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Cisco CCNA
TCP/IP Networking
 | Explain the functions of TCP/IP |
| Describe the functions of transport layer protocols |
| Explain the specifications of TCP |
| Describe the functions of network layer protocols |
IP Addressing
| Assign IP addresses |
| Determine subnet and host numbers |
| Use CIDR for interdomain routing |
| Configure IP addresses on a Cisco router |
IP Routing
| Configure IP addresses |
| Enable IP routing |
| Differentiate between static
default
and dynamic routes |
| Describe and configure interior gateway protocols
such as RIP
IGRP
Enhanced IGRP
OSPF
and IS-IS |
| Explain exterior gateway protocols |
| Describe and configure BGP |
IPX Networking
| Monitor Novell IPX operation on the router |
| List the required IPX address and encapsulation type |
| Enable the Novell IPX protocol and configure interfaces |
| Configure IPX address lists and SAP filters to control basic Novell traffic |
| Describe the two parts of network addressing
then identify the parts in specific protocol address examples |
Network Security and Control
| Recognize common security threats to networks |
| Configure standard and extended access lists to filter IP traffic |
| Configure standard and extended access lists to filter IPX traffic |
| Monitor and verify selected access list operations on the router |
Additional Configurations
| Configure ISDN routing |
| Configure X.25 routing |
| Configure Frame Relay routing |
| Monitor and verify ISDN
X.25
and Frame Relay configurations |
Exam Preparation 1
| Explain the CCNA exam process |
| Recognize the CCNA exam format |
| Prepare for CCNA questions |
Exam Preparation 2
| Recognize the CCNA exam format |
| Prepare for CCNA questions |
Numbering Systems
| Recognize and explain decimal (base 10) numbering |
| Recognize and explain binary (base 2) numbering |
| Recognize and explain hexadecimal (base 16) numbering |
| Convert numbers between various numbering systems |
OSI Reference Model
| Outline the basic history and design principles of networking |
| Explain the functions of each of the seven layers of the OSI reference model |
| Describe the advantages of a layered model |
Networks and Data Transfer
| Describe peer-to-peer communications between layers |
| Describe the LLC and MAC sublayers and logical addressing |
| Explain path determination and switching |
| Explain routing protocols |
Local Area Networking
| Describe LANs and the advantages of LAN segmentation |
| Describe the Physical layer and operation of Ethernet |
| Describe full and half-duplex Ethernet |
| Describe the Fast Ethernet physical layer and operations |
| Define Gigabit Ethernet |
| Define Token Ring operation and frames |
| Define FDDI |
| Explain the active monitor |
Wide Area Networking
| Describe WANs
their devices and interfaces |
| Describe the physical layer and data link layer protocols for WANs |
| Describe Frame Relay
ISDN
PPP
and X.25 and their positions in the OSI reference model |
| Identify the differences between Frame Relay
ISDN
PPP
and X.25 |
Using a Router
| Define routes and routing |
| Explain the function and limitations of distance vector routing |
| Explain the function and limitations of link state routing |
| Implement a hybrid routing solution |
| Describe the function and operation of a router |
Introduction to IOS
| Describe the IOS startup procedure |
| Use EXEC mode commands |
| Identify the router status commands and results |
| Load IOS configuration files |
IOS Configuration
| Configure passwords and banners |
| Configure PPP encapsulation |
| Determine and configure DTE/DCE status |
| Disable CDP and show CDP parameters |
| Configure IGRP and RIP |
Network Management
| Find and relieve network congestion |
| Segment networks into workgroups |
| Use the Network Management System to monitor and secure networks |
| Operate the Cisco FastHub 300 |
Bridges and Switches
| Manage transparent
source-route
and mixed-media bridges |
| Manage tag
data link
multilayer
and asymmetric switches |
| Manage ATM switches |
| Manage Cisco catalyst switches |
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