), Routing Loop Prevention
Interior Redistribution, Routing Loops
CCNA IP Routing, Routing Loop Prevention
Enhanced Interior Gateway Routing Protocol (EIGRP)
WAN Troubleshooting Guide, Loopback Testing
Physical Internetworking and Industry Standards for Networks, Transparent Bridging
Layer 2 Switching and Bridging, Basic Layer 2 Network Design
LAN Switching Part I
Frame-Relay, Frame-relay and Distance Vector Protocols
IPv4 and IPv6 Addressing and Services, Time to Live Exceeded
Cisco High Availability Techniques
New Generation of Cisco Switching
Bridging, The IEEE / DEC Spanning Tree
Tunneling
CCNA IP Routing, Tunneling
OSPF Part 2: Using OSPF in Hierarchical Systems, Tunnels and OSPF
X.25, X.25 Switching and Tunneling
How to Study Virtual Private Networks
L3VPNs
MPLS
IPv4 and IPv6 Addressing and Services, Tunneling
Cisco High Availability Techniques
The Other VPNs: It's Not All MPLS, Tunnels
Troubleshooting Ethernet Networks, Tunneling and Frame Lengths
The 3550 Switch, 802.10 (VLAN) Tunneling
Standards
Protocol Mechanics
OSI Reference Model, 2nd Edition, Protocols and OSI Layers
Windowing/ACK (acknowledgement)
X.25
Scalable Routing and Link State Review, Retransmission
LAN Switching Part I
OSPF in Single Areas: Learning the Protocol, Database Initialization
ISDN and Dial on Demand Routing, PPP Link-Control Protocol
New Generation of Cisco Switching, Database Manager
Fragmentation
X.25, Information Transfer
ISDN and Dial on Demand Routing, PPP Multilink
IPv4 and IPv6 Addressing and Services
ATM Part I: Basics, ATM Adaptation Layer (AAL)
Routing Principles, IP Fragmentation
Troubleshooting Ethernet Networks
QOS, Part 2, Fragmentation
MTU (Maximum Transmission Unit)
CCNA IP Routing, EIGRP Metrics
Enhanced Interior Gateway Routing Protocol (EIGRP)
X.25
IPv4 and IPv6 Addressing and Services
Routing Principles, IP Fragmentation
Troubleshooting Ethernet Networks, Configuring and Troubleshooting Ethernet Frame Sizes
QOS, Part 2, Fragmentation
Handshaking
X.25, Connection Establishment
OSPF in Single Areas: Learning the Protocol, Neighbor and Adjacency Relationships
New Generation of Cisco Switching, Database Manager
The Other VPNs: It's Not All MPLS, SSL
Termination
WAN Troubleshooting Guide
ISDN and Dial on Demand Routing
The Other VPNs: It's Not All MPLS
Bridging
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