CCDA Certification Training Online

CCDA Training
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This course is for anyone preparing for the Cisco CCDA exam or anyone who wants to learn about network design.

• Internetworking Review provides an overview of internetworking, with respect to the network design.
• LAN Networking describes the types of LAN networks and how they operate.
• WAN Networking describes types of WANs and their operation.
• Introduction to Design provides the initial steps to take when designing a network.
• Examining Existing Networks provides the procedures to assessing the customer's existing network design.
• Designing LANs provides the procedures to designing a LAN network.
• Designing WANs provides the procedures for designing a WAN network.
• Specific Design Issues provides methods to assess and optimize specific and cross-platform design issues.
• Optimizing by Design provides the information to optimize your network design.
• Testing and Managing provides ways to test your design and manage it when it is operational.

After completing Cisco CCDA courses, the user should be able to:

• Define the types of networks that exist today
• Rank the types of networks by relative size
• Differentiate types of network architecture
• Identify distance vector and link state protocols
• Identify exterior gateway protocols
• Differentiate and describe physical and logical addressing
• Describe LAN network topologies and architectures
• Explain segmentation
• Describe types of Ethernets and their operation
• Describe types of Token Rings and FDDIs, and their operation
• Differentiate transparent, source-route, and mixed-media bridges
• Differentiate kinds of switches
• Explain VLANs
• Explain router operation
• Describe the determination of router paths
• Define the types of WAN networks
• Define WAN protocols
• Describe ATM switching with respect to WANs and LANs
• Explain broadcasting and multicasting
• List the steps in determining the customer's needs
• Explain the three types of network topologies
• Differentiate types of network architecture
• List the layers of the hierarchical topology model
• Identify types of network traffic
• Explain the problems of network traffic
• List the applications typically needed
• Assess applications needed by customer
• Identify the information to gather when evaluating an existing network
• Determine the LAN and WAN hardware in use
• Test the level of network traffic
• Determine the performance of the existing network
• Document the information obtained when the network evaluation is complete
• List the limitations of cabling and hardware
• Determine the LAN equipment for your design
• Design a remote LAN
• Design a small LAN
• Design a large LAN in one building
• Design a campus LAN
• List steps for designing a WAN
• Determine WAN requirements
• Determine the type of WAN
• Determine the WAN hardware
• Provision the WAN
• Describe ways to design scalability
• Determine addressing plan
• Determine naming for network hardware
• Determine advantages and disadvantages for Cisco-specific hardware
• Determine advantages and disadvantages for Cisco-specific software
• Show design plans for specific types of networks
• Improve network security
• Enhance QoS
• Provide special features such as queuing and load balancing
• Provide redundancy
• Provide alternative paths
• List the steps for testing
• Explain prototype testing
• Explain pilot testing
• List Cisco-specific commands for verifying network performance
• Describe the SNMP and RMON management protocols

All course has the following features:

• Exercises that allow users to practice
• A file containing the text of the exercises
• Simulations that allow users to practice course skills
• A course index
• A glossary
• A Skill Assessment

All courses are included in "Tech General Pack"